CN114476458B - A remote consultation drug image recognition system based on medical community - Google Patents

Abstract

A medical community-based remote consultation drug image recognition system, which belongs to the technical field of the medical community. In order to solve the current shortage of medical resources, the entire consultation system takes a long time and has low efficiency. Each consultation department is distributed On different floors, it is inconvenient for older people to climb up and down; the present invention squeezes the remaining arranged medicine boxes to fit the inner wall of the box cavity by pressing the push block to complete the remote delivery of medicines , which greatly saves the patient's time for consultation and taking medicine, and improves the medical consultation system; the present invention utilizes the italic structure of the slanted slope to roll the medicine box along the slanted slope to the inner side of the drug delivery bridge, and the medicine The delivery bridge has a central concave structure to facilitate the aggregation of the drug boxes, and then the spring hinge is used to drive the movable guide block to return to its original position, and the box body takes the drug boxes from top to bottom, so that the drug boxes can be taken out one by one from a high place .

Description

A remote consultation drug image recognition system based on medical community

technical field

The present invention relates to the technical field of medical community, in particular to a system for remote diagnosis and drug image recognition and storage based on medical community.

Background technique

Remote consultation is to use modern communication tools such as e-mail, website, letter, telephone, fax, etc. to complete medical record analysis and condition diagnosis for patients, and further determine the treatment method of the treatment plan. It is a new type of medical treatment that is extremely convenient and extremely reliable in diagnosis. Its close cooperation with mail order has effectively promoted the reform and progress of traditional treatment methods, provided a solid foundation and powerful conditions for medical care to expand regionally and service internationalization, and also provided a basis for regulating the medical market, evaluating medical quality standards, Improving the medical service system and exchanging medical service experiences provide new guidelines and tools.

The existing medical consultation system is complicated and meticulous, and needs to go through a series of processes such as registration, queuing, face-to-face consultation, and medicine collection. However, the current medical resources are tight, and the entire consultation system takes a long time and is inefficient. Distributed on different floors, it is inconvenient for older people to climb up and down. The subsequent process of taking medicine requires pharmacists to find medicines one by one in the huge pharmacy according to the medicine list provided by the patient. The whole process is time-consuming and easy. This has resulted in a huge team for taking medicines, exacerbated the tension in medical resources, and the medical consultation system is not perfect.

In view of the above problems, the existing device was improved, and a system based on medical community-based remote medical image recognition and warehouse delivery was proposed.

Contents of the invention

The purpose of the present invention is to provide a system based on medical community-based remote consultation drug image recognition out of the warehouse, which solves the problem that the existing medical consultation system in the background technology is complicated and meticulous, and needs to go through registration, queuing, face-to-face consultation and medicine collection, etc. A series of processes, but the current medical resources are tight, the entire consultation system takes a long time, the efficiency is low, and each consultation department is distributed on different floors, and it is inconvenient for the elderly to climb up and down. In the process of taking medicine, pharmacists need to find medicines one by one in the huge pharmacy according to the medicine list provided by the patient. The whole process is time-consuming, and it is easy to cause a huge team for taking medicine, exacerbating the tension of medical resources, and the medical consultation system is not perfect. .

In order to achieve the above object, the present invention provides the following technical solutions: a system based on medical community-based remote consultation drug image recognition library, including a drug storage rack and a drug picking mechanism arranged inside the drug storage rack, the drug storage rack Drug storage boxes are arranged on the surface, and two groups of drug storage racks are arranged. A drug delivery bridge is arranged between the two groups of drug storage racks. A movable guide block is installed on the surface of the drug delivery bridge. One side of the drug storage rack is provided with a control panel. panel, the control panel signal is connected with a remote consultation system, and the remote consultation system includes a patient terminal, a doctor terminal connected to the patient terminal signal, and a pharmacist terminal connected to the doctor terminal signal, the pharmacist terminal is equipped with a drug delivery module, and the patient terminal It includes an identification module for identifying the identity of the patient, a department selection module for selecting the department to visit, and an imaging device for recording on-site images. The imaging device is set on the upper side of the control panel. The pathological filling module and the remote queuing application unit for applying for doctors. The doctor side includes an acceptance unit for accepting patients in sequence, a diagnosis report writing unit for online preparation of preliminary diagnosis reports, and a medical record printing unit for printing medical records. and a signal transmission unit for signal transmission with the pharmacist;

The drug taking mechanism includes a base plate and a lifting screw installed in the center of the base plate. The height of the lifting screw matches the drug storage rack. One side of the lifting screw is equipped with a vertical installation rod. The side surface is equipped with limited side bars, and the surface of the lifting screw is covered with a drug receiving box. The drug receiving box includes a box body and a docking handle bar installed on the side surface of the box body. One side of the box body is equipped with a lifting tube and a docking handle. The inner side of one end of the bar is provided with a clamping block, the surface of the lifting tube is installed with a drive toothed plate, the opening inside the box body is equipped with a hooking turntable, the side end of the hooking turntable is provided with an inverted hook, and the inside of the lifting tube is provided with a sleeve. Connecting groove, the upper and lower surfaces of the lift pipe are provided with annular opening grooves, the side surface of the lift pipe is provided with a limit sliding groove, the limit slide groove is connected with the limit side bar, and the inner side of the ring opening groove is provided with a side gear ring , the docking handle bar is connected with the side gear ring through the clamping block, and the outer surface of the lifting tube is provided with an open through groove, which is connected with the annular open groove, and the driving tooth plate is connected with the side gear ring through the open through groove Mesh connection;

