CN207419992U - High-lift operation hanging cradle - Google Patents

Abstract

The utility model provides a kind of high-lift operation hanging cradle, which includes：Storing apparatus, for accommodating staff；Connection component is connected with storing apparatus；Hook sets device, is adjustably connected with connection component position, and construction part is arranged on for hook.In the utility model, device is set by hook with connection component position to be adjustably connected, so that hook sets position-adjustable of the device on connection component, it can preferably be set with various sizes of construction part phase hook, suitable for the construction part of various different cross section sizes, applicability and recycling rate of waterused are improved, and, it is simple in structure, it is easy to operation.

Description

High-lift operation hanging cradle

Technical field

The utility model is related to construction engineering technical field, in particular to a kind of high-lift operation hanging cradle.

Background technology

At present, in construction, it is connected for girder steel with steel column, girder steel anti-corrosion, fire prevention processing, steel structure surface reinforcing bar Binding and concreting, the constructing operations such as girder steel and the reinforcing of beams of concrete surface connector, are often applied in the air in height Work, then usually used construction method be：By hanging basket suspension on girder steel, beams of concrete, staff is placed in hanging basket and carries out Above-mentioned constructing operation.The hanging basket is typically the fixed hanging basket being fabricated to using materials such as reinforcing bars, although the hanging basket can be carried, and And repeat usage is higher, and still, since the hanging basket is fixed, so, which can only hang on matched beam On, however, in practice of construction, there are many kinds of the sectional dimensions of beam, is thus easy to cause the hanging basket to different cross section size Beam applicability is poor.

Utility model content

In consideration of it, the utility model proposes a kind of high-lift operation hanging cradles, it is intended to solve fixed hanging basket in the prior art To beam it is poor for applicability the problem of.

The utility model proposes a kind of high-lift operation hanging cradle, which includes：Storing apparatus, for accommodating work people Member；Connection component is connected with storing apparatus；Hook sets device, is adjustably connected with connection component position, is arranged on and applies for hook Workpiece.

Further, in above-mentioned high-lift operation hanging cradle, connection component includes：Two the first connectors being set up in parallel and extremely Few two second connectors；Wherein, the first end of every first connector is connected with storing apparatus, every first connector Second end be free end；Each second connector is crossed between two first connectors, and hook sets device and any second Connector phase hook is set.

Further, in above-mentioned high-lift operation hanging cradle, hook, which sets device, to be included：First hook sets body, second hook sets body and at least Two hooks set part；Wherein, the first hook sets body and second hook and sets body vertical connection, and each hook, which sets part and is all connected to second hook, sets body, appoints One hook sets part and is set with any second connector phase hook；First hook sets body, second hook sets the space formed between body and connection component For sandwiched construction part.

Further, in above-mentioned high-lift operation hanging cradle, each hook, which sets part, to be included：Two hanged hooks；Wherein, two suspensions Hook is all connected to second hook and sets body, also, two hanged hooks set the axisymmetrical setting of body, two hanged hooks compared with second hook For removably hook to set any second connector simultaneously.

Further, in above-mentioned high-lift operation hanging cradle, storing apparatus includes：Four protection mechanisms and support mechanism；Wherein, Four protection mechanisms are detachably connected from beginning to end successively, and four protection mechanisms enclose the frame for being set as that a section is quadrangle, support Mechanism is arranged at the bottom of frame and is detachably connected with four protection mechanisms, and four protection mechanisms are enclosed with support mechanism to be set as One accommodation space, accommodation space are used to accommodate staff；Connection component be placed in the top of frame and with any protection mechanism phase Connection.

Further, in above-mentioned high-lift operation hanging cradle, each protection mechanism includes：Two supporting rods and multiple protection Bar；Wherein, two supporting rods are set up in parallel, and each fender rod is crossed between two supporting rods；Any supporting rod and with its phase Adjacent and positioned at different protection mechanisms supporting rods are to be detachably connected；Support mechanism and the fender rod in four protection mechanisms are equal It is detachably connected.

Further, in above-mentioned high-lift operation hanging cradle, any supporting rod and adjacent thereto and positioned at different protection mechanisms Supporting rod between pass through snap ring assemblies plug connection.

