CN108784364B - It is a kind of to facilitate the hot beverage process units for adjusting and matching - Google Patents

Abstract

The invention discloses a hot beverage production device, the structure of which comprises: a protective shell, an intelligent adjustment device for production, a device shell, a control rotation button, a water outlet, a water collector, a fixed base, and an adjustment handle. The rear side surface of the device housing is welded with the device housing to form an integrated structure, the control rotation button is embedded in the left side of the front surface of the device housing, the water outlet is connected to the lower surface of the device housing, and the fixed base and The bottom side surfaces of the device housing are perpendicular to each other and are fixedly connected with them. The present invention can accurately control the mixing ratio of raw materials and water during the production process of the beverage production equipment, realize the production of beverages with different tastes, and can Prevent the raw materials that are ground into powder from being mixed and deteriorated by water vapor after adding hot water, so as to achieve the purpose of making beverage production equipment more intelligent.

Description

A hot beverage production device that facilitates ratio adjustment

technical field

The invention relates to the technical field of beverage production devices, in particular to a hot beverage production device for conveniently adjusting the ratio.

Background technique

Beverage production equipment refers to the equipment used to manufacture various beverages, generally composed of many equipment production lines to process various beverages, such as water treatment equipment, bottle rinsing machines, filling machines, sealing machines, sterilization equipment, CIP cleaning machines, filtration equipment, packaging equipment, etc.

The beverage industry is an emerging industry developed after the reform and opening up. In 1982, it was listed as a national planned management product. The total output of beverages in the country was 400,000 tons in that year. For more than 20 years, my country's beverage industry has grown from small to large, and has begun to take shape. It has become one of the key industries of the food industry with a certain foundation and can better adapt to market needs. The rapid development of the beverage industry has made due contributions to the construction of the national economy and the improvement of people's quality of life. Beverages have become an indispensable consumer food in people's daily life.

Beverages refer to liquid foods that use water as the basic raw material and are produced by different formulas and manufacturing processes for direct drinking by humans or livestock. In addition to providing moisture, beverages have certain nutrition because they contain unequal amounts of sugar, acid, milk, sodium, fat, energy, and various amino acids, vitamins, inorganic salts and other nutritional components in different beverages.

However, the beverage production equipment in the prior art cannot automatically adjust the ratio of raw materials and water during the production process, and cannot prevent the raw materials that are ground into powder from being mixed and deteriorated by water vapor after adding hot water, so that the production of beverages cannot be achieved. The equipment is more intelligent.

Contents of the invention

Based on the above deficiencies in the prior art, the technical problem to be solved by the present invention is to provide a hot beverage production device that can easily adjust the proportion.

The present invention solves its technical problem and adopts the following technical solutions to realize:

A hot beverage production device for conveniently adjusting the ratio, its structure includes: a protective shell, an intelligent production adjustment device, a device shell, a control rotation button, a water outlet, a water collector, a fixed base, an adjustment handle, and a raw material adjustment switch , the protective shell is located on the rear side surface of the device shell and is welded with the device shell to form an integrated structure, the control rotation button is embedded in the left side of the front surface of the device shell, and the raw material adjustment switch is Embedded in the right side of the front surface of the device housing, the water outlet is disposed and connected to the lower surface of the device housing, the fixed base is perpendicular to the bottom surface of the device housing and is fixedly connected with it, and the intelligent production adjustment The device is located inside the device housing and has an integrated structure with the device housing. The adjustment rod is embedded in the lower surface of the device housing and connected with it by clearance fit. The water collector is laid flat on the fixed base. At the same time, the upper surface and the two move together; the intelligent production adjustment device is equipped with a water inlet pipeline device, a limit jacking device, a power output device, a baking and stirring device, a grinding output device, and a water pressure device;

The water inlet pipeline device is located on the left side surface inside the equipment, both of which are parallel to each other and fixedly connected together, and the baking and stirring device is an axial extension of the water inlet pipeline device to the right, and the two are connected together by a clearance fit , the lower surface of the grinding output device and the roasting and stirring device are perpendicular to each other and the roasting and stirring device runs through the rear side surface of the grinding output device, and the limit jacking device and the water inlet pipeline device are interpenetrated and movably connected to the metal On the left side surface of the pipeline device, the power output device is installed on the upper surface of the baking and stirring device and is connected with the limit jacking device below by means of engagement, and the water flow pressurizing device is embedded in the water inlet pipeline device inner surface of the .