The bottom surface of the movable guide block is provided with a sliding groove, and a sleeved long rod is installed inside the sliding groove, and a reserved slider is sleeved on the surface of the sleeved long rod, and a splicing ring is installed on the upper surface of the reserved slider. Connection springs are installed on both sides of the reserved slider, the connection springs are sheathed on the surface of the socketed long rod, and the inverted hooks are connected with the splicing rings.

Further, the lower end of the drug storage box is provided with a long discharge channel, and the inside of the long discharge channel is equipped with a railing board, and the inner side of the railing board is provided with a material transfer ramp. The long discharge channel of the two groups is connected to the drug Corresponding to the delivery bridge, the side surface of the drug delivery bridge is provided with a discharge opening, and a spring hinge is installed between the discharge opening and the movable guide block.

Further, the material transmission ramp includes an oblique slope plate installed on the inner side of the railing plate and an elastic auxiliary plate installed on the surface of the inclined slope plate. One end of the inclined slope plate is provided with a fixed sleeve rod, and the surface of the elastic auxiliary plate is installed There is a fitting pad, one end of the elastic auxiliary plate is provided with a socket hole, the socket hole is connected with the fixed sleeve rod, the other end of the elastic auxiliary plate is provided with a matching slot, and the lower end of the matching slot is provided with a spring mechanism.

Further, the elastic mechanism includes splicing beams and extension rods arranged at both ends of the upper surface of the splicing beams, one end of the extension rods is connected to the matching slot, a floating block is installed in the center of the lower surface of the splicing beams, and the lower end of the floating block A movable adjustment piece is provided, and a movable adjustment block is installed at the lower end of the movable adjustment piece. Swing blocks are arranged on both sides of the movable adjustment block. A positioning plate is arranged on the outside of the swing block, and the positioning plate is installed on the inner bottom surface of the long discharge channel. The center of the positioning plate is provided with a mounting groove, and two groups of swinging blocks are matched with the mounting groove. The two ends of the upper surface of the positioning plate are provided with a positioning pole, and the outer side of the positioning pole is provided with a first return spring. One end is connected with the lower surface of the spliced beam, and a driving shaft is installed inside the positioning plate.

Further, the movable adjustment part includes a U-shaped joint and an engaging fixed rod arranged on the upper surface of the U-shaped joint. A ball is installed on the top of the engaged fixed rod, and a sleeve shaft is installed on the inner side of the U-shaped joint. The movable adjustment block It includes a center block and a first engaging column sleeve installed at one end of the center block, a second engaging column sleeve is provided at the other end of the center block, and the first engaging column sleeve is connected with the sleeve shaft rod.

Further, the oscillating block includes a sleeve shaft column and a convex block installed at both ends of the sleeve shaft column, one end of the driving shaft is connected to the convex block, the second engagement column sleeve is connected to the sleeve shaft column, and the floating block The lower surface of the lower surface is provided with an access groove, and the inner side of the access groove is provided with a limited sliding channel, the access channel is connected with the connecting fixed rod, and the limiting sliding channel is connected with the sphere.

Further, a box cavity is provided inside the drug storage box, and a discharge notch is provided on one side of the bottom surface of the box cavity, and the discharge notch is connected with the long discharge channel, and a loading rack is installed inside the box cavity to carry The inside of the material rack is provided with a drug body, and one side of the material rack is equipped with a pressing push piece.

Further, the load-carrying rack includes a U-shaped clamping frame connected with the drug body and a connecting bottom plate arranged on one side of the U-shaped clamping frame. A pressing rod is installed in the center of the connecting bottom plate, and a pressure rod is installed on both sides of the connecting bottom plate. The first connecting piece and the outer sides of both ends of the U-shaped clamping frame are provided with second connecting pieces.

Further, a second return spring is installed between the first engaging piece and the second engaging piece, and the inner side of the U-shaped clamp frame is provided with a push block, and the push rod passes through the U-shaped clamp frame and the push block connected.

Further, the pressing pusher includes a positioning base disposed on the bottom surface of the box cavity and a driving turntable disposed on the upper surface of the positioning base, a driving push rod is installed on one side of the positioning base, and the driving push rod is engaged with the U-shaped clamp Corresponding to one end of the frame, the outer side of the drive push rod is provided with a positioning sliding sheath, the upper surface of one end of the drive push rod is installed with the first movable block, the side end of the upper surface of the drive turntable is provided with the second movable block, the first movable block A traction rod is installed between the second movable block.

