CN220831301U - Animal raising cage, multipurpose transfer cage used for animal raising cage and animal raising cage body - Google Patents

Abstract

The utility model provides an animal feeding cage, a multipurpose transfer cage and a cage body used for the animal feeding cage, and aims at the technical problems that the feeding cage and the transfer cage are split, when animals need to be transferred, the animals need to be caught from the feeding cage forcibly, the life of the animals is disturbed, the animals are difficult to grow.

Description

Animal raising cage, multipurpose transfer cage used for animal raising cage and animal raising cage body

Technical Field

The utility model relates to animal holding equipment, in particular to a raising cage for experimental animals, a transfer cage for experimental animals and a cage body.

Background

The invention relates to a rearing cage for rearing laboratory animals, in particular non-human primates (marmosets). At present, in the field of experimental animals, monkeys are the most similar primates to humans, and play a role in the experimental animal industry. The rearing cage in the prior art is fixedly provided with a sleeping box in the cage body for animals to rest, and a transport cage is independently arranged for transporting animals. However, for the needs of animal experiments, the transportation and transfer of animals frequently occur, when the animals need to be transported, the animals need to be grabbed from the feeding cage and placed in the transportation cage, after the experiments are finished, the animals are taken out from the transportation cage and placed back into the feeding cage, so that the animals are forcedly fetched and placed back and forth, the trouble brought to the life of the animals is not beneficial to the happy growth of the animals, and time and labor are wasted when the animals are caught each time, so that the overall working efficiency is lower.

Disclosure of utility model

The utility model aims to solve the technical problems that: the animal feeding cage and the transferring cage are split, when animals need to be transferred, the animals need to be forcibly caught from the feeding cage, the life of the animals is disturbed, the animals are plagued, the technical problem of animal growth is not facilitated, and the animal feeding cage, the multipurpose transferring cage and the multi-purpose transferring cage body are provided.

The utility model is completed by the following technical scheme:

The utility model provides a multipurpose transport cage that animal rearing cage used, includes transport cage box body, is provided with on the front wall of transport cage box body and transports cage door and transport the cage gate, is sealed and open by transporting the cage door transport cage side door is provided with on the lateral wall adjacent with transport cage front wall of transport cage and transport cage side door, is provided with transport cage side door in transport cage side door mouth department, transport cage side door pull rod one end and connect transport cage side door, the other end is that the operating end is located transport cage box body outside, transport cage side door and transport cage box body and pass through transport cage side door pull rod push-pull swing joint;

the transfer cage side door pull rod is hinged with the transfer cage side door, and the hinge point is positioned outside the transfer cage body;

A transfer cage limit is arranged at the bottom or the top of the transfer cage box body and is used for being connected with a limit hole or a limit plug-in unit arranged on the animal feeding cage in an inserting way;

The transfer cage limiting comprises a transfer cage limiting first and a transfer cage limiting second, the transfer cage limiting first and the transfer cage limiting second are limiting plugboards or plugboards, and the extending directions of the transfer cage limiting first and the transfer cage limiting second are opposite.

An animal raising cage body is provided with a support for supporting a transfer cage, a transfer cage inlet and outlet and a transfer cage inlet and outlet door for the transfer cage to enter and exit are arranged on the front wall of the cage body, and a transfer cage side door pull rod channel for extending out of an operation end of a transfer cage side door pull rod is arranged on the transfer cage inlet and outlet door;

The upper edge or the lower edge of the transferring cage entering and exiting the gate is provided with a door frame beam, the door frame beam is provided with a limiting hole or a limiting plug-in unit for being in limit fit connection with the transferring cage of the transferring cage, and the supporting plate or a sliding rail or a sliding groove arranged in the cage body is supported.