Further, in above-mentioned high-lift operation hanging cradle, snap ring assemblies include：First snap ring and the second snap ring；Wherein, wherein The first end of one supporting rod and the first snap ring are rotatable and can slide up and down and be connected, and the second end of supporting rod is consolidated with the second snap ring Fixed connection, the both ends of another supporting rod respectively with the first snap ring and the plug connection correspondingly of the second snap ring.

Further, in above-mentioned high-lift operation hanging cradle, support mechanism includes：Support bracket；Wherein, support bracket and four protection Fender rod in mechanism is by being connected together.

Further, above-mentioned high-lift operation hanging cradle further includes：Two handrails；Wherein, two handrails are connected with two first The second end of part connects one to one.

In the utility model, device is set by hook and is adjustably connected with connection component position so that hook sets device even Position-adjustable on connected components can preferably be set with various sizes of construction part phase hook, suitable for various different cross section rulers Very little construction part, improves applicability and recycling rate of waterused, solve in the prior art fixed hanging basket to the poor for applicability of beam The problem of, also, it is simple in structure, it is easy to operation.

Description of the drawings

By reading the detailed description of hereafter preferred embodiment, it is various other the advantages of and benefit it is common for this field Technical staff will be apparent understanding.Attached drawing is only used for showing the purpose of preferred embodiment, and is not considered as to this practicality New limitation.And throughout the drawings, the same reference numbers will be used to refer to the same parts.In the accompanying drawings：

Fig. 1 is the structure diagram for the high-lift operation hanging cradle that the utility model embodiment provides；

Fig. 2 is the structure diagram of connection component in the high-lift operation hanging cradle that the utility model embodiment provides；

Fig. 3 is the structure diagram that hook sets device in the high-lift operation hanging cradle that the utility model embodiment provides；

Fig. 4 is the structure diagram of protection mechanism in the high-lift operation hanging cradle that the utility model embodiment provides；

Fig. 5 is the another structure diagram of protection mechanism in the high-lift operation hanging cradle that the utility model embodiment provides；

Fig. 6 is the structure diagram of support mechanism in the high-lift operation hanging cradle that the utility model embodiment provides.

Specific embodiment

The exemplary embodiment of the disclosure is more fully described below with reference to accompanying drawings.Although the disclosure is shown in attached drawing Exemplary embodiment, it being understood, however, that may be realized in various forms the disclosure without should be by embodiments set forth here It is limited.On the contrary, these embodiments are provided to facilitate a more thoroughly understanding of the present invention, and can be by the scope of the present disclosure Completely it is communicated to those skilled in the art.It should be noted that in the case where there is no conflict, the implementation in the utility model Feature in example and embodiment can be mutually combined.It is below with reference to the accompanying drawings and in conjunction with the embodiments new this practicality is described in detail Type.

Referring to Fig. 1 to Fig. 6, the preferred structure for the high-lift operation hanging cradle that the utility model embodiment provides is shown in figure. As shown in the figure, high-lift operation hanging cradle can include：Storing apparatus 1, connection component 2 and hook set device 3.Wherein, storing apparatus 1 is used In accommodating staff, so that staff carries out corresponding constructing operation in position to be onstructed.Connection component 2 and storing apparatus 1 is connected, and hook sets device 3 and is adjustably connected with 2 position of connection component, and hook sets device 3 and is arranged on construction part for hook.Specifically Ground, connection component 2 play the role of connection, and hook sets 3 hook facility workpiece of device, and construction part can be construction beam or other can be with The progress hook of device 3 is set for hook to set and corresponding to the component of position to be onstructed.It is adjustable that hook sets position between device 3 and connection component 2 Section so that hook sets device 3 and can be adjusted according to the different sizes of construction part into row position, and then realizes that hook sets device 3 and construction The hook of part sets connection.

When it is implemented, storing apparatus 1 can be the receiving frame that a section is quadrangle, so that staff is safer Ground is placed in storing apparatus 1.

