Chopping block device easy to use
Technical field
The present invention relates to kitchen appliance technical fields, specifically, being related to a kind of chopping block device easy to use.
Background technique
Chopping block is essential a kind of kitchen appliance in people's daily life, is cut the dish use mainly for user.Anvil
Plate tool there are two plate face, two plate faces can one side can be to fruits and vegetables class food materials to the processing another side of meat food materials
Processing, thus more hygienic.
Existing chopping block is usually the plate made of the materials such as plastics, bamboo and wood, this has chopping block necessarily when in use
Case platform can be contacted on one side, to will lead to the pollution of chopping block.In addition, chopping block is when in use, at food materials remaining ejected wash water and
The juice of food materials itself can flow out, and can be by chopping block inflow case platform at, so that inconvenience can be brought to user.Another party
Face, after the completion of use, after cleaning to it, the residual aqueous at chopping block is also not easy to be drained user chopping block.
Summary of the invention
The present invention also provides a kind of chopping block device easy to use, can overcome the prior art certain or certain lack
It falls into.
Chopping block device easy to use according to the present invention comprising Cuttingboard stand is equipped with the anvil of plate at Cuttingboard stand
Plate main body;Cuttingboard stand includes Cuttingboard stand main body, and Cuttingboard stand main body upper end surface is equipped with the anvil for accommodating chopping block main body
Plate mounting groove;Chopping block body side is equipped with shaft hole along its length, is equipped with a rotation axis in shaft hole, rotation axis both ends are stretched
For shaft hole;The side-walls that chopping block mounting groove corresponds to rotation axis both ends are equipped with slide slot, the both ends of slide slot lower wall and
Middle part is respectively equipped with the first locating slot, the second locating slot and third locating slot;The axis of shaft hole is away from side described in chopping block main body
Side and chopping block main body two plate faces be equidistant, the spacing that slide slot lower wall and chopping block place groove bottom wall is greater than shaft
Hole side wall to the minimum range of chopping block main body plate face, pacify by the first locating slot, the second locating slot and third positioning groove bottom wall and chopping block
Put minimum range of the spacing less than shaft hole side wall to chopping block main body plate face of groove bottom wall;
A draining rack is equipped at chopping block main body, draining rack includes the draining frame body integral into " u "-shaped, draining frame body packet
Include the first strut, the second strut and third strut of successively integrally connected;Chopping block main body is located at opposite with side described in its another
The accommodation groove for accommodating the second strut is provided along its length at side, chopping block main body is located at accommodation groove both ends along chopping block
Body width direction is respectively equipped with the first slot and the second slot;It is slideably equipped with and slides in first slot and the second slot
The end of block, the first strut and third strut passes through different articulated shafts and corresponding sliding block is hinged, any equal edge of articulated shaft
The setting of chopping block main body length direction.
In chopping block device easy to use of the invention, the first locating slot is respectively placed in when sliding rotation axis along slide slot
When at third locating slot, chopping block main body can be preferably overturn, so that user used needed for capable of preferably selecting
Chopping block main body plate face;And when rotation axis is slid at the second locating slot along slide slot, can preferably to chopping block main body into
Row draining, consequently facilitating the operation such as cleared up chopping block main body, dried.
Further, since the distance of side and chopping block main body two plate face of the axis of shaft hole away from side described in chopping block main body
It is equal, consequently facilitating the overturning of chopping block main body;Since the spacing that slide slot lower wall and chopping block place groove bottom wall is greater than shaft hole
Side wall to chopping block main body plate face minimum range, to preferably ensure that rotation axis in the chopping block master along slide slot sliding process
Body will not touch chopping block and place groove bottom wall;Since the first locating slot, the second locating slot and third position groove bottom wall and chopping block placement
The spacing of groove bottom wall is less than shaft hole side wall to the minimum range of chopping block main body plate face, so that chopping block main body is in use
Rotation axis does not need to bear the pressure at chopping block main body when state or draining state and chopping block main body can be placed with chopping block completely
Groove bottom wall contact, this can not only preferably extend the service life of rotation axis and enable chopping block main body more smoothly by
It uses.
Also, draining frame body can be inserted into chopping block main body, when cutting the dish to will not cause to cut distribution by user
Interference;And user can extract draining frame body out after completing to cut the dish, and can be by draining frame body with respect to chopping block main body
Rotate an angle so that chopping block main body can obliquely be set to case platform at, and then can effectively to chopping block main body at
Remaining juice drained.