An animal raising cage comprises a cage body and a transfer cage body, wherein the transfer cage and the animal raising cage body are adopted, the transfer cage is positioned on a support, when a side door of the transfer cage is opened, a side door opening of the transfer cage is communicated with the interior of the cage body, and an operation end of a side door pull rod of the transfer cage extends out of a side door pull rod channel of the transfer cage;

The transfer cage is adopted, and the animal raising cage body is adopted, and the limit holes or limit plug-in components are connected in an inserting way;

The device comprises at least two single cages, wherein each single cage is arranged up and down to form a row, an accommodating space for accommodating a sewage disposal collecting device is arranged between the adjacent single cages, an inlet and an outlet I are arranged in the accommodating space, the bottoms of the single cages positioned at the top and the tops and bottoms of the single cages positioned at the middle and the bottom are both open or are provided with openings to form an upper and lower communication port for animals to go in and out, the sewage disposal collecting device is positioned in the accommodating space and can go in and out of the accommodating space through the inlet and outlet I, the sewage disposal collecting device comprises a separation frame and a collection disc, the separation frame is provided with an inner space for accommodating the collection disc and an inlet and outlet channel for allowing the collection disc to go in and out, the inlet and outlet channel is arranged on at least the front wall of the separation frame, the top wall is provided with a top wall, through holes or grid structures are arranged on the top wall for excrement to pass in, and the collection disc is matched with the shape and the size of the inner space of the separation frame in shape and the collection disc can go in and out of the inner space of the separation frame from the inlet and outlet channel; and/or comprises at least two rows of single cages, wherein the right side wall of each single cage at the leftmost side is provided with the communication port, the communication door and the communication switch device, the left side wall of each single cage at the rightmost side is provided with the communication port, the communication door and the communication switch device, and the left side wall and the right side wall of each single cage at the middle are provided with the communication port, the communication door and the communication switch device;

the isolation frame is in sliding connection with the accommodating space, an upper slide rail check block and a lower slide rail check block are arranged in the accommodating space along the front side and the rear side of the single cage body and positioned in two sides of the frame body, the isolation frame is positioned between the upper slide rail check block and the lower slide rail check block and is in sliding connection with the upper slide rail check block and the lower slide rail check block, and/or the single cages of each row are connected through connecting pieces in a quick dismounting manner.

The transfer cage adopting the structure of the utility model is characterized in that the side wall of the box body of the transfer cage is provided with the transfer cage side door and the transfer cage side door opening are closed and opened according to the requirement, so that the transfer cage can be communicated with and cut off from the animal feeding cage, the transfer cage side door is provided with the transfer cage side door pull rod, the operation end of the transfer cage side door pull rod is positioned outside the transfer cage door, the transfer cage can be stably positioned in the feeding cage, and the transfer cage side door can be closed and opened from the outside of the transfer cage door according to the requirement, therefore, the transfer cage can be placed in the feeding cage and can be used as a sleeping box, and the dual-purpose effect of one article is achieved.

The animal raising cage body adopting the structure of the utility model is provided with the bearing structure for supporting the transfer cage in the cage body, and is provided with the transfer cage inlet and outlet door for the transfer cage to enter and exit, and the transfer cage inlet and outlet door is provided with the transfer cage side door pull rod channel for the transfer cage side door pull rod operation end to extend, thereby providing a convenient structure for controlling the opening of the transfer cage side door outside and providing a structural foundation for the setting of the transfer cage.

The animal raising cage with the structure of the utility model is provided with the split transferring cage box body, and the communication and the cutting-off between the transferring cage and the animal raising cage body are controlled by the opening and closing of the side door of the transferring cage, so that the animal raising cage can be used as a sleeping box for multiple purposes, can also be used as a transferring cage, is beneficial to the transfer and the transportation of experimental animals, can reduce the occurrence of strong transportation and strong transferring actions, is beneficial to the life of the experimental animals, overcomes the defects that the structure of the monkey cage in the animal raising base, especially in the monkey raising base in the prior art is simple, has single function, can not provide excellent living conditions for the animals, provides more benefits for the animals, and is beneficial to the experimental raising of the animals.

Drawings

FIG. 1 is a schematic view of a front view of an embodiment of an animal feeder cage of the present utility model;

FIG. 2 is a schematic side view of FIG. 1 with its collection tray within a single cage, separating the upper and lower single cages;

FIG. 3 is a schematic view of the collection tray of FIG. 2 in a withdrawn position;

FIG. 4 is a schematic view of the connection structure of the collecting device and the single cage;

FIG. 5 is a schematic diagram of an embodiment of a spacer;

FIG. 6 is another angular schematic view of FIG. 5;

FIG. 7 is a schematic diagram of a front view of a spacer;

FIG. 8 is a schematic top view of FIG. 6;

FIG. 9 is a schematic view of a collection tray embodiment;

FIG. 10 is a diagram showing a push-pull mating embodiment of a side door of a transfer cage and a feeder cage according to the present utility model;

FIG. 11 is a schematic structural view of an embodiment of a U-shaped connector;

FIG. 12 is a schematic view of a connection structure between a spacer and a receiving space;

FIG. 13 is a schematic view of a transfer cage embodiment of the present utility model;

FIG. 14 is a schematic view of a limiting fit embodiment of a transfer cage and a feeder cage;

fig. 15 is a right side view schematic of fig. 14.

