JP5769686B2 - Moving equipment in a poultry house - Google Patents

Description

  The present invention relates to a moving device in a poultry house, and in particular, it is attached to a multi-stage poultry cage for poultry farming, and is used for an operator to visually check the physical condition of the chickens raised in the poultry cage. It relates to the device.

  Chickens are raised using multi-stage poultry cages for poultry farming in which poultry cages that can accommodate a large number of chickens are stacked in multiple stages. Multi-stage poultry cages for poultry farming are equipped with various systems, such as a feeding / water supply system that supplies food, water, medicines, etc. to breeding chickens every predetermined time, and an egg collection system that collects laid eggs from the poultry cage. Yes. Thereby, it becomes possible to reduce the work amount of the worker who works in a poultry house, many chickens can be bred with a small number of workers, and chicken and eggs can be produced stably.

  Workers regularly visit the poultry house at a predetermined frequency to confirm the chicken's condition and physical condition, such as whether the chicken is ill or is not in bad food intake. It is carried out. In addition, during this patrol, we check the faulty parts and operating conditions of the multi-stage poultry cage for poultry raising and their attachment system, or the parts that need cleaning. As described above, the multi-stage poultry cage for poultry farming is constructed by stacking a plurality of poultry cages in multiple stages, and the total height of the cage exceeds 2 m. For this reason, when the worker is standing, the upper poultry cage may be located at a position higher than his own eyes, and the state of the chicken in the poultry cage cannot be directly confirmed. Therefore, using elevators such as stepladders and trolleys, the eyes were raised to raise the position of the eyes, and chickens in the upper poultry cage were confirmed.

  When using lifting tools such as stepladders and carts, the position of the eyes increased, and the chickens in the poultry cage at the upper position could be easily confirmed visually. However, after confirming, the elevator descends to the floor of the poultry house where the elevator is installed, moves the elevator in the horizontal direction along the floor, and then moves up the elevator again. That is, it is necessary to repeat the operations of checking the chicken, raising and lowering the lifting tool, and horizontally moving the lifting tool. These operations take a lot of time, and the checking work itself relating to the physical condition management of the chicken becomes longer. There was a thing. In particular, in the case of a large-scale poultry house in which a plurality of multi-stage poultry cages for poultry farming are installed, the work time becomes long, which is a heavy burden on the worker.

  Therefore, in view of the above circumstances, an object of the present invention is to provide a moving apparatus in a poultry house that can efficiently perform an operation of visually confirming the physical condition of a chicken.

  The apparatus for moving in a poultry house according to the present invention includes: a long sliding rail installed in a poultry cage of a multistage poultry cage for poultry raising along the longitudinal direction of the cage, and a sliding roller that comes into contact with the upper surface of the sliding rail A sliding part that pivotally supports the sliding roller and moves along the cage longitudinal direction, and is suspended from the sliding part, and has a lower end than the ground contact surface of the multi-stage poultry cage for poultry farming A pair of tall suspended bodies, at least a pair of horizontal bodies laid between the pair of suspended bodies, and a poultry cage provided near the lower end of each suspended body and below the multi-stage poultry cage for poultry farming A pair of support rollers that are in contact with a part and rotatably supported by the shaft, are supported in a projecting manner from the slide body suspended from the slide rail and at least a pair of the horizontal bodies, respectively. Installation position is the longitudinal direction of the cage And different at least a pair of ladder support for, while being Kake設 at least a pair of the ladder support bottom is provided with a "higher than the ground plane ladder.

  Here, the sliding rail is a long member that is installed in the poultry cage of the multistage poultry cage for poultry farming along the longitudinal direction of the cage, and from one end to the other end of the multistage poultry cage for poultry farming. For example, it has a rectangular cross section, a H cross section, or a I cross section. The slide rail is mounted on the poultry cage located on the upper side to check the chickens in the poultry cage in order to suspend and support the slide body to be described later. What is provided is preferable. Also, since it is necessary to support all the weights of the sliding body described later, the ladder support projecting from the sliding body, the ladder hung on the ladder support, and the worker climbing up the ladder, these loads are It is necessary to be formed of a material having a high strength (for example, steel) so that it does not bend or deform even if added. In addition, the multi-stage poultry cage itself for poultry has a weight of 500 kg or more as a whole, and since it is firmly connected to the wall surface or floor surface of the poultry house as necessary, it collapses even when the above load is applied. There is no fear.