Preferably, the depth of chopping block mounting groove is slightly less than the thickness of chopping block main body.This makes chopping block main body be placed in chopping block
Chopping block mounting groove can slightly be exceeded when in mounting groove, consequently facilitating fetching and compressing to chopping block main body.
Preferably, four corners of Cuttingboard stand are equipped with hold-down mechanism, hold-down mechanism include the first clamping screw,
Second clamping screw and pressure plate, the first clamping screw and the second clamping screw are respectively arranged on the end face of Cuttingboard stand sides adjacent
Place, pressure plate one end are rotationally sheathed at the second clamping screw, and the pressure plate other end is equipped with for being caught in the first compression spiral shell
The bayonet slot of bar;It is equipped with the first adjusting nut at first clamping screw, is equipped with the second adjusting nut at the second clamping screw.It compresses
The setting of mechanism enables a user to that preferably chopping block main body is pressed at chopping block mounting groove, to ensure that chopping block main body
Stationarity when in use.When being compressed using hold-down mechanism to chopping block main body, rotates pressure plate and bayonet slot is caught in
First clamping screw screws the first adjusting nut and the second adjusting nut later, thus it is easy to operate, it is easy to use.
It is the area that cuts the dish in the middle part of catch basin preferably, being equipped with the catch basin of annular at two plate faces of chopping block main body, collection
The side wall that sink is located at the other side opposite with side described in chopping block main body is recessed inwardly to form discharge outlet.The setting of catch basin
So that user, when cutting the dish, the juice flowed out at food can flow into catch basin, to avoid causing dirt to the case platform in kitchen
Dye.Also, the setting of discharge outlet so that, for user when toppling over the sewage in catch basin, sewage can be preferably from discharge outlet
Place's outflow, this can be effectively prevented from the flowing wantonly of sewage when toppling over sewage.In addition, since discharge outlet and draining frame body are
It is oppositely arranged, and is inclined-plane since catch basin corresponds to the lateral wall at discharge outlet, so that chopping block main body when erecting, collects
Catchmenting in sink can preferably be discharged.
Preferably, the area that cuts the dish is depressed in chopping block main body.It is directed towards since chopping block main body has a plate face when in use
Case platform, and the area that cuts the dish is depressed in the design of chopping block main body, so that will not directly and case towards the area that cuts the dish at the plate face of case platform
Platform is contacted, and so as to be effectively prevented the area that cuts the dish by the pollution for platform of appearing in court, and the area that can preferably guarantee to cut the dish is dry
Dry property.
Preferably, it is inclined-plane that catch basin, which corresponds to the lateral wall at discharge outlet,.Consequently facilitating sewage is toppled over.
Preferably, sliding block includes sequentially connected sliding part and hinged seat, sliding block is located on first by a positioning and inserts
In slot or the second slot, sliding part is used to be slidably matched with the inner wall of the first slot or the second slot, and hinged seat can be self-positioning
It is stretched out at ring mesoporous;The end of first strut and third strut is configured to for hinged with the cooperation of the hinged seat of corresponding sliding block
The hinge joint of head, articulated joint and hinged seat can stretch out in chopping block main body.Consequently facilitating manufacture and assembly.
Preferably, being equipped with the hinge hole for being inserted into articulated shaft at hinged seat and articulated joint.Consequently facilitating articulated shaft
Setting.
Preferably, the depth of accommodation groove is identical as the diameter of the second strut.This enables the second strut to store completely
In in accommodation groove, so as to preferably prevent the second strut to the normal use of chopping block main body and caused by interference.
Detailed description of the invention
Fig. 1 is the schematic diagram of the chopping block main body in embodiment 1;
Fig. 2 is the schematic diagram of the draining frame body in embodiment 1;
Fig. 3 is the plate face schematic diagram of the chopping block main body in embodiment 1;
Fig. 4 is the A-A diagrammatic cross-section of Fig. 3;
Fig. 5 is the B-B diagrammatic cross-section of Fig. 3;
Fig. 6 is the side schematic view of the chopping block main body in embodiment 1;
Fig. 7 is the C-C diagrammatic cross-section of Fig. 6;
Fig. 8 is the cooperation schematic diagram of the first slot and the first strut in embodiment 1;
Fig. 9 is the schematic diagram of the sliding block in embodiment 1;
Figure 10 is the schematic diagram of one of embodiment 2 chopping block device;
Figure 11 is the enlarged diagram of the part D in Figure 10;
Figure 12 is the enlarged diagram of the part E in Figure 10;
Figure 13 is the schematic diagram of the Cuttingboard stand in embodiment 2;
Figure 14 is the vertical section schematic diagram of the Cuttingboard stand in embodiment 2;
Figure 15 is the schematic diagram of the pressure plate in embodiment 2.