The limit jacking device is provided with a serpentine tube, a rubber block, a sliding frame, a gear, a cam toothed plate, a power wheel, a connecting frame rod, a sliding block, a clamping frame, a back pressure rod, a connecting frame, a steel rope belt, Push rod, screw push rod, push motor, the serpentine tube is provided with an upper push tube and a lower push tube, the upper return tube is connected with the lower push tube, and the upper push tube is connected with the grinding output device The lower push pipe is connected with the water inlet pipeline device, the upper push pipe is embedded in the rubber block and connected with the upper push pipe by a clearance fit, and the screw push rod is installed through a rotating connection In the lower push tube, the output end of the push motor is connected with the screw push rod, and an angle encoder is installed on the push motor, and the push rod and the rear side of the rubber block form an integrated structure by jointing and wrapping, so that The sliding frame is located on the rear side of the push rod and forms an integrated structure with it by welding, the two gears are connected together by the connecting rod on the upper surface, and the outer surface of the gear is wrapped with a steel rope belt The two are connected together by clearance fit, the gear is connected to the right side surface of the sliding frame to the left, and the cam toothed plate is located on the left side of the gear. The two are fixedly connected together by meshing. The bottom of the lower surface of the chainring is connected with it through the shaft at the same time. The connecting frame is located on the right side of the connecting frame rod and the two are connected together by hinge connection. The inside of the clamping frame is provided with both sliding blocks They are fixedly connected together by means of clearance fit, and the return pressure rod is installed on the left side surface of the clamping frame by means of welding.

Further, the water inlet pipeline device is provided with a water collection box, a connecting pipe, a return pipe, a water inlet, a mixing shell, a limiter, a rotating shaft, a water outlet frame, and a raw material inlet.

Further, the water inlet and the raw material inlet are installed symmetrically on the upper surface of the mixing shell and communicate with the mixing shell, and the limiter is movably installed inside the mixing shell through a rotating shaft located in the center and connected to it. Connected together by clearance fit, the water outlet frame is perpendicular to the center of the lower surface of the mixing shell and runs through its inner surface, the inside of the water outlet frame is provided with a filter screen, the return-shaped pipe is located on the upper surface of the water inlet and Instead of forming an integrated structure by welding, the connecting pipe is a return-shaped pipe whose vertical axis extends more upwards and is connected through it. The water collection tank is perpendicular to the connecting pipe located on its lower surface and integrated with it. structure.

Further, the power output device is provided with a conveyor belt, a main drive wheel, a bevel gear frame, a pulley, a belt, a driving motor, and a driving shaft, and the pulleys at the left and right ends are fixed and fitted together by a belt to form an integrated structure. The driving motor is located between the two pulleys and fits together with the belt. The driving shaft and the driving motor are parallel to each other and fit together with the upper belt with clearance. The bevel gear frame is perpendicular to the lower surface of the pulley through welding. form an integrated structure.

Further, the baking and stirring device is provided with a pulling rod, a shaft seat, a balance frame, a sealing block, a support plate, a bracket rod, a frame, a sweeping block, a bracket, a baking lamp, a metal frame, and a main shaft. The lamp is located on the right side surface inside the metal frame and is fixedly installed together with it. The main shaft is vertically connected to the center of the inner surface of the metal frame and is perpendicular to each other. The bracket is fixedly installed on the lower surface of the main shaft by welding. The sweeping block wraps the left and right ends of the bracket and wraps them together with a gap fit. The sealing block is located under the metal frame and embedded in the metal frame. The bracket rod is movably installed on the inner surface of the frame, the frame and the sealing block are parallel to each other and fixedly connected with the metal frame, the pulling rod penetrates through the metal frame and is fixedly connected with the balance frame on the right side of the frame, the The balance frame is movably installed on the inner side of the upper surface of the shaft seat and fixedly connected with it, and the sealing block is installed on the front surface of the balance frame.

