CN1576502A - Door system for storehouse - Google Patents
Door system for storehouse Download PDFInfo
- Publication number
- CN1576502A CN1576502A CNA2003101015701A CN200310101570A CN1576502A CN 1576502 A CN1576502 A CN 1576502A CN A2003101015701 A CNA2003101015701 A CN A2003101015701A CN 200310101570 A CN200310101570 A CN 200310101570A CN 1576502 A CN1576502 A CN 1576502A
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- Prior art keywords
- door system
- operating parts
- locking
- warehouse
- rod
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- 238000007789 sealing Methods 0.000 claims description 21
- 241000238631 Hexapoda Species 0.000 claims description 12
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- 238000009423 ventilation Methods 0.000 claims description 9
- 238000003780 insertion Methods 0.000 claims description 6
- 230000037431 insertion Effects 0.000 claims description 6
- 238000009434 installation Methods 0.000 claims description 5
- 229910000639 Spring steel Inorganic materials 0.000 claims description 4
- 239000000463 material Substances 0.000 claims description 2
- 230000007423 decrease Effects 0.000 claims 1
- 238000007599 discharging Methods 0.000 claims 1
- 238000004079 fireproofing Methods 0.000 claims 1
- 230000000149 penetrating effect Effects 0.000 abstract 1
- 206010029987 Obturator Hernia Diseases 0.000 description 4
- 230000003321 amplification Effects 0.000 description 2
- 230000000903 blocking effect Effects 0.000 description 2
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- 238000001704 evaporation Methods 0.000 description 2
- 239000012774 insulation material Substances 0.000 description 2
- 238000003199 nucleic acid amplification method Methods 0.000 description 2
- 239000011120 plywood Substances 0.000 description 2
- 238000005070 sampling Methods 0.000 description 2
- 231100000167 toxic agent Toxicity 0.000 description 2
- 239000003440 toxic substance Substances 0.000 description 2
- 241000894006 Bacteria Species 0.000 description 1
- 238000010276 construction Methods 0.000 description 1
- 239000000428 dust Substances 0.000 description 1
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- 230000004083 survival effect Effects 0.000 description 1
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Classifications
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- E—FIXED CONSTRUCTIONS
- E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
- E05G—SAFES OR STRONG-ROOMS FOR VALUABLES; BANK PROTECTION DEVICES; SAFETY TRANSACTION PARTITIONS
- E05G1/00—Safes or strong-rooms for valuables
- E05G1/02—Details
- E05G1/026—Closures
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- E—FIXED CONSTRUCTIONS
- E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
- E05B—LOCKS; ACCESSORIES THEREFOR; HANDCUFFS
- E05B65/00—Locks or fastenings for special use
- E05B65/0075—Locks or fastenings for special use for safes, strongrooms, vaults, fire-resisting cabinets or the like
Landscapes
- Specific Sealing Or Ventilating Devices For Doors And Windows (AREA)
Abstract
A main opening apparatus of a door of a storehouse comprises an opening rod vertically installed inside the frame and welded into the rear ends of locking and unlocking rods, a main rack gear horizontally installed and engaged with an opening gear fixed to a main handle shaft, a middle operating rod welded into the opening rod and moved horizontally, a locking and unlocking rod having locking and unlocking holes for inserting and releasing the opening rods, upper and lower operating rods welded into the opening rod and horizontally moved by horizontal elongated holes, an upper rotating disk installed to the fixing shaft protruded from the upper operating rod and composed of a first eccentric rod penetrating the vertical elongated hole of the upper operating rod, and an upper opening rod vertically installed and moved up and down to insert or release the locking and unlocking rod from the locking hole.
Description
Technical field
The present invention relates to a door system that is used for the warehouse, relate to the door system that is used for stably to store the warehouse of historical relic especially.
Background technology
In general, historical relic is excavated out and is stored, thus the historical relic of excavating to public's exhibition.People spend a large amount of energy and contribute to relevant sphere of learning, historical relic museum and storing technology field, manage and store various historical relics thus effectively.
Be installed in the inside that certain insect that the door system in the warehouse in the museum must be able to prevent to destroy historical relic enters into the warehouse, therefore, be designed to airtight construction and prevent that the historical relic that stores from suffering the invasion and attack of fire and certain outside, and prevent factor such as certain external contamination of dust, insect, bacterium, pernicious gas etc., enter into the inside in warehouse.
