CN118047128B

CN118047128B - Meat product transport container convenient to get and take

Info

Publication number: CN118047128B
Application number: CN202410450998.9A
Authority: CN
Inventors: 冯元度
Original assignee: Yangxin Huasheng Halal Meat Co ltd
Current assignee: Yangxin Huasheng Halal Meat Co ltd
Priority date: 2024-04-16
Filing date: 2024-04-16
Publication date: 2024-06-14
Anticipated expiration: 2044-04-16
Also published as: CN118047128A

Abstract

The invention discloses a meat product transport container convenient to take, and relates to the technical field of meat product containers. In order to solve the technical problem that the discharging efficiency is low because the salted meat is frozen on the inner wall of the container in the transportation process of the traditional salted meat. The novel energy-saving main side plate comprises a bottom plate, a main side plate in mirror image distribution and auxiliary side plates in mirror image distribution are hinged to the bottom plate, each auxiliary side plate is in contact with the main side plate in mirror image distribution, a top cover is hinged to the upper side of the main side plate, the top covers in mirror image distribution are in contact with each other and are provided with a lock catch and a handle, an extrusion part is fixedly connected to one side of the top cover, which is close to the adjacent main side plate, of the main side plate, a transmission shell in mirror image distribution is connected in a sliding mode, and an L-shaped piston rod is connected in a sealing sliding mode to the transmission shell. According to the invention, the lever principle is utilized, when the top cover is pulled to open the container, the main side plate and the auxiliary side plate are overturned, so that the main side plate and the auxiliary side plate lose contact with the bacon in the container, and a worker can conveniently take out the bacon from the container.

Description

Meat product transport container convenient to get and take

Technical Field

The invention relates to the technical field of meat product containers, in particular to a meat product transport container convenient to take.

Background

The meat product is a cooked meat product or semi-finished product prepared by taking livestock and poultry meat as a main raw material through seasoning and the like, wherein the salted meat is one of the meat products, after the salted meat is prepared by factories, the salted meat needs to be transported to various distributors by utilizing a refrigerator car, and in order to prevent the salted meat from being polluted on the refrigerator car, the salted meat needs to be filled into a container in batches for transportation, but because moisture still exists in the salted meat, the moisture in the salted meat can be separated out and the salted meat between adjacent salted meat is frozen together under the action of low temperature in the transportation process, and meanwhile, the separated moisture can freeze the salted meat and the inner wall of the container, so that when unloading, workers are difficult to separate the frozen salted meat from the inner wall of the container, and the transportation efficiency is slowed down.

Disclosure of Invention

The invention provides a meat product transport container convenient to take and to overcome the defect that the unloading efficiency is low because the salted meat is frozen on the inner wall of the container in the transportation process of the traditional salted meat.

The technical implementation scheme of the invention is as follows: the utility model provides a meat product transport container convenient to get and take, includes the bottom plate, it has the main curb plate that mirror image distributes and the auxiliary curb plate that mirror image distributes to articulate on the bottom plate, every auxiliary curb plate all with mirror image distributes main curb plate contact, the upside of main curb plate articulates there is the top cap, mirror image distributes the top cap contacts each other and all is provided with hasp and handle, the top cap is close to the adjacency one side rigid coupling of main curb plate has the extrusion piece, sliding connection has the drive shell that mirror image distributes in the main curb plate, drive shell sealing sliding connection has L shape piston rod, L shape piston rod with adjacent auxiliary curb plate sealing sliding connection, and the cooperation of two forms the stock solution chamber, stock solution intracavity has deposited hydraulic oil, be provided with the intercommunicating pore in the L shape piston rod, adjacent spacing sealing sliding connection has the sealing block in the drive shell, adjacent the extrusion intracavity has deposited, the extrusion chamber is through the adjacency the intercommunicating with adjacent stock solution chamber, sealing block and adjacent the cooperation of drive shell form the stock solution chamber, buffer chamber has the buffer.

Further, the mirror image distribution the lower part of main side board opposite side all articulates there is the well support column, the bottom plate is close to adjacent mirror image distribution one side of main side board all rigid coupling has the boss of mirror image distribution, mirror image distribution the lower part of main side board opposite side all articulates there is the side support column of mirror image distribution, the side support column with adjacent the boss contact cooperation, well support column with adjacent the side support column is close to adjacent one side of extrusion piece all is provided with vertical groove, the extrusion piece passes adjacent vertical groove and slides in it.

Further, the middle support column and the adjacent side support column are provided with inclined grooves on the sides close to the adjacent extruded pieces, the inclined grooves are communicated with the upper portions of the adjacent vertical grooves, and the distance between the lower portions of the inclined grooves and the center point of the bottom plate in the horizontal direction is larger than the distance between the upper portions of the inclined grooves and the center point of the bottom plate in the horizontal direction.

Further, the height of the inclined groove on the middle support column is greater than the height of the inclined groove on the side support column, and the length of the vertical groove on the middle support column is greater than the length of the vertical groove on the side support column.

Further, the position on the main side plate, which is close to the position adjacent to the middle support column, is provided with a vent hole, the middle support column is close to the position adjacent to the vent hole and is provided with a wind guiding groove with the side face adjacent to the main side plate contact, the mirror image distribution the opposite sides of the main side plate are provided with a mirror image distribution wind dispersing groove, the wind dispersing groove is communicated with the adjacent wind guiding groove, the middle support column and the adjacent side support column are embedded into the adjacent main side plate, the distance between the main side plate and the bottom plate central point in the horizontal direction is smaller than the distance between the middle support column and the bottom plate central point in the horizontal direction, and one side, which is far away from the adjacent main side plate, of the middle support column is far away from the adjacent side, which is far away from the main side plate, of the adjacent side support column is coplanar.