In use, the construction part at good position to be onstructed is predefined, according to the size adjustable hook of the construction part determined If position of the device 3 on connection component 2, hook is set into device 3 and is connected with connection component 2, then by hook set 3 hook of device be arranged on apply Workpiece, staff can be placed in storing apparatus 1, treat and corresponding constructing operation is carried out at construction location.

As can be seen that in the present embodiment, device 3 is set by hook and is adjustably connected with 2 position of connection component so that hook is set Position-adjustable of the device 3 on connection component 2 can preferably be set with various sizes of construction part phase hook, suitable for various The construction part of different cross section size, improves applicability and recycling rate of waterused, solve in the prior art fixed hanging basket to beam It is poor for applicability the problem of, it is also, simple in structure, it is easy to operation.

Referring to Fig. 1 and Fig. 2, the preferred structure of connection component in the present embodiment is shown in figure.As shown in the figure, connection component 2 can include：Two first connectors 21 and at least two second connectors 22.Wherein, two first connectors 21 are set side by side It puts, there is pre-determined distance between two first connectors 21, which can determine according to actual conditions, the present embodiment Any restrictions are not done to this.

The first end (lower end shown in FIG. 1) of every first connector 21 is connected with storing apparatus 1, every first company The second end (upper end shown in FIG. 1) of fitting 21 is free end.Specifically, two first connectors 21 are placed in storing apparatus 1 Top (for Fig. 1), also, two first connectors 21 are parallel with the vertical axis of storing apparatus 1, then two First connector 21 is extended outwardly setting by the top of storing apparatus 1.

When it is implemented, when storing apparatus 1 is the receiving frame that a section is quadrangle, two first connectors 21 are It is connected with a side wall for accommodating frame, also, two the first connectors 21 are placed in the side wall on same straight line.

Due to having pre-determined distance between two first connectors 21, so, each second connector 22 crosses at two Between first connector 21, also, the both ends of every second connector 22 respectively with two first connectors 21 correspondingly Connection.Each second connector 22 is uniformly distributed between two first connectors 21, i.e., between adjacent two second connectors 22 Distance it is equal.

The high-lift operation hanging cradle can also include：Two handrails 7.Wherein, two handrails 7 and two first connectors 21 Second end connects correspondingly.

Hook sets device 3 and is set with any second connector, 22 phase hook, and specifically, hook sets device 3 can be according to the ruler of construction part Very little and actual conditions select wherein second connector 22 and are set with its phase hook.

As can be seen that in the present embodiment, device 3 is set by hook and is set with any second connector, 22 phase hook, enables to hook If position-adjustable of the device 3 on connection component 2, and then realize hook and set device 3 in the short transverse of connection component 2 Position is adjusted, and can preferably be suitable for various sizes of construction part, it is ensured that hook sets device 3 and steadily may be used with connection component 2 Dismantling connection improves applicability.

Referring to Fig. 1 to Fig. 3, show that hook in the present embodiment sets the preferred structure of device in figure.As shown in the figure, hook sets device 3 can include：First hook sets body 31, second hook sets 32 and at least two hook of body and sets part 33.Wherein, the first hook sets body 31 and second Hook sets 32 vertical connection of body, and specifically, the first hook sets the first end (lower end shown in Fig. 3) of body 31 as free end, and the first hook is set The first end (right end shown in Fig. 3) that second end (upper end shown in Fig. 3) and the second hook of body 31 set body 32 is connected, second hook If the second end (left end shown in Fig. 3) of body 32 is free end, the first hook sets body 31, and with second hook to set body 32 perpendicular.

When it is implemented, the first hook sets body 31 and second hook sets the structure of body 32 and can be determined according to actual conditions, this Embodiment does not do this any restrictions.In the present embodiment, merely illustrate that the first hook of one of which sets body 31 and second hook is set The structure of body 32, structure that but it is not limited to this：First hook, which sets body 31, to be included：Two first hooks set bar 311 and Duo Gen second Hook sets bar 312.Wherein, two first hooks set bar 311 to be set up in parallel, also, two first hooks set between bar 311 have it is default Distance, each second hook sets bar 312 and crosses between two first hooks set bar 311, also, each second hook sets the two of bar 312 End sets bar 311 with two first hooks respectively and is connected correspondingly.Every second hook sets bar 312 and is used to strengthen first hook to set The intensity of body 31 so that the structure that the first hook sets body 31 is firmer.Preferably, each second hook sets bar 312 in two first hooks If it is uniformly distributed between bar 311.When it is implemented, the pre-determined distance that two first hooks are set between bar 311 can be according to actual feelings Condition determines that the present embodiment do not do this any restrictions.