In addition, in traditional door system in warehouse, have three types door, one has the dual revolution side door type door that the manager uses the wicket that passes through, one closes and opens and do not have the dual turning door of a side door along both direction, and one is formed by Yishanmen and do not have the unidirectional turnstile of side door.
Be used for the unidirectional turnstile that traditional door system in the warehouse is suitable for not having a side door.One locking device is installed in a framework of the door system that is used for the warehouse.In this case, can not realize a desirable lock-out state.Under the state that has the people in the warehouse, when the door system in warehouse is given to lock outside, can not open this door system, because the device of an emergent unlocking is not set.Especially, enter the inside door in warehouse and external door without any protuberance so that easily mobile historical relic.That is, enter the inside door in warehouse and the shape that external door forms a horizontal plane.In this case, can not one doorframe be installed at the downside in warehouse.One airtight liner is installed on the framework in the right side of door system and left side, and door from one's body, and gas check is not installed on the downside of door system.Therefore, air is communicated with between the indoor and outdoors in warehouse by the downside of door system, so, can not keep a certain temperature and humidity consistently in the inside in warehouse.In addition, certain outside dangerous factor can enter into the inside in warehouse.
Summary of the invention
Therefore, the purpose of this invention is to provide a door system that is used for the warehouse, the problems that it overcomes in the conventional art to be run into.
Another object of the present invention provides a door system that is used for the warehouse, and it can provide locking device at the left and right and upside of door system, improves the locking reliability of door system thus.
Another purpose of the present invention provides a door system that is used for the warehouse, it can provide an emergent unlocking device, when door system is locked in the outside, warehouse, can open locking device by this unlocking apparatus, like this, when the someone is closed in the warehouse, can open door system by the operation emergent unlocking device.
Of the present invention also have a purpose to provide a door system that is used for the warehouse, it can provide an airtight sealing mat that is arranged on the door system inner lower, when door system is locked, it descends and closely contacts the floor, and when door system was opened, its lifting also separated a distance with the floor, like this, just may prevent the phenomenon that outside air flows into inside, warehouse, can keep certain temperature and humidity consistently in inside, warehouse thus, and prevent that outside hazards are input to the inside in warehouse.
In order to achieve the above object, in the door system in warehouse, wherein, be fixed on the left side of interior wall and door system and the left side on the upper right framework, doorframe right and upside utilizes an airtight sealing mat to seal with being hedged off from the outer world, and door system can be installed on the side door frame on a left side and the right side with opening by a hinge, be installed on the door system front surface in the installing space of mechanical device that a dialing box that the rotating operation by dialing can open and close is engaged on door system, and be installed on the door system front surface by key and insert in the installing space of mechanical device that key case that the cylinder of door can open and close is engaged on door system, being provided with one opens and shutoff device, so that utilize a Top carry handle that is installed on the door system front surface to open and close door system, the door system that is used for the warehouse comprises leading opening and shutoff device, it comprises that one is welded on the opening and closing operating parts on the tail end of each a plurality of locking and unlocking rod, described locking and unlocking rod respectively have the end that can insert and deviate from lockhole, lockhole is formed on the side door frame by a pilot hole that is formed on the body side frame of door system with certain interval, like this, opening and closing operating parts can vertically be installed on the inboard of a body side frame; One main tooth bar is welded on the mid portion that opens and closes operating parts, and flatly install and with the axle that is installed in Top carry handle in the opening and closing gears engaged; One intermediary operation spare is arranged on the top of main tooth bar, and flatly install along the direction of the mechanical device installing space of door system, installation reaches such state: an end of intermediary operation spare is welded on and opens and closes on the operating parts, operating parts has an elongated hole that is formed on the level on its free end, like this, intermediary operation spare can move horizontally within the specific limits, and is in such state: intermediary operation spare is fixed on the horizontally-guided pin rod supporting on the door system mid portion; One has the locking and the unlock operation part in a perpendicular elongate hole, described hole forms in this manner: an end that opens and closes latching operation spare is rotatably fixed on the steady pin on the free end that is fixedly mounted in intermediary operation spare, and the control pins engages that the other end is given prominence to