JP2015064116A - Casket transportation wagon - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a casket transportation wagon which allows a casket to be easily transported between different floors by using a normal elevator.SOLUTION: In a top end portion of a movable frame body 1A rotationally supported in a bottom portion thereof by wheels 4, a bed part 10 on which a casket B is mounted is pivotally supported so that the casket B can be inclined. Additionally, the bed part 10 and the frame body 1A are connected via inclination drive means 16.

Description

  The present invention relates to a kite transport cart capable of easily transporting kites from, for example, a second-floor banquet hall to an entrance on the first floor using an elevator.

  Conventionally, as an example of this kind of paddle carriage, a bed portion, a front leg having an upper end pivotably attached to a front half portion of a side frame of the bed portion and having a wheel at a lower end, and a rear portion of the side frame It consists of a rear leg pivotably attached to the upper end part and having a wheel at the lower end, and the bed part is changed by changing the tilting angle of the front leg and the rear leg to fix the bed part. There is known one in which a heel is placed on the heel and the heel is moved (see Patent Document 1).

JP 2008-36089 A

  However, according to this conventional fence transport cart, when moving a fence from the entrance on the first floor to the second floor of the general funeral hall using an elevator, or from the second floor of the hall to the first floor entrance When moving a kite using a normal size elevator, the length of the bed where the kite and kite are placed is longer than the depth of the elevator cage. In order to accommodate the transport cart and move the cage in the elevator cage, it is necessary to install a special elevator with a long cage and the installation cost is considerably high. there were.

  An object of the present invention is to solve such problems and to provide a kite transport cart that can easily move a kite between different floors using a normal elevator.

  In order to achieve this object, the present invention pivotally supports the bed portion on which the heel is placed on the upper end portion of the frame-like body that is movable by pivotally supporting the wheel at the lower end portion.

  According to the present invention, for example, a kite can be easily transported from a second-floor parlor to a different place on the first floor using a normal elevator, and can be transported even in a narrow passage. It has the effect of providing a transport cart.

It is a front view of the soot carrier cart of Example 1 of the present invention. It is a perspective view of this straw transport cart. It is a block diagram of the operation control system of this dredging carriage. It is explanatory drawing which shows the state which accommodated this fence transport cart in the cage of an elevator. It is a front view of the modification of the soot carrier cart of Example 1. FIG.

  The example of the form for carrying out the present invention is shown below.

  A first embodiment of the soot carrier cart of the present invention will be described with reference to FIGS.

  FIG. 1 is a front view of a soot carrier cart according to a first embodiment of the present invention, FIG. 2 is a perspective view of the soot carrier cart, FIG. 3 is a block diagram of an operation control system of the soot carrier cart, and FIG. It is explanatory drawing which shows the state which accommodated the trolley | bogie in the cage of an elevator.

  Reference numeral 1 denotes a basket carrier 1 of the first embodiment, and 1A denotes a frame-like body of the basket carrier 1, and the frame-like body 1A includes a base frame 2 and an elevator frame 3 provided so as to be movable up and down. The base frame portion 2 includes first and second flange portions 2a and 2b on the left and right sides, and third and second portions before and after connecting the left and right first and second flange portions 2a and 2b at a predetermined interval. Wheels, that is, caster wheels 4 are pivotally supported at both ends of the left and right first and second flanges 2a and 2b, respectively, so that the base frame 2 can be moved. Is formed. In addition, a stopper (not shown) is provided on the wheel so that the basket transport cart 1 does not move unnecessarily.

  The elevating frame portion 3 includes left and right fifth and sixth flange portions 3a and 3b, a seventh flange portion 3c connecting the left and right fifth and sixth flange portions 3a and 3b at the front end, and the left and right The fifth and sixth flange portions 3a and 3b are connected to each other by an intermediate portion, and an elongated groove 5a is formed in the left and right first and second flange portions 2a and 2b of the base frame portion 2. The upper ends of the first link portions 6a of the pair of X-type links 6 that are respectively formed and pivotally supported at the center so as to be openable are the fifth and sixth flange portions 3a of the elevating frame portion 3. 3b and a projection 7a provided at the lower end of the first link portion 6a is slidably engaged with the groove 5a, and the fifth and sixth flanges of the elevating frame portion 3 are slidably engaged. Long grooves 5b are formed in the portions 3a and 3b, and a protrusion 7b provided on the upper end of the other second link portion 6b of the pair of X-type links 6 is the groove. b is slidably engaged with the lower end portion of the second link portion 6b and is pin-coupled to the first and second flange portions 2a and 2b of the base frame portion 2, and a root portion is connected to the fourth flange portion 2d. The tip of the piston rod 8b of the fixed horizontal first pneumatic cylinder 8a is connected to a first connecting rod 12a that connects the projections 7a that are slidably engaged with the pair of long grooves 5a.

