CN208249640U - A kind of bivalve dual shock absorption cargo lift carriage - Google Patents
A kind of bivalve dual shock absorption cargo lift carriage Download PDFInfo
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- CN208249640U CN208249640U CN201820735101.7U CN201820735101U CN208249640U CN 208249640 U CN208249640 U CN 208249640U CN 201820735101 U CN201820735101 U CN 201820735101U CN 208249640 U CN208249640 U CN 208249640U
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- car body
- bivalve
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- buffer layer
- cargo lift
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Abstract
The utility model relates to elevator control technology fields, disclose a kind of bivalve dual shock absorption cargo lift carriage, including car body, outer skeleton is additionally provided on the outside of car body, outer skeleton includes the vertical side plate of bottom plate and four sides, side plate and the lateral wall of car body are slidably connected, shock-absorbing spring is equipped at four ends angle of the upper surface of bottom plate, the upper surface of bottom plate is additionally provided with second buffer layer, the lower end surface of car body is equipped with the first buffer layer matched with second buffer layer, the internal side wall of car body is equipped with supply fan, the side wall of car body is equipped with the open-work being connected with supply fan, the interior of car body is additionally provided with the toxic gas filter layer and granular absorption layer to connect with supply fan, a kind of bivalve dual shock absorption cargo lift carriage of the utility model has vibration absorber trigger condition low, the effect of vibration damping is bright It shows, usage experience effect is good, beneficial effect with fire-proof lifesaving function.
Description
Technical field
The utility model relates to elevator control technology field more particularly to a kind of bivalve dual shock absorption cargo lift carriages.
Background technique
When elevator is in high-speed cruising, because the telescopic level difference that wirerope and rope end combine, will lead to carriage appearance
Itself vibration or resonance, currently in order to the vibrating effect of elevator is eliminated, it is some that a variety of vibration insulations are set on the elevator car, it is another
A little then be that cushion layer is arranged in the bottom of carriage, the vibration absorber triggering of the above method is not sensitive enough, is easy failure, and subtracts
The effect of vibration is not obvious enough, and usage experience effect is poor, in addition, elevator is as the vehicles common in building, encounter fire,
When the burst accidents such as power failure, usually used lift car does not have the device of fire-proof self saving, and therefore, it is difficult to escape out of elevator
Or seek survival for a long time, the function of elevator is incomplete.Such as: 205709318 U of Chinese patent authorization publication No. CN, authorization
November 23 2016 day for announcing, invention and created name are a kind of double shock-absorbing type safety elevator, including carriage, buffer board and case
Body, disadvantage is that the elevator is only provided with two layers of cushion block in the bottom end of carriage, vibration absorber triggering is not sensitive enough or difficult
With triggering, the effect of vibration damping is not obvious enough, and usage experience effect is poor, and in addition the elevator functions are incomplete, can not be as anti-
Fiery lifesaving elevator uses.
Utility model content
The utility model is not sensitive enough or be difficult to trigger, the effect of vibration damping in order to solve vibration absorber in the prior art triggering
Fruit is not obvious enough, usage experience effect is poor, elevator functions are incomplete, can not as the deficiency that fire-proof lifesaving elevator uses,
Provide that a kind of vibration absorber trigger condition is low, effect of vibration damping is obvious, usage experience effect is good, with fire-proof lifesaving function
Bivalve dual shock absorption cargo lift carriage.