Specific embodiment
To further appreciate that the contents of the present invention, the present invention is described in detail in conjunction with the accompanying drawings and embodiments.It should be understood that
, embodiment be only to the present invention explain and and it is non-limiting.
Embodiment 1
A kind of chopping block is present embodiments provided, draining rack is equipped at the chopping block, consequently facilitating draining.
A kind of chopping block of the present embodiment includes the chopping block main body 100 of plate, is equipped with a draining rack at chopping block main body 100.
As shown in Figure 1, being the schematic diagram of chopping block main body 100.
As shown in Fig. 2, draining rack includes the draining frame body 200 integral into " u "-shaped, draining frame body 200 includes successively
The first strut 210, the second strut 220 and the third strut 230 of integrally connected.
In conjunction with shown in Fig. 3~5, the catch basin 110 of annular, catch basin 110 are equipped at two plate faces of chopping block main body 100
Middle part is the area 120 that cuts the dish, and the side wall that catch basin 110 is located at the other side opposite with side described in chopping block main body 100 concaves
It falls into and forms discharge outlet 111.
In the present embodiment, so that user is when cutting the dish, the juice flowed out at food can be flowed into for the setting of catch basin 110
Catch basin 110, to avoid polluting the case platform in kitchen.Also, the setting of discharge outlet 111 so that, user is toppling over
When sewage in catch basin 110, sewage can preferably be flowed out from discharge outlet 111, this, which can be effectively prevented from, topples over sewage
When sewage flowing wantonly.
In the present embodiment, the area 120 that cuts the dish is depressed in chopping block main body 100.Since chopping block main body 100 has one when in use
Plate face is directed towards case platform, and the area 120 that cuts the dish is depressed in the design of chopping block main body 100, so that towards cutting at the plate face of case platform
Vegetable-growing area 120 will not directly be contacted with case platform, so as to be effectively prevented pollution of the area 120 by platform of appearing in court of cutting the dish, and energy
Reach the drying property in the area 120 that preferably guarantees to cut the dish.
In the present embodiment, the lateral wall at the corresponding discharge outlet 111 of catch basin 110 is inclined-plane.Consequently facilitating sewage is toppled over.
In the present embodiment, discharge outlet 111 is less than the corresponding area 120 that cuts the dish, so as to preferably prevent catch basin 110
In sewage flood the area 120 that cuts the dish.
In conjunction with shown in Fig. 6~7,100 side of chopping block main body is provided along its length the appearance for accommodating the second strut 220
Slot 610 is set, chopping block main body 100, which is located at 610 both ends of accommodation groove, is respectively equipped with the first slot along 100 width direction of chopping block main body
620 and second slot 630;Sliding block 810, the first strut 210 are slideably equipped in first slot 620 and the second slot 630
Pass through different articulated shafts 820 with the end of third strut 230 and corresponding sliding block 810 is hinged, the equal edge of any articulated shaft 820
The setting of 100 length direction of chopping block main body.
In the present embodiment, draining frame body 200 can be inserted into chopping block main body 100, when cutting the dish thus not by user
Cut distribution can be interfered;And user can extract draining frame body 200 out, and can be by draining rack after completing to cut the dish
Main body 200 rotates an angle relative to chopping block main body 100, so that chopping block main body 100 can be obliquely set at case platform, into
And effectively the remaining juice at chopping block main body 100 can be drained.
In addition, being drained since discharge outlet 111 and draining frame body 200 are oppositely arranged, and since catch basin 110 is corresponding
Lateral wall at mouth 111 is inclined-plane, so that chopping block main body 100, when erecting, catchmenting in catch basin 110 can be preferably
It is discharged.
In conjunction with shown in Fig. 8~9, sliding block 810 includes sequentially connected sliding part 910 and hinged seat 920, and sliding block 810 passes through
One positioning ring 830 is set in the first slot 620 or the second slot 630, and sliding part 910 is used to insert with the first slot 620 or second
The inner wall of slot 630 is slidably matched, and hinged seat 920 can be stretched out from positioning 830 mesoporous of ring;First strut 210 and third strut
230 end be configured to for the articulated joint 240 of the hinged seat 920 of corresponding sliding block 810 cooperation, articulated joint 240 and hinged
The hinge joint of seat 920 can stretch out in chopping block main body 100.Consequently facilitating manufacture and assembly.