Description of the reference numerals

In the figure: 100. a single cage; 101. a cage door; 102. capturing a first door; 103 capturing a second door; 104. a pollution discharge collecting device; 105. an isolation frame; 106. a collection tray; 107. a receiving compartment; 108. the accommodating space closes the door; 109. a catching port; 110. a bottle holder; 111. an upper and lower connection structure; 112. an access passage; 113. a stop block on the slide rail; 114. and a slide rail lower stop block. 115. A jack; 116. a plug pin; 118. an inner space 119, a top wall; 120. a disc opening;

200. A communication device; 201. left and right communication ports; 202. a communication door; 203. a communication door switching device; 204. an opening and closing handle; 205. a straight slot; 206. pulleys/runners; 207. roller/pulley; 208. inserting a column; 209. a bottom; 210. connection port

400. A transfer cage; 401. a transfer cage box; 402. a transfer cage side door; 403. a transfer cage side gate; 404. a transfer cage door; 405. firstly, limiting a transfer cage; 406. a transfer cage side door pull rod; 407. a second transfer cage limit; 408 transfer cage door latch; 409. a transfer cage handle; 410. a door frame beam; 411. a cage limiting hole; 412. a transfer cage entrance door; 413. a chute or slide rail; 415. a hinge shaft; 416. And a transfer cage side door pull rod access passage.

Detailed Description

The technical solutions of the embodiments of the present utility model will be clearly and completely described below with reference to the accompanying drawings, and it is obvious that the described embodiments are not all embodiments of the present utility model. All other embodiments, which can be made by those skilled in the art based on the embodiments of the utility model without making any inventive effort, are intended to be within the scope of the utility model.