from middle operating parts, wherein, setting has the locking of locking and open keyhole and the part of unblanking, the opening and closing bar that can vertically descend in dialing box and key case and promote can insert in locking and the open keyhole, and therefrom withdraws from place, two bottoms; The upper and lower side operating parts of installing along the direction level of the mechanical device installing space of door system, be in such state: it respectively has an end to be welded on the upper and lower side that opens and closes operating parts, and has the elongated hole that is formed on the level on its free end, like this, upper and lower side operating parts can move horizontally within the specific limits, and is in such state: upper and lower side operating parts is fixed on the horizontally-guided pin rod supporting on the door system mid portion; One upside rotor plate, it is installed in rotation on from the outstanding fixed axis in the top of upside operating parts, and wherein, first eccentric part by the perpendicular elongate hole in the mid portion that is formed on the upside operating parts is fixedly mounted in the eccentric part; Open and close part on one, it vertically is installed in the top of upside operating parts, and vertically in the scope in perpendicular elongate hole, vertically descend and promote, it is in such state: the perpendicular elongate hole that is formed in the mid portion is supported by the vertically-guided bar, and like this, the locking and the unlocking rod that are welded on top can insert or withdraw from the lockhole that is formed in the upside doorframe, wherein, one horizontal thin slotted hole is formed on the bottom, thus, holds second eccentric rod of upside rotor plate.
In addition, the gas check of an intake section is set also, it comprises a downside rotor plate, and it is installed in rotation on from a following side-prominent fixed axis of downside operating parts, and described downside operating parts has an end that is welded on the downside that opens and closes operating parts; One first eccentric rod, it is outstanding from eccentric part of downside rotor plate, and is inserted in the perpendicular elongate hole in the mid portion that is formed on the downside operating parts, and when the downside operating parts was flatly mobile, eccentric rod rotated the downside rotor plate; One airtight operating parts, wherein, one horizontal thin slotted hole is formed on the top of this air tight work spare, one second eccentric rod enters into described horizontal thin slotted hole from giving prominence to perpendicular to the part of first eccentric rod, one can make its perpendicular elongate hole of carrying out vertical-lift and step-down operation be formed on the downside of this air tight work spare, and is in such state: this air tight work spare is supported by the vertically-guided bar; One horizontal fixed part, it flatly is welded on the downside of air tight work spare; A pair of sealing mat joggle piece vertically is welded on the two ends of horizontal fixed part; And an airtight sealing mat, it is fixedly attached to each bottom of sealing mat joggle piece, and closely contacts with the floor of the intake section of door system and with interval.
The gas-tight seal pad of intake section gas check by a upper end insertion portion and once contact portion form, wherein, the upper end insertion portion is inserted in the groove in each lower end that is formed on the sealing mat joggle piece, and contact portion has a cavity down, thus, the Elastic Contact on the floor of realization and intake section.
One sootiness air feed cabin and sootiness ventilation cabin are removably mounted on the preceding and rear surface of door system.
Between the preceding and intermediate surface of door system, fill the fireproof material.
Brief description of drawings
Will be better understood the present invention with reference to all accompanying drawings, given accompanying drawing only is for example, therefore, the present invention be there is no limited significance, wherein:
Fig. 1 is each Unit Installation state that the mechanical device of the door system that is bonded on a warehouse according to the present invention is shown, and the leading view that is in the structure when closing with shutoff device of opening;
Fig. 2 illustrates according to a warehouse gate system of the present invention leading to open the view that is in the structure when opening with shutoff device;
Fig. 3 is the view of amplification of the opening and closing device of critical element of the present invention;
Fig. 4 to 6 is the sectional views along line A-A, the B-B of Fig. 1 and C-C intercepting, is used for describing the mode of operation of each element of an emergent unlocking device;
Fig. 7 be illustrate critical element of the present invention one on open and close the view of the mode of operation of part;
Fig. 8 is the view that the intake section gas check of critical element of the present invention is shown;
Fig. 9 is along the sectional view of the line D-D intercepting of Fig. 1, is used for describing the mode of operation according to an intake section gas check of the present invention;
Figure 10 is the sectional view that the gas-tight seal pad of an intake section gas check according to another embodiment of the present invention is shown;
Figure 11 illustrates and front elevation drawing according to the arrangement states in each cabin of a warehouse gate system engages of the present invention;
Figure 12 illustrates and sectional view according to the installment state in each cabin of a warehouse gate system engages of the present invention.