Compared with prior art, the beneficial effect of the present invention is:

1. The present invention proposes a medical community-based remote consultation drug image recognition and storage system. The patient operates the control panel, through identity recognition, department selection, and filling in the disease characteristics, and then remotely contacts the doctor through the remote queuing application unit. The physician terminal receives the patient’s condition characteristics, and writes a diagnosis report based on this, prints the medical record sheet to the patient through the medical record printing unit, and then transmits the medical record information to the pharmacist terminal, and according to the received drug list, the pharmacist terminal operates through the drug delivery module For the corresponding box cavity, start the drive turntable, turn the second movable block to the outer end, the traction rod drives the drive push rod to push forward, and the drive push rod moves the medicine box on the outside of the U-shaped clamp frame along the inner wall of the box cavity to the discharge notch and drop to the inner side of the drug delivery bridge, the drive turntable is reversed to drive the drive push rod to recover, and the elastic force of the second return spring is used to pull the connecting bottom plate, so that the top presses the push block and then the remaining arranged The drug box is extruded to fit the inner wall of the box cavity, and then the remote drug delivery is completed, which greatly saves the time for patients' consultation and medicine collection, and improves the medical consultation system.

2. The present invention proposes a system based on medical community-based remote consultation drug image recognition out of the warehouse. When the drug falls from the discharge slot to the surface of the material transfer ramp, the drive shaft is activated, and the sleeve shaft is installed on the The convex side end of the convex block then drives the sleeve shaft to rotate with the drive shaft as the axis as the rotation of the convex block, because the first joint sleeve and the second joint sleeve are movably sleeved on the sleeve respectively. The shaft column and the surface of the socketed shaft rod, and then drive the movable adjustment piece and the movable adjustment block to float up and down, and use the elastic force of the first return spring to drive the spliced beams to float up and down, and use the connection between the access groove and the connecting fixed rod, And the connection between the limiting sliding channel and the sphere to provide space for the spliced beams to move up and down, and then drive the extension rod to drive one end of the spring auxiliary plate to swing repeatedly in a small range with the fixed sleeve rod as the axis, and then make the spring The auxiliary plate is in a vibrating state, and the italic structure of the slanted slope is used to roll the drug box along the slanted slope to the inside of the drug delivery bridge, and the drug delivery bridge presents a central concave structure to facilitate the aggregation of the drug box , easy to take.

3. The present invention proposes a system based on medical community-based remote consultation drug image recognition out of the warehouse. There are five groups of drug out-of-warehouse bridges from bottom to top. The connection between the limit side bar and the limit sliding slot is to limit the position of the drug receiving box. The drug receiving box moves up and down along the lifting screw. The ring rotates along the annular opening groove, and the side gear ring drives the box body to the lower end of the movable guide block, and then starts the hooking turntable, so that the hooking interface of the inverted hook gradually turns to the splicing ring and hooks with each other. The rotation of the inverted hook drives the movable guide block to swing along the spring hinge, so that the polymerized medicine box falls into the inside of the box body, the hooked turntable rotates, the inverted hook is separated from the splicing ring, and is driven by the spring hinge. The movable guide block is restored to its original position, and the box body can take out the medicine boxes from top to bottom, which makes it easy to take out the medicine boxes one by one from a high place, which has high safety and can prevent the medicine boxes from falling, which can solve the inconvenience of taking medicine for the elderly question.

Description of drawings

Fig. 1 is a working flow chart of the present invention based on the medical community-based remote consultation drug image recognition system;

Fig. 2 is a schematic diagram of the overall structure of the remote consultation drug image recognition and storage system based on the medical community;

Fig. 3 is a schematic diagram of the structure of the drug taking mechanism of the remote consultation drug image recognition and storage system based on the medical community of the present invention;

Fig. 4 is a schematic diagram of the structure of the drug receiving box of the remote consultation drug image recognition system based on the medical community of the present invention;

Fig. 5 is a schematic diagram of the internal plane structure of the lifting tube of the remote consultation drug image recognition system based on the medical community of the present invention;

Fig. 6 is a schematic diagram of the bottom structure of the movable guide block of the remote consultation drug image recognition system based on the medical community of the present invention;

Fig. 7 is a schematic diagram of the structure of the drug storage rack of the remote consultation drug image recognition system based on the medical community of the present invention;

Fig. 8 is an enlarged view of A place of Fig. 7 of the present invention;

Fig. 9 is a schematic diagram of the structure of the material transfer ramp of the remote consultation drug image recognition out-of-warehouse system based on the medical community;

Fig. 10 is a schematic diagram of the structure of the elastic auxiliary plate of the remote consultation drug image recognition system based on the medical community of the present invention;

Fig. 11 is a schematic diagram of the overall structure of the elastic mechanism of the remote consultation drug image recognition and storage system based on the medical community;

Fig. 12 is a schematic diagram of the disassembly structure of the spring mechanism of the remote consultation drug image recognition system based on the medical community of the present invention;

Fig. 13 is a schematic diagram of the internal plane structure of the floating block of the remote consultation drug image recognition system based on the medical community of the present invention;

Fig. 14 is a schematic diagram of the internal structure of the drug storage box of the remote consultation drug image recognition system based on the medical community of the present invention;

Fig. 15 is a schematic diagram of the structure of the carrying material rack of the remote consultation drug image recognition system based on the medical community of the present invention;

Fig. 16 is a schematic diagram of the structure of the pressing and pushing parts of the remote consultation drug image recognition and storage system based on the medical community of the present invention.