As shown in fig. 1 and 13 to 15, the animal raising cage of the embodiment of the present utility model includes a raising cage body 100, in which a transfer cage 400 is disposed, and the transfer cage and the raising cage body are detachably and fixedly connected. The cage body is provided with a transfer cage inlet and outlet for transferring the cage to enter and exit and a door frame beam 410 for fixing the cage body, a transfer cage inlet and outlet door 412 is arranged at the transfer cage inlet and outlet and is locked by a locking device, the door frame beam is arranged above the transfer cage inlet and outlet along the length direction of the upper edge of the transfer cage inlet and outlet, and can be arranged below the transfer cage inlet and outlet along the length direction of the lower edge of the transfer cage inlet and outlet, a cage limiting hole 411 is arranged on the door frame beam, the cage limiting hole is horizontally arranged, an opening is outward, the transfer cage comprises a transfer cage box 401, a transfer cage door 404 is arranged at the front side of the transfer cage box, a transfer cage limiting pin 405 matched with the cage limiting hole is arranged above the transfer cage door at the top of the transfer cage box, the transfer cage limiting pin can be a limiting plate or a limiting block, the length extending direction of the door limiting plate or the limiting block is arranged towards the rear end of the transfer cage box, and the cage limiting hole and the transfer cage limiting block are in plug-in matched connection, and the transfer cage is limited in the front-rear direction of the cage body and left-right direction. The top or the bottom of transporting the cage box body is located the top of transporting the cage door and still is provided with transport the spacing two 407 of cage, transport the spacing two of cage and be located the spacing hole grafting cooperation connection on transporting the cage business turn over door, carry out spacing and control the location to transporting the cage in the fore-and-aft direction of the cage body equally. And a transfer cage door locking device is arranged on the transfer cage door, and the transfer cage door is closed through the transfer cage door locking device. A transfer cage support (not shown in the figure) is provided in the feeder cage at a position corresponding to the position of the door frame beam, and the transfer cage is positioned above the transfer cage support and supported by the transfer cage support, typically a horizontally disposed support plate or screen. The space for accommodating the transfer cage is formed between the transfer cage support and the feeder cage body, the transfer cage can be pushed into the feeder cage body from the transfer cage inlet and outlet, the transfer cage support is used for bearing, and the transfer cage is used for limiting the first and second positioning and limiting parts in the front-back direction and the left-right direction. The transfer cage is generally arranged close to one side wall of the rearing cage body. Other supporting structures can be arranged between the transfer cage and the feeding cage body, for example, a sliding rail or a sliding groove is arranged on one side wall of the side of the feeding cage, the sliding rail or the sliding groove is arranged in the cage body of the feeding cage along the front-back direction and parallel to the sliding groove or the sliding rail, a sliding block or a pulley matched with the sliding groove or the sliding rail is arranged on the transfer cage box body, and the transfer cage is pushed and pulled on the sliding rail or the sliding groove. The transfer cage can also be hung in the cage body of the raising cage. The cage side door opening 403 is arranged on a side wall adjacent to the side wall of the cage box 401, the push-pull type cage side door 402 is arranged at the side wall of the cage side door opening, the cage side door pull rod 406 is arranged on the cage side door, one end of the cage side door pull rod is connected with the cage side door, the other end of the cage side door pull rod is positioned outside the cage door, the cage side door access door is provided with a cage side door pull rod access passage 416 for the operation end to extend out, when the cage is positioned in the cage body, the operation end of the cage side door pull rod extends out of the cage side door pull rod passage to be positioned outside the cage body, the cage side door is movably connected with the cage box body in a push-pull manner, and the cage side door is opened and closed by the operation end push-pull of the cage side door pull rod positioned outside the cage body. Therefore, the side door of the switch transfer cage is convenient, and animals cannot be disturbed. A relatively simple push-pull structure is characterized in that a sliding rail or a sliding way is arranged at the side wall of the rearing cage and positioned at the side door opening of the transfer cage, the extending direction of the sliding rail or the sliding way is consistent with the length direction of a pull rod of the side door of the transfer cage, a pulley or a sliding block is arranged at the corresponding door edge of the side door of the transfer cage, the sliding movable connection between the side door of the transfer cage and the side door opening of the transfer cage is realized through the sliding connection of the pulley or the sliding block and the sliding groove or the sliding way, and the side door opening of the transfer cage is completely closed by the side door of the transfer cage. Preferably, the transfer cage side door pull rod is hingedly connected to the transfer cage side door by a hinge shaft 415, and the hinge shaft is located outside the transfer cage door. By adopting the structure, the transfer cage can be used for multiple purposes, can be used as a sleeping box to be placed in the cage body of the raising cage, and can also be used as a transfer cage for transferring animals. The cage setting is in the cage body of rearing the cage in general, it is open to transport the cage side door, the animal is in transporting cage and the internal free business turn over activity of rearing the cage, rest in transporting the cage box body when the animal rest sleep, when needs transport the animal, in the morning in advance the animal rest in transporting the cage box body and close transporting the cage side door, open transport the cage and advance the door and draw out transport cage from the rearing cage body, transport, perhaps drive the animal to transport in the cage after need, will transport the cage again and take out from the rearing cage body, disturb greatly reduced to the animal like this, and transport efficiency promotes greatly. When the breeding cage is recycled, the transporting cage is inserted into the breeding cage body through the inlet and the outlet of the transporting cage, the inlet and the outlet of the transporting cage are closed to position and limit the transporting cage, and the side door of the transporting cage is opened. The operation is particularly convenient, the forcible catching of animals is reduced, the happiness of the animals is improved, and the animals are given higher welfare.