  On the other hand, the sliding body is suspended and supported by a sliding rail via a sliding roller and a sliding portion. The sliding body is slid along the longitudinal direction of the cage by a sliding roller brought into contact with the upper surface of the sliding rail. It is possible to move. Here, the sliding roller has a disk-shaped (or columnar) member having a roller peripheral surface that contacts the upper surface of the sliding rail, and is rotatably supported by the sliding portion. Further, a flange is provided at each end of the sliding roller, and the sliding direction is regulated by the longitudinal direction of the sliding rail (cage longitudinal direction) by a pair of flanges so as to stabilize the sliding. Good.

  Furthermore, the hanging body is a pair of cylindrical, rod-shaped, or plate-shaped members that are vertically suspended from the sliding portion. Here, the lower end of the hanging body is at a height of about several centimeters to several tens of centimeters from the ground contact surface of the multistage poultry cage for poultry farming. Therefore, when the sliding body slides along the cage longitudinal direction, the floor surface of the poultry house and the lower end of the hanging body do not contact each other, and stable sliding is not hindered. Here, the ground contact surface means a surface where the multi-stage poultry cage for poultry farming and the floor surface of the poultry house are in contact.

  On the other hand, a horizontal body is comprised by at least one pair, for example, is provided so that the lower end vicinity of a hanging body and the center vicinity of a hanging body may be respectively spanned. Thereby, a frame is comprised by a pair of drooping body, a pair of horizontal body, and a sliding part, and when a strong load is added to a sliding body, the shape which concerns can be maintained. Moreover, the horizontal body has a function as a base for attaching a ladder support described later, in addition to the reinforcing function for increasing the strength of the sliding body described above. Furthermore, near the lower end of the hanging body, a pair of support rollers that are rotatably supported in contact with a part of the poultry cage below (for example, the lowermost stage) the multi-stage poultry cage for poultry farming are provided. Here, the support roller has a disk shape (or a cylindrical shape) like the slide roller described above, and has a roller contact surface for contacting a part of the poultry cage. Here, the roller shafts of the pair of support rollers coincide with the vertical direction. By adopting the sliding body having such a configuration, it is possible to slide along the longitudinal direction of the cage while being supported in a suspended manner via the sliding portion and the sliding roller, and the pair of supporting rollers is provided at the bottom stage. By abutting a part of the poultry cage, it is possible to suppress the swinging around the abutting surfaces of the sliding roller and the sliding rail of the sliding body. Thereby, sliding becomes possible, contact | abutting with the multistage poultry cage for chicken raising with a sliding roller and a pair of support roller.

  Further, ladder supports are provided in parallel with each other from at least one pair of horizontal bodies. Here, the protruding positions of the respective ladder supports are set to be different from each other in the cage longitudinal direction. Therefore, when a ladder is hung on these ladder supports, the longitudinal direction of the ladder is inclined. Thereby, the operation | movement which a worker goes up and down using a ladder becomes easy. Here, in order to hang the ladder with at least a pair of ladder supports, for example, the ladder includes hook-shaped (hook-like) locking portions, and the ladders are hooked on the respective ladder supports from above. It is fixed by connecting the ladder to each ladder support by fastening the bolts and nuts so as to maintain the engaged state with the ladder support by its own weight. Furthermore, the latch receiving part which can be engaged with the latching | locking part provided in the ladder may be provided in each ladder support body, and the engagement state may be stabilized further. Here, the lower end of the ladder hung on the ladder support body is at a height of about several centimeters to several tens of centimeters from the ground contact surface of the multi-stage poultry cage for poultry farming like the above-described hanging body. Thereby, when the sliding body slides, the ladder that moves along the longitudinal direction of the cage does not come into contact with the floor surface of the poultry house, and the sliding of the sliding body is not hindered.