Further, the grinding output device is provided with grinding beads, a sun gear, a grinding shell, a grinding frame, a tooth groove, a transmission belt, a transmission wheel, and a planetary wheel. The sun gear and the grinding shell are concentric circles and It is connected together by loose fit, the planetary wheel is installed between the sun gear and the tooth groove, and the three are movably connected together by meshing, and the tooth groove is located on the surface of the inner ring of the grinding shell and is composed of it by welding In an integrated structure, the transmission wheel is connected with the sun wheel through a transmission belt wrapped on its outer surface, and the grinding beads are embedded in the front surface of the planetary wheel and are movably matched with it.

Further, the water flow pressurizing device is provided with an auxiliary motor, a gear set, a propeller, a rotating shaft, a vertical gear shaft, a matching shaft, and a driving shaft, and the driving shaft is vertically embedded in the inner surface of the auxiliary motor, and the two adopt clearance fit connected together, the mating shaft is located on the upper surface of the driving shaft and the two are connected together in a meshing manner, the vertical gear shaft and the mating shaft are parallel to each other and movably connected together, the gear set and the vertical gear The shafts are perpendicular to each other and meshed together. The rotating shaft is vertically embedded in the spur gear set and fixedly connected together by welding. The propeller is located on the front surface of the rotating shaft and the two are screwed together.

The beneficial effects of the present invention are:

When in use, first power on the equipment, then use the control rotation button to power on the active motor and the auxiliary motor at the same time, and fill the inside of the water collection tank with hot water, because the thermal conductivity of the metal frame 2 next door is very good, so the hot water It can provide heat for the raw materials being baked inside. When the hot water flows down, the auxiliary motor provides power. The auxiliary motor rotates the propeller in front through the transmission of the drive shaft, vertical gear shaft and gear column, and pressurizes the water flowing inside. The air that enters the water flow inside the lower return tube will be stripped out, so that the generation of air bubbles will be reduced when it is combined with the raw materials during mixing. At the same time, the drive shaft on the left will rotate through the drive of the pulley and the belt after the drive motor rotates. The lower main shaft rotates after receiving the rotational force, and the internal raw materials are fully baked. During the rotation, the internal raw materials enter the bottom of the metal frame, and the support rod cannot bear the pressure after the support plate bears a certain pressure. The support plate is opened, and the balance frame is moved by pushing the pull rod, so that the sealing block seals the metal frame above to ensure the accuracy of the amount of raw material input, and the raw material falls into the interior of the grinding frame 254 below by gravity, and then passes through the The power transmission makes the sun wheel rotate, and the planetary wheel moves around on the sun wheel, and through the close grinding of the grinding beads and the grinding frame, the internal raw materials are extruded into powder and fall into the interior of the serpentine tube below. The serpentine tube can prevent water vapor from rising upwards, and the cam toothed plate rotates under the transmission of the power output device. The shape of the cam toothed plate makes the gear push back and forth, and drives the sliding frame to push the rubber block in front to push the rubber block The raw material powder enters the lower push tube, turn on the raw material adjustment switch, set the number of rotations of the push motor according to the ratio, the push motor drives the push rod to rotate, and the push rod accurately pushes the raw material in the bottom push tube to the In the limit frame below, stir and mix with hot water to complete the product discharge.

The invention solves the problem that the beverage production equipment cannot automatically mix the raw materials and water in the production process, and it cannot prevent the raw materials that are ground into powder from being mixed and deteriorated by water vapor after adding hot water, so that it cannot To make the beverage production equipment more intelligent, the present invention can achieve the precise control of the mixing ratio of raw materials and water in the production process of the beverage production equipment through the mutual combination of the above components, and realize the production of beverages with different tastes , and can prevent the raw materials that are ground into powder from being mixed and deteriorated by water vapor after adding hot water, so as to achieve the purpose of making beverage production equipment more intelligent.

Description of drawings

The following is a brief description of the content expressed in the drawings of this specification and the marks in the drawings:

Fig. 1 is a structural schematic diagram of a hot beverage production device for conveniently adjusting the ratio of the present invention;

Fig. 2 is the structural representation of the production intelligent adjustment device of the present invention;

Fig. 3 is a detailed schematic diagram of the component structure of the production intelligent adjustment device of the present invention;

Fig. 4 is a schematic view 1 of the production intelligent adjustment device of the present invention;

Fig. 5 is a second schematic diagram of the use of the production intelligent adjustment device of the present invention.