Further, mirror image distribution the slide rail that mirror image distribution was all rigid coupling in the opposite side of main curb plate, adjacent and mirror image distribution the slide rail spacing sliding connection jointly has with be adjacent the shutoff board of main curb plate sealing sliding connection, the shutoff board with be adjacent ventilation hole shutoff cooperation, the main curb plate is close to the adjacency one side rigid coupling of shutoff board has the trigger piece, sealing sliding connection has the trigger post in the trigger piece, and the two cooperation forms the trigger chamber, it has the liquid that coefficient of thermal expansion is big to deposit in the trigger chamber, the trigger post with be adjacent the shutoff board rigid coupling.

Further, the opposite sides of the auxiliary side plates are in mirror image distribution and are fixedly connected with elastic pieces which are uniformly distributed, and gaps exist between the elastic pieces and the adjacent auxiliary side plates.

Further, the elastic component is close to the adjacent one side rigid coupling of assisting the curb plate has the toggle plate, it is provided with evenly distributed and supplies respectively to assist the curb plate adjacent the square groove that the toggle plate passed, and the width of this square groove is greater than adjacent the width of toggle plate, spacing sliding connection has the slider in assisting the curb plate, the slider is close to the adjacent one side rigid coupling of toggle plate has evenly distributed's limiting plate, the limiting plate is the elastic material, the slider is provided with evenly distributed's recess, the limiting plate is adjacent slide in adjacent recess on the slider, the limiting plate with adjacent toggle plate spacing cooperation, the slider rigid coupling has the magnetism to inhale the book post, magnetism inhale the book post and adjacent L shape piston rod magnetism inhale the cooperation.

Further, a thread groove is formed in one side, close to the adjacent transmission shell, of the L-shaped piston rod, a power handle is connected with the L-shaped piston rod in a threaded mode through the adjacent thread groove, and the power handle is in extrusion fit with the adjacent transmission shell.

Further, the device further comprises a threaded column, the threaded column is limited and rotationally connected to the bottom plate, a rotating wheel is fixedly connected to the threaded column, a sliding frame in threaded connection with the threaded column is slidably connected to the bottom plate, a wedge block of a linear array is fixedly connected to the sliding frame, a pushing column of the linear array is limited and slidably connected to the bottom plate, the pushing column is in extrusion fit with the adjacent wedge block, an elastic plate is fixedly connected to the bottom plate, and the pushing columns of the linear array are all in extrusion fit with the elastic plate.

In summary, the present application includes at least one of the following beneficial technical effects: according to the application, the lever principle is utilized, when the top cover is pulled to open the container, the main side plate and the auxiliary side plate are overturned, so that the main side plate and the auxiliary side plate lose contact with the bacon in the container, and a worker can conveniently take out the bacon from the container; when the main side plate is turned over, the middle support column and the side support column are used for clamping and fixing the salted meat in the container, so that the salted meat is prevented from moving along with the main side plate at one side, and cannot be separated from the main side plate sufficiently; before the auxiliary side plate is overturned, the stress change is generated at the freezing position of the elastic piece and the bacon through vibration, so that the freezing strength is reduced, and the elastic piece and the bacon are accelerated to be separated from a freezing state; the elastic plate is deformed and relatively displaced from the frozen part of the bacon, so that the bacon and the elastic plate are separated from a frozen state, and a worker can take out the bacon conveniently.

Drawings

FIG. 1 is a schematic perspective view of the present invention;

FIG. 2 is a schematic perspective view of the extrusion, drive housing and L-shaped piston rod of the present invention;

FIG. 3 is a schematic perspective view of the drive housing, L-shaped piston rod and sealing block of the present invention;

FIG. 4 is a schematic perspective view of the extrusion, middle support columns and side support columns of the present invention;

FIG. 5 is a schematic perspective view of the main side plate, middle support column and side support columns of the present invention;

FIG. 6 is a schematic perspective view of the vent, slide rail and blocking plate of the present invention;

FIG. 7 is a schematic perspective view of the slider, magnetic folding column and power grip of the present invention;

FIG. 8 is a schematic perspective view of the auxiliary side plate, L-shaped piston rod and elastic member of the present invention;

FIG. 9 is an enlarged view of a portion of FIG. 8A in accordance with the present invention;

fig. 10 is a schematic perspective view of the threaded post, runner and carriage of the present invention.

Reference numerals: the device comprises a bottom plate, a 2-main side plate, a 3-auxiliary side plate, a 4-top cover, a 5-extrusion piece, a 6-transmission shell, a 7-L-shaped piston rod, a 701-liquid storage cavity, a 702-communication hole, an 8-sealing block, a 801-extrusion cavity, an 802-buffer cavity, a 9-middle support column, a 10-reinforcing block, a 11-side support column, a 111-vertical groove, a 112-inclined groove, a 12-ventilation hole, a 121-air guide groove, a 122-air dispersion groove, a 13-sliding rail, a 14-blocking plate, a 15-triggering piece, a 16-triggering column, a 161-triggering cavity, a 17-elastic piece, a 18-toggle plate, a 19-sliding piece, a 20-limiting plate, a 21-magnetic attraction folding column, a 22-power grip, a 221-thread groove, a 23-thread column, a 24-rotating wheel, a 25-sliding frame, a 26-wedge block, a 27-pushing column and a 28-elastic plate.