  Therefore, according to the moving apparatus in the poultry house of the present invention, by providing the sliding body that can slide along the cage longitudinal direction of the multi-stage poultry cage for poultry raising, the worker in the state of rising on the ladder can follow the cage longitudinal direction. When trying to move, for example, an operation of grasping a part of a multi-stage poultry cage for poultry raising at a position where an operator has extended his hand and pulling the grasped part closer to his / her body side along the cage longitudinal direction Or holding a part of a multi-stage poultry cage for poultry farming in front of the operator and pushing the gripped part away from the body along the longitudinal direction of the cage, The relative positional relationship between the cage and the sliding body supported by suspension on the sliding rail can be changed. Thereby, it becomes possible for the worker who climbed the ladder to move in the horizontal direction in the poultry house without getting down to the floor. As a result, the worker can confirm the chickens raised in the upper poultry cage at a position higher than his / her eyes, and can confirm the physical condition of the chickens. Furthermore, since it is possible to move in the horizontal direction while rising on the ladder, the time required for raising and lowering the ladder can be omitted compared to the case of using a lifting tool such as a conventional stepladder or carriage, The time required to check the physical condition can be shortened. In addition, the worker ascends to the ladder with a long bar-like member such as a cage, presses the tip of the long bar-like member on the floor of the poultry house, and applies a force in a desired direction to change the relative positional relationship. It may be changed.

  Furthermore, in the poultry house moving apparatus of the present invention, in addition to the above-described configuration, “the ladder support body is detachably attached to the horizontal body, and the ladder is detachably mounted on the ladder support body. It does not matter.

  Therefore, according to the apparatus for moving in a poultry house of the present invention, a ladder support body is provided to the horizontal body, and a ladder is detachably provided to the ladder support body. Here, the ladder support and the ladder are provided on the side of the passage from the side of the cage of the multi-stage poultry cage for poultry farming. Such a passage is used as a walking passage for an operator to reach a work position, or used to move a carriage carrying equipment and materials necessary for work. Therefore, except for the work of checking the physical condition of the chicken, there is a possibility that the ladder support body and the ladder protruding to the passage side may interfere with the above work. Therefore, by making the ladder support body and the ladder detachable, normal work in the poultry house is not hindered, and the work efficiency can be improved by making it easy to attach when visually checking the physical condition. Figured.

  As an effect of the present invention, when the operator checks the chickens in the poultry cage in the upper position, it is not necessary to go down to the floor of the poultry house and raise the ladder again each time. The relative positional relationship of the poultry cage in the horizontal direction (cage longitudinal direction) can be changed and moved, and the physical condition can be checked efficiently.

It is a perspective view which shows schematic structure of the moving apparatus in the poultry house of this embodiment. It is explanatory drawing seen from the side of the chicken house which shows schematic structure of the moving apparatus in a chicken house. It is a front view which shows the state which hung the ladder on the sliding body. It is a side view which shows the state which hung the ladder on the sliding body. It is a side view which shows the structure of a sliding roller and a sliding part. It is an expanded sectional view which shows the structure of the connection location of a hanging body and a 1st ladder support body.

  Hereinafter, a moving apparatus in a poultry house (hereinafter simply referred to as “moving apparatus 1”) according to an embodiment of the present invention will be described with reference to FIGS. 1 to 6. Here, the moving apparatus 1 of this embodiment is a cage side surface on the side of the passage 6 of the multi-stage poultry cage 5 for poultry farming constructed by stacking a plurality of poultry cages 4 erected on the floor surface 3 of the poultry house in multiple stages. Is installed. In the poultry house 2, a plurality of the above-described multi-stage poultry cages 5 for poultry raising are set up at predetermined intervals (corresponding to the width of the passage 6), and the mobile device 1 of this embodiment is adjacent to each other. It is provided on either one of the opposing cage sides of the matching multi-stage poultry cage 5 for chicken raising (see FIG. 2). Thereby, it becomes possible to confirm the inside of each poultry cage 4 located in the upper stage of the multi-stage poultry cage 5 for poultry farming on both sides of the passage 6 with one moving device 1. In addition, about the structure of the poultry cage 4, the multi-stage poultry cage 5 for poultry raising, and various systems attached to this, and a part thereof, illustration is omitted in order to simplify the description (particularly, FIG. 1 and FIG. 2).

