CN207905606U

CN207905606U - Automated warehousing door

Info

Publication number: CN207905606U
Application number: CN201820272430.2U
Authority: CN
Inventors: 武利辉
Original assignee: Beijing Beijing Albert Logistics Co Ltd
Current assignee: Beijing Beijing Albert Logistics Co Ltd
Priority date: 2018-02-26
Filing date: 2018-02-26
Publication date: 2018-09-25
Anticipated expiration: 2028-02-26

Abstract

The utility model discloses a kind of automated warehousing doors, its key points of the technical solution are that including the track being set on door opening, sliding several door-plates being connected in track and for driving several door-plates to be turned on and off the Power Component of door opening, it is characterised in that：It further include positioning component, the positioning component includes pedestal, the locking bolt that is rotationally connected with pedestal, the compression spring that is set to pedestal and locking bolt between and the notch baffle that is fixed on track on affixed with door-plate, the side at the pedestal close to door-plate edge is provided with the rib scrolled up, one stabilizer blade of the compression spring is fixed on locking bolt and another stabilizer blade is fixed on rib, the compression spring, which has, makes locking bolt upper end to the elastic potential energy deflected close to orbital direction, and the notch baffle corresponds to and offers the notch being embedded in for locking bolt upper end at the position of locking bolt upper end.The utility model solves the problems, such as that existing new clothes sliding door is easy voluntarily to open.

Description

Automated warehousing door

Technical field

The utility model is related to door of storing in a warehouse, more particularly to a kind of automated warehousing door.

Background technology

Logistics warehouse is used as storage door frequently with slide-lifting door now.Slide-lifting door balances door body using torsional spring balancing system Weight, door body are hingedly formed by polylith door-plate, can be slid along the track on ceiling and wall, be slid onto two limit positions Warehouse can be opened or closed by setting.Sliding door also can easily be run as storage door in no motor, be consumed energy in operational process Less, failure rate is low, is widely used by logistics warehouse.

In addition to above-mentioned advantage, current sliding door there is also an issue in use as storage door, the prior art In in order to enable sliding door reliably to open, the initial torque of torsional spring is generally arranged larger, this results in the ascendant trend of door-plate Obviously, the sliding door newly installed ectocine or because of machining accuracy it is not high caused by door-plate weight deficiency when, door-plate be easy voluntarily It opens.

Utility model content

The purpose of this utility model is to provide a kind of automated warehousing doors, it can carry out effective position to storage door, keep away Exempt from the unlatching of storage door abnormal condition.

The above-mentioned purpose of the utility model technical scheme is that：A kind of automated warehousing door, packet It includes the track being set on door opening, slide several door-plates being connected in track and for driving several door-plates to be turned on and off The Power Component of door opening further includes positioning component, and the positioning component includes the pedestal affixed with door-plate, is rotationally connected with pedestal Locking bolt, the compression spring being set between pedestal and locking bolt and the notch baffle being fixed on track, the pedestal is close to door-plate The side at edge is provided with the rib scrolled up, and a stabilizer blade of the compression spring is fixed on locking bolt and another stabilizer blade is fixed on gear Side, the compression spring, which has, makes locking bolt upper end to the elastic potential energy deflected close to orbital direction, and the notch baffle corresponds on locking bolt The notch being embedded in for locking bolt upper end is offered at the position at end.

By using above-mentioned technical proposal, when door-plate is closed, door-plate has the trend moved upwards, at this moment the upper end of locking bolt In the notch of notch baffle and locking bolt midfoot support is on rib, and the upward movement tendency of door-plate is prevented from, in closing State.When wanting opening-door plate, door-plate is pressed slightly downwards and deflects locking bolt and disengages it from notch baffle, at this moment door-plate can be normally It opens.Storage door has obtained the effective position of positioning component, is not easy to open under abnormal condition, safe and reliable；Simultaneously The structure of positioning component is simple, and rapid operation is convenient.

The utility model is further arranged to：The locking bolt lower end is provided with handle portion.

By using above-mentioned technical proposal, human hand is facilitated to pass through handle portion shooting the lock-bolt.

The utility model is further arranged to：The handle portion is wholely set with locking bolt.

By using above-mentioned technical proposal so that the processing and manufacturing in locking bolt and handle portion is more convenient.

The utility model is further arranged to：The Power Component includes torsional spring, is arranged in torsional spring and and one end The shaft that is fixedly connected and two wire wheels for being fixed on shaft both ends, wire wheel rotational support on door opening, torsional spring it is another One end is fixed with door opening, and wire rope roll is wound on wire wheel and has one end to be fixed with door-plate.