Detailed ways

Through the description of the embodiments below, the specific implementation of the present invention includes the shape, structure, mutual position and connection relationship between the various parts, the function and working principle of each part, the manufacturing process and the operation and use method of the various components involved. etc., to make further detailed descriptions to help those skilled in the art have a more complete, accurate and in-depth understanding of the inventive concepts and technical solutions of the present invention.

Please refer to Fig. 1-Fig. 5, the present invention provides a technical scheme of a hot beverage production device that is convenient to adjust the ratio: its structure includes: a protective shell 1, an intelligent production adjustment device 2, a device shell 3, a control rotation button 4, Water outlet 5, water collector 6, fixed base 7, adjustment lever 8, raw material adjustment switch 9, the protective shell 1 is located on the rear surface of the device shell 3 and is integrated with the device shell 3 by welding structure, the control rotation button 4 is embedded in the left side of the front surface of the device casing 3, the raw material adjustment switch 9 is embedded in the right side of the front surface of the device casing 3, and the water outlet 5 is disposed and connected with the device casing 3, the fixed base 7 is perpendicular to the bottom side surface of the device housing 3 and is fixedly connected with it, and the production intelligent adjustment device 2 is located inside the device housing 3 and integrated with the device housing 3 In the structure, the adjustment rod 8 is embedded in the lower surface of the device housing 3 and connected with it by a clearance fit, and the water collector 6 is flatly laid on the upper surface of the fixed base 7 while the two are movably fitted together; The production intelligent adjustment device 2 is provided with a water inlet pipeline device 21, a limit jacking device 22, a power output device 23, a baking and stirring device 24, a grinding output device 25, and a water flow pressurizing device 26; the water inlet pipeline device 21 The left side surfaces located inside the equipment are parallel to each other and fixedly connected together. The baking and stirring device 24 is an axial extension of the water inlet pipeline device 21 to the right and the two are connected together by a clearance fit. The lower surface of the grinding output device 25 and the roasting and stirring device 24 are perpendicular to each other and the roasting and stirring device 24 runs through the rear side surface of the grinding output device 25. Connected to the left side surface of the metal pipeline device 21, the power output device 23 is installed on the upper surface of the baking and stirring device 24, and is connected with the limit jacking device 22 below by means of engagement. The pressure device 26 is embedded in the inner surface of the water inlet pipeline device 21, and the limit jacking device 22 is provided with a serpentine tube 221, a rubber block 222, a sliding frame 223, a gear 224, a cam tooth plate 225, a power wheel 226, and a connecting frame. Rod 227, sliding block 228, clamp frame 229, back pressure bar 2210, connecting frame 2211, steel rope belt 2212, push rod 2213, screw pusher rod 2214, pusher motor 2215, described serpentine pipe 221 is provided with upper The pushing pipe 221a is connected with the lower pushing pipe 221b; The rubber block 222 is embedded in the upper push tube 221a and is connected with the upper push tube 221a by a clearance fit, and the screw push rod 2214 is installed in the lower push tube 221b through a rotating connection. The output end of the material motor 2215 is connected with the screw pusher rod 2214, and the material pusher motor 2215 is installed There is an angle encoder, the push rod 2213 and the rear side of the rubber block 222 form an integrated structure by jointing and wrapping, the sliding frame 223 is located on the rear side of the push rod 2213 and forms an integrated structure by welding, The two gears 224 are connected together by a connecting rod 227 located on the upper surface thereof. The outer surface of the gear 224 is wrapped with a steel rope belt 2212. The two are connected together by clearance fit, and the gear 224 is connected to the left. On the right side surface of the sliding frame 223, the cam toothed plate 225 is located on the left side of the gear 224, and the two are fixedly connected together in a meshing manner. The power wheel 226 is located under the lower surface of the cam toothed plate 225 and passes through the shaft Connected together, the connecting frame 2211 is located on the right side surface of the connecting frame rod 227 and the two are connected together by a hinge connection, and the inside of the clamping frame 2210 is provided with a sliding block 228. Fixedly connected together, the return pressure rod 2210 is installed on the left surface of the clamping frame 229 by welding.

