CN204490273U

CN204490273U - Elevator craning cage

Info

Publication number: CN204490273U
Application number: CN201520035553.0U
Authority: CN
Inventors: 黄正祥
Original assignee: Qiao Xing Machinery Manufacturing Co Ltd Of Fujian Province
Current assignee: Qiao Xing Machinery Manufacturing Co Ltd Of Fujian Province
Priority date: 2015-01-19
Filing date: 2015-01-19
Publication date: 2015-07-22
Anticipated expiration: 2025-01-19

Abstract

The utility model discloses a kind of elevator craning cage, the wall-enclosing board comprise base plate, arranging around described base plate, also comprise catch gear and door-plate, described catch gear comprises socket and latch; Described wall-enclosing board offers doorway, hinged described door-plate, another side arrange described socket on the one side on described doorway, described door-plate arranges the latch suitable with described socket, described latch comprises shaft member and is connected to the handle be disposed radially in shaft member, described socket comprises the sleeve suitable with described latch, described sleeve is offered breach along grafting direction for moving on to spacing for latch from breach one end when described handle after the other end on socket.The utility model structure is simple, easy to use, greatly improves the safety of elevator craning cage while greatly improving transport efficiency.

Description

Elevator craning cage

Technical field

The utility model relates to promoting and demoting mechanism technology for making field, particularly relates to a kind of elevator craning cage.

Background technology

Elevator is indispensable a kind of mechanical equipment in modern high-rise building work progress, its Main Function is that the building materials on ground is transported to Construction of High-rise scene, the conveying efficiency of elevator directly affects the progress of engineering, especially the cage of elevator, as the prevailing traffic structure of elevator, carry the effect of transporting material, various standard has been done to elevator by country for this reason, with the requirement making elevator also can reach construction safety while guaranteed efficiency, due to elevator duty environment rather harsh, wall-enclosing board to be set on the inwall of cage or outer wall when design cage structure, be used for preventing the material in elevator duty process in cage from dropping from cage, locking between existing elevator craning cage wall-enclosing board and door-plate, it generally adopts the mode of latch to lock, this latch is generally common latch, namely mainly axis body is comprised, axis body directly inserts socket, other not any any safety measures, when long distance transports material, common latch stability and safety lower, very possible latch departs from from socket, door-plate is caused to open halfway, there is potential safety hazard.

Utility model content

Technical problem to be solved in the utility model is: provide the elevator craning cage that a kind of safety factor is higher.

In order to solve the problems of the technologies described above, the technical solution adopted in the utility model is: provide a kind of elevator craning cage, and the wall-enclosing board comprise base plate, arranging around described base plate also comprises catch gear and door-plate, and described catch gear comprises socket and latch; Described wall-enclosing board offers doorway, hinged described door-plate, another side arrange described socket on the one side on described doorway, described door-plate arranges the latch suitable with described socket, described latch comprises shaft member and is connected to the handle be disposed radially in shaft member, described socket comprises the sleeve suitable with described latch, described sleeve is offered breach along grafting direction for moving on to spacing for latch from breach one end when described handle after the other end on socket.

Further, described socket is tool annulus jaggy.

Further, the middle and upper part that described breach is arranged on annulus is divided.

Further, described handle is cylinder, and described handle and axis body junction are symmetrical arranged groove along axis, and the width of the thickness between described groove floor and described breach is suitable.

Further, described shaft member one end is bent to form secondary handle, and described handle is welded in described shaft member, and described handle and secondary handle are towards shaft member side.

The beneficial effects of the utility model are: adopt latch to fix between the utility model elevator craning cage wall-enclosing board and door-plate, this latch comprises handle and axis body, socket comprises the sleeve suitable with axis body, breach offered by sleeve, axis body to insert after sleeve handle from breach one end to the other end and by after rotating handles by handle limited at the other end, the utility model structure is simple, easy to use, greatly improves the safety of elevator craning cage while greatly improving transport efficiency.

Accompanying drawing explanation

Fig. 1 is the local structure schematic diagram of the elevator craning cage of the utility model embodiment;

Fig. 2 is the enlarged drawing in the A portion of Fig. 1.

Label declaration:

1, base plate; 2, wall-enclosing board; 3, door-plate; 4, catch gear; 41, latch; 42, socket; 43, axis body; 44, handle; 45, breach; 46, secondary handle; 47, groove.

Detailed description of the invention

By describing technology contents of the present utility model in detail, realized object and effect, accompanying drawing is coordinated to be explained in detail below in conjunction with embodiment.

The design of the utility model most critical is: fixed by latch 41 between the utility model door-plate 3 and wall-enclosing board 2, this latch 41 comprises handle 44 and axis body 43, socket 42 comprises the sleeve suitable with axis body 43, sleeve is offered breach 45, can through this breach 45 spacing at handle 44, the safety of this elevator craning cage is higher

Refer to Fig. 1 and Fig. 2, this elevator craning cage, the wall-enclosing board 2 comprise base plate 1, arranging around described base plate 1, also comprise catch gear 4 and door-plate 3, described catch gear 4 comprises socket 42 and latch 41; Described wall-enclosing board 2 offers doorway, hinged described door-plate 3, another side arrange described socket 42 on the one side on described doorway, described door-plate is provided with the latch 41 suitable with described socket 42, described latch 41 comprises shaft member and is connected to the handle 44 be disposed radially in shaft member, described socket 42 comprises the sleeve suitable with described latch 41, described sleeve is offered breach 45 along grafting direction for moving on to after the other end latch is spacing on socket 42 from breach one end when described handle 44.