The specific embodiment
The preferred embodiments of the present invention are described with reference to the accompanying drawings.
Fig. 1 illustrates each Unit Installation state of the mechanical device of the door system that is bonded on a warehouse according to the present invention, and the leading view that is in the structure when closing with shutoff device of opening, Fig. 2 illustrates according to a warehouse gate system of the present invention leading to open the view that is in the structure when opening with shutoff device, Fig. 3 is the view of amplification of the opening and closing device of critical element of the present invention, Fig. 4 to 6 is the line A-A along Fig. 1, the sectional view of B-B and C-C intercepting, be used for describing the mode of operation of each element of an emergent unlocking device, Fig. 7 be illustrate critical element of the present invention one on open and close the view of the mode of operation of part, Fig. 8 is the view that the intake section gas check of critical element of the present invention is shown, Fig. 9 is the sectional view along the line D-D intercepting of Fig. 1, be used for describing mode of operation according to an intake section gas check of the present invention, Figure 10 is the sectional view that the gas-tight seal pad of an intake section gas check according to another embodiment of the present invention is shown, Figure 11 illustrates and front elevation drawing according to the arrangement states in each cabin of a warehouse gate system engages of the present invention, and Figure 12 illustrates and sectional view according to the installment state in each cabin of a warehouse gate system engages of the present invention.
In all accompanying drawings, label 1 is represented a door system in warehouse.Door system 1 is by a front surface 1a, a rear surface 1b, and an intermediate surface 1c composition that is formed between front surface 1a and the rear surface 1b, therefore, forms a triplen.One thermal insulation material 1d is filled between the front surface 1a and intermediate surface 1c of door system 1, and a mechanical device installing space 1e is formed between rear surface 1b and the intermediate surface 1c, therefore, each device is installed therein.
One dialing, door cylindrical member and Top carry handle 2 are installed on the front surface 1a of door system 1.A left side and correct frame 11 and 12 and upper frame 13 be arranged on the intermediate surface 1c of the inside that is formed on door system 1.The downside of one door system does not have any framework and is unlimited.One gas-tight seal pad (not shown) is installed between the doorframe of the left and right and upside that contacts with each framework.
In the mechanical device installing space 1e of door system 1, on the attached right side frame 12 in the drawings of a turning joint, like this, door system 1 is assembled on the fixed hinge that is attached on the doorframe of right side, thus, realizes opening and closing.A plurality of pilot holes are formed on the left side frame 11.A plurality of lockings and open bar 311 and be attached in and form at regular intervals on leading a dozen open and close components 31 of opening with shutoff device 3, it is by all pilot holes.A plurality of lock holes are formed in the left side doorframe that contacts with left side frame 11, thus, realize locking and open the lock operation of bar 311.Leading opening with shutoff device 3 comprises a main tooth bar 32, its end is welded on the mid portion of open and close operating parts 31 and flatly and installs, a dozen open and close close gear 21 join to Top carry handle 2 the axle on, and with 32 engagements of main tooth bar, one intermediary operation spare 33, it is positioned at the upside of main tooth bar 32, and have an end and be welded on the open and close operating parts 34 and flatly install, one locking and unlock operation part 34, it is by the free and bearing of intermediary operation spare 33, one steady pin 331 and a control pin 332 are outstanding from the opposite side of middle operating parts 33, one dialing box 35 is fixed on two downsides of locking and unlock operation part 34, the locking and the part 37 and 38 of unblanking have locking and open keyhole 371 and 381, and the open and close bar 351 of key case 36 and 361 inserts and is moved out in locking and the open keyhole.Here, because be formed on free-ended horizontal thin slotted hole 333 by 334 supportings of the horizontally-guided pin rod on the inwall that is fixed on door system 1, intermediary operation spare 33 can flatly move in the scope of horizontal thin slotted hole 333.