As shown in fig. 1-15, the feeder cage of the present utility model is also applicable to situations where multiple individual cages are in communication. The structure of the communication of the plurality of single cages is as follows: the device at least comprises two single cages 100, each single cage is arranged up and down, except the single cage positioned at the uppermost part, the top and the bottom of each other single cage are all open or are provided with openings to form an upper communication port and a lower communication port. The bottom of the single cage body positioned at the uppermost is provided with an opening serving as an upper communication opening and a lower communication opening, the upper communication opening and the lower communication opening of each single cage body are oppositely arranged, an upper connecting structure 111 and a lower connecting structure 111 are arranged between two adjacent single cage bodies, the upper connecting structure 111 and the lower connecting structure are used for fixedly connecting the two adjacent single cage bodies, an accommodating space 107 for accommodating a pollution discharge collecting device is formed between the two adjacent single cage bodies, and each single cage body is communicated. At least the front part of the upper and lower connecting structures is provided with an opening I which is used as an inlet and outlet I of the sewage collecting device into and out of the accommodating space. Preferably, the upper and lower connection structures are detachably and fixedly connected with the two single cages. The upper and lower connection structures can be hollow frame bodies, namely the periphery of the upper and lower connection structures is a cylindrical shape formed by enclosing the frame bodies, the upper and lower connection structures can be fixedly connected with the unit cage bodies, and the upper and lower connection structures can be fixedly connected with the unit cage bodies. When fixed connection, adopt welded connection, can be upper and lower connection structure's top and the bottom welded connection who is located the single cage of top, its bottom and the top welded connection who is located the cage of below, when for removable device fixed connection, connect through connecting device. The connecting device can be a jack and a bolt which are arranged on the cage body, the opposite side walls of the two adjacent single cage bodies 100 are respectively and correspondingly provided with the jack, and the two adjacent single cage bodies are connected in a plugging manner through the bolt.

The blow down collection device 104 is used to collect animal waste and other waste. As shown in fig. 4-9, the sewage disposal collecting device comprises a collecting tray 106 and an isolation frame 105, the whole isolation frame is in a frame body shape, the frame body of the isolation frame is hollow to form an inner space 118 for accommodating the collecting tray, the outer shape and the size of the collecting tray are matched with those of the inner space of the isolation frame, the size of the collecting tray is slightly smaller than those of the inner space of the isolation frame, the collecting tray is positioned in the inner space, the collecting tray is supported by the isolation frame, the front wall of the isolation frame is provided with an opening II serving as an inlet and outlet channel 112 of the collecting tray, the height and the length of the inlet and outlet channel are both greater than those of the collecting tray, the inlet and outlet channel is used for allowing the collecting tray to enter and exit, the isolation frame and the accommodating space are movably connected in a drawing manner, and the collecting tray can freely enter and exit the accommodating space 107 through the opening I, and the isolation frame drives the collecting tray to enter and exit the accommodating space when entering and exiting the accommodating space. The top of the separator has a top wall 119 with through holes or grids for the passage of excrement, and the overall collection tray is disc-shaped as shown in fig. 9 with the tray opening 120 facing upwards. The spacer frame may be of a unitary construction, such as that shown in fig. 5-8, having a generally flat rectangular cylinder with access channels 112 on either the front or both the front and rear sides for insertion and withdrawal of the tray, and having an interior space 118 larger than the outer dimensions of the tray for receiving the tray. The spacer is provided with a top wall 119 which is net-shaped or provided with holes for animal excreta to pass through, and the top wall is integrally and fixedly connected with the spacer. In a preferred embodiment, the isolation frame is a rectangular cylinder formed by folding a rectangular screen plate, two ends of the rectangular cylinder are fixedly connected, the structure is simple, excrement of animals can pass through smoothly, and the isolation frame has the further advantages that the collection plate is located in the isolation frame and is shielded by the top of the isolation frame, so that the animals cannot directly contact with the collection plate, the collection plate is prevented from being stepped on by the animals, the bodies of the animals are kept clean, the accommodating space formed by the integral isolation frame and the upper connecting structure is movably connected with the accommodating space in a pulling mode, the sliding connection is not easy to occur due to the action of animal stepping and the like, and the whole structure is stable. The isolation frame of another structure is split type, including main frame and the apron as roof 119, main frame includes the bottom, both sides frame and back frame, the equal fixed connection of bottom and both sides frame and back frame does not set up preceding frame and top, the front portion is uncovered business turn over passageway of being used as blowdown collection device, upper portion is uncovered, the apron seals the opening, its inner space is greater than the overall dimension of collecting tray, the collecting tray is from the main frame inner chamber of anterior business turn over passageway pull business turn over, set up hole or net confession excrement on the apron and pass through, its length and width are equal with the length and width of collecting tray, the lid is located collecting tray upper portion on main frame. By adopting the structure, the cover plate can be cleaned independently, so that the cleaning is convenient and trouble is saved. In order to prevent the pollution discharge collecting device from sliding out of the accommodating space when the animal moves, an accommodating space closed door 108 is arranged at the position of an access passage 112 of the accommodating space, a door lock is arranged on the accommodating space closed door, the access passage 112 of the accommodating space is closed, and the accommodating space closed door is hinged with a single cage body at the position of the access passage through a hinge and the like. Or a pin hole is arranged on the frame body at the inlet and outlet passage, and a blocking pin is arranged in the pin hole and used for preventing the pollution discharge collecting device from sliding out. As shown in fig. 12, preferably, the spacer is slidably connected to the upper and lower connection structures forming the accommodating space, and one specific connection structure is that the upper rail stopper 113 and the lower rail stopper 114 are respectively provided on both inner sides of the upper and lower connection structures, that is, in the accommodating space, along the front-rear direction of the single cage, and the upper rail stopper and the lower rail stopper are respectively fixedly connected to the spacer, and the spacer is located between and slidably connected to the upper rail stopper 113 and the lower rail stopper 114. By adopting the structure, the containing room 107 is arranged between the two single cages, the sewage collecting device is arranged in the containing room when the single cage is used, the top of the sewage collecting device, namely, the top of the isolation frame, is used as the bottom of the single cage above, excrement can fall into the collecting tray, the bottom of the sewage collecting device is used as the top of the single cage below and is isolated from the single cage above, mutual interference between animals in the two single cages can be prevented, when the upper cage and the lower cage are required to be communicated, the sewage collecting device is extracted from the containing space, and the lower part of the upper single cage and the upper part of the lower single cage are provided with openings as upper communication openings and lower communication openings, so that the upper single cage and the lower single cage are communicated with each other, a large movable space is formed, and the animals can freely move in the large space. A plurality of single cages are overlapped up and down, so that the space can be saved, and the free switching of single-cultivation and multi-cultivation of animals can be realized.

