CN210001396U - Anticreep groove board system - Google Patents
Anticreep groove board system Download PDFInfo
- Publication number
- CN210001396U CN210001396U CN201920231583.7U CN201920231583U CN210001396U CN 210001396 U CN210001396 U CN 210001396U CN 201920231583 U CN201920231583 U CN 201920231583U CN 210001396 U CN210001396 U CN 210001396U
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- trough
- fan assembly
- board
- split
- anticreep
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Abstract
The utility model provides a anticreep groove board system, belong to elevator safety technical field, it has solved the problem that rubbish accumulation leads to closing not in place in the current elevator anticreep groove system sill groove this anticreep groove board system includes fan subassembly, board anticreep piece, set of subassembly, set anticreep piece, anticreep piece and slider, the anticreep piece in the elevator sill groove of getting rid of changes into the outside anticreep, this anticreep groove system utensil is related to target in place, simple structure's advantage.
Description
Technical Field
The utility model relates to an elevator safety technical field refers in particular to anticreep groove board system.
Background
At present, the anti-drop function is realized by commonly adopting an anti-drop supporting system with an anti-drop groove for a layer device in the industry to prevent passengers from accidentally falling into a hoistway, a groove-dropping structure with feet matched with a sill is adopted for an anti-drop groove system, a structure with interlocking in the front-back direction is sleeved with a plate and a plate, and the like.
However, the problem that the garbage accumulation in the sill groove causes the gate not to be in place in the prior art needs to design anti-drop groove plate systems for eliminating anti-drop pieces in the sill.
SUMMERY OF THE UTILITY MODEL
The utility model has been made in view of the foregoing problems, the utility model aims to provide anticreep groove board systems, cancel the design of anticreep piece in the sill, effectively solve because the accumulation of ground sill inslot rubbish leads to closing problem not in place.
To achieve the above object, the present invention provides an anticreep groove board system, including split anticreep groove board system and side-open anticreep groove board system, split anticreep groove board system and side-open anticreep groove board system all include:
fan assembly;
board retainers, the board retainers being provided on the fan assembly;
sets of components and sets of anti-slip pieces, wherein the sets of components are arranged around the fan components, and the sets of anti-slip pieces form an anti-slip structure when being connected with the plate anti-slip pieces.
According to anticreep groove board system, well minute anticreep groove board system still include two at least anticreeps, anticreep piece includes drive anticreep piece and driven anticreep piece, drive anticreep piece with driven anticreep piece is interlocking structure.
According to the above-mentioned anti-slip panel system, the side-by-side anti-slip panel system further comprises at least anti-slip members attached to the panel assembly.
According to the above anti-drop slot board system, fan assembly of the split anti-drop slot board system comprises a driving fan assembly and a driven fan assembly, and the driving anti-drop piece and the driven anti-drop piece of the split anti-drop slot board system are respectively arranged on the driving fan assembly and the driven fan assembly.
According to the anti-drop groove plate system, the connection of the lower parts of the anti-drop pieces in the split anti-drop groove plate system and the side-open anti-drop groove plate system and the upper parts of the plate anti-drop pieces are connected in a separable way.
According to the anti-slip groove plate system, the sets of anti-slip elements in the split anti-slip groove plate system and the side-opening anti-slip groove plate system are arranged on the side of sets of assemblies.
According to the anti-drop groove plate system, the anti-drop piece in the split anti-drop groove plate system is arranged at the lower sealing head of the fan assembly switch side.
According to the anti-drop groove board system, long waist holes are arranged on anti-drop pieces in the split anti-drop groove board system and the side-opening anti-drop groove board system, and the position of the anti-drop pieces is adjustable.
According to the anti-drop groove plate system, the split anti-drop groove plate system and the side-opening anti-drop groove plate system, all comprise sliders, and the sliders are arranged at the lower sealing head of the fan assembly.
The utility model discloses following beneficial effect has:
1. the anti-falling piece in the sill is eliminated, so that the problem that the opening is not in place due to the accumulation of garbage in the sill groove can be effectively solved.
2. An anti-falling structure can be formed between the board anti-falling piece and the set of anti-falling pieces, so that the integral anti-falling of the fan assembly is ensured.
3. The anti-falling piece is provided with the long waist hole, and the anti-falling piece is adjustable through the long waist hole, so that the position can be conveniently adjusted.