In the figure: 1, drug storage rack; 11, long discharge channel; 12, railing against the board; 13, feeding ramp; 131, oblique ramp; 132, spring auxiliary board; 135, socket hole; 136, elastic mechanism; 1361, splicing beam; 1362, extension rod; 1363, floating block; 13631, access groove; , movable adjustment piece; 13641, U-shaped joint piece; 13642, connecting fixed rod; 13643, sphere; 13644, socket shaft rod; 1365, movable adjustment block; 1366, swing block; 13661, socket shaft column; 13662, convex block; 1367, positioning plate; 13671, installation groove; 13672, positioning pole; 13673, first return spring; Shaft; 137, matching sticking groove; 2, medicine taking mechanism; 21, base plate; 22, lifting screw rod; 23, vertical installation rod; 24, limit side bar; Box body; 252, docking handle bar; 253, lifting tube; 2531, socket groove; 2532, annular opening groove; 2533, limit sliding groove; 2534, side gear ring; 2535, open through groove; Connecting block; 255, driving tooth plate; 256, hooking turntable; 257, inverted hook; 3, drug storage box; 31, box cavity; 32, discharge slot; 33, load rack; 331, U-shaped clip 332, connecting the bottom plate; 333, pushing the pressure bar; 334, the first connecting piece; 335, the second connecting piece; 336, the second return spring; 337, pressing the pushing block; 34, the drug body; 35, pressing Material pushing piece; 351, positioning base plate; 352, driving turntable; 353, driving push rod; 354, positioning sliding cover; 355, first movable block; 356, second movable block; 357, traction rod; 4, remote 41. Patient terminal; 411. Identification module; 412. Department selection module; 413. Imaging equipment; 414. Pathology filling module; 415. Remote queuing application unit; 42. Physician terminal; 421. Acceptance unit; 422 . Writing diagnostic report unit; 423. Medical record printing unit; 424. Signal transmission unit; 43. Pharmacist terminal; 431. Drug delivery module; , movable guide block; 61, sliding groove; 62, sleeve long rod; 63, reserved slider; 64, splicing ring; 65, connecting spring; 7, control panel.

Detailed ways

The following will clearly and completely describe the technical solutions in the embodiments of the present invention with reference to the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only some, not all, embodiments of the present invention. Based on the embodiments of the present invention, all other embodiments obtained by persons of ordinary skill in the art without making creative efforts belong to the protection scope of the present invention.

In order to solve the current shortage of medical resources, the entire consultation system takes a long time and has low efficiency, as shown in Figure 1, Figure 2 and Figure 14-16, the following optimal technical solutions are provided:

A remote consultation drug image recognition library system based on the medical community, including a drug storage rack 1 and a drug picking mechanism 2 arranged inside the drug storage rack 1, a drug storage box 3 is arranged on the surface of the drug storage rack 1, There are two groups of drug storage racks 1, and a drug delivery bridge 5 is arranged between the two groups of drug storage racks 1. A movable guide block 6 is installed on the surface of the drug delivery bridge 5, and a control panel is arranged on one side of the drug storage rack 1. 7. The control panel 7 is signal-connected with the remote consultation system 4, and the remote consultation system 4 includes a patient terminal 41 and a physician terminal 42 signal-connected with the patient terminal 41, and a pharmacist terminal 43 signal-connected with the physician terminal 42, and a pharmacist terminal 43 A drug outbound module 431 is provided, and the patient terminal 41 includes an identification module 411 for identifying the identity of the patient, a department selection module 412 for selecting the department to be treated, and an imaging device 413 for recording on-site images. The imaging device 413 is set at On the upper end of the control panel 7, the patient terminal 41 also includes a pathology filling module 414 for filling in the patient's condition and a remote queuing application unit 415 for applying for a doctor, and the doctor terminal 42 includes an acceptance unit 421 for accepting patients in sequence, for A diagnosis report writing unit 422 for preparing a preliminary diagnosis report online, a medical record printing unit 423 for printing a medical record sheet, and a signal transmission unit 424 for signal transmission with the pharmacist terminal 43 .

