JPS5953400A - Lifting gear - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed Description of the Invention] The present invention relates to boarding work for construction work and cargo handling in the far and near heights and narrow areas, and for carrying out and carrying in and out of various works, holding and placing cargo by sharing, or performing multifaceted work at high places in the air, Balancing the unbalanced load with the allowable load (・obtained and extremely shortening the circulation time is completely useful.

Regarding the mechanism for lifting and unloading and cargo handling, which has been known in the past, there is no shared use, and there are many doubts and concerns about the sense of ground visibility or circumference from the height and height of boarding, and balance maintenance requires a large-scale system. However, preparing to suspend the thread-like body requires climbing over steps with unstable footing, excessive climbing and descending using step stools and stairs, and furthermore (tC). The work efficiency is extremely poor, and it also serves as a means of cutting and preventing damage to suspended loads7.
The corrective circulation of the fibers and filaments is constant for a long time, and hanging in the direction of the wind causes the center of gravity to shift, causing an element of catastrophe and making it impossible to avoid the risk of human life. The current mechanism required increases mutual damage, lacks rational operation and safety, and has a failure rate.

Eliminating the above-mentioned drawbacks in sun-dried work, and with regard to the shared work of lifting and unloading, the loading work, lifting and unloading, and cargo handling during loading and unloading have increased (-1). Expanding A to 1Φ Diversity σ] Lifting and lowering device that can perform high-rate inspection and work by stacking and holding work tools and construction materials or materials to be carried in and out.

Next, the configuration of the present invention will be specifically explained with respect to the implementation '1rlj shown in the drawings.

A gondolae is provided, which has a lifting and lowering platform and a mounting stand, which holds and attaches work tools that require a wide variety of tasks, and which has rotating, undulating, extending and contracting, and tilting movements, a bearing 3 on the bottom plate 2, and a support rod 5 on the flexible shaft 4.
AφB and the cylinders 6A-B, C, 1] freely engage the undulations, and the rotary plate 7 and the rotating device 8 are rotatably engaged with the upper part of the bottom plate 2. The front plate 9A-B and the temporary plate 10A-B and the mounting plate 1, which are mounted on a stacking stand or a mounting stand for the equipment above the rotary plate 7,
1A/B and cloth stand 12A-B are expandable and retractable ((condra l)
f) Side surface ((protecting, the shafts 13A-B and shaft 9:, 14 engage the upper and lower forks 15 with the mass 1-16 in a freely undulating manner,
The engaging pier 17 is configured to be freely engageable. Tool power "1 can be changed freely and multi-layered (multiple fitting wire/hose has protection) 4
・111 receiver 18A・B (Mashaku 198・BK tube 20Δ fist B
Connect the power line 1121 and the bottle 22, and connect the electric wire and the hose (one side) to the oil pan 23 and the urine/hose port 24.
Therefore, the winding device 25A-B is required for the pipe 2 OA-H;
B engages freely up and down, and rotation device 30A-B engages freely 14 times. -, the stopper 31 is fixed to the vortex stop.

Times φ:: 111. The Il receiver 32A-B-C''D is fixedly installed on the joint pipe 33A-B, and the cylinder 34A-B and the intermediate pipe joint 3 are connected to each other.
5 is! 101 rotation device 36A.
B engages with the rotating part of the leading part, and the connector 37 A-B of the quick connection device can freely connect various types of devices a, and the magnet 38 of the warm-time separation device is made of a galvanic material. The pinching cylinder 39 can be freely spaced apart, and the i4
f line and earth scarlet 40: ・Yo electric, 1 (Rico k;,'@
Current can be freely installed (9 positions, the hose 41 can be freely installed to supply and discharge water/liquid, and the lightning rod mounting rod 42 can be super-extended?) (b) Protect the I-line and the Hoss, and protect the winding device 485 so that the J-contact can be extended freely. Boots, ↓4 is -2,
・1U] is engaged with the lower part of the tool stand 45Δ・B is diverse + 2''=.