To achieve the above objectives, the present invention adopts the following technical solutions:
A kind of bivalve dual shock absorption cargo lift carriage, including car body are additionally provided on the outside of the car body outer
Skeleton, the outer skeleton include the vertical side plate of bottom plate and four sides, and the lateral wall of the side plate and car body is slidably connected, institute
It states and is equipped with shock-absorbing spring at four ends angle of the upper surface of bottom plate, the upper surface of the bottom plate is additionally provided with second buffer layer, institute
The lower end surface for stating car body is equipped with the first buffer layer that matches with second buffer layer, in the internal side wall of the car body
Equipped with supply fan, the side wall of the car body is equipped with the open-work being connected with supply fan, the interior of the car body
It is additionally provided with the toxic gas filter layer and granular absorption layer to connect with supply fan.The car body of the utility model is in outer skeleton
Four ends angle at be provided with shock-absorbing spring, compared with double-layer vibration damping bed course in the prior art, greatly reduce vibration damping
The weight and volume of device, vibration damping trigger condition is low, is more easier to trigger the vibration damping process of outer housing, and outer housing passes through four
A end Angle Position carries out vibration damping simultaneously to carriage, and effectiveness in vibration suppression is more obvious, and vibration dispersion makes the passenger in carriage with adding uniformly
It will not feel like oneself, and second buffer layer is set in the upper surface of bottom plate, the first buffering is accordingly set in the lower end of car body
Layer, to constitute the second vibration absorber, when outer skeleton and car body close to each other, first buffer layer and second buffer layer phase
Mutually close to and act on, play the effect of secondary vibration damping, further to carriage carry out vibration damping, effectiveness in vibration suppression is more preferably;Car body
Inside be main fire-proof lifesaving position, in elevator unexpected accident can occur for the air inlet fan on carriage inner sidewall cannot
When mobile, extraneous fresh air is input to the inside of carriage, it, also can be by muddy air when fire occurs for external environment
Pass sequentially through toxic gas filter layer and granular absorption layer, by gas noxious material and cigarette ash dust-filtering fall, then convey
To cab interior, allows passenger's breathing to pure air, extend the time waited for rescue, increase the probability of survival.
Preferably, the lateral wall of the car body is equipped with vertical sliding slot, the inner wall and sliding slot of the side plate are slided
Connection, when the side plate slides into the bottom end of sliding slot, the upper surface of shock-absorbing spring is described not with the lower end face contact of car body
When side plate slides into the top of sliding slot, the upper surface of shock-absorbing spring is close to the lower end surface of car body and shock-absorbing spring enters compression
State.Car body and outer skeleton are slidably connected by sliding slot, limit the sliding distance of outer skeleton, when side plate slides into cunning
When the bottom end of slot, the upper surface of shock-absorbing spring with the lower end face contact of car body, can not make shock-absorbing spring be in relaxation shape
State makes its moment be prepared to enter into vibration damping working condition, and shock-absorbing spring is set to the bottom plate upper surface of outer skeleton, rather than will
Its both ends is connected with outer skeleton and car body respectively, facilitates and disassembles outer skeleton, is conducive to maintenance and inspection, and works as side plate
When sliding into the top of sliding slot, the upper surface of shock-absorbing spring and the lower end face contact of car body and shock-absorbing spring are in compression shape
State, shock-absorbing spring is in vibration damping working condition at this time.
Preferably, being socketed rubber sleeve on the upper surface of the shock-absorbing spring.Rubber sleeve positioned at end can subtract
The buffer function that certain effect is played when sharp impacts occurs for vibration spring, prevents shock-absorbing spring well damage, while also having one
Determine the damping effect of effect.
Preferably, the first buffer layer and second buffer layer are PE foam.PE foam mobility is fabulous, to pressure
Sensitivity, can slow down and absorb small vibration, and effectiveness in vibration suppression is good.
Preferably, the side wall of the car body successively includes fire resistant coating, insulating and inner panel from outside to inside
Layer, the open-work are set to fire resistant coating and inner panel layer.Fire resistant coating prevents the shell of car body from burning, and insulating prevents
External high temperature is transmitted toward the inside of car body, and the open-work on fire resistant coating and inner panel layer allows outside air to enter sedan-chair
The inside of compartment ontology.
Therefore, a kind of bivalve dual shock absorption cargo lift carriage of the utility model has following advantages: vibration absorber touching
Clockwork spring part is low, and the effect of vibration damping is obvious, and usage experience effect is good, has the function of fire-proof lifesaving.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the structure chart of car body side wall.