By using above-mentioned technical proposal, torsional spring is in twisting states when installation, and being continuously door-plate by steel wire rope carries For the power of a upward sliding.The gravity of door-plate less times greater than torsional spring torsion, when enabling people need to only provide one assist to On thrust, door-plate can open under the action of torsional spring, open more convenient；People only need to provide one when simultaneously closing off It assists downward pressure, door-plate that can be closed, closes also more convenient.

The utility model is further arranged to：The Power Component further includes the manual drawstring being fixed on door-plate.

By using above-mentioned technical proposal, door-plate is pulled down when door-plate being facilitated to slide into a high position.

The utility model is further arranged to：The automated warehousing door further includes the drawing being fixed on bottom door-plate Hand.

By using above-mentioned technical proposal, human hand first pulls manual drawstring when use, when door-plate drops to suitable position, Human hand pulls knob again, and compared to manual drawstring is only used, after setting is shaken hands, the action closed the door and opened the door more meets body mechanics, It is more effortless.

The utility model is further arranged to：In several door-plates window is provided on arbitrary door-plate.

By using above-mentioned technical proposal, people is facilitated to observe the environment inside and outside logistics warehouse.

In conclusion the utility model has the advantages that：

1, by the way that positioning component is arranged so that storage door is not easy to open under abnormal condition；

2, the Power Component not power part such as including motor, low energy consumption, failure rate is low, at low cost in operational process, uses It is more convenient.

Description of the drawings

Fig. 1 is the axonometric drawing of automated warehousing door in embodiment 1；

Fig. 2 is the enlarged drawing in the portions A of Fig. 1；

Fig. 3 is the sectional view of automated warehousing door in embodiment 1；

Fig. 4 is the enlarged drawing in the portions B of Fig. 3；

Fig. 5 is the sectional view of Buffer Unit；

Fig. 6 is the front view of positioning component in embodiment 2.

In figure, 1, track；10, mounting bracket；2, door-plate；20, hinge；21, caulking groove；3, pulley；4, Power Component；40、 Torsional spring；41, shaft；42, wire wheel；43, manual drawstring；5, positioning component；50, positioning plate；500, card slot；51, placed channel； 52, inserting column；520, positioning region；521, grip；53, locking bolt；530, handle portion；54, pedestal；540, rib；55, compression spring；56、 Notch baffle；6, dust preventing component；60, dust collecting trough；600, inclined surface；61, pedal；62, dust-proof press strip；63, dustproof groove；64, prevent Dirt rib；65, dust-proof guard；7, Buffer Unit；70, mounting plate；71, retracting cylinder；72, telescopic rod；73, adjustable spring；74, it limits Baffle ring；75, seal stopper ring；8, window；9, it shakes hands.

Specific implementation mode

The utility model is described in further detail below in conjunction with attached drawing.

Embodiment 1：A kind of automated warehousing door, referring to Fig.1 comprising track 1.Track 1 has two, and every includes vertical Arc-shaped transition between one section and horizontally disposed one section, two sections be arranged.Track 1 selects channel steel welding to form, two tracks 1 Opening is oppositely arranged.Track 1 is fixed to by mounting bracket 10 on side wall and roof.Automated warehousing door further includes sliding connection Several door-plates 2 in track 1, in conjunction with Fig. 2, hinged by hinge 20 between adjacent two pieces of door-plates 2, the side of door-plate 2 is fixed There are pulley 3, pulley 3 to stretch into track 1, can be scrolled up and down along track 1.

Referring to Fig.1, side is provided with the Power Component 4 for providing power for door-plate 2 on track 1.Power Component 4 includes Torsional spring 40, the shaft 41 for being arranged in torsional spring 40 and being fixedly connected with 40 one end of torsional spring and two that are fixed on 41 both ends of shaft Wire wheel 42,42 rotational support of wire wheel is on side wall.The other end of torsional spring 40 is fixed with side wall, and steel wire is wound on wire wheel 42 Above and there is one end to be fixed on the door-plate 2 of downside.Torsional spring 40 is in twisting states when installation, and being continuously door-plate 2 by steel wire carries For the power of a upward sliding, door-plate 2 is pulled down when sliding into a high position in order to facilitate door-plate 2, and manual drawstring is fixed on door-plate 2 43。

In conjunction with Fig. 2, torsional spring 40 is lasting to the active force of door-plate 2, in order to limit the position of door-plate 2, the door-plate 2 in downside On be provided with the positioning component 5 to play the role of positioning.Positioning component 5 includes the positioning plate 50 being fixed on door-plate 2.Positioning plate 50 Middle part is arched upward upwards along axis, and the axis of arched part is perpendicular to the axis of track 1, and arching upward, it is fixed to be formed between position and door-plate 2 Bit port 51.It is interspersed with inserting column 52 in placed channel 51, corresponds to offered at the position of inserting column 52 for inserting column 52 on track 1 The jack passed through（It is not shown in figure）.When inserting column 52 to be inserted into jack, the sliding up and down of door-plate 2 is limited, bottom door The lower edge of plate 2 is bonded ground, and automated warehousing door is closed；When extracting inserting column 52 out jack, door-plate 2 is unclamped, The meeting of door-plate 2 upward sliding, final automated warehousing door under the effect of torsional spring 40 is in the open state.Current Power Component 4 is not The power part such as including motor, low energy consumption, failure rate is low, at low cost in operational process, and use is more convenient.