Detailed Description

Additional features and advantages of the invention will be set forth in the description which follows, and in part will be obvious from the description, or may be learned by practice of the invention. The objectives and other advantages of the invention may be realized and attained by the structure particularly pointed out in the written description and drawings.

Example 1: referring to fig. 1-4, a meat product transport container convenient to take and hold comprises a bottom plate 1, two main side plates 2 distributed in a left-right mirror image and two auxiliary side plates 3 distributed in a front-back mirror image are hinged on the bottom plate 1, each auxiliary side plate 3 is contacted with the two main side plates 2 distributed in a mirror image, a top cover 4 is hinged on the upper side of the main side plates 2, opposite sides of the two top covers 4 distributed in the mirror image are contacted with each other, the top cover 4 is provided with a lock catch and a handle, the lock catch is used for preventing the top cover 4 from being propped open by salty meat therein in the transport process, the salty meat is overturned in the transport process, the handle is used for facilitating workers to pull the top cover 4 to move, an extrusion part 5 is fixedly connected on one side of the lower side of the top cover 4 close to the adjacent main side plates 2, two transmission shells 6 distributed in the front-back mirror image are connected on the upper part in the main side plates 2 in a sliding manner, an L-shaped piston rod 7 is connected to one side of the transmission shell 6 far away from the adjacent main side plate 2 in a sealing sliding way, the L-shaped piston rod 7 is formed by fixedly connecting two piston rods, the L-shaped piston rod 7 is connected with the upper parts of the adjacent auxiliary side plates 3 in a sealing sliding way, one side of the L-shaped piston rod 7 close to the adjacent transmission shell 6 is matched with the adjacent auxiliary side plates 3 to form a liquid storage cavity 701, hydraulic oil is stored in the liquid storage cavity 701, a communication hole 702 is arranged in the L-shaped piston rod 7, a sealing block 8 is connected in a limiting sealing sliding way in the transmission shell 6, the sealing block 8, the adjacent L-shaped piston rod 7 and the adjacent transmission shell 6 are matched to form an extrusion cavity 801, hydraulic oil is stored in the extrusion cavity 801, the extrusion cavity 801 is communicated with the adjacent liquid storage cavity 701 through the adjacent communication hole 702, the sealing block 8 and the adjacent transmission shell 6 are matched to form a buffer cavity 802, gas is stored in the buffer cavity 802, the top cover 4 is turned upwards by workers, the top cover 4 swings around the hinge part of the top cover, the top cover 4 drives adjacent extrusion pieces 5 to swing, after the extrusion pieces 5 are contacted with the bacon in the container, the extrusion pieces 5 push the adjacent main side plates 2 to swing under the reaction force of the bacon given to the extrusion pieces 5 along with the continuous swing of the extrusion pieces 5, so that the main side plates 2 and the bacon are separated from a freezing state, and a worker can take out the bacon conveniently.

Referring to fig. 1,2 and 4, the lower parts of opposite sides of the two main side plates 2 are hinged with middle support columns 9, the left and right sides of the bottom plate 1 are fixedly connected with two reinforcing blocks 10 which are in mirror image distribution, the lower parts of opposite sides of the two main side plates 2 are hinged with two side support columns 11 which are in mirror image distribution, the rotation axes of the side support columns 11, the adjacent middle support columns 9 and the adjacent main side plates 2 are all on the same horizontal line, the side support columns 11 are in contact fit with the adjacent reinforcing blocks 10, the side support columns 11 are in a vertical state at the moment, the side support columns 11 are in contact with and fit with the adjacent reinforcing blocks 10, the reinforcing blocks 10 provide support for the adjacent side support columns 11, the side support columns 11 can only swing towards the direction of the central point of the bottom plate 1, the upper parts of the middle support columns 9 and the side support columns 11 are provided with vertical grooves 111, the lower part of the extrusion 5 passes through and slides in the adjacent three vertical grooves 111, the lower parts of the adjacent three vertical grooves 111 are all positioned on the same horizontal line initially, the upper parts of the middle support column 9 and the adjacent side support columns 11 are all provided with inclined grooves 112, the inclined grooves 112 are communicated with the upper parts of the adjacent vertical grooves 111, the distance between the lower parts of the inclined grooves 112 and the central point of the bottom plate 1 in the horizontal direction is larger than the distance between the upper parts of the inclined grooves 112 and the central point of the bottom plate 1 in the horizontal direction, the extrusion 5 is utilized to swing upwards and move along the adjacent inclined grooves 112, the adjacent middle support column 9 or the adjacent side support columns 11 are extruded through the inclined grooves 112, the adjacent middle support column 9 or the adjacent side support columns 11 swing and are gradually separated from the salted meat in a frozen state, the height of the inclined grooves 112 on the middle support column 9 is larger than the height of the inclined grooves 112 on the side support columns 11, the length of the vertical groove 111 on the middle support column 9 is larger than that of the vertical groove 111 on the side support column 11, and the vertical groove is used for clamping and fixing the salted meat by using the two middle support columns 9 in the process that the side support columns 11 are separated from the salted meat, so that the side support columns 11 are separated from the salted meat conveniently.