Fig. 3 is the partial enlarged view of car body lower part.
Fig. 4 is the external view of the utility model.
Wherein: car body 1, outer skeleton 2, bottom plate 3, side plate 4, shock-absorbing spring 5, first buffer layer 6, second buffer layer 7,
It is supply fan 8, open-work 9, toxic gas filter layer 10, granular absorption layer 11, sliding slot 12, fire resistant coating 13, insulating 14, interior
Plate layer 15.
Specific embodiment
Below with reference to the embodiments and with reference to the accompanying drawing the technical solutions of the present invention will be further described.
As shown in Figure 1,2,3, 4, a kind of bivalve dual shock absorption cargo lift carriage, in which:
A kind of bivalve dual shock absorption cargo lift carriage, including car body 1 are additionally provided with outer skeleton on the outside of car body
2, outer skeleton includes the vertical side plate 4 of bottom plate 3 and four sides, and the lateral wall of side plate and car body is slidably connected, the upper end of bottom plate
It is equipped with shock-absorbing spring 5 at four ends angle in face, the upper surface of bottom plate is additionally provided with second buffer layer 7, the lower end surface of car body
Equipped with the first buffer layer 6 matched with second buffer layer, the internal side wall of car body is equipped with supply fan 8, car body
Side wall be equipped with the open-work 9 that is connected with supply fan, the interior of car body be additionally provided with connect with supply fan it is toxic
Gas filtration layer 10 and granular absorption layer 11.The car body of the utility model is provided at four ends angle of outer skeleton to be subtracted
Shake spring, compared with double-layer vibration damping bed course in the prior art, greatly reduces the weight and volume of vibration absorber, vibration damping touching
Clockwork spring part is low, is more easier to trigger the vibration damping process of outer housing, and outer housing carries out together carriage by four end Angle Positions
When vibration damping, effectiveness in vibration suppression is more obvious, and vibration dispersion makes the passenger in carriage not feel like oneself, and in bottom plate with adding uniformly
Upper surface be arranged second buffer layer, in the lower end of car body, first buffer layer is accordingly set, thus constitute the second vibration damping dress
Set, when outer skeleton and car body close to each other, first buffer layer and second buffer layer mutually close to and act on, play secondary
The effect of vibration damping further carries out vibration damping to carriage, and effectiveness in vibration suppression is more preferably;The inside of car body is main fire-proof lifesaving
Position, the air inlet fan on carriage inner sidewall can be when the unexpected accident of elevator generation be immovable, by extraneous fresh sky
Gas is input to the inside of carriage, and when fire occurs for external environment, muddy air can also be passed sequentially through to toxic gas filtering
Layer and granular absorption layer, by gas noxious material and cigarette ash dust-filtering fall, then be transported to cab interior, passenger allowed to breathe
To pure air, extend the time waited for rescue, increases the probability of survival.The lateral wall of car body is equipped with vertical sliding slot
12, inner wall and the sliding slot of side plate are slidably connected, when side plate slides into the bottom end of sliding slot, the upper surface of shock-absorbing spring not with carriage sheet
The lower end face contact of body, when side plate slides into the top of sliding slot, the upper surface of shock-absorbing spring close to the lower end surface of car body simultaneously
Shock-absorbing spring enters compressive state.Car body and outer skeleton are slidably connected by sliding slot, limit the sliding of outer skeleton away from
From when side plate slides into the bottom end of sliding slot, the upper surface of shock-absorbing spring with the lower end face contact of car body, can not make to subtract
Vibration spring is in relaxed state, its moment is made to be prepared to enter into vibration damping working condition, and shock-absorbing spring is set to the bottom of outer skeleton
Plate upper surface, rather than its both ends is connected with outer skeleton and car body respectively, facilitate and disassemble outer skeleton, is conducive to
The lower end face contact of maintenance and inspection, and when side plate slides into the top of sliding slot, the upper surface of shock-absorbing spring and car body is simultaneously
Shock-absorbing spring is in compressive state, and shock-absorbing spring is in vibration damping working condition at this time.Rubber is socketed on the upper surface of shock-absorbing spring
Gum cover.The buffer function that certain effect can be played when sharp impacts occur for shock-absorbing spring positioned at the rubber sleeve of end, prevents
Shock-absorbing spring well damage, while also with the damping effect of certain effect.First buffer layer and second buffer layer are PE bubble
Cotton.PE foam mobility is fabulous, to presser sensor, can slow down and absorb small vibration, effectiveness in vibration suppression is good.The side of car body
Wall successively includes fire resistant coating 13, insulating 14 and inner panel layer 15 from outside to inside, and open-work is set to fire resistant coating and inner panel layer.