  The moving device 1 according to the present embodiment includes a slide rail 7 installed along the cage longitudinal direction of the multi-stage poultry cage 5 for poultry farming (the direction from the front side to the depth in FIG. 2), and the slide rail 7. A sliding body 8 that is slidable along the longitudinal direction of the cage in a hooked state, and a first ladder support body 9 and a first ladder support body 9 that project from the different heights of the sliding body 8 toward the passage 6 in parallel with each other. A two-ladder support 10 and a ladder 11 that is slanted on the first ladder support 9 and the second ladder support 10 are provided. Here, the first ladder support 9 and the second ladder support 10 correspond to the ladder support of the present invention. In addition, in this embodiment, the moving device 1 can be installed on any side of the cage by replacing the sliding body 8 with the cage side opposite to the multi-stage poultry cage 5 for poultry raising in FIG. In the figure, the multi-stage poultry cage 5 for poultry farming with the sliding rails 7 attached to any side of the cage is shown.

  More specifically, the slide rail 7 is a metal rectangular tube member having a rectangular cross section (see FIG. 5), and has a length from one end to the other end of the multi-stage poultry cage 5 for poultry farming. It is a long member formed. In the case of the moving device 1 of the present embodiment, when the bait cage 12 provided along the periphery of the poultry cage 4 and the sliding body 8 suspended and supported by the sliding rail 7 in order to supply the chicken with food, In order to prevent interference, a slide rail 7 is provided at a position above the bait cage 12 and protruding from the uppermost part of the cage side surface of the uppermost poultry cage 4 of the multistage poultry cage 5 for poultry farming toward the passage 6 side. It has been. The slide rail 7 protrudes in the direction of the passage 6 from the vicinity of the upper ends of a plurality of long standing frames 13 erected from the floor surface 3, and a part of the tip partly covers a part of the slide rail 7. In a state supported from below by a rail fixing part 14 having a notch that is cut out so as to be fitted, it is installed between a plurality of rail fixing parts 14.

  On the other hand, the sliding body 8 includes a pair of sliding rollers 15, a sliding portion 16 that rotatably supports the sliding rollers 15 and movable along the longitudinal direction of the cage, and a floor surface from the sliding portion 16. A pair of hanging bodies 17 suspended in the direction 3, a first horizontal body 18 a and a second horizontal body 18 b that are respectively installed between the vicinity of the lower end and the center of the pair of hanging bodies 17, And a pair of support rollers 19 provided in the vicinity of the lower end of each of the hanging bodies 17. Here, the first horizontal body 18a and the second horizontal body 18b each correspond to the horizontal body of the present invention.

  The pair of sliding rollers 15 are arranged apart from each other in the longitudinal direction of the cage, and have a cylindrical roller base portion 15b having a roller peripheral surface 15a that comes into contact with the upper surface 7a of the sliding rail 7, and ends of the roller base portion 15b. And a pair of disk-shaped flanges 15c having a diameter larger than the diameter of the roller base portion 15b. Here, the roller shaft of the sliding roller 15 is arranged so as to be orthogonal to the cage longitudinal direction and coincide with the horizontal direction. Further, the axial length of the roller base portion 15 b is set longer than the rail width of the slide rail 7. Further, the sliding portion 16 has a pair of openings that are open on the lower side so that the roller peripheral surface 15 a of the sliding roller 15 can come into contact with the upper surface 7 a of the sliding rail 7. The plate-like side plate member 20b and the plate-like upper plate member 20a in which the upper ends of the side plate members 20b are connected to each other are formed in a U-shaped cross section. The sliding portion 16 can be slid along the longitudinal direction of the cage by the sliding roller 15, and the sliding is restricted in the longitudinal direction of the cage by the flange 15c.