Referring to fig. 1, fig. 2 and fig. 4-fig. 6, ventilation holes 12 are formed in the middle parts of opposite sides of the two main side plates 2, air guide grooves 121 are formed in the middle parts of contact sides of the middle support columns 9 and the adjacent main side plates 2, gaps exist between the middle parts of the adjacent middle support columns 9 and the adjacent main side plates 2 due to the air guide grooves 121, external air flows conveniently enter the container, two air dispersing grooves 122 distributed in a front-back mirror image mode are formed in the middle parts of opposite sides of the two main side plates 2, the air dispersing grooves 122 are communicated with the adjacent air guide grooves 121, the air dispersing grooves 122 are rectangular grooves and are used for enabling flow channels for air flows to exist between the main side plates 2 and the salted meat after the main side plates 2 are contacted with the salted meat, the middle support columns 9 and the adjacent side support columns 11 are embedded in the main side plates 2 adjacent to each other, the distance between the center points of the main side plates 2 and the bottom plates 1 in the horizontal direction is smaller than the distance between the middle support columns 9 and the center points of the bottom plates 1 in the horizontal direction, one side of the middle support columns 9 far away from the adjacent main support columns 2 and one side plates 11 are coplanar with the side of the adjacent main support columns 2, namely the gaps between the middle support columns 9 and the adjacent side plates 11 and the adjacent main side plates 11 are not convenient for flowing between the main side plates and the main support columns 11 and the main side plates 2 and the main side plates.

Referring to fig. 1 and 6, two sliding rails 13 with upper and lower mirror images are fixedly connected to the middle parts of the opposite sides of two main side plates 2, two adjacent sliding rails 13 with mirror images are in joint limiting sliding connection with a plugging plate 14, the plugging plate 14 is in sealing sliding connection with the adjacent main side plates 2, the plugging plate 14 is in plugging fit with the adjacent ventilation holes 12, when the outside temperature rises, the outside air is prevented from entering the container, the container is separated from the outside, the refrigerating time of the salted pork in the container is prolonged, a trigger piece 15 is fixedly connected to the middle parts of the opposite sides of the two main side plates 2, a trigger post 16 is in sealing sliding connection with the rear side in the trigger piece 15, a trigger cavity 161 is formed by matching the front sides of the trigger piece 15 and the adjacent trigger posts 16, liquid with large thermal expansion coefficients is stored in the trigger cavity 161, and the liquid in the trigger cavity is used for monitoring the temperature of the outside environment, namely the temperature of the air entering the container, and the trigger post 16 is fixedly connected with the adjacent plugging plate 14.

Referring to fig. 2, 8 and 9, the opposite sides of the two auxiliary side plates 3 are fixedly connected with elastic members 17 which are uniformly distributed, the elastic members 17 are n-shaped, the upper and lower parts of the elastic members 17 are fixedly connected with the adjacent auxiliary side plates 3, after the bacon is put into a container, extrusion occurs between the bacon and the elastic members 17, so that the elastic members 17 deform and are recessed towards the direction of the adjacent auxiliary side plates 3, and then when the auxiliary side plates 3 swing, the auxiliary side plates 3 tear the elastic members 17 from the bacon from top to bottom, gaps exist between the elastic members 17 and the adjacent auxiliary side plates 3, and the gaps are used for facilitating the flow of gas in the container to uniformly ventilate and cool the bacon in the container.

Referring to fig. 7-9, a toggle plate 18 is fixedly connected to one side of an elastic piece 17, which is close to an adjacent auxiliary side plate 3, of the toggle plate 18, the toggle plate 18 is made of elastic metal material and is used for generating vibration, the adjacent elastic piece 17 and bacon are assisted to be separated from a frozen state, the auxiliary side plate 3 is provided with square grooves which are uniformly distributed and respectively allow the adjacent toggle plate 18 to pass through, the width of each square groove is larger than that of the adjacent toggle plate 18 and is used for enabling vibration of the toggle plate 18 to be fully transmitted to the adjacent elastic piece 17, the frozen part of the elastic piece 17 and bacon generates stress change, freezing strength is reduced, a sliding piece 19 is connected to the inside of the auxiliary side plate 3 in a limiting sliding manner, a uniformly distributed limiting plate 20 is fixedly connected to one side of the sliding piece 19, which is close to the adjacent toggle plate 18, the limiting plate 20 is made of elastic material, the sliding piece 19 is provided with uniformly distributed grooves, the limiting plate 20 is provided with straight parts and inclined parts, the limiting plate 20 slides in the adjacent grooves on the adjacent sliding piece 19, the straight parts of the limiting plate 20 are initially contacted with the adjacent toggle plate 18, the straight parts of the adjacent magnetic force-absorbing and the adjacent toggle plate 18 are in a limiting cylinder 21, and the magnetic force is used for driving the adjacent magnetic force-absorbing cylinder 21 to move by driving the straight magnetic force-absorbing cylinder 21 to move, and the magnetic force-absorbing cylinder 21 is used for driving the adjacent piston rod 19 to move.

Referring to fig. 1, 7 and 8, a thread groove 221 is formed on one side of the L-shaped piston rod 7 near the adjacent transmission shell 6, the L-shaped piston rod 7 is connected with a power grip 22 through the thread groove 221, the power grip 22 is matched with the adjacent transmission shell 6 in a pressing manner, and when a worker rotates the power grip 22, the power grip 22 drives the adjacent L-shaped piston rod 7 to move towards the outer side of the adjacent transmission shell 6 by using the thread groove 221, so as to assist in pushing the auxiliary side plate 3 to swing and separate from the salted meat from a frozen state.