In order to avoid under non-artificial factor, door-plate 2 shakes so that inserting column 52 is detached from jack, inserting column 52 is improved, is changed Further include perpendicular to the positioning region 520 of straight line portion into rear inserting column 52 in addition to the straight line portion including coordinating jack.In positioning plate 50 It arches upward and offers the hole slid for positioning region 520 on position, and offer downward notch in the side of hole close to track 1, when When the straight line portion of inserting column 52 is inserted into jack, positioning region 520 slides onto extreme position and is caught in notch under the effect of gravity, this Sample inserting column 52 is just not susceptible to the sliding of abnormal condition, and then ensure that the reliability that automated warehousing door uses.In order to make Human hand inserting column 52 easier to operate is connected with grip 521,521 energy of grip between the straight line portion of inserting column 52 and positioning region 520 It is held for human hand so that human hand force is more convenient.

Referring to Fig.1, window 8 is set on door-plate 2, people is facilitated to observe the environment inside and outside logistics warehouse.Window 8 uses Transparent plastic sheet or glass plate make.In order to enable the drop-down of door-plate 2 is more convenient, the setting knob 9 on bottom door-plate 2, Human hand first pulls manual drawstring 43 when use, and when door-plate 2 drops to suitable position, human hand pulls knob 9 again, compared to only using Manual drawstring 43, after knob 9 is arranged, the action closed the door and opened the door more meets body mechanics, and use is more effortless.

With reference to Fig. 3, for logistics warehouse, dust-proof is critically important one piece, and present logistics warehouse is in use, lorry The soil in compartment, transferring objects and human body sole is easy to enter in logistics warehouse in transferring objects, and then to the storage of object Bring harm.To solve the above-mentioned problems, dust preventing component 6 is set in the lower section of door-plate 2.Dust preventing component 6 includes excavating in ground On dust collecting trough 60.Dust collecting trough 60 is located at the inside of door-plate 2.Pedal 61 is installed in dust collecting trough 60, is evenly equipped on pedal 61 Hole, after door-plate 2 is opened, people and object can first pass around pedal 61, and the soil at this moment carried can fall into dust collecting trough by pedal 61 In 60, and then the environment in logistics warehouse is not interfered with.In order to facilitate disengaging, the upper surface of pedal 61 and the ground of logistics warehouse Concordantly.It needs to clear up when the soil accumulation in dust collecting trough 60 is more, in order to make soil be convenient to clean, by the bottom of dust collecting trough 60 It is set as to the inclined inclined surface 600 in side, the soil fallen in this way can be assembled to the relatively low side of inclined surface 600, people's cleaning When it is more convenient.

In conjunction with Fig. 4, in order to further increase the anti-dust performance of automated warehousing door, on the lower edge of lowest level door-plate 2 Dust-proof press strip 62 is set.Dust-proof press strip 62 is made of rubber material, and top setting T-type portion can be embedded in the embedding of 2 lower section of door-plate In slot 21.When door-plate 2 is closed, dust-proof press strip 62 is in compressive state, between can effectively closing between door-plate 2 and ground Gap.In order to further enhance anti-dust performance, two dustproof grooves 63, two dustproof grooves are opened up on the ground below dust-proof press strip 62 Dust-proof rib 64 is formed between 63, extending below dust-proof press strip 62 there are two pieces of dust-proof guards 65, dust-proof when door-plate 2 is closed Baffle 65 stretches in dustproof groove 63, coordinates dust-proof press strip 62 to form tortuous blockade line, further improves the dust-proof of door-plate 2 Performance.

Referring to Fig.1, in order to enable automated warehousing door reliably to open, in Power Component 4, the initial torque of torsional spring 40 is arranged It is larger, when this results in opening the door every time, the top door-plate 2 can be impacted with 1 end of track, this gives door-plate 2 and track 1 Service life brings deleterious effect.Buffer Unit 7 is set in the top extreme position of track 1 thus.7 energy of Buffer Unit End of door plate 2 avoids door-plate 2 and track 1 that rigid impact occurs into row buffering.