  Here, the first pneumatic cylinder 8a, the hydraulic cylinder, or an expansion / contraction drive mechanism such as an electric expansion / contraction means and the pair of X-links 6 constitute an elevating means 9.

  Reference numeral 10 denotes a bed portion. The bed portion 10 is formed of a rectangular plate-like body 10a. A locking projection plate 10b is projected from a root portion of the plate-like body 10a. 5 and is pivotally supported by a support protrusion 11 projecting from the middle part of the sixth flanges 3a and 3b so as to be tiltable. In addition, a roller may be provided on the upper surface of the bed portion 10 so that the placed basket can be easily moved.

  Here, the bed portion 10 is pivotally supported by the support protrusion 11 at a position where the tip end side is longer than the root portion side so that the center of gravity position is located on the tip end side from the pivot point, and the pivot portion 10 in the horizontal state. It was made to be supported by the fulcrum and the seventh flange 3c.

  And the protrusion 13 is protrudingly provided in the front-end | tip part of the 5th, 6th collar part 3a, 3b of the said raising / lowering frame part 3, and while connecting the 2nd connection collar 12b between these protrusions 13, A projecting piece 14 is provided at an intermediate position on the lower surface of the tip portion, and the tip of the piston rod 15b of the second pneumatic cylinder 15a having the root portion rotatably connected to the second connecting rod 12b is rotated around the projecting piece 14. Pivotally supported.

  Here, the tilting drive means 16 is constituted by the second pneumatic cylinder 15a, a hydraulic cylinder, or an electrically extending / contracting means.

  In FIG. 3, 17 is a first operating means of the second pneumatic cylinder 15 a of the tilt driving means 16, 18 is a second operating means of the first pneumatic cylinder 8 a of the elevating means 9, and 19 is the bed portion 10. A sensor that is attached to the front end portion and detects that the front end portion is close to the inner side surface or the ceiling surface of the elevator cage A. When a detection signal from the sensor 19 is input, the first operation means 17 21 is a first signal converting circuit for outputting an operation control signal to the second pneumatic cylinder 15b in response to an output signal from the first operating means 17, and 22 is the second operating means. A second signal conversion circuit for outputting an operation control signal to the first pneumatic cylinder 8a in response to an output signal from 18 is shown.

  Next, the operation and effect of the bag carrier 1 of the first embodiment will be described.

  For example, when the farewell ceremony is over and the fence is moved from the second floor of the cemetery to the first floor entrance where the hearse is waiting, using the elevator, the fence carriage 1 is placed next to the fence placed on the altar. After moving and stopping, the second operating means 18 of the dredger transport cart 1 is operated. That is, an output signal from the second operation means 18 by the operation of the second operation means 18 is input to the second signal conversion circuit 22, and the pneumatic signal operation control according to the output signal in the second signal conversion circuit 22. This is converted into a signal and output to the first pneumatic cylinder 8a. In response to this output signal, the first pneumatic cylinder 8a advances and retracts the rod 8b by a predetermined length, and the first connecting rod 12a connected to the tip of the rod 8b is engaged with the longitudinal groove 5a along with the advance and retreat. It moves in the front-rear direction together with the mating projection 7a, and this movement changes the opening angle of the X-type frame 6, and along with this change, the bed 10 on the lifting frame 3 is moved to a predetermined vertical position. And put the basket B on the bed 10.

  When the body is placed in the heel B, the body is fixed in advance to the heel B by means of a belt or the like at the position of the trunk or the foot.

  Thereafter, the kite carriage 1 is moved with the kite B placed thereon, and is moved into the cage A of a normal elevator. Since the tip of the bed 10 in a horizontal state may hit the inner wall of the cage A during this approach, the first operating means 17 is operated, and the first operating means 17 is operated by operating the first operating means 17. The output signal is input to the first signal conversion circuit 21, and the first signal conversion circuit 21 converts the operation signal into a pneumatic operation control signal corresponding to the output signal. Input to the cylinder 15a. Then, by this input, the rod 15b of the second pneumatic cylinder 15a advances and the bed portion 10 gradually inclines with the protruding piece 11 as a fulcrum so that the tip portion is obliquely upward. Due to the inclination of the bed portion 10 and the kite B, the kite carriage 1 is accommodated in the cage A while avoiding the tip of the bed portion 10 from hitting the inner surface or ceiling surface of the elevator cage A.