The water inlet pipeline device 21 is provided with a water collecting tank 211, a connecting pipe 213, a return pipe 213, a water inlet 214, a mixing shell 215, a limiter 216, a rotating shaft 217, a water outlet frame 219, and a raw material inlet 2110.

The water inlet 214 and the raw material inlet 2110 are symmetrically installed on the upper surface of the mixing housing 215 and communicate with the mixing housing 215, and the limiter 216 is movably installed on the mixing housing 215 through the rotating shaft 217 in the center. The inside of the water outlet frame 219 is vertically connected to the center of the lower surface of the mixing shell 215 and runs through the inner surface of the mixing shell 215. The inside of the water outlet frame 219 is provided with a filter screen, and the circular pipe 213 It is located on the upper surface of the water inlet 214 and forms an integrated structure with it by welding. The connecting pipe 212 is an upward extension of the vertical axis of the return pipe 213 and is connected through it. The water collection tank 211 is located at the The connecting pipes 213 on the lower surface are perpendicular to each other and are integrated therewith.

The power output device 23 is provided with a conveyor belt 231, a main drive wheel 232, a bevel gear frame 233, a pulley 234, a belt 235, a driving motor 236, and a drive shaft 237, and the pulleys 234 at the left and right ends are fixedly fitted together by a belt 235 To form an integrated structure, the driving motor 236 is located between the two pulleys 234 and fits together with the belt 235, the driving shaft 237 and the driving motor 236 are parallel to each other and fit together with the upper belt 235 using a gap, the The bevel gear carrier 233 and the lower surface of the belt pulley 234 are welded to form an integrated structure.

The baking and stirring device 24 is provided with a pulling rod 241, a shaft seat 242, a balance frame 243, a sealing block 244, a support plate 245, a support rod 246, a frame 247, a sweeping block 248, a support 249, a baking lamp 2410, a metal Frame 2411, main shaft 2412, the baking lamp 2410 is located on the right side surface inside the metal frame 2411 and is fixedly installed together with it, the main shaft 2412 is vertically connected to the center of the inner surface of the metal frame 2411 and is perpendicular to each other, the bracket 249 is fixedly installed on the lower surface of the main shaft 2412 by welding. The sweeping block 248 wraps the left and right ends of the bracket 249 and wraps them together with clearance fit. The sealing block 244 is located under the metal frame 2411 and embedded in the metal The inside of the frame 2411 is movably connected with it, and the support plate 245 is movably installed on the inner side surface of the frame 247 through a bracket rod 246 that is hinged on its upper surface, and the frame 247 is parallel to the sealing block 244 and fixed to the metal frame 2411 Connected together, the pull rod 241 penetrates the metal frame 2411 and is fixedly connected with the balance frame 243 located on the right side surface thereof, and the balance frame 243 is movably installed on the inner side of the upper surface of the shaft seat 242 and is fixedly connected with it , the sealing block 244 is installed on the front surface of the gimbal 243 .

The grinding output device 25 is provided with a grinding bead 251, a sun gear 252, a grinding housing 253, a grinding frame 254, a tooth groove 255, a transmission belt 256, a drive wheel 257, and a star wheel 258. The sun gear 252 and the grinding housing The body 253 is a concentric circle structure and is connected with it by a loose fit. The planetary wheel 258 is installed between the sun gear 252 and the tooth groove 255 and the three are movably connected together in a meshing manner. The tooth groove 255 is located at Grinding the surface of the inner ring of the housing 253 and forming an integrated structure with it by welding, the transmission wheel 257 is connected with the sun gear 252 through the transmission belt 256 wrapped on its outer surface, and the grinding beads 251 are embedded in the The front surface of the star wheel 258 is also in cooperation with its activities.

The water flow pressurizing device 26 is provided with an auxiliary motor 261, a gear set 262, a propeller 263, a rotating shaft 264, a vertical gear shaft 265, a matching shaft 266, and a driving shaft 267, and the driving shaft 267 is vertically embedded in the auxiliary motor 261. The two inside surfaces are connected together by a clearance fit, and the matching shaft 266 is located on the upper surface of the drive shaft 267 and both are connected together in a meshing manner, and the vertical gear shaft 265 and the matching shaft 266 are parallel to each other and are movably connected Together, the gear set 262 and the vertical gear shaft 265 are perpendicular to each other and mesh together. The rotating shaft 264 is vertically embedded in the spur gear set 262 and fixedly connected together by welding. The propeller 263 The front surfaces of the rotating shaft 264 are screwed together.