It is rotatable with respect to steady pin that leading open and close attach together an end of putting 3 locking and unlock operation part 34, its other end forms a perpendicular elongate hole 341 by 332 supportings of control pin, like this, locking and unlock operation part 34 are rotatable in the scope in perpendicular elongate hole 341 with respect to steady pin 331.Under normal condition, that is, under the state that does not have the emergent unlocking operation, an end of locking and unlock operation part 34 is by steady pin 331 supportings, and its other end rotates with respect to steady pin 331 Drawing upons deadweight.Therefore, the top that is formed on the perpendicular elongate hole 341 of its other end is supported by control pin 332.
Therefore, a dialing and a door cylindrical member that is installed on the front surface of door system 1 is operable to unlocked conditions.Open and close bar 351 and 361 at dialing box 35 and key case 36 is in unlocking condition (promptly, move up) situation under, open and close bar 351 and 361 top be inserted into be formed on locking and unblank part 37 and 38 in locking and open keyhole 371 and 381 in.Therefore, leading open and close attach together 3 states that remain on a locking of putting.When dialing was operated into unlocked conditions with a door cylindrical member, open and close bar 351 and 361 moved down, and deviate from the locking in locking and unblank part 37 and 38 and open keyhole 371 and 381.
Leading open and close attach together the upper and lower side operating parts 4 of putting 3 open and close operating parts 31 and each end welding flatly of 5, and each other end of upper and lower side operating parts 4 and 5 is fixed on the inwall of door system 1, and by horizontally-guided pin rod 42 and 52 supportings by horizontal thin slotted hole 41 and 51.Upper and lower side operating parts 4 and 5 is operated and is flatly moved according to the open and close of open and close operating parts 31.
Upside rotor plate 6 on one fixed axis 61 that is attached in rotationally on the inwall that is fixed on door system 1 is installed in the mid portion of upside operating parts 4.First eccentric rod 62 in one bottom that is formed on the overlapping upside rotor plate 6 of upside operating parts 4 is inserted in the perpendicular elongate hole 43 in the mid portion that is formed on upside operating parts 4.When upside operating parts 4 was flatly mobile, upside rotor plate 6 rotated, and was in first eccentric rod 62 and was received within the state in the perpendicular elongate hole 43.Vertically be installed in the lower end of last open and close part 64 of the upside of upside operating parts 4, be overlapped into such state: second eccentric rod 63 of upside rotor plate 6 is inserted in the horizontal thin slotted hole 65.
In addition, last open and close part 64 vertically and is movably supported by the vertically-guided pin rod 66 on the inwall that is fixed on door system 1, it is by being formed on the perpendicular elongate hole 67 on the mid portion, when upside rotor plate 6 rotates along clockwise direction, last open and close part 64 moves up by second eccentric rod 63, and when rotating in the counterclockwise direction, last open and close part 64 moves down by second eccentric rod 63.Be welded on the top locking and the unlocking rod 68 of open and close part 64,, and be inserted into the lock hole that is formed in the interior lock hole of upside doorframe and withdraws from the upside doorframe by the upperside frame 13 of door system 1.
Downside rotor plate 7 is installed in rotation on the fixed axis 71 on the inwall that is attached in door system 1 regularly at the following mid portion of downside operating parts 5.First eccentric rod 72 be formed on the overlapping lap of downside operating parts 5 in, described downside operating parts 5 is formed on the upside of downside rotor plate 7, first eccentric rod 72 is inserted in the perpendicular elongate hole 53 of downside operating parts 5, and fits together thus.In above-mentioned state, when the downside operating parts was flatly mobile, downside rotor plate 7 rotated along clockwise direction with counterclockwise.The gas check 8 of one intake section is installed in the downside of downside operating parts 5.
The gas check 8 of intake section is made up of an air tight work spare 81, a horizontal fixed part 82, a pair of sealing gasket joining component 83a and 83b and a gas-tight seal pad 84.Air tight work spare 81 vertically is installed on the mid portion of downside operating parts 5, and a horizontal thin slotted hole 85 that forms at an upper portion thereof is overlapping with downside rotor plate 7, and is inserted on second eccentric rod 73.In addition, be formed on the middle part of air tight work spare 81 or the perpendicular elongate hole 86 of bottom, by 87 supportings of the vertically-guided pin rod on the inwall that is fixed on door system 1, and when downside rotor plate 7 rotated, air tight work spare 81 moved up and down.