The inside of the medicine storage box 3 is provided with a box cavity 31, and one side of the inner bottom surface of the box cavity 31 is provided with a discharge notch 32, and the discharge notch 32 is connected with the long discharge channel 11, and the inside of the box cavity 31 is installed with a load bearing Material rack 33, the inside of bearing material rack 33 is provided with medicine body 34, and one side of bearing material rack 33 is equipped with pressing material push piece 35, and bearing material rack 33 comprises the U-shaped clamp frame 331 that is connected with medicine body 34 and The connecting bottom plate 332 that is arranged on one side of the U-shaped clamping frame 331, the center of the connecting bottom plate 332 is equipped with a top pressure bar 333, and the first connecting piece 334 is installed on both sides of the connecting bottom plate 332, and the two ends of the U-shaped clamping frame 331 The outsides are provided with a second engaging piece 335, a second return spring 336 is installed between the first engaging piece 334 and the second engaging piece 335, and the inner side of the U-shaped clamping frame 331 is provided with a pressing push block 337, and the pressing bar 333 passes through the U-shaped clamping frame 331 and is connected with the top pressing push block 337, and the pressing push piece 35 includes a positioning base plate 351 arranged on the inner bottom surface of the box cavity 31 and a driving turntable 352 arranged on the upper surface of the positioning base plate 351, One side of the positioning base plate 351 is equipped with a driving push rod 353, and the driving push rod 353 corresponds to one end of the U-shaped clamping frame 331. A first movable block 355 is installed on the upper surface, a second movable block 356 is arranged on the side end of the upper surface of the driving turntable 352 , and a traction rod 357 is installed between the first movable block 355 and the second movable block 356 .

Specifically, the patient operates the control panel 7, through identification, department selection and filling in the disease characteristics, and then remotely contacts the doctor terminal 42 through the remote queuing application unit 415, and the doctor terminal 42 receives the patient's disease characteristics, and writes a diagnosis report through this The medical record printing unit 423 prints the medical record list to the patient, and then transmits the medical record information to the pharmacist terminal 43. According to the received medicine list, the pharmacist terminal 43 operates the corresponding box cavity 31 through the drug delivery module 431, starts the drive dial 352, and The second movable block 356 turns to the outer end, and the traction pull rod 357 drives the drive push rod 353 to push forward, and the drive push rod 353 moves the medicine box on the outside of the U-shaped clamp frame 331 to the discharge chute along the inner wall of the box cavity 31 mouth 32, and dropped to the inner side of the drug delivery bridge 5, the drive turntable 352 is reversed to drive the drive push rod 353 to recover, and the elastic force of the second return spring 336 is used to pull the connecting bottom plate 332, so that the push block 337 is pressed against the The remaining drug boxes are squeezed to fit the inner wall of the box cavity 31, and then complete the remote drug delivery, which greatly saves the time for patients' consultation and drug collection, and improves the medical consultation system.

In order to solve the problem of taking medicine, pharmacists need to find medicines one by one in the huge pharmacy according to the medicine list provided by the patient. The whole process takes a lot of time, and it is easy to cause a huge team of medicine taking, which exacerbates the technical problem of the tension of medical resources, as shown in the figure. As shown in 7-13, the following preferred technical solutions are provided:

The material transfer ramp 13 includes an oblique slope plate 131 installed on the inner side of the railing plate 12 and an elastic auxiliary plate 132 installed on the surface of the oblique slope plate 131. One end of the oblique slope plate 131 is provided with a fixed sleeve rod 133, and the spring auxiliary The surface of the plate 132 is equipped with a fitting pad 134, and one end of the elastic auxiliary plate 132 is provided with a socket hole 135, and the socket hole 135 is connected with the fixed sleeve rod 133, and the other end of the elastic auxiliary plate 132 is provided with a matching sticker. Groove 137, the lower end of matching sticking groove 137 is provided with elastic mechanism 136, and springing mechanism 136 comprises splicing beam bar 1361 and the extension bar 1362 that is arranged on splicing beam bar 1361 upper surface two ends, and one end of extension bar 1362 is matched with sticking groove 137 Connected, the center of the splicing beam 1361 lower surface is equipped with a floating block 1363, the lower end of the floating block 1363 is provided with a movable adjustment piece 1364, and the lower end of the movable adjustment piece 1364 is equipped with a movable adjustment piece 1365, and both sides of the activity adjustment piece 1365 are A swing block 1366 is provided, and a positioning plate 1367 is arranged on the outside of the swing block 1366. The positioning plate 1367 is installed on the inner bottom surface of the discharge long channel 11. The center of the positioning plate 1367 is provided with a mounting groove 13671. Two groups of swinging blocks 1366 and the mounting groove 13671 is matched, the two ends of the upper surface of the positioning plate 1367 are provided with a positioning pole 13672, the outside of the positioning pole 13672 is provided with a first return spring 13673, and one end of the first return spring 13673 is in contact with the lower surface of the splicing beam 1361 Connected, the inside of the positioning plate 1367 is equipped with a drive shaft 13674.