The power output device 23 of the present invention refers to a power element device that provides necessary power for equipment to work during the production process.

When in use, first make the device power on, and then use the control rotation button 4 to make the active motor 236 and the auxiliary motor 261 power on at the same time, and add hot water to the inside of the water collection tank 211, because the thermal conductivity of the metal frame 2411 next door is very good , so the hot water can provide heat for the raw materials being baked inside. When the hot water flows down, the auxiliary motor 261 provides power. The auxiliary motor 261 makes the front propeller 263 Rotate to pressurize the water flow flowing inside, and the air entering the water flow inside the return pipe 214 below will be stripped out, so that the generation of air bubbles will be reduced when it is combined with the raw materials during mixing, and the active motor 236 will pass through the pulley 234 after rotating at the same time Driven by the belt 235, the drive shaft 237 on the left side rotates, so that the lower main shaft 2412 rotates after receiving the rotational force, and the internal raw materials are fully baked, and the internal raw materials enter the bottom of the metal frame 2411 during the rotation process , and after the support plate 245 bears a certain pressure, the support rod 246 cannot withstand the pressure so that the support plate 245 is opened, and the balance frame 243 is moved by pushing the pull rod 241, so that the sealing block 244 seals the metal frame 2411 above to ensure the input The amount of raw materials is accurate, the raw materials fall into the interior of the grinding frame 254 below by gravity, and then the sun gear 252 is rotated under the power transmission of the power output device 23, and the planetary wheel 258 orbits on the sun gear 252 and passes through the grinding beads. 251 and the grinding frame 254 close together to grind the raw materials inside to be extruded into powder and fall into the inside of the serpentine tube 221 below. The serpentine tube 221 can prevent the water vapor from rising upwards, and the transmission of the power output device 23 The cam toothed plate 225 is rotated, and the gear 224 is pushed back and forth by the shape of the cam toothed plate 225, and the sliding frame 223 is driven to push the rubber block 222 in the front so that the rubber block 222 pushes the raw material powder into the lower push tube 221b, and opens The raw material adjustment switch 9 is used to set the number of rotations of the pusher motor 2215 according to the proportioning ratio. The pusher motor 2215 drives the pusher rod 2214 to rotate, and the pusher rod 2214 accurately pushes the raw material in the lower pusher tube 221b to the bottom In the limit frame 216, stir and mix with hot water to complete the product discharge.

The invention solves the problem that the beverage production equipment cannot automatically mix the raw materials and water in the production process, and cannot prevent the raw materials that are ground into powder from being mixed and deteriorated by water vapor after adding hot water, so that the Beverage production equipment can be more intelligent. Through the mutual combination of the above components, the present invention can accurately control the mixing ratio of raw materials and water in the production process of beverage production equipment, and realize the production of beverages with different tastes. And it can prevent the raw materials that are ground into powder from being mixed and deteriorated by water vapor after adding hot water, so as to achieve the purpose of making beverage production equipment more intelligent.

The present invention has been exemplarily described above, and it is obvious that the specific implementation of the present invention is not limited by the above-mentioned manner, as long as the various insubstantial improvements of the method concept and technical solutions of the present invention are adopted, or the present invention is implemented without improvement. The ideas and technical schemes directly applied to other occasions are within the protection scope of the present invention. The protection scope of the present invention should be determined by the protection scope defined in the claims.