In the present embodiment, the hinge hole for being inserted into articulated shaft 820 is equipped at hinged seat 920 and articulated joint 240.To
Convenient for the setting of articulated shaft 820.
In the present embodiment, the depth of accommodation groove 610 is identical as the diameter of the second strut 220.This enables the second strut
It is accommodated in accommodation groove 610 completely, so as to preferably prevent the second strut 220 to the normal use of chopping block main body 100
It is interfered caused by and.
Embodiment 2
A kind of chopping block device is present embodiments provided, user's use can be preferably facilitated.
As shown in Figure 10,13 and 14, a kind of chopping block device of the present embodiment includes Cuttingboard stand 1000, Cuttingboard stand 1000
Place is equipped with chopping block main body 100;Cuttingboard stand 1000 includes Cuttingboard stand main body 1010, and 1010 upper end surface of Cuttingboard stand main body is set
There is the chopping block mounting groove 1011 for accommodating chopping block main body 100;100 side of chopping block main body is equipped with shaft hole 130 along its length,
A rotation axis 1012 is equipped in shaft hole 130,1012 both ends of rotation axis stretch out in shaft hole 130;Chopping block mounting groove 1011 is right
The side-walls at 1012 both ends of rotation axis are answered to be equipped with slide slot 1013, the both ends and middle part of 1013 lower wall of slide slot are respectively equipped with
First locating slot 1013a, the second locating slot 1013b and third locating slot 1013c;The axis of shaft hole 130 is away from chopping block main body 100
The side of the side and being equidistant for 100 two plate faces of chopping block main body, 1013 lower wall of slide slot and chopping block mounting groove
The spacing of 1011 bottom walls is greater than 130 side wall of shaft hole to the minimum range of 100 plate face of chopping block main body, the first locating slot 1013a, the
The spacing of two locating slot 1013b and third locating slot 1013c bottom wall and 1011 bottom wall of chopping block mounting groove is less than 130 side wall of shaft hole
To the minimum range of 100 plate face of chopping block main body.
In the present embodiment, when rotation axis 1012 is respectively placed in the first locating slot 1013a and the along the sliding of slide slot 1013
When at three locating slot 1013c, chopping block main body 100 can be preferably overturn, so that user makes needed for capable of preferably selecting
100 plate face of chopping block main body;And when sliding at the second locating slot 1013b rotation axis 1012 along slide slot 1013, energy
It is enough that draining preferably is carried out to chopping block main body 100, consequently facilitating the operation such as cleared up chopping block main body 100, dried.
Further, since side and chopping block main body 100 two of the axis of shaft hole 130 away from side described in chopping block main body 100
Plate face is equidistant, consequently facilitating the overturning of chopping block main body 100;Due to 1013 lower wall of slide slot and chopping block mounting groove 1011
The spacing of bottom wall is greater than 130 side wall of shaft hole to the minimum range of 100 plate face of chopping block main body, to preferably ensure that rotation axis
1012 along 1013 sliding process of slide slot chopping block main body 100 will not touch 1011 bottom wall of chopping block mounting groove;Due to first fixed
Position slot 1013a, the second locating slot 1013b and third locating slot 1013c bottom wall and the spacing of 1011 bottom wall of chopping block mounting groove are less than
130 side wall of shaft hole to 100 plate face of chopping block main body minimum range so that chopping block main body 100 in use state or
Rotation axis 1012 does not need to bear the pressure at chopping block main body 100 when draining state and chopping block main body 100 can completely and chopping block
The contact of 1011 bottom wall of mounting groove, this can not only preferably extend the service life of rotation axis 1012 and make chopping block main body 100
It more can smoothly be used.
In the present embodiment, Cuttingboard stand support base 1030, bracket support can also be equipped with below Cuttingboard stand main body 1010
Seat 1030 includes 4 supporting legs 1031, is successively arranged the first sliding rail 1032 and the at Cuttingboard stand support base 1030 from top to bottom
Two sliding rails 1033 can be equipped with collecting box 1034 at first sliding rail 1032, can be equipped with pulling and pushing and set at the second sliding rail 1033 with pulling and pushing
Object plate 1035;Scupper 1011a is equipped at 1011 bottom wall of chopping block mounting groove, scupper 1011a is located at right above collecting box 1034.