The upper and lower connection structure 111 may be fixedly connected to a single cage, or the upper and lower connection structure may be a part of a single cage integrally connected to a unit cage, for example, at least three pins are disposed at a lower portion of the upper single cage, a socket with a jack is disposed at a top portion of the lower single cage, or at least three sockets are disposed at a lower portion of the upper single cage, pins with jacks are disposed at a top portion of the lower single cage, the pins and the jacks are correspondingly sized and shaped, and the upper single cage and the lower single cage are fixedly connected through the pins and the sockets. A rear plug can be arranged at the rear part of the access channel, and a stop structure, such as a stop pin, can be arranged to prevent the pollution discharge collecting device from falling out of the rear part of the channel.

The rearing cage of the technical proposal can be provided with the left and right communication ports 201 and the communication door 202 at the side part of the cage body, and the rearing cage which can be communicated up and down, left and right can be manufactured. A left communication port and a right communication port 201 are arranged on at least one side wall of each single cage body, a communication door 202 is arranged at the left communication port and the right communication port to seal the communication ports, and a communication door switching device 203 is arranged to realize the opening and closing of the communication door from the outside of the single cage body. The communication door opening and closing device comprises an opening and closing handle 204 and a guiding device, one end of the opening and closing handle is fixedly connected with the communication door, the other end of the opening and closing handle is positioned outside the single cage body, and the opening and closing of the communication opening are realized by pushing and pulling the communication door through the opening and closing handle under the action of the guiding device. The essence of the communication door is a sliding door. The guiding device comprises a sliding groove or a sliding rail, the sliding groove or the sliding rail is arranged along the upper edge and/or the lower edge of the communication opening, the bottom and/or the top of the communication door is/are connected with the sliding groove or the sliding rail in a sliding or rolling fit manner, the opening and closing handle is horizontally arranged at the moment, the sliding rail or the sliding groove can be arranged along one side or two side edges of the left and right communication openings, one side or two side edges of the communication door are/is connected with the sliding rail or the sliding groove in a sliding or rolling manner, and the opening and closing handle is vertically arranged at the moment. When the communication door is in a closed state, the communication door closes the left communication port and the right communication port, the free end of the opening and closing handle is positioned outside the single cage body, and when the communication door needs to be opened, the communication door is pulled outwards through the opening and closing handle and moves to the other side of the single cage body along the sliding rail or the sliding groove, so that the left communication port and the right communication port are opened. Generally, the left and right communication openings occupy half or less of the side wall of the single cage body, and the size and shape of the communication door and the communication openings are matched so as to seal the left and right communication openings.