Drawings
FIG. 1 is a schematic view of the split structure of the present invention;
fig. 2 is a partial structural schematic diagram of the present invention;
fig. 3 is a plan view of the anti-separation member of the present invention;
fig. 4 is a schematic view of the side-open structure of the present invention.
Detailed Description
The following is a description of specific embodiments of the present invention with reference to the drawings, but the present invention is not limited to these embodiments.
As shown in fig. 1 to 4, the separation-preventing groove plate system includes a split-preventing groove plate system and a side-open-preventing groove plate system, and each of the split-preventing groove plate system and the side-open-preventing groove plate system includes:
board release prevention piece 200, board release prevention piece 200 is arranged on fan assembly 100, board release prevention piece 200 is mainly used for ensuring the release prevention of fan assembly 100.
sets of components 300 and sets of anti-dropping pieces 400, sets of components 300 are arranged around fan components 100, sets of anti-dropping pieces 400 form an anti-dropping structure when connected with board anti-dropping pieces 200, so that fan components 100 are prevented from dropping, and meanwhile sets of anti-dropping pieces 400 are detachably connected with board anti-dropping pieces 200.
In the prior art, experiments show that the plate can deform at moment of stress, so as to generate vertical force, and therefore the restriction in the vertical direction needs to be performed on the plate, the anti-disengaging function is realized by arranging the anti-disengaging piece in the sill , but the problem that garbage is easily accumulated in the sill to cause the switch not to be in place exists, in the application, the anti-disengaging piece in the sill is cancelled, the whole anti-disengaging of the fan assembly 100 is ensured by arranging sets of anti-disengaging pieces 400 and plate anti-disengaging pieces 200, and the problem that the garbage accumulation in a sill groove causes the switch not to be in place can be effectively solved.
Preferably, as shown in fig. 1, the center separation type anti-drop groove plate system further includes an anti-drop member 500, the anti-drop member 500 includes a driving anti-drop member 510 and a driven anti-drop member 520, the driving anti-drop member 510 and the driven anti-drop member 520 are in an interlocking structure, and the driving anti-drop member 510 and the driven anti-drop member 520 are in a separable connection, fan assembly 100 includes a driving 0 fan assembly 110 and a driven 1 fan assembly 120, the driving anti-drop member 510 and the driven anti-drop member 510 are respectively disposed on the driving fan assembly 110 and the driven fan assembly 120, i.e. after the plate is closed is in place, the driving anti-drop member 510 and the driven anti-drop member 520 can be combined with to form an interlocking structure, so as to ensure that the driving fan assembly 110 and the driven fan assembly 120 are closed in place and good anti-drop performance, and after the fan assembly 100 is opened 2, the driving anti-drop member 510 and the driven anti-drop member is.
Preferably, as shown in fig. 4, the side-open type anti-slip board system further includes anti-slip elements 500, the anti-slip elements 500 are connected to set 300, fan assembly 100 of the side-open type anti-slip board system includes fast and slow (not labeled), and anti-slip elements 500 are disposed on fast .
Preferably, the lower parts of 0 sets of anti-slip elements 400 in the split type anti-slip groove board system and the side-opening type anti-slip groove board system are detachably connected with the upper part of 1 board anti-slip element 200, when 2 fan module 100 is closed 3 in place, the lower parts of sets of anti-slip elements 400 are connected with the upper part of board anti-slip element 200 to form an anti-slip structure, so that the integral anti-slip of fan module 100 is ensured, when fan module 100 is opened , sets of anti-slip elements 400 are separated from board anti-slip element 200 until is in place and then are connected with 4 again.
, preferably, 1 sets of anti-dropping elements 400 in a split type anti-dropping groove plate system and a side-opening type anti-dropping groove 0 plate system are arranged on the side sleeve of sets of assemblies 300, sets of assemblies 300 are arranged for fire prevention and flame retardation, the service life of the elevator is prolonged, the side sleeve of sets of assemblies 300 is arranged on the side surface of sets of assemblies 100, and sets of anti-dropping elements 400 are arranged at the side sleeve, so that the anti-dropping effect of sets of assemblies 300 can be guaranteed, and the integral anti-dropping effect of sets of assemblies 100 can be achieved through connection with plates of anti-dropping elements 200.