Fire resistant coating prevents the shell of car body from burning, and insulating prevents external high temperature from transmitting toward the inside of car body, if
The inside of car body is entered in the open-work permission outside air on fire resistant coating and inner panel layer.
A kind of bivalve dual shock absorption cargo lift carriage of the utility model has vibration absorber trigger condition low, vibration damping
Effect is obvious, usage experience effect is good, beneficial effect with fire-proof lifesaving function.
Claims (5)
1. a kind of bivalve dual shock absorption cargo lift carriage, including car body, characterized in that the outside of the car body is also
Equipped with outer skeleton, the outer skeleton includes the vertical side plate of bottom plate and four sides, and the lateral wall of the side plate and car body slides
It connects, shock-absorbing spring is equipped at four ends angle of the upper surface of the bottom plate, it is slow that the upper surface of the bottom plate is additionally provided with second
Rush layer, the lower end surface of the car body is equipped with the first buffer layer matched with second buffer layer, the car body it is interior
Portion's side wall is equipped with supply fan, and the side wall of the car body is equipped with the open-work being connected with supply fan, the car body
Interior is additionally provided with the toxic gas filter layer and granular absorption layer to connect with supply fan.
2. a kind of bivalve dual shock absorption cargo lift carriage according to claim 1, characterized in that the car body
Lateral wall is equipped with vertical sliding slot, and inner wall and the sliding slot of the side plate are slidably connected, when the side plate slides into the bottom end of sliding slot,
The upper surface of shock-absorbing spring not with the lower end face contact of car body, when the side plate slides into the top of sliding slot, shock-absorbing spring
Upper surface and car body lower end face contact and shock-absorbing spring be in compressive state.
3. a kind of bivalve dual shock absorption cargo lift carriage according to claim 1 or 2, characterized in that the vibration damping bullet
Rubber sleeve is socketed on the upper surface of spring.
4. a kind of bivalve dual shock absorption cargo lift carriage according to claim 1, characterized in that the first buffer layer
It is PE foam with second buffer layer.
5. a kind of bivalve dual shock absorption cargo lift carriage according to claim 1, characterized in that the car body
Side wall successively includes fire resistant coating, insulating and inner panel layer from outside to inside, and the open-work is set to fire resistant coating and inner panel layer.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
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CN201820735101.7U CN208249640U (en) | 2018-05-17 | 2018-05-17 | A kind of bivalve dual shock absorption cargo lift carriage |
Applications Claiming Priority (1)
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CN201820735101.7U CN208249640U (en) | 2018-05-17 | 2018-05-17 | A kind of bivalve dual shock absorption cargo lift carriage |
Publications (1)
Publication Number | Publication Date |
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CN208249640U true CN208249640U (en) | 2018-12-18 |
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CN201820735101.7U Active CN208249640U (en) | 2018-05-17 | 2018-05-17 | A kind of bivalve dual shock absorption cargo lift carriage |
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CN (1) | CN208249640U (en) |
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2018
- 2018-05-17 CN CN201820735101.7U patent/CN208249640U/en active Active
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