Claims (7)

1. a kind of facilitate the hot beverage process units for adjusting and matching, including protective casing (1), production of intelligent regulating device (2), dress It sets shell (3), control turn knob (4), water outlet device (5), water collector (6), firm banking (7), adjust barre (8), raw material tune Section switch (9), it is characterised in that: the protective casing (1) is located at the rear side surface and and device housing of device housing (3) (1) integral structure is formed by the way of welding, control turn knob (4) is embedded in device housing (3) front surface Left side, the raw material regulating switch (9) are embedded in the right side of device housing (3) front surface, water outlet device (5) the disposition connection with The bottom side surface of the lower surface of device housing (3), the firm banking (7) and device housing (3) is mutually perpendicular to and solid with it Surely it links together, the production of intelligent regulating device (2), which is located at the inside of device housing (3) and with device housing (3), is Integral structure, the downside surface for adjusting barre (8) flush mounting shell (3) is gap-matched with it simultaneously to be connected to Together, upper surface the two activity simultaneously that the water collector (6) is laid in firm banking (7) is combined together；The production intelligence It is adjustable device (2) and pushes device (22), power output device (23), baking stirring equipped with inlet pipeline device (21), limit Device (24), grinding output device (25), water stream S device (26)；The inlet pipeline device (21) is located inside equipment Both left-hand faces are parallel to each other and are fixed together, and the baking agitating device (24) is inlet pipeline device (21) Axial direction extension to the right and the two be gap-matched and link together, the grinding output device (25) and baking are stirred The downside surface of device (24) is mutually perpendicular to and toasts the rear side surface that agitating device (24) run through grinding output device (25), The limit pushes device (22) and inlet pipeline device (21) and is intertwined and is movably connected in metal tubes device (21) Left-hand face, the power output device (23) is mounted on the upper surface of baking agitating device (24) while passing through the side of engagement The limit of formula and lower section pushes device (22) and links together, and the water stream S device (26) is embedded in inlet pipeline device (21) Inner surface, the limit pushes device (22) equipped with coiled pipe (221), rubber block (222), sliding rack (223), gear (224), cam fluted disc (225), power wheel (226), connecting rod (227), sliding shoe (228), detent frame (229), back pressure bar (2210), connection frame (2211), steel strip (2212), catch bar (2213), screw charging ram (2214), pusher motor (2215), the coiled pipe (221) is equipped with upper pusher pipe (221a) and lower pusher mouthful pipe (221b), and upper pusher pipe (221a) is under Pusher pipe (221b) is connected, upper pusher pipe (221a) with grinding output device (25) be connected, lower pusher pipe (221b) with into Water lines device (21) is connected, the rubber block (222) be embedded in pusher pipe (221a) and with upper pusher pipe (221a) It is gap-matched and links together, the screw charging ram (2214) is mounted on lower pusher pipe by way of rotation connection In (221b), the output end of pusher motor (2215) is connected with screw charging ram (2214), and pusher motor is installed on (2215) Angled encoder, the group by way of engaging package is integral with the trailing flank of rubber block (222) for the catch bar (2213) Change structure, the sliding rack (223) is located at the rear side of catch bar (2213) and forms by welding with it integrated Structure, two gears (224) are linked together by the connecting rod (227) on surface disposed thereon, the gear (224) Outer surface, which is wrapped in both steel strips (2212) and is gap-matched, to link together, and the gear (224) connects to the left The right lateral surface in sliding rack (223) is connect, the cam fluted disc (225) is located at both left sides of gear (224) using engagement Mode is fixed together, and the lower section that the power wheel (226) is located at cam fluted disc (225) lower surface passes through axis with it simultaneously It links together, the mode that both right lateral surfaces that the connection frame (2211) is located at connecting rod (227) are connected by a hinge connects It is connected together, the inside of the detent frame (2210) is equipped with both sliding shoe (228) and fixes by using the mode of clearance fit It links together, the back pressure bar (2210) is mounted on the left-hand face face of detent frame (229) by welding.

2. according to claim 1 facilitate the hot beverage process units for adjusting and matching, it is characterised in that: the inlet pipeline Device (21) is equipped with header tank (211), connecting pipe (213), back-shaped pipeline (213), inlet channel (214), mixing shell (215), limiter (216), rotary shaft (217), water outlet frame (219), material inlet (2110).

3. according to claim 2 facilitate the hot beverage process units for adjusting and matching, it is characterised in that: the inlet channel (214) be symmetrically mounted on material inlet (2110) upper surface for mixing shell (215) and with mix shell (215) phase Mutually perforation, the limiter (216) are movably arranged on the interior of mixing shell (215) by being located therein the rotary shaft (217) of centre Portion and being gap-matched with it links together, the water outlet frame (219) vertically with mix in shell (215) lower surface Entreat and penetrate through its inner surface, the inside of water outlet frame (219) is equipped with filter screen, the back-shaped pipeline (213) be located at into The uper side surface of water channel (214) simultaneously forms integral structure with it by welding, and the connecting pipe (212) is back-shaped Pipeline (213) vertical axis upwards more extension simultaneously with it through linking together, the header tank (211) be located under it The connecting pipe (213) on surface is mutually perpendicular to and being integrated with structure.