The horizontal fixed part 82 of intake section gas check 8 is horizontally fixed on the downside of air tight work spare 81, and a pair of sealing gasket joining component 83a and 83b vertically are welded on the two ends of horizontal fixed part 82.Sealing gasket joining component 83a and 83b can slide up and down in the scope in perpendicular elongate hole 88, and are in such state: perpendicular elongate hole 88 is by 89 supportings of the vertically-guided pin rod on the inwall that is fixed on door system 1.
In addition, the gas-tight seal pad 84 of intake section gas check 8 can be by once end in contact part 843 (not shown) and a cavity 842 form, in lower end contact portion 843, be provided with the upper end insertion portion 841 in the insertion groove 831 that is inserted in each end portion that is formed on sealing gasket joining component 83a and 83b, and cavity 842 contacts flexibly with the floor of warehouse inlet.The gas-tight seal pad 84 of intake section gas check 8 can be by end in contact part 843 (being shown among Figure 10) once, one spring steel plate 845 and a cavity 842 form, in lower end contact portion 843, be provided with an engaging groove 844, one is formed on one in each bottom of sealing gasket joining component 83a in the gas- tight seal pad 84 and 83b inserts projecting plate 832, be inserted in the described engaging groove 844, described spring steel plate 845 is around engaging groove 844, one narrow projection 846 is outstanding from the inner surface of engaging groove 844, thus, projecting plate 832 is inserted in supporting, and described hollow part 842 flexibly contacts with the floor of intake section (being shown among Figure 10).
One can open leading open and close attaches together and puts the inside that 3 emergent unlocking device 9 is installed in door system 1.Emergent unlocking device 9 comprises an emergent unlocking tooth bar 91, it is installed in main tooth bar 32 and leading open and close and attaches together and put between 3 the intermediary operation spare 33, and has an end that is welded on the open and close operating parts 31, and flatly install, one fixed support 92 surrounds main tooth bar 32 and intermediary operation spare 33, and be fixedly mounted on the inwall of door system 1, one emergent unlocking axle 94 is supported by this way: its two ends are rotatable and slidably with 93b and door system 1 with respect to being installed in block bearing 93a on the fixed support 92, one emergent unlocking handgrip 95 closes with a termination of the emergent unlocking axle of giving prominence to from fixed support 92 94, and an emergent unlocking gear 96 is fixed on an emergent unlocking axle 94 and the taper operating parts 97.
In addition, under normal operating state, the locking and the unlock operation part 34 that are installed in the upside of taper operating parts 97 divide the maintenance state of contact in the outside diameter of taper operating parts 97, and the inclined outer surface along taper operating parts 97 moves up, when direction (among Fig. 4) moves and is positioned on the part of a big external diameter (dotted line among Fig. 4) left by pulling emergent unlocking handgrip 95, emergent unlocking axle 94, taper operating parts 97 together with emergent unlocking axle 94 left direction (in the drawings) move.Therefore, locking and unlock operation part 34 upwards rotate with respect to steady pin 331 (along the counter clockwise direction among Fig. 3).When locking and unlock operation part 34 upwards rotated, the locking and the part 37 and 38 of unblanking became release conditions respectively in the open and close bar 351 of dialing box 35 and key case 36.By rotating emergent unlocking handgrip 95 along the direction of unblanking, leading open and close attach together puts 3 and is unblanked.
In door system 1, be provided with a medicine cabin 14 that is used for adding the sootiness medicine, to kill certain insect that lives in the various historical relics that are stored in the warehouse, the medicine that one sootiness air supply cabin 15 is used for applying is dispensed onto inside, one sootiness ventilation cabin 16 is used for taking a breath, with the sootiness medicine of removal in the warehouse, and whether a sampling module 17 is used for verifying sootiness medicine inner removal the from the warehouse.
To introduce operation below according to each device of the present invention.
At first, describing the leading open and close of locking attaches together and puts 3 operation.
When door system 1 was closed, Top carry handle 2 rotated along the locking direction, and open and close gear 21 moves main tooth bar 32 along the direction of left side frame 11, and open and close operating parts 31 moves along the direction of left side frame 11.When open and close operating parts 31 in the above described manner when the direction of left side frame 11 moves, the upper and lower side operating parts 4 and 5 that is welded on the upper and lower side of open and close operating parts 31 moves horizontally.