Second hook, which sets body 32, to be included：Two the 3rd hooks set bar 321 and the 4th hooks of Duo Gen set bar 322.Wherein, two Three hooks set bar 321 to be set up in parallel, also, two the 3rd hooks are set has pre-determined distance between bar 321, and each 4th hook sets bar 322 It crosses between two the 3rd hooks set bar 321, also, each 4th hook sets the both ends of bar 322 and sets bar with two the 3rd hooks respectively 321 connect correspondingly.Every 4th hook sets bar 322 and is used to strengthen the intensity that the second hook sets body 32 so that second hook If the structure of body 32 is firmer.Preferably, each 4th hook sets bar 322 and is uniformly distributed between two the 3rd hooks set bar 321.The Two the 3rd hooks that two hooks are set in body 32 set two first hooks that 321 and first hook of bar is set in body 31 and set bar 311 correspondingly Connection.

Each hook, which sets part 33 and is all connected to second hook, sets body 32, and specifically, each hook, which sets part 33 and is connected to second hook, sets body 32 Upper surface (for Fig. 3), each hook set part 33 and the length direction setting for setting body 32 on body 32 along second hook are set in second hook. Preferably, each hook sets part 33 and set in second hook is uniformly distributed on body 32, i.e., two neighboring hook set between part 33 have it is identical away from From.

Any hook sets part 33 and is set with any second connector, 22 phase hook, and specifically, an arbitrary hook sets part 33 can be with Arbitrary 22 phase hook of second connector is set.It is set when one of hook sets part 33 with one of them 22 phase hook of the second connector When, then the connection that second hook sets body 32 and connection component 2 is realized, at this moment, the first hook sets body 31, second hook sets body 32 with being connected A sandwiched space 4 is formed between component 2, the sandwiched space 4 is for the sandwiched construction part.And it is possible to part 33 is set according to hook The size that position adjusts sandwiched space 4 is set with the hook of the second connector 22, so that the sandwiched space 4 can sandwiched be various sizes of applies Workpiece.

In use, predefine the construction part at good position to be onstructed, according to the size selection of the construction part determined its In a hook set part 33 and one of them second connector 22, by selected hook set 33 hook of part arranged on selected second connection On part 22 so that second hook sets body 32 and is detachably connected with connection component 2, also, the first hook sets body 31, second hook set body 32 with A sandwiched space 4 is formed between connection component 2, so as to which hanging basket be installed.At this moment, hanging basket is positioned over the attached of construction part Closely, which is corresponded into construction part, and construction part is made to be located in the sandwiched space 4, realize hanging basket and construction part Be stably connected with.Staff can be placed in storing apparatus 1, treat and corresponding constructing operation is carried out at construction location.

As can be seen that in the present embodiment, any hook set by hook in device 3 sets part 33 and any in connection component 2 Second connector, 22 phase hook is set, in this way, can determine which hook sets part 33 and which the second connector according to the size of construction part 22 phase hooks are set, and preferably can set link position between device 3 and connection component 2 by adjustable hook, realize hook set device 3 with even The position-adjustable of connected components 2, also, the space sandwiched that the first hook sets body 31, second hook is set between body 32 and connection component 2 is applied Workpiece so that the hook sets device 3 and can be set with various sizes of construction part phase hook, improves the applicability of hanging basket and repeatable profit With rate.