  Even in the inclined state of the ridge B, the ridge B is not locked from the locking projection plate 10b of the bed portion 10 and dropped from the bed portion 10, and the corpse is fixed by a belt in the ridge B. Are locked.

  Then, as shown in FIG. 4, by setting the bed portion 10 and the kite B to be in a considerably inclined state, the kite transport cart 1 can be accommodated in the cage A of a normal elevator, and the kite transport cart 1 is lowered to the first floor. And you can move from the elevator to the entrance. Moreover, even if it is a narrow passage such as an apartment, it can move.

  In addition, when the bed portion 10 and the cage B are made to enter the elevator cage A while being inclined, the tip of the bed portion 10 may hit the inner surface or ceiling surface of the cage and damage the inner surface or ceiling surface. Sometimes, the prohibition circuit 20 is activated by the detection signal from the sensor 19 to prohibit the output signal from the first operating means 17 from being input to the first signal conversion circuit 21, and the second pneumatic cylinder 15a is activated. Stop and stop the tilting of the bed 10. At the same time, a warning display or a warning sound is emitted.

  It should be noted that the bag transport cart 1 is covered with a cloth, placed in front of the altar, and may be used as a table for placing the bag in the farewell ceremony. In this case, after the farewell ceremony, You may make it move the said pallet carriage 1 to which the hoe was loaded to an elevator.

  Further, as in the modified example of the bag carrier of Example 1 shown in FIG. 5, the first pneumatic cylinder 8a, the groove 5a, and the groove 5b are not provided, and one of the links 6a of the pair of X-type links 6 is not provided. The lower end portion is fixed to the first and second flange portions 2a and 2b and the upper end portion of the other link 6b is fixed to the fifth and sixth flange portions 3a and 3b, respectively, so that the lifting frame portion 3 is not lifted or lowered. May be. Moreover, you may make it fold parts other than the raising / lowering frame part 3 of the frame-shaped body 1A manually as needed.

  Further, instead of providing the second pneumatic cylinder 15a, the protrusion 14 is provided with a hook 23 having a rod portion 23a that can be expanded and contracted so that a root portion is pivotally supported, and the seventh collar portion 3c. Is provided with a projecting piece 25 having a hole 24 with which the tip 23b of the hook 23 can be engaged, and between the bed 10 and the frame-like body 1A, the bed 10 is placed in the frame shape. Locking means that can be horizontally or tilted with respect to the body 1A is provided.

  Here, the hook 23 is formed such that the length of the rod portion 23a can be adjusted by rotating a nut portion 23c inserted in an intermediate portion of the rod portion 23a. The distal end portion 23b is inserted and locked in the hole 24 of the projecting piece 25, and the length of the rod portion 23a is reduced, so that the distal end portion 23b cannot be removed from the hole 24, and the bed portion 10 is horizontal. If the length of the rod portion 23a is extended, the tip portion 23b can be removed from the hole 24, and the bed portion 10 can be tilted.

  Thus, in a normal state, the tip portion 23b of the hook 23 is inserted and locked in the hole 24 to hold the bed portion 10 in a horizontal state, and when entering the cage A of the elevator, The tip part 23b is removed from the hole 24 so that the bed part 10 can be tilted, and the bed part 10 is tilted by hand to enter the cage A in the elevator cage A. The cage A is moved to a predetermined floor. After lifting and lowering, when the bag carrier cart is taken out from the cage A, the bed portion 10 is leveled by hand, and the tip portion 23b of the hook 23 is inserted and locked into the hole 24 to hold the bed portion 10 horizontally. To do.

  As described above, according to the kite transportation cart of the modification of the first embodiment, the structure is simple and can be obtained at a low cost.

  The casket carrier cart of the present invention is used to move a casket to a different place on the floor using an elevator in a funeral hall or the like.

DESCRIPTION OF SYMBOLS 1 棺 Carriage 1A Frame-like body 2 Base part 3 Lifting frame part 10 Bed part 16 Tilt drive means B 棺

Claims (3)

  A rod transport cart that pivotally supports a bed portion on which a rod is placed at an upper end portion of a frame-like body that is supported by a wheel at a lower end portion and is movable.   The firewood carriage according to claim 1, wherein the bed portion and the frame-like body are connected by tilting drive means.   The said frame-like body is a pallet transport cart according to claim 1 or 2, comprising a base portion at a lower end portion and a lifting frame portion that moves up and down on the base portion.

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