Generally, the cage door is arranged in front of the single cage body, and the cage door can be of a left-right door opening-closing structure, a push-pull structure or a door opening-closing structure, and is not limited.

In the technical scheme, the top and the bottom of each single cage body are both open or provided with openings as upper and lower communication openings, the top opening and the bottom opening of the single cage body in the middle are both used as channels for being communicated with the upper and lower single cage bodies and also used as channels communicated with the collecting tray, the bottom opening of the single cage body in the bottom is used as a channel communicated with the collecting tray, and only the top of the single cage body in the uppermost layer is not provided with an opening for animals to come in and go out. The left side wall and the right side wall of the middle cage body are respectively provided with a left communication port and a right communication port and a communication door, only one side wall of the single cage body positioned in the first row and the tail row is provided with the left communication ports and the right communication ports, and the left side wall and the right side wall of the single cage body positioned in the middle row are respectively provided with the left communication ports and the right communication ports and the communication doors so as to realize left-right communication and up-down communication of each single cage body of the whole rearing cage. According to the feeding cage of the technical scheme, the arrangement of a plurality of rows, a left row and a right row is not limited, and when the feeding cage is arranged left and right, the single cage bodies in the rows are preferably connected through the connecting device, so that the whole feeding cage is stable. The utility model provides a can realize quick connect and connection structure that is difficult for breaking away from adopts U type connecting piece to be connected with connector 210, and two inserted pillars 208 of U type connecting piece set up around, connect the bottom 209 of two inserted pillars and be the structure of buckling, a bending end and an inserted pillar fixed connection, another bending end are connected with another inserted pillar, two inserted pillar parallel arrangement, be located the one side of buckling the bottom, two inserted pillars and bottom are located two mutually perpendicular's plane, and two connectors also set up around with two inserted pillar positions are suited. Thus, after the connection is plugged, the connecting piece is not easy to fall off. The left side wall and/or the right side wall of each single cage body are respectively provided with a connecting port 210, and two inserted posts of the U-shaped connecting piece are respectively positioned in the connecting ports of the adjacent single cage bodies. For easy movement, the bottom of the lowermost single cage is provided with a movement wheel 301, preferably a castor wheel with a stop function.

Adopt the equal raise cage structure of intercommunication about this patent technical scheme about, be connected through the connecting piece between the row and the row, through controlling the intercommunication of UNICOM mouth, keep apart each other through the UNICOM door, connect through upper and lower UNICOM mouth intercommunication between the row and the row, seal through blowdown collection device, can a singleuse, also can a plurality of single cage body intercommunication from top to bottom, control and constitute a big raising environment, make up easily and separate, be suitable for putting in animal room, be favorable to experimental animals to make singly raising, crowd raising, grouping experiment, be favorable to experimental animals's life and experiment raising. Solves the technical problem that the existing monkey cage can not be freely communicated up and down, realizes the combination of socialization group breeding and experimental group control breeding and breeding, and is easy to lead animals to obtain satisfaction and control animals.

A transfer cage is arranged in each single cage body and is positioned above the collecting tray of the single cage body. The transfer cage support can be a flat plate or a grid plate with through holes. The left and right communication openings of the transfer cage are close to the side wall opposite to the side wall provided with the left and right communication openings, so that the movement of animals is facilitated. Of course, at this time, the limiting hole and the transfer cage limiting piece are arranged close to the side wall opposite to the side wall provided with the left and right communication openings.

Claims (10)

1. The utility model provides a multipurpose transport cage that animal rearging cage was used, includes to transport the cage box body, is provided with on the front wall of transport cage box body and transports the cage door and transport the cage gate, seals and opens by transporting the cage door and transport the cage gate, its characterized in that transport the cage with transport the adjacent lateral wall of cage front wall on be provided with transport cage side gate, be provided with in transport cage side gate department and transport the cage side door, transport cage side door is connected to cage side door pull rod one end, the other end is located for the operation end and transports the cage box body outside, transport the cage side door and transport cage box body and pass through transport cage side door pull rod push-and-pull swing joint.