Therefore, be welded on a plurality of lockings and unlocking rod 311 on the open and close operating parts at interval, be inserted in the obturator hernia of left side doorframe with rule.First eccentric rod 62 of upside rotor plate 6 is moved along direction left in the perpendicular elongate hole 43 that is formed on the mid portion of upside operating parts 4, and like this, upside rotor plate 6 rotates along clockwise direction.Therefore, second eccentric rod 63 that is inserted in the horizontal thin slotted hole 65 of upside open and close part 64 rotates along clockwise direction, and moves in the vertical direction open and close part 64.Therefore the open and close bar 68 that is welded on open and close part 64 tops is inserted in the obturator hernia that is formed in the upside doorframe by upperside frame 13.Therefore, by being welded on locking and the unlocking rod 311 on the open and close operating parts 31 at interval with rule, and the locking and the unlocking rod 68 that are welded on open and close part 64 tops, door system 1 is realized locking.
When open and close operating parts 31 when the direction of left side frame 11 moves, downside operating parts 5 flatly moves along the direction of left side frame 11.Be inserted into first eccentric rod 72 of the downside rotor plate 7 in the perpendicular elongate hole on the mid portion that is formed on downside operating parts 5, move on edge direction left, and like this, downside rotor plate 7 rotates in the counterclockwise direction.When downside rotor plate 7 rotated in the counterclockwise direction, second eccentric rod 73 that is inserted in the horizontal thin slotted hole 85 of upside of air tight work spare 81 rotated in the counterclockwise direction, and moves down air tight work spare 81.
Therefore, when the air tight work spare 81 of the gas check 8 of intake section is mobile downward vertically, be horizontally fixed on the horizontal fixed part 82 on the bottom of air tight work spare and be bonded on sealing gasket joining plywood 83a and 83b on its two ends, move down, and the gas-tight seal pad 84 that is attached in sealing gasket joining plywood 83a and 83b bottom moves down, and closely contacts with the floor of the intake section in warehouse.
As shown in Figures 9 and 10, in gas-tight seal pad 84, because cavity 842 is formed on the lower end contact portion 843 that contacts with the floor of warehouse intake section, so, when gas-tight seal pad 84 contacts with the floor of warehouse intake section, lower end contact portion 843 flexibly contacts, and like this, tightness is improved.Therefore, in door system 1, based on gas-tight seal pad 84, the air tight work that can realize ideal just, according to sealing mat be installed in left and right and upperside frame and left and right doorframe and upper door frame between, gas-tight seal pad 84 flexibly contacts the floor of intake section.
When leading open and close attach together when putting 3 lockings, when being installed in dial-up operation on the front surface 1a of door system 1 to blocking, by a key, the door cylindrical member is by locking, each open and close bar 351 and 361 of dialing box 35 and key case 36 is inserted in the locking and open keyhole 371 and 381 of the locking in the bottom that is formed on locking and unlock operation part 34 and unblank part 37 and 38, like this, door system 1 remains on a blocking.
Now will describe leading open and close attaches together and puts 3 releasing operation.Dial in to releasing operation on the front surface of actuating doors system 1.Use the door cylindrical member to carry out releasing operation as a key, like this, the open and close bar 371 and 381 of dialing box 35 and key case 36 discharges from locking and unblank part 37 and 38.Therefore, intermediary operation spare 33 can move horizontally.When Top carry handle 2 when release direction is rotated, open and close gear 21 moves horizontally main tooth bar 32 along release direction (in the accompanying drawing to right), and open and close operating parts 31 is released, like this, locking and unlocking rod 311 discharge from the obturator hernia of left side doorframe.At this moment, the upper and lower side operating parts 4 and 5 that is fixed on the upper and lower side of open and close operating parts 31 flatly moves along the direction left among the figure.At this moment, because rotate in the opposite direction with locking side on upper and lower side rotor plate 6 and 7 edges, that is, in the counterclockwise direction, last open and close part 64 descends, and the air tight work spare 81 of intake section gas check 8 promotes.