The movable adjusting part 1364 includes a U-shaped joint 13641 and an engaging fixed rod 13642 arranged on the upper surface of the U-shaped joint 13641. A ball 13643 is installed on the top of the engaged fixed rod 13642, and a socket shaft is installed on the inner side of the U-shaped joint 13641. 13644, the movable adjustment block 1365 includes a central block 13651 and a first engaging column sleeve 13652 installed at one end of the central block 13651, the other end of the central block 13651 is provided with a second engaging column sleeve 13653, and the first engaging column sleeve 13652 is connected with the sleeve shaft The rod 13644 is connected, the swing block 1366 includes a sleeve shaft 13661 and a convex block 13662 installed at both ends of the sleeve shaft 13661, one end of the driving shaft 13674 is connected with the convex block 13662, and the second engagement column sleeve 13653 is connected with the Socketing shaft columns 13661 are connected, the lower surface of the floating block 1363 is provided with an access groove 13631, and the inner side of the access groove 13631 is provided with a limited sliding channel 13632. The sliding channel 13632 is connected with the ball 13643 .

Specifically, when the medicine falls from the discharge slot 32 to the surface of the material transfer ramp 13, the drive shaft 13674 is activated, and the sleeve shaft post 13661 is installed on the convex side end of the convex block 13662, and then along with the convex block 13662 The rotation drives the sleeve shaft 13661 to rotate with the drive shaft 13674 as the axis, because the first engagement sleeve 13652 and the second engagement sleeve 13653 are movably sleeved on the sleeve shaft 13661 and the sleeve shaft 13644 respectively. surface, and then drive the movable adjustment piece 1364 and the movable adjustment block 1365 to float up and down, and use the elastic force of the first return spring 13673 to drive the splicing beam 1361 to float up and down, and use the connection between the access groove 13631 and the connecting fixed rod 13642, and limit The connection between the sliding channel 13632 and the sphere 13643 provides a space for the splicing beam 1361 to move up and down, and then drives the extension rod 1362 to drive one end of the elastic auxiliary plate 132 to swing repeatedly in a small range with the fixed sleeve rod 133 as the axis. Then make the elastic auxiliary plate 132 in a vibrating state, and then use the italic structure of the sloping ramp 131 to roll the medicine box to the inside of the medicine delivery bridge 5 along the slant slop 131, and the medicine delivery bridge 5 presents a central The concave structure facilitates the aggregation of the medicine box and is convenient to take.

In order to better solve the technical problems that the consultation departments are distributed on different floors and it is inconvenient for older people to climb up and down, as shown in Figure 1-7, the following optimal technical solutions are provided:

The medicine taking mechanism 2 includes a base plate 21 and a lifting screw 22 installed in the center of the base plate 21. The height of the lifting screw 22 matches the medicine storage rack 1, and one side of the lifting screw 22 is equipped with a vertical mounting Rod 23, the side surface of the vertical installation rod 23 is equipped with a limit side bar 24, the surface of the lifting screw 22 is covered with a medicine receiving box 25, and the medicine receiving box 25 includes a box body 251 and a docking joint installed on the side surface of the box body 251 Handle bar 252, one side of box body 251 is equipped with lifting tube 253, and the inner side of one end of docking handle bar 252 is provided with snap-in block 254, and the surface of lifting tube 253 is equipped with driving tooth plate 255, and the opening inside box body 251 is installed with Hook up the rotating disk 256, the side end of the hooking rotating disk 256 is provided with an inverted hook 257, the inside of the lifting tube 253 is provided with a sleeve groove 2531, the upper and lower surfaces of the lifting tube 253 are provided with an annular opening groove 2532, the side of the lifting tube 253 There is a limit sliding slot 2533 on the surface, and the limit sliding slot 2533 is connected with the limit side bar 24. The inner side of the annular opening groove 2532 is provided with a side gear ring 2534, and the docking handle bar 252 is connected to the side gear ring through the clamping block 254. 2534 are connected, and the outer surface of the lift pipe 253 is provided with an open slot 2535, which communicates with the annular slot 2532, and the drive toothed disc 255 is meshed with the side gear ring 2534 through the open slot 2535.

The bottom surface of the movable guide block 6 is provided with a sliding groove 61, and the inside of the sliding groove 61 is provided with a sleeved rod 62, and the surface of the sleeved rod 62 is provided with a reserved slider 63, and the reserved slider 63 A splicing ring 64 is installed on the upper surface, and connecting springs 65 are installed on both sides of the reserved slider 63. The connecting spring 65 is sleeved on the surface of the socketed long rod 62, and the inverted hook 257 is connected with the splicing ring 64, and the drug storage The lower end of box 3 is provided with discharge long passage 11, and the inside of discharge long passage 11 is equipped with railing to board 12, and the inboard of railing to board 12 is provided with material transmission ramp 13, and the discharge long passage 11 of two groups Corresponding to the drug delivery bridge 5 , a discharge opening 51 is provided on the side surface of the drug delivery bridge 5 , and a spring hinge 52 is installed between the discharge opening 51 and the movable guide block 6 .