With continued reference to Fig. 1 to Fig. 3, in above-described embodiment, each hook sets part 33 and may each comprise：Two hanged hooks 331.Its In, two hanged hooks 331 are all connected to second hook and set body 32, have pre-determined distance, specific implementation between two hanged hooks 331 When, which can determine that the present embodiment does not do this any restrictions according to actual conditions.Two 331 phases of hanged hook The central axis that body 32 is set for second hook is symmetrical arranged, and two hanged hooks 331 are for removably hook to set any second simultaneously Connector 22.Specifically, two hanged hooks 331 occur in pairs, also, two hanged hooks 331 set body 32 compared with second hook The central axis of length direction is symmetrical, so that more stably hook sets same second connector 22 to two hanged hooks 331.Suspension Hook 331 is arranged at the upper surface that second hook sets body 32, so that hanged hook 331 is more stably set with 22 phase hook of the second connector.

When it is implemented, include when second hook sets body 32：Two the 3rd hooks set bar 321 and when the 4th hooks of Duo Gen set bar 322, Two hanged hooks 331 set bar 321 with two the 3rd hooks respectively and are connected correspondingly, also, two hanged hooks 331 are symmetrically set It puts, i.e., two hanged hooks 331 are corresponding in the position that two the 3rd hooks are set on bar 321, to ensure that two 331 hooks of hanged hook are set Same second connector 22.

As can be seen that in the present embodiment, the structure that hook sets part 33 is simple, convenient to carry out.

Referring to Fig. 1, Fig. 4 to Fig. 6, the preferred structure of storing apparatus in the present embodiment is shown in figure.It is as shown in the figure, above-mentioned In each embodiment, storing apparatus 1 can include：Four protection mechanisms 11 and support mechanism 12.Wherein, four protection mechanisms 11 according to Secondary head and the tail are detachably connected, then four protection mechanisms 11 enclose the frame for being set as that a section is quadrangle.Specifically, arbitrary neighborhood Two protection mechanisms 11 are to be detachably connected, and each protection mechanism 11 is used to play staff protection barrier effect.

Support mechanism 12 is arranged at the bottom of frame, also, support mechanism 12 and four protection mechanisms 11 are detachable Connection, i.e., support mechanism 12 and four 11 connections of protection mechanism are to be detachably connected, and support mechanism 12 is used for support work Make personnel.Four protection mechanisms 11 are enclosed with support mechanism 12 is set as an accommodation space 13, which is used to accommodate work Make personnel.The section of the accommodation space 13 is quadrangle, and the side wall of the accommodation space 13 is four protection mechanisms 11, accommodation space 13 top is set to be open, and the bottom wall of accommodation space 13 is support mechanism 12.

Connection component 2 is placed in the top (for Fig. 1) of frame, also, connection component 2 and any protection mechanism 11 It is connected.Specifically, connection component 2 is connected with one of protection mechanism 11 of the frame, also, connection component 2 is with being somebody's turn to do Protection mechanism 11 is located along the same line.Connection component 2 can be to be fixedly connected with the 11 ground connection mode of protection mechanism, also may be used Think and be detachably connected, the present embodiment is not intended to be limited in any this.

As can be seen that in the present embodiment, enclosed by four protection mechanisms 11 and support mechanism 12 and be set as a receiving work people The accommodation space 13 of member, can effectively ensure that the safe construction of staff, ensure that the safety of staff, also, four To be detachably connected between a protection mechanism 11, also make between support mechanism 12 and four protection mechanisms 11 to be detachably connected Obtaining the storing apparatus 1 can disassemble and install, in this way, hanging basket can not only be at narrow space or the broad place in space can be with It carries out peace and tears use open, additionally it is possible to each several part can be disassembled to place when hanging basket leaves unused, substantially increase the suitable of hanging basket With property, it is easier to operate.

With continued reference to Fig. 1, Fig. 4 to Fig. 6, in above-described embodiment, each protection mechanism 11 may each comprise：Two supporting rods 111 and multiple fender rods 112.Wherein, two supporting rods 111 are set up in parallel, and have pre-determined distance between two supporting rods 111, The pre-determined distance can determine that the present embodiment degree does not do this any restrictions according to actual conditions.

Each fender rod 112 is crossed between two supporting rods 111, also, the both ends of each fender rod 112 are respectively with two A supporting rod 111 connects correspondingly.Each fender rod 112 is uniformly distributed between two supporting rods 111, i.e., two neighboring anti- The distance between guard bar 112 is equal.