When the refrigerated truck is utilized to transport the bacon, as moisture exists in the bacon stacked in the container, the moisture in the bacon can be separated out and the adjacent bacons are frozen together under the low-temperature effect, and meanwhile, the separated moisture can freeze the bacon and the inner wall of the container together, so that the frozen bacon is difficult to separate from the inner wall of the container when the bacon is unloaded, and the transportation efficiency is slowed down, and the method comprises the following steps: after transporting the bacon to the appointed position, the workman opens the hasp on top cap 4, later lift it upwards through the handle on top cap 4 (will follow the explanation with main curb plate 2 on right side, top cap 4 and the supplementary curb plate 3 of front side and all parts on it), top cap 4 turns over right around its articulated department, drive adjacent extrusion 5 simultaneously and overturn, extrusion 5 upwards slides along adjacent vertical groove 111, and promote adjacent well support column 9 and two adjacent side support column 11 left, make the three together deflect left, until when the side of adjacent well support column 9 and adjacent side support column 11 contacts with the side of bacon in the container (because the edge of bacon is uneven, there is the condition that the lower part of extrusion 5 contacts with the bacon, the lower part of extrusion 5 provides the support for top cap 4 this moment, with main curb plate 2 perk), adjacent well support column 9 and adjacent side support column 11 stop the swing, follow extrusion 5 and continue to slide along adjacent vertical groove 111, push main curb plate 2 through top cap 4 and swing right, make the left side and the loss of contact with the bacon of main side plate 2, utilize well support column 9 and side support column 11 to keep away from losing the side of bacon the side, the side when the side is difficult to take out the side of holding the bacon 2 completely, the side is convenient for the side is lost, the side is lost to keep the side of holding the bacon 2.

As the extrusion 5 moves along the adjacent vertical grooves 111, the extrusion 5 gradually moves to the end of the vertical groove 111 on the adjacent side support column 11 and enters the adjacent inclined groove 112, and then the extrusion 5 continues to slide along the vertical groove 111 on the adjacent middle support column 9, and simultaneously, under the action of the inclined groove 112, the two adjacent side support columns 11 swing rightward, so that the side support columns 11 lose contact with the bacon, and simultaneously, the two middle support columns 9 are used for holding and fixing the bacon, so that the bacon is prevented from moving along with the side support columns 11 on one side, and the side support columns 11 on the left side and the right side cannot completely lose contact with the bacon.

As the extrusion 5 continues to move upward, the extrusion 5 gradually moves to the end of the adjacent vertical groove 111 on the adjacent middle support column 9 and enters the adjacent inclined groove 112, at this time, the main side plate 2 swings right to the limit position and stops swinging, as the extrusion 5 continues to swing, the extrusion 5 drives the middle support column 9 to swing right through the inclined groove 112 of the adjacent middle support column 9, so that the middle support column 9 loses contact with the bacon, and when the extrusion 5 moves to the end of the inclined groove 112 on the adjacent side support column 11, the side support column 11 swings right to the initial position.

In the process that the extrusion 5 moves along the adjacent vertical groove 111 on the adjacent middle supporting column 9, the extrusion 5 pushes the top cover 4 to move right, meanwhile, the main side plate 2 gradually swings right under the pushing of the top cover 4, the main side plate 2 drives the adjacent L-shaped piston rod 7 (the L-shaped piston rod 7 on the right front side is used for description later) to move right, hydraulic oil in the adjacent liquid storage cavity 701 is extruded into the adjacent extrusion cavity 801 through the adjacent communication hole 702, the volume of the hydraulic oil in the extrusion cavity 801 is increased (the L-shaped piston rod 7 cannot advance initially because the auxiliary side plate 3 and the salted meat are frozen together at the moment), the hydraulic oil pushes the sealing block 8 backwards and compresses gas in the adjacent buffer cavity 802, and the transmission shell 6 moves upwards under the driving of the adjacent L-shaped piston rod 7 in the process that the sealing block 8 moves backwards.

In the right moving process of the L-shaped piston rod 7, the L-shaped piston rod 7 drives the adjacent magnetic attraction folding column 21 to move through magnetic attraction, the magnetic attraction folding column 21 drives the adjacent sliding piece 19 to move, the sliding piece 19 drives the limiting plate 20 on the sliding piece to move, the straight part of the limiting plate 20 drives the adjacent stirring plate 18 to bend, meanwhile, the stirring plate 18 extrudes the straight part of the adjacent limiting plate 20 into the adjacent groove on the adjacent extrusion sliding piece 19, the stirring plate 18 finally loses contact with the straight part of the adjacent limiting plate 20, then the stirring plate 18 swings back and forth under the elastic action of the stirring plate 18, and meanwhile, the stirring plate 18 transmits self vibration to the adjacent elastic piece 17 to vibrate the elastic piece 17, so that the stress of the frozen part of the elastic piece 17 and the salted meat is changed, the freezing strength is reduced, and the elastic piece 17 is assisted to be separated from the salted meat.

After the flat parts of the poking plate 18 and the adjacent limiting plates 20 lose contact, the limiting plates 20 reset under the self elastic action, the sliding parts 19 continue to move under the drive of the adjacent magnetic folding columns 21 until the magnetic folding columns 21 move to the limit positions, the magnetic folding columns 21 stop moving, the L-shaped piston rods 7 gradually lose contact with the adjacent magnetic folding columns 21 along with the continued movement of the L-shaped piston rods 7, at the moment, the gas in the adjacent buffer cavities 802 is compressed to the limit state, the hydraulic oil in the adjacent liquid storage cavities 701 is extruded to enter the adjacent extrusion cavities 801 along with the continued right movement of the L-shaped piston rods 7, the hydraulic oil in the extrusion cavities 801 pushes the adjacent L-shaped piston rods 7 to move forward, and the L-shaped piston rods 7 drive the adjacent auxiliary side plates 3 to swing forward, so that the elastic parts 17 on the auxiliary side plates 3 drive the auxiliary side plates to gradually lose contact with salty meat.