  The pair of hanging bodies 17 are connected via a pair of trapezoidal connection pieces 21 projecting in the direction of the passage 6 from the surface of one side plate member 20b located on the passage 6 side of the sliding portion 16. It is comprised from the member of the square cylinder shape hung down from one side of the piece 21, respectively. The pair of hanging bodies 17 is suspended downward along the cage side surface of the multi-stage poultry cage 5 for poultry raising, and the lower end 17a is separated from the floor surface 3 of the chicken house 2 (see FIG. 2 and the like). That is, the lower end 17a of the hanging body 17 is located at a position higher than the ground contact surface 13a at the lower end of the standing frame 13 of the multi-stage poultry cage 5 for poultry farming.

  On the other hand, the first horizontal body 18 a is connected so as to span between the vicinity of the lower ends 17 a of the pair of hanging bodies 17, and the second horizontal body 18 b is near the center of the pair of hanging bodies 17. It is connected so as to bridge between. The first horizontal body 18a and the second horizontal body 18b are each composed of a pair of erected bodies 22, and the pair of erected bodies 22 are parallel to each other in a state where the pair of erected bodies 22 are separated by a predetermined distance in the vertical direction. Thus, it is connected to a pair of drooping bodies 17 (refer FIG. 3). Accordingly, even when a strong load (for example, the weight of the operator W) is applied to the sliding body 18, the pair of hanging bodies 17, the first horizontal body 18 a and the second horizontal body 18 b, and the sliding portion 16. With the structure of the frame body constructed by the above, the load can be resisted, and the sliding body 8 including the pair of hanging bodies 17 is not deformed.

  Furthermore, the first ladder support body 9 is a long rectangular tube member that protrudes toward the passage 6 from the first horizontal body 18a including the pair of construction bodies 22. Here, the 1st ladder support body 9 is formed in the thickness which can be inserted between a pair of construction bodies 22 of the 1st horizontal body 18a. Furthermore, a support plate 23 that is bent in a direction orthogonal to the direction along the longitudinal direction of the first ladder support 9 is provided at one end of the first ladder support 9. Further, in order to mount the first ladder support body 9 on the first horizontal body 18a, an opening 27a through which the first ladder support body 9 can be inserted is formed in contact with the front side and the back side of the installation body 22, respectively. A pair of mounting support plates 27 are attached. The opening 27a of the mounting support plate 27 has a different size on the side of the passage 6 and on the side of the multistage poultry cage 5 for poultry farming (see FIG. 6). Further, the mounting support plate 27 is provided with a through hole (not shown) through which the bolt 28 can be inserted, and the bolt shaft of the bolt 28 is aligned with the bolt insertion hole 30 provided in the installation body 22. Then, the mounting support plate 27 is fixed to the installation body 2 by screwing the nut 29 into the bolt shaft end protruding from the mounting support plate 27 on the opposite side. Thereby, the 1st ladder support body 9 can be mounted in the state which protruded from the 1st horizontal body 18a to the channel | path 6 side. At this time, the first ladder support 9 is fixed to the first horizontal body 18a and the hanging body 17 in a state of being orthogonal to each other by the support plate 23 and the mounting support plate 27 at one end of the first ladder support 9. Further, even if a large load is applied to the tip of the first ladder support 9 or the like, this orthogonal state can be maintained by the mounting support plate 27 and the support plate 23. As a result, the ladder 11 can be suspended and the worker W can rise to the ladder 11. The second ladder support body 10 has the same configuration as the first ladder support body 9 and has the same operational effects and mounting method, and therefore detailed description thereof is omitted here.

  The first ladder support body 9 is mounted at a position offset from the center of the first horizontal body 18 a to one of the hanging bodies 17, and the second ladder support body 10 is mounted at a position close to the other hanging body 17. (See FIG. 3). Moreover, as shown in FIG. 3, the installation body 22 of the 1st horizontal body 18a and the 2nd horizontal body 18b each has the bolt insertion hole 30 perforated | bored symmetrically. Thereby, the inclination direction at the time of hanging the ladder 11 can be made to fall to the right or to the left.