A mounting stand is placed on the side of No. 1, and the joint shaft 46 is fixed on the rear side.
The ribs 48 can be connected to each other so that they can be raised and lowered. The operation panel 49 can be freely arranged for boarding, hand control, and remote control, and the level device 50 can freely control height, J, L, tilt, vertical, and balance (-1) The transmitting/receiving device 51 can communicate various functions. 0, the switchboard 54 is installed so that it can be freely arranged, and the heating/cooling device 53 is installed to listen to useful information, and the heating/cooling device 53 is installed so that body agility can be maintained selectively. The fire extinguishing system 55 can be freely installed inside the condoler 1 to extinguish powerful fires in the event of various disasters. . The shield plate and the mounting hole 56 can be used to freely install an emergency device such as an all-weather shield plate or a temporary heat shield covering a useful range above the condoler 1. Rotating bearing 5
'7 A -B -C・]) are fixed to the side pipes 58A and B (1, / Reno #' 59 A -1'3 universal joint 6
0 is engaged freely in the direction of inclination (6 rotary devices are engaged L so that they can be rotated in all directions, the scattering receiver 62 is engaged L so that it can be rotated freely in all directions, the scattering receiver 62 is engaged with the horizontal receiver 63A-B, and the tilting device 6471.-n is freely tiltable, and the guide sun 65
The cylinder 67A'B is made movable in the direction of the flying object on the side plate 66A@B, and is secured to the bearing 6B. A buffer device 69 having a slight touch stop and an insulator and a tactile insulator bar '70 freely engage the automatic stop of the slight touch, and a flexible tactile insulator bar 72 is moved along a guide ring 71 to a winding device '73. The retractable part engages the boot 44, and the hole '74 allows the slight touch stop to be made freely i? ':) Q selection ((Therefore, the inclination 1'f Il+ 75 and the joint liver 176, which are provided so as to be able to be held in position, can grip a polymorphic body, and can freely rotate, expand and contract, and incline, and the joint liver 176, Cylinder '78A/B for Zurakenoto 77
C・1) is engaged with the slope in all directions and the narrow soil free Ic, and the axis'
79 and the bearing 80, the gear shaft 81, the nut 82, the screw reinforcing plate 83, and the thrust bearing 84 are connected and engaged with the rotating device 85J) so as to be able to rotate freely in all directions, and the reinforcing frame 86 is connected to the upper cylinder of the frame body. The device 8'7 is engaged, and the lower sealing device 88 is force-engaged with the I/A JFIi plate 89 and the A/' bearing 90.
is fixed to the capacity claw, and the claw tll+ 92 A-B-
C.! ] is gear 11 + 93 and nano 194, 7 is required for reinforcing plate 95 and handle, 1 link to the last 96 and stylus/shi 97 is drive body rotation device it9 B is full power 1.7
The gooseberry/gu 142 is rotatably connected and engaged with the flexible tube 1.
43 is lowered, the pawl 144 is positively engaged, and the pivot 145
The folding member 14'i' freely connects and engages the folding shaft 92A-13-C-1), and the folding member 14'i' freely engages the gripping balance against the uneven load. Form what is possible. Bearing 100 on support rod 99, spur gear on Norin 101) 02 is upper cylinder device i! : B 'i' engages with the lower sealing device 8 in a freely openable/closable manner, and the stopper 10
3 determines the operating range and fixes the loading lot 104A, B,
CD and the filament 105 freely engage the locking load of the tilting motion. The slider 106 is engaged with the shaft 79 between the bearing 80 and the reinforcing frame 86, and the telescopic cylinder device 10'7 is engaged with the shaft 79 so as to be freely downwardly extendable. Confirmation mirror 10B and lighting light 10
9 is attached so that the visibility angle can be freely rotated, -7゛1 No and 1I
Jl function (: I'l 10 is the operation S! ii I do not know I1, mooring and forming - (℃・ro1, Yang 1 rotation or rolling up by rotation, undulation, expansion and contraction force ゛; 11 + 11 heavy IJ (
Main landing gear 11+ 1.
1.2 Engage with the kerf 7, 44, and connect the pivot 1N3 to the main 11
141 :L], 4 A-B and.../Iノ/TA11
5Δ・B engages in a freely openable and closable manner, and the bearing 116 and the joint shaft 11
'i' is a stone MIB4, which is useful for opening/closing operation around the shaft 119, and [support 4T120A"T3 and shaft 1
21 engages with the bearing 122, and the I11 rotation device 23 connects and engages the main legs 114 A-B so that they can rise and fall freely, and the float 1
24 is the main landing gear], l 4 A @B
・B forms the mounting so that it can move freely in all directions. The auxiliary leg 126 and the cylinder 12'7 are formed so that they can freely extend and contract in height with the contact point A and f large. Senshimasa]'-ノ, 12B
The rotating device 150 is attached to the weight 129 by freely engaging the weight 129 and the rotating device 150.
The bearing 132 and the rotating device ]-33 are rotatably fitted together,
and cylinder 134. The length rises and falls freely. ;・
The link 135 and the support rod 156 must be connected to each other during various boom breaks, and must be connected and engaged in a freely undulating manner.