4. according to claim 1 facilitate the hot beverage process units for adjusting and matching, it is characterised in that: the power output Device (23) is equipped with conveyer belt (231), main driving wheel (232), bevel gear frame (233), belt pulley (234), belt (235), master The belt pulley (234) of dynamic motor (236), driving shaft (237), left and right ends passes through belt (235) secure fit together Integral structure is formed, the active motor (236) is located between two belt pulleys (234) and exists with belt (235) cooperation Together, the driving shaft (237) is parallel to each other with active motor (236) and is gap-matched with the belt of top (235) Together, vertically composition is integrated by welding with both lower surfaces of belt pulley (234) for the bevel gear frame (233) Structure.

5. according to claim 1 facilitate the hot beverage process units for adjusting and matching, it is characterised in that: the baking stirring Device (24) is equipped with pull lever (241), axle bed (242), balancing stand (243), sealing block (244), support plate (245), cradling piece (246), frame (247), sweeping block (248), bracket (249), drying lamp (2410), metal framework (2411), main shaft (2412), The drying lamp (2410) is located at the internal right lateral surface of metal framework (2411) and is secured to be installed together, the master Vertically connection and the center of metal framework (2411) inner surface are mutually perpendicular axis (2412), and the bracket (249) passes through The mode of welding is fixedly mounted on the lower surface of main shaft (2412), and the sweeping block (248) is wrapped in bracket (249) left and right ends And it is bundled together with being gap-matched, the sealing block (244) is located at lower section and the insertion of metal framework (2411) The inside of metal framework (2411) is flexibly connected with it, and the support plate (245) is adopted by surface disposed thereon to be hinged Cradling piece (246) be movably arranged on the inner surfaces of frame (247), the frame (247) is parallel to each other with sealing block (244) And it is fixed together with metal framework (2411), the pull lever (241) is through metal framework (2411) and is located at it The balancing stand (243) of right lateral surface is fixed together, and the balancing stand (243) is movably arranged on the upper table of axle bed (242) It the inside in face and is firmly connected with it together, the sealing block (244) is mounted on the front surface of balancing stand (243).

6. according to claim 1 facilitate the hot beverage process units for adjusting and matching, it is characterised in that: the grinding output Device (25) is equipped with grinding bead (251), sun gear (252), grinding shell (253), grinding frame (254), tooth socket (255), transmission Band (256), driving wheel (257), erratic star wheel (258), the sun gear (252) and grinding shell (253) be concentric structure simultaneously And be gap-matched and link together with it, the erratic star wheel (258) is mounted between sun gear (252) and tooth socket (255) And three is movably connected by the way of engagement, and the tooth socket (255) is located at grinding shell (253) inner peripheral surface simultaneously And integral structure is formed by welding with it, the driving wheel (257) is by being wrapped in the transmission of its outer surface Band (256) cooperates together with sun gear (252), and the grinding bead (251) is embedded in the front surface of erratic star wheel (258) simultaneously And it is combined together with its activity.

7. according to claim 1 facilitate the hot beverage process units for adjusting and matching, it is characterised in that: the water stream S Device (26) is equipped with stand-by motor (261), gear set (262), propeller (263), rotation axis (264), vertical gear shaft (265), fitted shaft (266), driving shaft (267), the driving shaft (267) are vertically embedded into the inner surface of stand-by motor (261) The two, which is gap-matched, to link together, and the fitted shaft (266) is located at the upper surface of driving shaft (267) and the two uses The mode of engagement links together, and the vertical gear shaft (265) and fitted shaft (266) are parallel to each other and are movably connected in one It rises, the gear set (262) is mutually perpendicular to and meshes together with vertical gear shaft (265), and the rotation axis (264) is vertical It is embedded in the inside of spur gear gear set (262) and is fixed together by welding, propeller (263) position It is threaded togather in both front surfaces of rotation axis (264).