When it is implemented, two first connectors 21 in connection component 2 and two in one of protection mechanism 11 Supporting rod 111 connects correspondingly, and two first connectors 21 are located along the same line with two supporting rods 111.Preferably, First connector 21 is integrally formed with corresponding supporting rod 111.

Any supporting rod 111 and adjacent thereto and positioned at different protection mechanisms 11 supporting rods 111 are to be detachably connected, Specifically, to be detachably connected between any one supporting rod 111 supporting rod 111 adjacent thereto, also, two supporting rods 111 are located at two adjacent protection mechanisms 11.That is, two supporting rods of two neighboring 11 touching position of protection mechanism 111 are detachably connected, then due to including two supporting rods 111 in each protection mechanism 11, so, two neighboring protection mechanism 11 touching positions are in contact by supporting rod 111, and two supporting rods 111 of touching position are located at two neighboring protection respectively In mechanism 11, two supporting rods 111 are to be detachably connected.

Support mechanism 12 is detachably connected with the fender rod 112 in four protection mechanisms 11, specifically, support mechanism 12 Fender rod 112 with being placed in bottom (for Fig. 1) in each protection mechanism 11 is detachably connected.This detachably connects The mode of connecing can be connected together, plug connection etc., naturally it is also possible to for other detachable connections, the present embodiment is to this Do not do any restrictions.

As can be seen that in the present embodiment, the structure of each protection mechanism 11 is simple, convenient to carry out, and can play very Good protective action effectively protects the safety of staff.

With continued reference to Fig. 1, Fig. 4 to Fig. 6, in above-described embodiment, any supporting rod 111 and adjacent thereto and positioned at difference There are many kinds of the detachable connections of the supporting rod 111 of protection mechanism 11, and the present embodiment is not intended to be limited in any this.In this reality It applies in example, only enumerates one of which detachable connection, but not limited to this structure：Any supporting rod 111 and adjacent thereto And positioned at different protection mechanisms 11 supporting rod 111 between pass through 5 plug connection of snap ring assemblies.

Specifically, snap ring assemblies 5 can include：First snap ring 51 and the second snap ring 52.Wherein, any 111 He of supporting rod The first end and first of one of supporting rod 111 in adjacent thereto and positioned at different protection mechanisms 11 supporting rods 111 Snap ring 51 is rotatable and can slide up and down connection, and the second end of the supporting rod 111 is fixedly connected with the second snap ring 52.Another branch The both ends of strut 111 respectively with the first snap ring 51 and the second plug connection correspondingly of snap ring 52.It specifically, will be two neighboring One of supporting rod 111 in two supporting rods 111 of 11 touching position of protection mechanism is denoted as first support bar, by another Supporting rod 111 is denoted as second support bar.First snap ring 51 is connected with the first end (upper end shown in Fig. 4) of first support bar, Also, the first snap ring 51 can rotate and can be slided up and down along the length direction of first support bar compared with first support bar.Second Snap ring 52 is with the second end (lower end shown in Fig. 4) of first support bar 111 to be fixedly connected, then the second snap ring 52 is compared with first Supporting rod is fixed.First snap ring 51 is placed in the top (for Fig. 4) of the fender rod 112 of the top, the second snap ring 52 are placed in the lower part of the fender rod 112 of bottom (for Fig. 4).The first end of second support bar and 51 phase of the first snap ring Plug connection, the second end of second support bar are plugged with the second snap ring 52 and are connected.

When it is implemented, the first snap ring 51 can be welded by two steel sleeves, one of steel sleeve is inserted in The first end of one supporting rod, it is achieved thereby that rotatable between the first snap ring 51 and first support bar and sliding up and down connection. Another steel sleeve of first snap ring 51 is plugged with second support bar to be connected, realize the first snap ring 51 and second support bar it Between be detachably connected.Second snap ring 52 can also be welded by two steel sleeves, and one of steel sleeve is plugged and welded In the second end of first support bar, another steel sleeve of the second snap ring 52 is plugged with second support bar to be connected.First snap ring The size of two steel sleeves should match with the size of corresponding supporting rod in 51, correspondingly, two steel bushings in the second snap ring 52 The size of pipe should also match with the size of corresponding supporting rod.