The knob mounting hole 137 and the winch hole 13B have a deep vertical drop and can be freely installed immediately. The control device 39 is capable of freely engaging and locking the lifting device and the winding device function body. The boom balancer 140 is formed by connecting the pigment of the boom 44 for visibility, and the vertical balancer 141 is formed by connecting the main legs 114A and 114A and the ups and downs of the main legs 114B to balance visibility. Middle tube shaft 3
5 and the joint pipes 33A and 33B are movably connected and engaged by a pivot 146.

It is installed in the lifting or hoisting device body, and has the ability to detect operational hazards, and can be used to operate dedicated operations (first of all. Protective cover against various pollution factors such as chemicals, or remote control, It can transport small items from super heavy items, eliminates excessive power consumption due to filament movement, is useful in high spaces with limited floor space, and can be used to transport small items from the loading platform outside the lines to the elevated boom and over obstacles to the corner building. The deep corners of the multi-tiered shelves allow for easy loading and unloading (Mul' L, of course, from the outside to the deep corners of the intermediate floors).There is no need for any work space for loading and unloading, and there is no need for floor space. Make the most of the surface area.When lifting and lowering, you can hold parts on all sides at hand and hold a variety of equipment such as 111 documents (-1 selection allows you to change tools), allowing you to continue a variety of work. In addition, construction work can be carried out in large numbers and held in large numbers, and the middle part of the high-altitude space can be repaired or installed or removed if it is damaged due to malicious intent. Objects can be caught within the frame.Furthermore, it is possible to supply water in a variety of ways, fire extinguishing water, and when standing up, it can be used to protect large buildings from rivers and natural disasters. The height is from (・
It is useful for a wide variety of work and various loading and unloading operations in narrow alleys, and eliminates the need for multiple preparations and equipment for scaffolding and multiple equipment in the event of falling and scattering, and in addition, a wide variety of equipment can be operated or completely unmanned. Operational traps streamline process cycle time and save labor, greatly reducing disaster damage, and eliminating damage caused by theft of supplies and tools. Provides mobility for a variety of purposes.
In terms of productivity improvements, safety and economy, the lifting and unloading system is by far the most effective.