When the auxiliary side plate 3 drives the elastic piece 17 to swing, as the elastic piece 17 is made of elastic materials, the elastic piece 17 is gradually torn off from the side surface of the salted meat, the freezing area separated from the salted meat in unit time is reduced by tearing off the elastic piece 17, the resistance of the auxiliary side plate 3 during swinging is further reduced, the salted meat is convenient to lose contact with the inner wall of a container, when all the elastic pieces 17 on the auxiliary side plate 3 lose contact with the salted meat, the adjacent sealing blocks 8 are pushed to move and reset by the air in the adjacent buffer cavities 802, the adjacent L-shaped piston rods 7 are pushed to move by the hydraulic oil in the adjacent extrusion cavities 801, and the adjacent auxiliary side plate 3 is pushed to swing by the L-shaped piston rods 7.

When the worker pulls the top cover 4, if the gas in the buffer cavity 802 is compressed to the limit position, the worker feels that the resistance of pulling the top cover 4 is large, namely the freezing area of the auxiliary side plate 3 and the salted meat is large, when the auxiliary side plate 3 is difficult to swing, the worker rotates the power handle 22 upwards, and the power handle 22 drives the adjacent L-shaped piston rod 7 to move towards the outer side of the adjacent transmission shell 6 by utilizing the adjacent thread groove 221, so that the L-shaped piston rod 7 pushes the adjacent auxiliary side plate 3 to swing, and the auxiliary side plate 3 drives the elastic piece 17 on the auxiliary side plate 3 to be separated from the frozen state of the salted meat.

With the L-shaped piston rod 7 moving rightward until the hydraulic oil in the adjacent reservoir 701 is completely squeezed into the adjacent squeeze cavity 801, the L-shaped piston rod 7 stops moving, the main side plate 2 stops swinging (here, the limit position where the main side plate 2 and the auxiliary side plate 3 can swing) under the action of the adjacent L-shaped piston rod 7, at this time, the worker stops pulling the top cover 4, and the bacon in the container is taken out.

When the bacon needs to be placed in the container, the step of lifting the top cover 4 is repeated until the main side plate 2 and the auxiliary side plate 3 are swung to the limit positions, the top cover 4 is stopped being pulled, at this time, the worker stacks the bacon on the bottom plate 1, the side surfaces of the bacon are contacted with the middle support columns 9 and the side support columns 11 on the left side and the right side, when the upper side of the bacon is about to pass over the upper side of the middle support columns 9, the stacking of the bacon on the bottom plate 1 is stopped, at this time, the worker closes the top cover 4 inwards, the top cover 4 drives the adjacent extrusion 5 to swing, and the extrusion 5 slides and moves downwards along the inclined grooves 112 and the vertical grooves 111 on the adjacent middle support columns 9 and the adjacent side support columns 11 in sequence, during the process, the side support columns 11 stop swinging due to the side support columns 11 being in the initial state, the middle support columns 9 gradually swing right and reset, and simultaneously 5 drives the main side plates 2 to swing left and reset through the top cover 4, the main side plates 2 gradually contact with the bacon and push inwards, so that the bacon deforms and loses contact with the middle support columns 9 and the side support columns 11.

When the main side plate 2 swings left, the main side plate 2 drives the adjacent L-shaped piston rods 7 to move, the volume of the adjacent liquid storage cavity 701 is increased, hydraulic oil in the adjacent extrusion cavity 801 is pumped into the adjacent liquid storage cavity 701 through the adjacent communication holes 702, the hydraulic oil in the extrusion cavity 801 drives the adjacent L-shaped piston rods 7 to move backwards, the L-shaped piston rods 7 drive the auxiliary side plates 3 to swing backwards and reset, the L-shaped piston rods 7 gradually contact with the adjacent magnetic attraction folding columns 21 and push the adjacent magnetic attraction folding columns 21 to the left when the L-shaped piston rods 7 move left, the magnetic attraction folding columns 21 drive the adjacent sliding pieces 19 to move, the sliding pieces 19 drive the limiting plates 20 on the sliding pieces to move, the inclined parts of the limiting plates 20 gradually contact with the adjacent poking plates 18, the poking plates 18 push the adjacent limiting plates 20 into the adjacent sliding pieces 19 until the poking plates 18 cross the straight parts of the adjacent limiting plates 20, and the L-shaped piston rods 7 reset and stop moving under the action of self elasticity.

In the process that the auxiliary side plate 3 swings backwards and resets, the auxiliary side plate 3 drives the elastic piece 17 on the auxiliary side plate to be in contact with the salted duck, the salted duck pushes the adjacent elastic piece 17 to deform, the elastic piece 17 is bent, finally, the main side plate 2, the auxiliary side plate 3 and the top cover 4 are reset, at the moment, the two top covers 4 are interlocked by using the lock catch on the top cover 4, then the worker moves the container into the refrigerator car and starts cold air, the cold air enters the container through the two ventilation holes 12 and flows to the space between the middle support column 9 and the salted duck along the three air guide grooves 121 of the adjacent middle support column 9, then flows in the front-back direction respectively through the two adjacent air dispersing grooves 122, and flows through gaps between the auxiliary side plate 3 and the adjacent elastic piece 17 when flowing to the auxiliary side plate 3, so that the cold air uniformly diffuses in the container, when the salted duck is taken out from the refrigerator car, the temperature around the container is increased due to the communication of the refrigerator car, liquid in the trigger cavity 161 is heated and expands, the adjacent trigger post 16 is pushed to be detected by the adjacent trigger post 16, the trigger post 16 enters the container, the space between the middle support column 9 and the salted duck is stopped by the adjacent trigger post 16, the adjacent ventilation holes 12 is blocked by the adjacent trigger post 16, the adjacent ventilation post 16 is stopped by the adjacent ventilation post 16, the adjacent ventilation post is stopped, the adjacent ventilation post 16 is stopped, and the adjacent ventilation post 16 is blocked by the adjacent ventilation post 16 is triggered, and the adjacent ventilation post 16 is closed, and the container is closed, and the adjacent ventilation post is closed.