During installation, first the second end of second support bar with the second snap ring 52 is plugged and is connected, by the first snap ring 51 along Second support bar and first support bar are in close contact by the length direction upward sliding of one supporting rod, then by the first snap ring 51 to Lower slider so that the first end of second support bar is plugged with the first snap ring 51 and is connected, it is achieved thereby that two adjacent protection Two supporting rods 111 of 11 touching position of mechanism are detachably connected, and four protection mechanisms 11 connect successively according to the method described above Two supporting rods 111 of synapsis are detachably connected.

As can be seen that in the present embodiment, by 5 plug connection of snap ring assemblies with realize any supporting rod 111 and with its phase It is adjacent and supporting rod 111 positioned at different protection mechanisms 11 to be detachably connected, also, the structure of snap ring assemblies 5 is simple, is convenient for Operation.

With continued reference to Fig. 1 and Fig. 6, in the various embodiments described above, support mechanism 12 can include：Support bracket 121.Wherein, hold Bracket 121 and the fender rod 112 in four protection mechanisms 11 are connected together by buckle 6, specifically, support bracket 121 with it is each The fender rod 112 that bottom is placed in protection mechanism 11 is connected together by buckle 6.The structure of support bracket 121 can be arbitrary Structure, as long as worker fall can be prevented, the present embodiment does not do this any restrictions.

When it is implemented, support bracket 121 can include：At least two first support bars 1211 and at least two second supports Bar 1212.Wherein, each first support bar 1211 is set up in parallel, and each second support bar 1212 is also to be set up in parallel, each first support Bar 1211 and each second support bar 1212 intersect settings, then each first support bar 1211 with each second support bar 1212 in grid Shape is distributed.Preferably, each first support bar 1211 and each second support bar 1212 are vertical connection.Each first support Bar 1211 is respectively provided with buckle 6 with 112 touching position of fender rod, passes through 6 each first support bars 1211 and the fender rod of being buckled 112 fasten connection.Correspondingly, each second support bar 1212 is also respectively provided with buckle 6 with 112 touching position of fender rod, pass through Buckle 6 is so that each second support bar 1212 fastens with fender rod 112 and is connected.

In the present embodiment, two ends of each first support bar 1211 are both provided with buckle 6, each first support bar 1211 are connected together with the fender rod 112 being in contact by buckle 6.Correspondingly, two ends of each second support bar 1212 Buckle 6 is both provided with, each second support bar 1212 is connected together with the fender rod 112 being in contact by buckle 6.

Referring to Fig. 6, in the present embodiment, support bracket 121 includes two the first support bars 1211 and two the second support bars 1212, each first support bar 1211 and each second support bar 1212 are perpendicular.Two the first support bars 1211 and two The bottom of accommodation space 13 is divided into nine grids by the second support bar 1212.Two ends of each first support bar 1211 are equal Buckle 6 is provided with, two ends of each second support bar 1212 are also both provided with buckle 6.

When it is implemented, buckle 6 can be the solid slab for offering opening, the opening and the shape and ruler of fender rod 112 Very little to match, which fastens with fender rod 112.In the present embodiment, which sets under (for Fig. 6) It puts, in this way, after the opening fastens with fender rod 112, when staff is placed on support bracket 121, buckle 6 can be avoided with preventing The disengaging of guard bar 112.

As can be seen that in the present embodiment, support bracket 121 passes through 6 card of buckle with the fender rod 112 in each protection mechanism 11 Connection is closed, realizes being detachably connected for support mechanism 12 and each fender rod 112, convenient for the disassembly and installation of support bracket 121, into And it is convenient for the placement of support bracket 121, also, it is simple in structure, it is easily operated.

In conclusion in the present embodiment, device 3 is set by hook and is adjustably connected with 2 position of connection component so that hook is set Position-adjustable of the device 3 on connection component 2 can preferably be set with various sizes of construction part phase hook, suitable for various The construction part of different cross section size, improves applicability and recycling rate of waterused, also, simple in structure, easy to operation.