  The support roller 19 has a roller circumferential surface that is in contact with the bait cage 12 that is a part of the lowermost poultry cage 4 of the multi-stage poultry cage 5 for poultry farming, and is rotatable in the vicinity of the lower ends 17a of the pair of hanging bodies 17 respectively. It is supported. Here, the roller axis of the support roller 19 coincides with the vertical direction. By mounting and hanging a first ladder support body 9, a second ladder support body 10, and a ladder 11 which will be described later, the center of gravity of the sliding body 8 is closer to the passage 6 than the hanging body 17. Therefore, the sliding body 8 suspended and supported by the sliding rail 7 is subjected to a force that makes the contact point and the center of gravity coincide with each other in the vertical direction with the contact point of the slide roller 15 and the slide rail 7 as an axis. As a result, the force that the lower end 17a of the suspended body 17 of the sliding body 8 tends to tilt toward the multi-stage poultry cage 5 side for poultry farming works. However, when the support roller 19 comes into contact with the poultry cage 4, the force is hindered and the suspended body 17 is suspended and supported by the slide rail 7 in a state along the vertical direction. Thereby, the pair of support rollers 19 suppresses the inclination of the sliding body 8 and restricts the swinging in the left-right direction.

  Furthermore, the ladder 11 includes a pair of long vertical frames 24 arranged in parallel to each other, and a plurality of horizontal frames 25 installed between the vertical frames 24 at regular intervals. Two side hooks 26 for hanging the ladder 11 on the first ladder support body 9 and the second ladder support body 10 are provided on each side surface. The opening of the hook 26 is wider than the width of the upper part of the first ladder support 9 and the second ladder support 10 to be hung. Thereby, the ladder 11 can maintain the engagement state by the weight of the ladder 11 by hanging the hook 26 on the first ladder support body 9 and the second ladder support body 10 from above. At this time, the first ladder support body 9 is mounted at a position biased to one of the hanging bodies 17 from the center of the first horizontal body 18a, and the second ladder support body 10 is mounted on the other hanging body 17 at a desired position. Therefore, the ladder 11 is hung in a state where the longitudinal direction is inclined due to a difference in the mounting position in the cage longitudinal direction. Moreover, the lower end 11a of the ladder 11 is at a position higher than the ground contact surface 13a of the standing frame 13 that is separated from the floor surface 3 of the poultry house 2 in the same manner as the hanging body 17 (see FIG. 2).

  Here, in the moving apparatus 1 of the present embodiment, the sliding portion 16 and the hanging body 17 of the sliding body 8, the first ladder support body 9, the second ladder support body 10, and the ladder 11 reduce the weight of the entire apparatus. It is formed of an aluminum material for the purpose.

  Next, an example of the movement in the poultry house 2 using the moving apparatus 1 of this embodiment will be described. In addition, the moving apparatus 1 of this embodiment exists in the state which the sliding body 8 moved to near one end (for example, the paper front direction in FIG. 2) of the multistage poultry cage 5 for poultry farming. Moreover, about the range which can confirm the chicken in the poultry cage 4 by the lower stage side of the multistage poultry cage 5 for poultry raising, in other words, the operator W standing up or crouching by walking the passage 6. Is already confirmed. Then, the worker W raises the ladder 11 with his feet on the horizontal frame 25. Thereby, the position of the eyes of the worker W becomes higher than the standing state, and the physical condition of the chicken in the poultry cage 4 positioned in the upper stage, which cannot be normally observed, can be directly confirmed. At this time, the weights of the ladder 11 and the worker W depend on the first ladder support body 9 and the second ladder support body 10 on which the ladder 11 is hung. Therefore, the engagement state between the hook 26 provided on the ladder 11 and the first ladder support body 9 and the second ladder support body 10 is further maintained. Further, the first horizontal body 18a and the second horizontal body 18b, to which the first ladder support body 9 and the second ladder support body 10 are mounted, respectively, are the above-described support plate 23, a pair of mounting support plates 27, and The bolt 28 and the nut 29 are cantilevered to support the weight of the ladder 11 and the operator W. Further, all the above loads are applied to the sliding body 8 suspended and supported by the sliding rail 7.