In the present embodiment, the setting of collecting box 1034 enables the ponding at chopping block main body 100 preferably to flow into and catchments
In box 1034, flowed everywhere so as to be effectively prevented from the ponding at chopping block main body 100.In addition, the setting of parcel shelf 1035,
User can be preferably facilitated and place such as cutter object.
In the present embodiment, parcel shelf 1035 is waffle slab.
In conjunction with shown in Figure 11, four corners of Cuttingboard stand 1000 are equipped with hold-down mechanism, and hold-down mechanism includes first
Clamping screw 1021, the second clamping screw 1022 and pressure plate 1023, the first clamping screw 1021 and the second clamping screw 1022
It is respectively arranged on the endface of 1000 sides adjacent of Cuttingboard stand, 1023 one end of pressure plate is rotationally sheathed on the second clamping screw
At 1022,1023 other end of pressure plate is equipped with the bayonet slot 1023a for being caught in the first clamping screw 1021;First clamping screw
It is equipped with the first adjusting nut 1021a at 1021, is equipped with the second adjusting nut 1022a at the second clamping screw 1022.
In the present embodiment, the setting of hold-down mechanism enables a user to that chopping block main body 100 is preferably pressed on chopping block
At mounting groove 1011, to ensure that the stationarity of chopping block main body 100 when in use.Using hold-down mechanism to chopping block main body 100
When being compressed, rotates pressure plate 1023 and bayonet slot 1023a is made to be caught in the first clamping screw 1021, screw the first tune later
Nut 1021a and the second adjusting nut 1022a is saved, thus it is easy to operate, it is easy to use.
In the present embodiment, compressed spring can also be arranged at the first clamping screw 1021 and the second clamping screw 1022
And pressure ring, the compressed spring at the second clamping screw 1022 can pass through pressure ring and compress pressure plate 1023, the card of pressure plate 1023
Mouth slot 1023a can be caught between the pressure ring and Cuttingboard stand 1000 at the first clamping screw 1021, this makes it possible to that bullet will be compressed
Pressing force of the pretightning force of spring as pressure plate 1023, so as to preferably avoid using continually turning the first adjusting nut
1021a and the second adjusting nut 1022a.
In the present embodiment, the depth of chopping block mounting groove 1011 is slightly less than the thickness of chopping block main body 100.This makes chopping block main body
100 can slightly exceed chopping block mounting groove 1011 when being placed in chopping block mounting groove 1011, so that hold-down mechanism can be preferably
Chopping block main body 100 is compressed, and user can be preferably facilitated and fetch chopping block main body 100.
In conjunction with shown in Figure 12, it can also be equipped with firm organization below any supporting leg 1031 in the present embodiment, consolidate machine
Structure includes the sucker 1210 that 1031 lower end of supporting leg is set to by a sucker mounting screw 1220, also spiral shell at 1031 lower end of supporting leg
Line connection one, which compresses, adjusts ring 1230, compresses adjusting ring 1230 and is located between 1031 lower end surface of supporting leg and sucker 1210, compresses
Adjust the taper pressing groove 1231 formed at 1230 lower end surface of ring for cooperating with sucker 1210.
In the present embodiment, the setting of firm organization, enable a user to preferably to Cuttingboard stand support base 1030 into
Row is fixed, and when being fixed, it is only necessary to turn compression adjusting ring 1230 and sucker 1210 is made to be drawn into taper pressing groove
In 1231 so that between sucker 1210 and stationary plane generate negative pressure, thus operate it is convenient.
In conjunction with shown in Figure 15, it is additionally provided in addition to bayonet slot 1023a for being inserted in the second clamping screw at pressure plate 1023
1022 rotating through hole 1510, bayonet slot 1023a are using 1510 axis of rotating through hole as the arc-shaped slot of center axis.
In addition, the chopping block main body 100 in this implementation can be using the chopping block main body 100 in embodiment 1.
Schematically the present invention and embodiments thereof are described above, description is not limiting, institute in attached drawing
What is shown is also one of embodiments of the present invention, and actual structure is not limited to this.So if the common skill of this field
Art personnel are enlightened by it, without departing from the spirit of the invention, are not inventively designed and the technical solution
Similar frame mode and embodiment, are within the scope of protection of the invention.