2. A multipurpose transfer cage for an animal feeding cage according to claim 1, wherein: the transfer cage side door pull rod is hinged with the transfer cage side door, and the hinge point is positioned outside the transfer cage body.

3. A multipurpose transfer cage for an animal feeding cage according to claim 1, wherein: the bottom or the top of the transfer cage box body is provided with a transfer cage limit for being connected with a limit hole and a limit plug-in unit arranged on the animal feeding cage in an inserting way.

4. A multipurpose transfer cage for an animal feeding cage according to claim 3, wherein: the transfer cage limiting comprises a transfer cage limiting first and a transfer cage limiting second, the transfer cage limiting first and the transfer cage limiting second are limiting plugboards or plugboards, and the extending directions of the transfer cage limiting first and the transfer cage limiting second are opposite.

5. An animal feeding cage body, characterized in that: the cage body is internally provided with a support for supporting the transfer cage, the front wall of the cage body is provided with a transfer cage inlet and outlet and a transfer cage inlet and outlet door for the transfer cage to enter and exit, and the transfer cage inlet and outlet door is provided with a transfer cage side door pull rod channel for the operation end of the transfer cage side door pull rod to extend out.

6. An animal feeding cage according to claim 5, wherein: the upper edge or the lower edge of the transferring cage entering and exiting the gate is provided with a door frame beam, the door frame beam is provided with a limiting hole or a limiting plug-in for being in limit fit connection with the transferring cage of the transferring cage according to claim 4, and the support is a supporting plate or a sliding rail or a sliding groove arranged in the cage body.

7. An animal feeding cage, characterized in that: the transfer cage comprises a cage body and a transfer cage body, wherein the transfer cage body is one of the items of claims 1-4 and the animal feeding cage body is claim 5 or 6, the transfer cage is arranged on the support, when the transfer cage side door is opened, the transfer cage side door opening is communicated with the inside of the cage body, and the operation end of the transfer cage side door pull rod extends out of the transfer cage side door pull rod channel.

8. An animal feeding cage according to claim 7, wherein: use of a transfer cage according to any one of claims 3 to 4, use of an animal feeder cage according to claim 6, and the limiting aperture being in plug-in connection with the limiting insert.

9. An animal feeding cage according to claim 7, wherein: the device comprises at least two single cages, wherein each single cage is arranged up and down to form a row, an accommodating space for accommodating a sewage disposal collecting device is arranged between the adjacent single cages, an inlet and an outlet I are arranged in the accommodating space, the bottoms of the single cages positioned at the top and the tops and bottoms of the single cages positioned at the middle and the bottom are both open or are provided with openings to form an upper and lower communication port for animals to go in and out, the sewage disposal collecting device is positioned in the accommodating space and can go in and out of the accommodating space through the inlet and outlet I, the sewage disposal collecting device comprises a separation frame and a collection disc, the separation frame is provided with an inner space for accommodating the collection disc and an inlet and outlet channel for allowing the collection disc to go in and out, the inlet and outlet channel is arranged on at least the front wall of the separation frame, the top wall is provided with a top wall, through holes or grid structures are arranged on the top wall for excrement to pass in, and the collection disc is matched with the shape and the size of the inner space of the separation frame in shape and the collection disc can go in and out of the inner space of the separation frame from the inlet and outlet channel; and/or comprises at least two rows of single cage bodies, wherein the right side wall of each single cage body positioned at the leftmost side is provided with a communication port, a communication door and a communication switch device, the left side wall of each single cage body positioned at the rightmost side is provided with a communication port, a communication door and a communication switch device, and the left side wall and the right side wall of each single cage body positioned in the middle are respectively provided with a communication port, a communication door and a communication switch device.

10. An animal feeding cage according to claim 9, wherein: the isolation frame is in sliding connection with the accommodating space, an upper slide rail check block and a lower slide rail check block are arranged in the accommodating space along the front side and the rear side of the single cage body and positioned in two sides of the frame body, the isolation frame is positioned between the upper slide rail check block and the lower slide rail check block and is in sliding connection with the upper slide rail check block and the lower slide rail check block, and/or the single cages of each row are connected through connecting pieces in a quick dismounting manner.