  Moreover, as shown in FIG. 2, the moving apparatus 1 of this embodiment is provided between a pair of multi-stage poultry cages 5 for poultry raising that are erected at predetermined intervals (passage 6). Therefore, after confirming the physical condition of the chicken in one of the multi-stage poultry cages 5 for poultry, the worker W faces the other multi-stage poultry cage 5 for poultry raising in a state of rising to the ladder 11 (paper surface in FIG. 2). Left direction), you can check the physical condition of the chicken as well. In addition to confirming the physical condition of the chickens, confirmation is also made of the status of soiling and breakage of the multi-stage poultry cage 5 for poultry farming, the occurrence of malfunctions in various systems such as the feeding / water supply system, and the like.

  After confirming the chicken in the poultry cage 4 in the upper position, the worker W starts moving in the cage longitudinal direction by the moving device 1. At this time, the sliding body 8 of the moving device 1 is suspended and supported by the sliding rail 7 by the pair of sliding rollers 15, and the support roller 19 contacts a part of the lowest poultry cage 4. ing. Therefore, a part of the multi-stage poultry cage 5 for poultry raising or a part of the poultry house 2 at a position where the worker W has reached his / her hand is gripped and pulled along the longitudinal direction of the cage so that the gripped part can be brought close to the worker W. Or apply a force to push a part of the multi-stage poultry cage 5 for poultry raising in front of the worker W and push it along the longitudinal direction of the cage so as to keep it away from the worker W. Thus, the sliding body 8 easily moves along the sliding rail 7. As a result, the relative positional relationship of the sliding body 8 with respect to the multistage poultry cage 5 for poultry farming changes. Here, since the friction coefficient between the sliding rail 7 and a part of the poultry cage 4 is lowered by the sliding roller 15 and the support roller 19, by applying a force in a predetermined direction, the workers W and Even the sliding body 8 in a state where a load such as the ladder 11 is applied can be easily moved in the horizontal direction.

  At this time, since the lower end 17a of the pair of hanging bodies 17 and the lower end 11a of the ladder 11 are separated from the floor surface 3 of the chicken house 2, respectively, when the sliding body 8 and the ladder 11 slide along the cage longitudinal direction, The hanging body 17 and the ladder 11 do not come into contact with the floor surface 3. Thereby, the vibration by the contact with the floor surface 3 of the sliding body 8 and the ladder 11 does not generate | occur | produce, and the sliding of the sliding body 8 and the ladder 11 is made smooth. Thereby, even the worker W in a state of rising on the ladder 11 can smoothly change the relative positional relationship with respect to the multistage poultry cage 5 for poultry farming. And the situation in the poultry cage 4 is confirmed from the moved place.

  The worker W repeats the above-described “confirmation of chickens in the poultry cage 4” and “movement in the cage longitudinal direction”. Thereby, while moving from one end to the other end of the multi-stage poultry cage 5 for poultry farming (from the front side of the paper surface to the depth direction of the paper surface in FIG. 2), it does not get off the floor surface 3 of the chicken house 2. That is, it is not necessary to repeat the raising / lowering operation of the ladder 11, and the work of checking the physical condition of the chicken in the poultry cage 4 can be performed. In addition, by providing the moving device 1 between the pair of standing multi-stage poultry cages 5 for poultry raising, each of the poultry cages 4 of the two multi-stage poultry cages 5 adjacent to each other by one movement is provided. You can check the chickens together. Therefore, the time required for chicken physical condition management can be greatly reduced.