Example 2: on the basis of embodiment 1, please refer to fig. 1, fig. 2 and fig. 10, further include a threaded column 23, the threaded column 23 is limited and rotatably connected to the right portion of the front side of the bottom plate 1, the front end of the threaded column 23 is fixedly connected with a rotating wheel 24, the rotating wheel 24 is used for being held and rotated by a person, a sliding frame 25 is slidably connected to the bottom plate 1, the sliding frame 25 is in threaded connection with the threaded column 23, two wedges 26 in a linear array are fixedly connected to the sliding frame 25, the rear upper portions of the wedges 26 are inclined surfaces, the front and rear portions of the upper side of the bottom plate 1 are both limited and slidably connected with pushing columns 27, the pushing columns 27 are in press fit with the inclined surfaces of the adjacent wedges 26, the middle portion on the bottom plate 1 is fixedly connected with an elastic plate 28, the lower side of the elastic plate 28 is in fit with the lower side in the bottom plate 1, the elastic plate 28 is made of a low-temperature resistant elastic material, the elastic plate 28 is deformed by extruding the elastic plate 28, the elastic plate 28 is relatively displaced between the elastic plate 28 and the meat, the linear array 28 is relieved from the state of the salty meat, and the elastic plate 28 is fixedly connected with the bottom plate 1, the elastic plate 28 is located at the positions of the two pushing columns, the two sides of the upper sides of the elastic plate 27 are in parallel to the upper sides of the front side of the elastic plate 28 and the front side of the elastic plate 28 is relatively displaced, and the front side of the elastic plate 28 is relatively parallel to the front side of the elastic plate 28 is in the upper side of the elastic plate 28.

After the worker puts the bacon into the container, the bacon is piled up on the upper side face of the elastic plate 28, and as the bacon is piled up and placed in the container, the contact area between the bacon and the inner side wall of the container is smaller than the contact area between the bacon and the inner bottom of the container, so that the frozen area between the bacon and the inner bottom of the container is large, and after the bacon and the inner bottom of the container are frozen, the worker is difficult to take out the bacon from the container, and the method comprises the following steps: after the worker transports the container to the appointed position, the worker rotates the runner 24, the runner 24 drives the threaded column 23 to rotate, the threaded column 23 drives the sliding frame 25 to move backwards through threads, the sliding frame 25 drives the two wedge blocks 26 to move backwards, the adjacent pushing columns 27 are pushed upwards through the inclined planes of the wedge blocks 26, the two pushing columns 27 move upwards synchronously and gradually contact with the front side and the rear side of the elastic plate 28, the front side and the rear side of the elastic plate 28 are bent upwards, relative displacement occurs between the salted meat on the lowest side and the elastic plate 28, the frozen state between the elastic plate 28 and the salted meat on the lower side is relieved, and the worker can take the salted meat out of the container conveniently.

After the bacon is taken out of the container, the worker reversely rotates the rotating wheel 24, reversely repeats the step of rotating the rotating wheel 24, so that the inclined surfaces of the wedge blocks 26 lose contact with the adjacent pushing posts 27, the pushing posts 27 move downwards and reset under the elastic action of the elastic plates 28, and simultaneously, the front side and the rear side of the elastic plates 28 move downwards and reset.

It should be noted that, although the present disclosure describes embodiments, not every embodiment includes only a single embodiment, and the description is for clarity only, and those skilled in the art should understand that the embodiments of the disclosure may be combined appropriately to form other embodiments that can be understood by those skilled in the art.

Claims

1. The utility model provides a meat product transport container convenient to get and take, includes bottom plate (1), articulated on bottom plate (1) have major side board (2) and mirror image distribution's the supplementary curb plate (3) of mirror image distribution, every supplementary curb plate (3) all with mirror image distribution main side board (2) contact, the upside of major side board (2) articulates there is top cap (4), mirror image distribution top cap (4) contact each other and all are provided with hasp and handle, characterized by: the novel hydraulic buffer device is characterized by further comprising extrusion pieces (5) distributed in a mirror image mode, wherein the extrusion pieces (5) are fixedly connected to one side, close to the main side plates (2), of the adjacent top covers (4), transmission shells (6) distributed in a mirror image mode are connected in a sliding mode in the main side plates (2), L-shaped piston rods (7) are connected in a sealing sliding mode in the transmission shells (6), the L-shaped piston rods (7) are connected with the adjacent auxiliary side plates (3) in a sealing sliding mode, hydraulic oil is stored in the liquid storage cavities (701) in a matched mode, communication holes (702) are formed in the L-shaped piston rods (7), sealing blocks (8) are connected in a limiting sliding mode in the transmission shells (6), the sealing blocks (8), the adjacent L-shaped piston rods (7) and the adjacent transmission shells (6) are matched to form a pressing cavity (801), hydraulic oil is stored in the pressing cavity (801), the pressing cavity (801) is communicated with the adjacent liquid storage cavities (701) through the adjacent communication holes (702), and the sealing blocks (8) and the adjacent transmission shells (802) are matched with the transmission shells (6) to form buffer cavities (802);