[Brief explanation of drawings]

Figure 1 is a side view of the entire lifting device. FIG. 2 is an enlarged view showing a portion of the scattering prevention device body. Figure 3 shows the boots being engaged with the work vehicle, the main landing gear being operated, the tip 7-m and 7-brake crane being installed on the Tosa, folding the frame, and the front and rear, left and right platforms and the two gears being removed. Side view 3 and No. 41A are front views of the entire structure, with the tubes extended and illustrating the structure of various types of multi-planting. Figure 5 is an overall plan view. FIG. 6 is an enlarged view showing a portion of the intermediate tube shaft body. No.'i'l
14 is an enlarged M showing the main landing gear. FIG. 8 is an enlarged view of the gripping device body. FIG. 9 is an enlarged partial cross-sectional view of the gripping device body. Figure 10 is an enlarged lateral view of the entire tube. FIG. 11 is a side view illustrating the structure of the folding claw. FIG. 12 is a side view illustrating the structure of an overhead crane system in which a control device is engaged, a danger plate, a telescoping cylinder, and an auxiliary leg are added, and the structure moves from the outside of the trap to the symmetrical corner ridge. 1 Gont'u, 2 Bottom plate, 5 A-B Support rod, 6
Person/B cylinder, 8 rotating device, 9A-B advance payment,
l0A-B Gokin, 11A-B Zaai, ]2A”B
Available, 15A-B fork, 19A/B axis, 2
OA-B pipe, 21 axis, 27A/B cylinder,
28A/B support rod, 29A-B cylinder, 3OA-B
Rotating device, 32A-B/C-D Rotating bearing, 34A
-B cylinder, 35 intermediate pipe shaft, 37A/B connector, 38 magnet, G, 39 pinch cylinder, 44 boom, 49 operation panel, 54 switchboard, 56 shield plate and mounting hole,
62 Scattering receiver, 63A-B Horizontal scattering receiver, 64A-B tilting device, 66A-B corner plate, 6'7A-B cylinder,
69 Shock absorber, 70...tactile insulator bar, 71 Guy 1
Ring, '72 Flexible tactile insulator bar, 73 Winding device, 75
@ Oblique shaft, 76 Joint shaft, pine placket, 78A @
B cylinder, 79 shaft, 80 bearing, 82 nut, 8
3. Screw reinforcement plate, 85 Rotating device, 86 Reinforcement frame, 8 Upper cylinder device, 88. Lower cylinder device, 89
Screw reinforcement plate, 90 Screw bearing, 91A"B"C/D+1
E... pipe, 92A-B-C-D claw shaft, 95
Screw reinforcement plate, 97 Stopper, 98 Rotating device, 99
Support rod, 101 cylinder, 104A/B-C-D
Back fixing lot, 105 filament, work” Shin A11i
Nori: / Evening, 112 main ft'll axis, 113 pivot, 114A-B main landing gear, 115A-B cylinder,
11'7 Joint shaft, 11B Stopper, 119 Shaft, 120A/B Support rod, 123 Rotating device, 126
Auxiliary leg, 127 Cylinder, 128 Tip zoom, 129
Weight, 130 Rotating device, 131 Boom shaft, 1
32 bearing, 133 rotating device, 139 control device,
1477 Menling is shown.

Claims (1)