  The worker W that has reached the other end of the multi-stage poultry cage 5 for poultry using the sliding body 8 and the ladder 11 descends the ladder 11 and descends on the floor surface 3 of the poultry house 2. In the case of another work, if the ladder 11 or the like protruding into the passage 6 gets in the way, the work of removing the ladder 11, the first ladder support body 9 and the second ladder support body 10 is performed. Specifically, each of the pair of vertical frames 24 of the ladder 11 is gripped and lifted upward. Thereby, the engagement state of the hook 26 of the ladder 11 and the ladder supports 9 and 10 is released. Next, the first ladder support 9 (or the second ladder support 10) is held, and one end of the first ladder support 9 is inclined toward the multi-stage poultry cage 5 for poultry farming. At this time, the opening 27a of the mounting support plate 27 on the side of the passage 6 is larger than the opening 27a of the mounting support plate 27 on the side of the multistage poultry cage 5 for poultry farming and is formed vertically (see FIG. 6). The first ladder support 9 described above can be tilted. Thereafter, the first ladder support body 9 is twisted and pulled out from between the pair of construction bodies 22 so that the support plate 23 passes between the pair of construction bodies 22. Thereby, mounting | wearing of the 1st ladder support body 9 and the 2nd ladder support body 10 is cancelled | released, and it removes. As a result, the part which protruded to the channel | path 6 of the chicken house 2 is removed, and it can be used as a walkway for a normal operation | work, and the path of the trolley | bogie for conveying materials.

  As described above, according to the moving device 1 of the present embodiment, the inside of the chicken house 2 can be moved along the cage longitudinal direction without descending on the floor surface 3 of the chicken house 2, and the work of the operator W can be performed. Efficiency can be improved.

  The present invention has been described with reference to preferred embodiments. However, the present invention is not limited to these embodiments, and various modifications can be made without departing from the spirit of the present invention as described below. And design changes are possible.

  For example, although the hanging of the first ladder support body 9 and the second ladder support body 10 by the hooks 26 provided on the ladder 11 is shown, the present invention is not limited to this, and fasteners such as bolts and nuts are used. The ladder 11 may be fixed. Furthermore, although the moving apparatus 1 of this embodiment showed what changed the relative positional relationship with respect to the multistage poultry cage 5 for poultry raising of the sliding body 8 manually by the force of the operator W who rose to the ladder 11, it is limited to this. For example, the roller shaft of the sliding roller 15 and the motor shaft of the drive motor may be connected, and the sliding body 8 may be slid by electrical driving. Further, a lock mechanism that prohibits the rotation of the sliding roller 15 and the support roller 19 may be provided. Thereby, when the operator W raises the ladder 11, it can prevent that the sliding body 8 moves to a cage longitudinal direction.

1 moving device
2 poultry house 3 floor surface 4 poultry cage 5 multi-stage poultry cage for poultry farm 6 passage 7 sliding rail 7a upper surface 8 sliding body 9 first ladder support (ladder support)
10 Second ladder support (ladder support)
11 Ladder 11a, 17a Lower end 15 Sliding roller 15a, 19a Roller peripheral surface 16 Sliding part 17 Suspended body 18a First horizontal body (horizontal body)
18b Second horizontal body (horizontal body)
19 Support roller W Worker

Claims (2)

A long sliding rail installed in the poultry cage of the multi-stage poultry cage for poultry raising along the longitudinal direction of the cage;
A sliding roller that comes into contact with the upper surface of the sliding rail, a sliding portion that pivotally supports the sliding roller and moves along the longitudinal direction of the cage, and is suspended from the sliding portion and has a lower end A pair of suspended bodies higher than the ground contact surface of the multi-stage poultry cage for poultry, at least a pair of horizontal bodies laid between the pair of suspended bodies, and provided near the lower ends of the suspended bodies, A pair of support rollers rotatably supported in contact with a part of the poultry cage below the multi-stage poultry cage for poultry, and a sliding body suspended and supported by the slide rail;
At least a pair of ladder supports, each projecting in parallel from at least a pair of the horizontal bodies, the projecting positions being different from each other in the longitudinal direction of the cage;
A moving apparatus in a poultry house comprising a ladder that is hung on at least a pair of the ladder supports and whose lower end is higher than the ground contact surface. The ladder support is
Removably attached to the horizontal body,
The ladder is
The apparatus for moving in a poultry house according to claim 1, wherein the apparatus is detachably mounted on the ladder support.

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