Concretely, there are five groups of drug delivery bridges 5 from bottom to top. After the drug box is delivered from the warehouse, start the lifting screw 22, and utilize the connection between the limit side bar 24 and the limit slide slot 2533 to control the drug box. The position of the receiving box 25 is limited, and the medicine receiving box 25 translates up and down along the lifting screw 22. When it moves to the designated position, the drive toothed plate 255 is started to drive the side gear ring 2534 to rotate along the annular opening groove 2532. The gear ring 2534 drives the box body 251 to the lower end of the movable guide block 6, and then starts the hooking turntable 256, so that the hooking interface of the inverted hook 257 is gradually transferred to the splicing ring 64, and hooked with each other, along with the inverted hook 257 The rotation of the movable guide block 6 is driven to swing along the spring hinge 52, so that the polymerized medicine box falls to the inside of the box body 251, the hooking turntable 256 is rotated, the inverted hook 257 is separated from the splicing ring 64, and the splicing ring 64 is separated by the spring The hinge 52 drives the movable guide block 6 to return to its original position, and the box body 251 takes the medicine boxes from top to bottom, so that the medicine boxes can be taken out one by one from a high place, the safety is higher, and the medicine boxes can be prevented from falling, which can solve the The problem of inconvenient access to medicines for the elderly.

The above is only a preferred embodiment of the present invention, but the scope of protection of the present invention is not limited thereto. Anyone familiar with the technical field within the technical scope disclosed in the present invention, according to the technical solution of the present invention Any equivalent replacement or change of the inventive concepts thereof shall fall within the protection scope of the present invention.

Claims (5)