Preferably, the separation preventing member 500 of the center separation type separation preventing groove plate system is arranged at the lower sealing head of the side of the gate of the fan assembly 100, since the separation preventing member 500 comprises the driving separation preventing member 510 and the driven separation preventing member 520, the driving separation preventing member 510 is arranged at the lower sealing head of the side of the gate of the driving fan assembly 110, and the driven separation preventing member 520 is arranged at the lower sealing head of the side of the gate of the driven fan assembly 120, when the gate is closed, the driving separation preventing member 510 and the driven separation preventing member 520 can be connected.
preferably, the anti-slip element in the center-split anti-slip groove plate system and the side-split anti-slip groove plate system is provided with a long waist hole 530, the position of the anti-slip element 500 is adjustable, the anti-slip element 500 is fixed on the fan assembly 100 through bolts, the anti-slip element 500 is provided with an upper long waist hole 530 and a lower long waist hole 530, the position of the anti-slip element 500 can be adjusted according to the upper long waist hole 530 and the lower long waist hole 530, and the anti-slip element can be conveniently installed according to local conditions.
Preferably, the split type anti-slip board system and the side-opening type anti-slip board system both comprise slider 600, slider 600 is arranged at the lower head of fan assembly 100, slider 600 limits the back and forth movement of fan, and simultaneously protects fan from derailing.
The utility model provides a anticreep groove board system, the setting of anticreep piece in the cancellation sill, and then through setting up sets of anticreep piece and board anticreep piece fan subassembly holistic anticreep, can effectively solve the problem that the inslot rubbish of sill accumulated and leads to closing not in place, set up the motion of anticreep piece connection structure and the fixed fan subassembly of slider again.
The technical solutions of the present invention have been described in detail with reference to the accompanying drawings, and the described embodiments are used to help understand the ideas of the present invention. The specific embodiments described herein are merely illustrative of the spirit of the invention. Various modifications or additions may be made to the described embodiments or alternatives may be employed by those skilled in the art without departing from the spirit of the invention or exceeding the scope of the claims.
Claims (9)
1. Anticreep groove board system, its characterized in that, including well fraction anticreep groove board system and side-opening anticreep groove board system, well fraction anticreep groove board system and side-opening anticreep groove board system all include:
fan assembly;
board retainers, the board retainers being provided on the fan assembly;
sets of components and sets of anti-slip pieces, wherein the sets of components are arranged around the fan components, and the sets of anti-slip pieces form an anti-slip structure when being connected with the plate anti-slip pieces.
2. The trough panel system of claim 1, wherein split trough panel system further comprises at least two retaining members, the retaining members comprising a driving retaining member and a driven retaining member, the driving retaining member and the driven retaining member being interlocking structures.
3. The trough panel system of claim 1, wherein the side opening trough panel system further comprises at least drop guards that interface with the set of assemblies.
4. The trough panel system of claim 2, wherein the fan assembly of the split trough panel system includes a drive fan assembly and a driven fan assembly, the drive and driven guards of the split trough panel system being disposed on the drive fan assembly and the driven fan assembly, respectively.
5. The trough board system of claim 1, wherein the lower portion of the retaining members of the split trough board system and the side-opening trough board system are detachably connected to the upper portion of the board retaining members.
6. The trough plate system of claim 1 or 5, wherein the set of retainers in both the split trough plate system and the side-split trough plate system are provided on set assembly side sets.
7. The trough plate system of claim 1, wherein the retaining piece of the split trough plate system is located at the bottom head of the fan module gate .
8. The trough plate system of claim 1 or 7, wherein each of the split trough and side opening trough plate systems has a long waist hole, and the position of the retaining member is adjustable.
9. The trough plate system of claim 1, wherein split trough plate system and side-opening trough plate system each include sliders, the sliders being disposed at the bottom head of the fan assembly.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920231583.7U CN210001396U (en) | 2019-02-22 | 2019-02-22 | Anticreep groove board system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920231583.7U CN210001396U (en) | 2019-02-22 | 2019-02-22 | Anticreep groove board system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN210001396U true CN210001396U (en) | 2020-01-31 |
Family
ID=69300637
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920231583.7U Active CN210001396U (en) | 2019-02-22 | 2019-02-22 | Anticreep groove board system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN210001396U (en) |
-
2019
- 2019-02-22 CN CN201920231583.7U patent/CN210001396U/en active Active
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