Obviously, those skilled in the art can carry out the utility model various modification and variations without departing from this practicality New spirit and scope.If in this way, these modifications and variations of the utility model belong to the utility model claims and Within the scope of its equivalent technologies, then the utility model is also intended to comprising including these modification and variations.

Claims (10)

1. a kind of high-lift operation hanging cradle, which is characterized in that including：

Storing apparatus (1), for accommodating staff；

Connection component (2) is connected with the storing apparatus (1)；

Hook sets device (3), is adjustably connected with the connection component (2) position, and construction part is arranged on for hook.

2. high-lift operation hanging cradle according to claim 1, which is characterized in that the connection component (2) includes：Two side by side The first connector (21) set and at least two second connectors (22)；Wherein,

The first end of every first connector (21) is connected with the storing apparatus (1), every first connection The second end of part (21) is free end；

Each second connector (22) is crossed between two first connectors (21), the hook set device (3) with Any second connector (22) phase hook is set.

3. high-lift operation hanging cradle according to claim 2, which is characterized in that the hook, which sets device (3), to be included：First hook is set Body (31), second hook set body (32) and at least two hooks set part (33)；Wherein,

First hook sets body (31) and the second hook and sets body (32) vertical connection, and each hook sets part (33) and is all connected to the Two hooks set body (32), and any hook sets part (33) and set with any second connector (22) phase hook；

First hook sets body (31), the second hook sets the space formed between body (32) and the connection component (2) and is used for It constructs described in sandwiched part.

4. high-lift operation hanging cradle according to claim 3, which is characterized in that each hook, which sets part (33), to be included：Two A hanged hook (331)；Wherein,

Two hanged hooks (331) are all connected to the second hook and set body (32), also, two hanged hook (331) phases The axisymmetrical that body (32) is set for the second hook is set, and two hanged hooks (331) are for removably hook to be set simultaneously Any second connector (22).

5. high-lift operation hanging cradle according to any one of claim 1 to 4, which is characterized in that storing apparatus (1) bag It includes：Four protection mechanisms (11) and support mechanism (12)；Wherein,

Four protection mechanisms (11) are detachably connected from beginning to end successively, and four protection mechanisms (11) enclose and are set as a section For the frame of quadrangle, the support mechanism (12) is arranged at the bottom of the frame and equal with four protection mechanisms (11) It is detachably connected, four protection mechanisms (11) are enclosed with the support mechanism (12) is set as an accommodation space (13), the appearance Space (13) is received for accommodating staff；

The connection component (2) is placed in the top of the frame and is connected with any protection mechanism (11).

6. high-lift operation hanging cradle according to claim 5, which is characterized in that each protection mechanism (11) includes： Two supporting rods (111) and multiple fender rods (112)；Wherein,

Two supporting rods (111) are set up in parallel, and each fender rod (112) crosses at two supporting rods (111) Between；

Any supporting rod (111) and the supporting rod that is adjacent thereto and being located at the different protection mechanisms (11) (111) it is to be detachably connected；

The fender rod (112) of the support mechanism (12) and four protection mechanisms (11) is detachably connected.

7. high-lift operation hanging cradle according to claim 6, which is characterized in that

Any supporting rod (111) and the supporting rod that is adjacent thereto and being located at the different protection mechanisms (11) (111) snap ring assemblies (5) plug connection is passed through between.

8. high-lift operation hanging cradle according to claim 7, which is characterized in that the snap ring assemblies (5) include：First snap ring (51) and the second snap ring (52)；Wherein,

The first end of one of them supporting rod (111) and first snap ring (51) are rotatable and can slide up and down and be connected, The second end of the supporting rod (111) is fixedly connected with second snap ring (52), the both ends of another supporting rod (111) Respectively with the first snap ring (51) and the second snap ring (52) plug connection correspondingly.

9. high-lift operation hanging cradle according to claim 6, which is characterized in that the support mechanism (12) includes：Support bracket (121)；Wherein,

The support bracket (121) is connected together with the fender rod (112) in four protection mechanisms by buckle (6).

10. high-lift operation hanging cradle according to claim 2, which is characterized in that further include：Two handrails (7)；Wherein,

The second end of two handrails (7) and two first connectors (21) connects one to one.