1. A remote consultation drug image recognition system based on the medical community, including a drug storage rack (1) and a drug picking mechanism (2) arranged inside the drug storage rack (1), characterized in that: the drug The surface of the storage rack (1) is provided with a drug storage box (3), and the drug storage rack (1) is provided with two groups, and a drug delivery bridge (5) is arranged between the two groups of drug storage racks (1). A movable guide block (6) is installed on the surface of the bridge frame (5), and a control panel (7) is arranged on one side of the drug storage rack (1), and the signal of the control panel (7) is connected to the remote consultation system (4). The diagnostic system (4) includes a patient terminal (41), a doctor terminal (42) connected to the patient terminal (41), and a pharmacist terminal (43) connected to the doctor terminal (42). The pharmacist terminal (43) is provided with The drug delivery module (431), the patient side (41) includes an identification module (411) for identifying the identity of the patient, a department selection module (412) for selecting the department to be treated, and an imaging device for recording on-site images ( 413), the imaging device (413) is set on the upper end of the control panel (7), and the patient end (41) also includes a pathology filling module (414) for filling in the patient's condition and a remote queuing application unit (415) for applying for a doctor , the doctor terminal (42) includes an acceptance unit (421) for accepting patients in sequence, a diagnosis report preparation unit (422) for online preparation of preliminary diagnosis reports, and a medical record printing unit (423) for printing medical records, and A signal transmission unit (424) for signal transmission with the pharmacist terminal (43); The drug taking mechanism (2) includes a base plate (21) and a lifting screw (22) installed in the center of the base plate (21). The height of the lifting screw (22) matches the drug storage rack (1). One side of the lifting screw (22) is equipped with a vertical installation rod (23), the side surface of the vertical installation rod (23) is equipped with a limit side bar (24), and the surface of the lifting screw (22) is covered with a medicine The receiving box (25), the drug receiving box (25) includes a box body (251) and a docking handle bar (252) installed on the side surface of the box body (251), and a lifting tube (253) is installed on one side of the box body (251) ), the inner side of one end of the docking handle bar (252) is provided with a clamping block (254), the surface of the lifting tube (253) is installed with a drive toothed plate (255), and the opening inside the box body (251) is installed with a hooking turntable ( 256), hooking the side end of the turntable (256) is provided with an inverted hook (257), the inside of the lift tube (253) is provided with a socket groove (2531), and the upper and lower surfaces of the lift tube (253) are provided with annular openings Slot (2532), the side surface of the lifting tube (253) is provided with a limit sliding slot (2533), the limit sliding slot (2533) is connected with the limit side bar (24), and the inner side of the annular opening slot (2532) The side gear ring (2534) is provided, the docking handle bar (252) is connected with the side gear ring (2534) through the clamping block (254), and the outer surface of the lifting tube (253) is provided with an open slot (2535), The open channel (2535) communicates with the annular open channel (2532), and the drive chainring (255) is meshed with the side gear ring (2534) through the open channel (2535); The bottom surface of the movable guide block (6) is provided with a sliding groove (61), and the inside of the sliding groove (61) is equipped with a socket rod (62), and the surface of the socket rod (62) is sleeved with a reserved The slider (63), the splicing ring (64) is installed on the upper surface of the reserved slider (63), the connection spring (65) is installed on both sides of the reserved slider (63), and the connection spring (65) is sleeved On the surface of the socket long rod (62), the inverted hook (257) is connected with the splicing ring (64); The lower end of the drug storage box (3) is provided with a long discharge channel (11), and the inner side of the long discharge channel (11) is equipped with a railing board (12), and the inner side of the railing board (12) is provided with a material transfer The ramp (13), the discharge long channels (11) of the two groups correspond to the drug delivery bridge (5), and the side surface of the drug delivery bridge (5) is provided with a discharge opening (51), and the discharge opening ( 51) A spring hinge (52) is installed between the movable guide block (6); The material transfer ramp (13) includes an oblique ramp (131) installed on the inner side of the railing plate (12) and an elastic auxiliary plate (132) installed on the surface of the oblique ramp (131), and the oblique ramp (131) One end of the spring is provided with a fixed sleeve rod (133), the surface of the spring auxiliary plate (132) is installed with a fitting pad (134), and one end of the spring auxiliary plate (132) is provided with a socket hole (135), and the socket The hole (135) is connected with the fixed sleeve rod (133), the other end of the spring auxiliary plate (132) is provided with a matching sticking groove (137), and the lower end of the matching sticking groove (137) is provided with a springing mechanism (136); The elastic mechanism (136) includes splicing beams (1361) and extension rods (1362) arranged on both ends of the upper surface of the splicing beams (1361). A floating block (1363) is installed in the center of the lower surface of the beam (1361), and a movable adjustment piece (1364) is installed at the lower end of the floating block (1363), and a movable adjustment piece (1365) is installed at the lower end of the movable adjustment piece (1364), Both sides of the movable adjustment block (1365) are provided with a swing block (1366), and the outside of the swing block (1366) is provided with a positioning plate (1367), and the positioning plate (1367) is installed on the inner bottom surface of the long discharge channel (11) , the center of the positioning plate (1367) is provided with a mounting groove (13671), two sets of swing blocks (1366) are matched with the mounting groove (13671), and both ends of the upper surface of the positioning plate (1367) are provided with positioning poles (13672 ), the outside of the positioning pole (13672) is provided with a first return spring (13673), one end of the first return spring (13673) is connected to the lower surface of the spliced beam (1361), and the inside of the positioning plate (1367) is installed With drive shaft (13674); The movable adjusting part (1364) includes a U-shaped joint (13641) and a connecting fixed rod (13642) arranged on the upper surface of the U-shaped joint (13641). A ball (13643) is installed on the top of the connecting fixed rod (13642). A socket shaft (13644) is installed on the inner side of the joint (13641), and the movable adjustment block (1365) includes a center block (13651) and a first joint column sleeve (13652) installed at one end of the center block (13651). The other end of the block (13651) is provided with a second engaging column sleeve (13653), and the first engaging column sleeve (13652) is connected with the sleeve shaft (13644); The swing block (1366) includes a socket shaft column (13661) and a convex block (13662) installed at both ends of the socket shaft column (13661), and one end of the drive shaft (13674) is connected with the convex block (13662), The second engagement column sleeve (13653) is connected with the sleeve shaft column (13661). The lower surface of the floating block (1363) is provided with an access groove (13631), and the inner side of the access groove (13631) is provided with a limited sliding channel. The groove (13632), the access groove (13631) is connected with the connecting fixed rod (13642), and the limit sliding through groove (13632) is connected with the sphere (13643). 2. A medical community-based remote consultation drug image recognition library system according to claim 1, characterized in that: a box cavity (31) is provided inside the drug storage box (3), and the box cavity (31 ) is provided with a discharge notch (32) on one side of the inner bottom surface, the discharge notch (32) is connected with the long discharge channel (11), and the inside of the box cavity (31) is equipped with a load-carrying rack (33), A medicine body (34) is arranged inside the loading rack (33), and a pressing push piece (35) is installed on one side of the loading rack (33). 3. A medical community-based remote consultation drug image recognition library system according to claim 2, characterized in that: the loading rack (33) includes a U-shaped clip connected to the drug body (34) frame (331) and the connecting base plate (332) arranged on one side of the U-shaped clamping frame (331). There is a first connecting piece (334), and a second connecting piece (335) is provided on the outer sides of both ends of the U-shaped clamp frame (331). 4. A medical community-based remote consultation drug image recognition library system according to claim 3, characterized in that: a second connecting piece (334) and a second connecting piece (335) are installed between the first connecting piece (334) and the second connecting piece (335) Two back-moving springs (336), the inner side of the U-shaped clamp frame (331) is provided with a top pressure push block (337), and the top pressure bar (333) passes through the U-shaped clip frame (331) and the top pressure push block (337) ) are connected. 5. A medical community-based remote consultation drug image recognition library system according to claim 4, characterized in that: the pressing push piece (35) includes a positioning base set on the inner bottom surface of the box cavity (31) The disc (351) and the drive turntable (352) arranged on the upper surface of the positioning base plate (351), the drive push rod (353) is installed on one side of the positioning base plate (351), the drive push rod (353) and the U-shaped clip One end of the frame (331) is corresponding, and the outside of the drive push rod (353) is provided with a positioning sliding sleeve (354), and the upper surface of one end of the drive push rod (353) is equipped with a first movable block (355), and the drive turntable The side end of the upper surface of (352) is provided with a second movable block (356), and a traction rod (357) is installed between the first movable block (355) and the second movable block (356).