From foregoing description, the beneficial effects of the utility model are: adopt latch 41 to fix between the utility model elevator craning cage wall-enclosing board 2 and door-plate 3, this latch 41 comprises handle 44 and axis body 43, socket 42 comprises the sleeve suitable with axis body 43, sleeve is offered breach 45, after axis body 43 inserts sleeve handle 44 from breach 45 one end to the other end and by after rotating handles 44 by spacing for handle 44 at the other end, the utility model structure is simple, easy to use, while greatly improving transport efficiency, greatly improve the safety of elevator craning cage.

Further, described socket 42 is for having the annulus of breach 45.

Seen from the above description, adopt annulus as socket 42, greatly can save cost of manufacture, and production process is simple, is convenient to obtain.

Further, the middle and upper part that described breach 45 is arranged on annulus is divided.

Seen from the above description, breach 45 is arranged on the middle and upper part of annulus, after axis body 43 inserts annulus after handle 44 from breach 45 one end to the other end and by after rotating handles 44 by spacing for handle 44 other end at annulus, lower handle 44 can be sagging in handle 44 gravity more afterwards, even if this structure makes latch 41 also can not depart from from socket 42 in case of turbulence, ensure that the safety of latch 41 and socket 42 grafting.

Further, described handle 44 is cylinder, and described handle 44 and axis body 43 junction are symmetrical arranged groove 47 along axis, the thickness between described groove 47 bottom surface and the width of described breach 45 suitable.

Seen from the above description, handle 44 is offered groove 47, be designed to the thickness at cylinder thickness groove 47 place suitable by suitable for the width of breach 45, can effectively prevent latch 41 from departing from from socket 42.

Further, described shaft member one end is bent to form secondary handle 46, and described handle 44 is welded in described shaft member, and described handle 44 and secondary handle 46 are towards shaft member side.

Seen from the above description, when having handle 44, the gravity that secondary handle 46 effectively can increase latch 41 is set, thus latch 41 is coordinated with socket 42 better, stability is higher.

Please refer to Fig. 1 and Fig. 2, embodiment one of the present utility model is: the present embodiment elevator craning cage, the wall-enclosing board 2 comprise base plate 1, arranging around described base plate 1, and also comprise catch gear 4 and door-plate 3, described catch gear 4 comprises socket 42 and latch 41, described wall-enclosing board 2 offers doorway, hinged described door-plate 3 on the one side on described doorway, another side is arranged described socket 42, described door-plate is provided with the latch 41 suitable with described socket 42, described latch 41 comprises shaft member and is connected to the handle 44 be disposed radially in shaft member, described socket 42 comprises the sleeve suitable with described latch 41, described sleeve is offered breach 45 along grafting direction for moving on to after the other end latch is spacing on socket 42 from breach one end when described handle 44, described socket 42 is for having the annulus of breach 45, the middle and upper part that described breach 45 is arranged on annulus is divided, described handle 44 is cylinder, described handle 44 is symmetrical arranged groove 47 with axis body 43 junction along axis, thickness between described groove 47 bottom surface and the width of described breach 45 suitable, described shaft member one end is bent to form handle 44 described in secondary handle 46 and is welded in described shaft member, described handle 44 and secondary handle 46 are towards shaft member side.

In sum, the elevator craning cage that the utility model provides, structure is simple, and safety factor is high, can effectively prevent latch from departing from from socket.

The foregoing is only embodiment of the present utility model; not thereby the scope of the claims of the present utility model is limited; every equivalents utilizing the utility model specification sheets and accompanying drawing content to do; or be directly or indirectly used in relevant technical field, be all in like manner included in scope of patent protection of the present utility model.

Claims

1. an elevator craning cage, the wall-enclosing board comprise base plate, arranging around described base plate, is characterized in that, also comprises catch gear and door-plate, and described catch gear comprises socket and latch; Described wall-enclosing board offers doorway, hinged described door-plate, another side arrange described socket on the one side on described doorway, described door-plate arranges the latch suitable with described socket, described latch comprises shaft member and is connected to the handle be disposed radially in shaft member, described socket comprises the sleeve suitable with described latch, described sleeve is offered breach along grafting direction for moving on to spacing for latch from breach one end when described handle after the other end on socket.

2. elevator craning cage according to claim 1, is characterized in that, described socket is tool annulus jaggy.

3. elevator craning cage according to claim 1, is characterized in that, the middle and upper part that described breach is arranged on annulus is divided.

4. elevator craning cage according to claim 1, is characterized in that, described handle is cylinder, and described handle and axis body junction are symmetrical arranged groove along axis, and the width of the thickness between described groove floor and described breach is suitable.

5. elevator craning cage according to claim 1, is characterized in that, described shaft member one end is bent to form secondary handle, and described handle is welded in described shaft member, and described handle and secondary handle are towards shaft member side.