In conjunction with Fig. 5, Buffer Unit 7 include be fixed in mounting bracket 10 mounting plate 70, be fixed on mounting plate 70 and Along 1 direction of track setting retracting cylinder 71, sliding be connected in retracting cylinder 71 telescopic rod 72, be sheathed on stretching on telescopic rod 72 Contracting spring 73 and the limit baffle ring 74 for being individually fixed in 72 both ends of telescopic rod.In use, door-plate 2 impacts 72 end of telescopic rod, Telescopic rod 72 drives adjustable spring 73 to bounce back, and slows down impact force in retraction process, and then reduces the hard of door-plate 2 and track 1 Property impact.In order to further enhance the cushion performance of Buffer Unit 7, filled out in the cavity between retracting cylinder 71 and limit baffle ring 74 A small amount of hydraulic oil is filled, such hydraulic oil can also play booster action so that the operation of Buffer Unit 7 is more steady.In retracting cylinder Seal stopper ring 75 is wholely set in 71, seal stopper ring 75 and the sliding connection of telescopic rod 72,75 one side of seal stopper ring are played to stretching On the other hand the sealing function of contracting cylinder 71 plays the role of Auxiliary support to telescopic rod 72 so that 72 stretching motion of telescopic rod it is straight Dimension is more preferable, and movement is more stable.

Embodiment 2：Difference lies in reference to Fig. 6, the structure of positioning component 5 is different with embodiment 1 for the present embodiment.This is fixed Hyte part 5 includes locking bolt 53, and the tool of locking bolt 53 is stirred there are one handle portion 530 convenient for human hand.It is provided with pedestal below locking bolt 53 54, pedestal 54 is fixedly connected by screw with door-plate 2.Locking bolt 53 and pedestal 54 are rotatablely connected, and pedestal 54 is close to 2 edge of door-plate Side is provided with rib 540, and compression spring 55 is arranged between locking bolt 53 and the rotation axis of pedestal 54, and a stabilizer blade of compression spring 55 is solid It is fixed on rib 540 due to handle portion 530 and another stabilizer blade, compression spring 55, which has, makes 53 upper end of locking bolt be deflected to 1 direction of track Elastic potential energy.It corresponds on track 1 and fixes jagged baffle 56 at the position of 53 upper end of locking bolt, be provided on notch baffle 56 Notch, under 2 closed state of door-plate, the upper end of locking bolt 53 is located in the notch of notch baffle 56, and door-plate 2 has what is moved upwards to become Gesture, at this moment 53 upper end of locking bolt is inserted into notch baffle 56 and 53 midfoot support of locking bolt is on rib 540, the upward movement of door-plate 2 Trend is prevented from, and door-plate 2 is closed.The structure of positioning component 5 is simple, and rapid operation is convenient.

This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability Field technique personnel can as needed make the present embodiment the modification of not creative contribution after reading this specification, but As long as all being protected by Patent Law in the right of the utility model.

Claims

1. a kind of automated warehousing door, including the track (1) that is set on door opening, sliding are connected to several doors in track (1) Plate (2) and for driving several door-plates (2) to be turned on and off the Power Component (4) of door opening, it is characterised in that：It further include positioning Component (5), the positioning component (5) include the pedestal (54) affixed with door-plate (2), are rotationally connected with the locking bolt of pedestal (54) (53), the compression spring (55) being set between pedestal (54) and locking bolt (53) and the notch baffle (56) being fixed on track (1), The side at the pedestal (54) close to door-plate (2) edge is provided with the rib (540) scrolled up, one of the compression spring (55) Stabilizer blade is fixed on locking bolt (53) and another stabilizer blade is fixed on rib (540), the compression spring (55) have make locking bolt (53) upper end to Close to the elastic potential energy of track (1) direction deflection, offered at the position of corresponding locking bolt (53) upper end of the notch baffle (56) For the notch of locking bolt (53) upper end insertion.

2. automated warehousing door according to claim 1, it is characterised in that：Locking bolt (53) lower end is provided with handle portion (530)。

3. automated warehousing door according to claim 2, it is characterised in that：The handle portion (530) and locking bolt (53) one Body is arranged.

4. automated warehousing door according to claim 3, it is characterised in that：The Power Component (4) include torsional spring (40), It is arranged in torsional spring (40) and the shaft (41) that is fixedly connected with torsional spring (40) one end and is fixed on the two of shaft (41) both ends A wire wheel (42), wire wheel (42) rotational support on door opening, with door opening fix by the other end of torsional spring (40), wire rope roll around On wire wheel (42) and there is one end fixed with door-plate (2).

5. automated warehousing door according to claim 4, it is characterised in that：The Power Component (4) further includes being fixed on Manual drawstring (43) on door-plate (2).

6. automated warehousing door according to claim 5, it is characterised in that：The automated warehousing door further includes being fixed on Knob (9) on bottom door-plate (2).

7. automated warehousing door according to claim 6, it is characterised in that：It is set on arbitrary door-plate (2) in several door-plates (2) It is equipped with window (8).