The lower parts of the opposite sides of the main side plates (2) are hinged with middle support columns (9), one sides of the bottom plates (1) close to the adjacent main side plates (2) are fixedly connected with reinforcing blocks (10) in mirror image distribution, the lower parts of the opposite sides of the main side plates (2) are hinged with side support columns (11) in mirror image distribution, the side support columns (11) are in contact fit with the adjacent reinforcing blocks (10), vertical grooves (111) are formed in the sides of the middle support columns (9) and the adjacent side support columns (11) close to the adjacent extruded pieces (5), and the extruded pieces (5) penetrate through the adjacent vertical grooves (111) and slide in the vertical grooves;

an inclined groove (112) is formed in one side, close to the extrusion piece (5), of each of the middle support column (9) and the adjacent side support column (11), the inclined groove (112) is communicated with the upper portion of the adjacent vertical groove (111), and the distance between the lower portion of the inclined groove (112) and the center point of the bottom plate (1) in the horizontal direction is larger than the distance between the upper portion of the inclined groove (112) and the center point of the bottom plate (1) in the horizontal direction;

The height of the inclined groove (112) on the middle support column (9) is larger than the height of the inclined groove (112) on the side support column (11), and the length of the vertical groove (111) on the middle support column (9) is larger than the length of the vertical groove (111) on the side support column (11).

2. The meat product transport container of claim 1, wherein the meat product transport container is adapted to be accessed by a user, the meat product transport container comprising: the utility model discloses a solar cell module, including main side board (2), well support column (9), bottom plate (1), well support column (9), ventilation hole (12) are provided with in the position that is close to on main side board (2) adjacent in the position of support column (9), well support column (9) is close to adjacent in the position of ventilation hole (12) and with the side of main side board (2) contact all is provided with wind-guiding groove (121), mirror image distribution the opposite side of main side board (2) all is provided with mirror image distribution's wind-dispersing groove (122), wind-dispersing groove (122) with adjacent wind-guiding groove (121) intercommunication, well support column (9) and adjacent in side support column (11) all imbeds in adjacent main side board (2), just main side board (2) with distance in the horizontal direction of bottom plate (1) central point is less than in the distance of well support column (9) with in the horizontal direction in the side support column (11) keep away from adjacent one side of main side support column (2) and adjacent side support column (11) keep away from one side coplanarity of adjacent main side board (2).

3. The meat product transport container of claim 2, wherein the meat product transport container is adapted to be accessed by: the mirror image distribution the slide rail (13) that mirror image distributed are all rigid coupling in the opposite side of main side board (2), and adjacent and mirror image distribution slide rail (13) limit sliding connection jointly have with adjacent main side board (2) sealing sliding connection's shutoff board (14), shutoff board (14) with adjacent ventilation hole (12) shutoff cooperation, main side board (2) are close to the adjacency one side rigid coupling of shutoff board (14) has trigger piece (15), sealing sliding connection has trigger post (16) in trigger piece (15), and the two cooperation forms trigger chamber (161), it has the big liquid of coefficient of thermal expansion to deposit in trigger chamber (161), trigger post (16) with adjacent shutoff board (14) rigid coupling.

4. The meat product transport container of claim 1, wherein the meat product transport container is adapted to be accessed by a user, the meat product transport container comprising: the mirror image distribution the opposite sides of the auxiliary side plate (3) are fixedly connected with evenly distributed elastic pieces (17), and gaps exist between the elastic pieces (17) and the adjacent auxiliary side plate (3).

5. The meat product transport container of claim 4, wherein: elastic component (17) are close to adjacent one side rigid coupling of assisting curb plate (3) has toggle plate (18), assist curb plate (3) to be provided with evenly distributed and supply respectively to be adjacent toggle plate (18) the square groove that passes, and the width of this square groove is greater than adjacent toggle plate (18) width, spacing sliding connection has slider (19) in assisting curb plate (3), slider (19) are close to adjacent toggle plate (18) one side rigid coupling has evenly distributed limiting plate (20), limiting plate (20) are the elastic material, slider (19) are provided with evenly distributed's recess, limiting plate (20) are adjacent in adjacent on slider (19) slip in the recess, limiting plate (20) are adjacent toggle plate (18) spacing cooperation, slider (19) rigid coupling has magnetism to inhale folding column (21), magnetism inhale folding column (21) and adjacent L shape (7) magnetism and inhale the cooperation.

6. The meat product transport container of claim 5, wherein: the L-shaped piston rod (7) is provided with a thread groove (221) near one side of the adjacent transmission shell (6), the L-shaped piston rod (7) is connected with a power grip (22) through the adjacent thread groove (221) in a threaded mode, and the power grip (22) is in extrusion fit with the adjacent transmission shell (6).

7. The meat product transport container of claim 2, wherein the meat product transport container is adapted to be accessed by: still including screw thread post (23), screw thread post (23) spacing rotate connect in bottom plate (1), screw thread post (23) rigid coupling has runner (24), sliding connection in bottom plate (1) have with screw thread post (23) threaded connection's carriage (25), carriage (25) rigid coupling has sharp array's voussoir (26), bottom plate (1) spacing sliding connection has sharp array's pushing post (27), pushing post (27) with adjacent voussoir (26) extrusion fit, rigid coupling has elastic plate (28) on bottom plate (1), sharp array pushing post (27) all with elastic plate (28) extrusion fit.