[Scope of Claims] (a) It has a boarding/lowering platform and a stand, which requires a wide variety of functions. , freely attached to the bottom plate 2 1Ial+
4, the support rod 5Δ・B and the gripper 68・)3-C・D freely engage the ups and downs of the bottom plate 2-)-II71c 1
The i-Il rotating device is selectively installed by means of the engagement means (1-). The front metal plate 9A-n and the rear metal plate 10A-B and No. which are mounted on the stacking stand and the rear metal plate 10A-B and No.1 of the rotary plate 7 are mounted on the stacking stand and the mounting stand. A-B and a cloth stand], 2 A-B are telescopically installed on the side of the bottom lθ, and a fork 5 is provided on the front surface so that it can be selectively installed vertically by means of a latching means. The tube 2 OA-B is attached to the tube 19Δ and 13, which is equipped with a versatile Φ polygonal wire and a hose that can be freely replaced with other types.
Support shaft 21 with 7 links 27A-8) 1' 28 A -
B and cylinders 29A-B are engaged in a freely undulating manner, rotating device 30A-B IJ'- are freely engaged on the flow side, and intermediate pipe shaft 3 is connected to rotating bearings 32A, B-C, D and cylinders 34A-B.
The connectors 37A and 37B can be freely connected to various types of instruments, can be selectively operated, and can be freely expanded and contracted. The magnet 38 can freely touch the current, the pinch cylinder 39 can freely separate and separate, the hoop 44 engages with the lower part of the gondola 1, and the operation panel 49 can selectively control boarding, hand, and remote control. 54
A multi-wire system such as a safety device body for overload, overvoltage, and relay devices is installed, and the shield plate and mounting hole 56 are placed above the gondola 1 and cover the useful range, and the all-weather shield plate or the dangerous odor heat shield plate is used as emergency equipment. It is provided so as to be able to engage with the installation means. Hiba Uke 62 is Yokosan Uke 63A
-B and the tilting device 64A-B are tiltable, and the corner plate 66A
2. The lifting and lowering device according to claim 1, wherein the cylinder 617AIIB is provided in the cylinder 617AIIB so as to be movable in the direction of the flying object and can be selectively retained by engagement. 2. The shock absorber 669 and the tactile insulator (the tactile insulator 70 is activated) so that the automatic stop of the tactile insulator can be freely adjusted to the side and the boom 44. Furthermore, a self-tactile insulator rod 2 is attached to the guide ring '7].
2. The lifting and lowering device according to claim 1, wherein the winding device 73 is provided with a telescopic mechanism that can be selectively held on the 7-mem 44 by a holding means. 3. Glue the tilting shaft 75 and joint shaft 76, which can hold polymorphic solids and freely adjust rotation, expansion and contraction, and tilt, to 7-no.
The joint shaft 76 is selectively provided in the engagement opening 1 to engage the winding device body in all directions. The rotation device 85 connects and engages the shaft 79, the bearing 80, and the nut 82 so that the rotation device 85 can freely travel in all directions, and the reinforcement frame 86 is engaged with the upper/slipping device 87 of the frame body. And the lower glue/gluing device 8th is screw reinforcing plate 89 and Neno II
+I+ receiver 90 engages, and the slit tube 91A-11/C-D
-E is fixed to the allowable load, claw shafts 92A-B-C-D are reinforced with screws #i, 95 and stopper 97 are connected with rotating device @-98 in all directions, and rotating device 98 is connected to be rotatable in all directions. The supporting rod 99 and the cylinder 101 are engaged with the upper cylinder device 87 and the lower gluing device 8 so that they can be opened and closed, and can be operated manually depending on the purpose. The gripper 147 is provided with multiple tabs that can freely and selectively engage unbalanced loads and grip balance. The back stops p7 104A, B, CD and the filament 105 freely engage the tilting load of the tilting motion. Claim 4% characterized in that the telescoping sitter device 107 is provided so as to be engageable and selectively engageable in a downwardly extending manner.
Lifting and lowering device according to item 1. 4. The main leg shaft 112, which has a wide range of rotation, undulation, extension and contraction by lifting and lowering or hoisting, engages with the boom 44, and the main legs 114A and 114B and cylinders 115A-B engage with the pivot shaft 113 so that they can be opened and closed. However, the joint shaft 117 engages with the shaft 119 during the opening/closing operation within a useful range, and the stopper 118 further engages the support rod 12OA.
-B, the rotation device 123 connects and engages the main legs 114A-B in a manner that allows the main legs 114A-B to freely rise and fall, and the auxiliary legs 123 are configured to be selectively engageable.
6 and the cylinder 127 are provided with the engagement opening J function so that the contact points can be raised and lowered and the height can be expanded and contracted freely. Tip 7, 128 to 129 and rotating device 1: SO
is provided in five positions to select the position of balanced and stable rotation and to selectively maintain the position. 7-mu+ll+13
1, the bearing 132 and the rotating device i#133 are engaged with each other so as to be freely movable, and the gripper 34 is provided so as to be movable. Control device 1
39 is a lifting device characterized in that the lifting mechanism freely engages the operation lock of the hoisting mechanism.