Therefore, the locking and the unlocking rod 68 that are welded on the open and close part 64 discharge from the upside doorframe, and the gas-tight seal pad 84 of the gas check 8 of intake section separates with the floor of intake section.Therefore, when door system 1 is opened, because gas-tight seal pad 84 do not contact with the floor of intake section, so, just can realize the opening operation smoothly of door system 1.This friction in addition, when opening door system 1, can prevent the friction of gas-tight seal pad 84, if gas-tight seal pad 84 contact floors then might take place.
Under the state of inside, warehouse, when door system 1 was locked outside, the people in the warehouse can use emergent unlocking device 9 to open door system 1 the someone.To describe the operation that the people of closing in the warehouse uses emergent unlocking device 9 to open door system 1 below in detail.
When pulling during from the outstanding emergent unlocking handgrip 95 of the rear surface 1b of door system 1, emergent unlocking axle 94 flatly slides in block bearing 93a and 93b.Therefore, emergent unlocking gear 96 and taper operating parts 97 flatly move along the direction of fixed support 92.Emergent unlocking gear 96 flatly moves and is in such state: emergent unlocking gear 96 meshes emergent unlocking tooth bars 91, and taper operating parts 97 upwards promotes locking and unlock operation part 34 (being represented by the dotted line among Fig. 4).
When taper operating parts 97 upwards promotes locking and unlock operation part 34, locking and unlock operation part 34 upwards rotate around steady pin 331, and the locking of the bottom of locking and unlock operation part 34 and the part 37 and 38 of unblanking move up, and leave dialing box 35 and the open and close bar 351 of key case 36 and 361 top.Therefore, locking and unlock operation part 34 and intermediary operation spare 33 can flatly move.Under this state, when emergent locking handgrip 95 rotated along the direction that discharges, emergent locking tooth bar 91 flatly moved along release direction, and open and close operating parts 31 is opened.Locking and unlocking rod 311 and 68 discharge from a left side and the obturator hernias of upside doorframe, and the gas-tight seal pad 84 of the gas check 8 of intake section moves up, thus, and unlatching door system 1.Therefore, can prevent that by opening door system 1 personnel from being closed the inside in the warehouse.
After using emergent unlocking device 9 unlatching door systems 1, emergent unlocking handgrip 95 moves to the home position, and like this, locking and unlock operation part 34 turn back to its original position.
When various insects are created in the various historical relics that are stored in the warehouse and desire and remove them, under door system 1 closing state, place the sootiness medicine.The dispensing of sootiness medicine will be described below, sootiness air feed, scavenging period, and verify the process whether the sootiness medicine is got rid of fully.
The sootiness medicine that can kill the insect that is created in the historical relic is by being mixed with C
2H
4O, CH
3The utmost point toxic agent of Br.Handling above-mentioned toxic agent must extreme care.
Therefore, before dispensing sootiness medicine, need front surface 1a and sootiness air rear surface 1b on supply and the ventilation cabin 15 and 16 of opening installation, then, insert air supply hose and ventilation flexible pipe at door system 1.At this moment, each hole, cabin of inserting air feed and ventilation flexible pipe is airtight processing, then, opens medicine cabin 14, and dispensing sootiness medicine then, is closed medicine cabin 14.
By the sootiness medicine rapid evaporation of medicine cabin 14 input, at this moment, when air was supplied by air supply hose, the sootiness medicine of evaporation spread to the inside in warehouse by air supplied, thus, kills the insect that is created in the historical relic.After the operation that the sootiness medicine scatters was finished, air was discharged by the ventilation flexible pipe and air is inner from the warehouse by the air supply hose supply, and like this, the sootiness medicine that is dispersed in inside, warehouse is got rid of through ventilating effectively.
After the ventilation ventilation of sootiness medicine is finished, must verify the sootiness medicine and whether also remain in inside, warehouse, thus, prevent certain accident.In this case, one can survey the insect whether the sootiness medicine also remain in inside, warehouse puts in the bottle, and places it in inside, warehouse by opening sampling module 17.Through certain hour, take out bottle and check the whether also survival of this insect.The result who checks, if judge that entering into inside, warehouse is safety, then the staff opens door system 1 and enters into inside, warehouse, thus, checks the storing state of historical relic.
In addition, the thermal insulation material 1d with good fire performance is filled between the front surface 1a and mid portion 1c of door system 1.Therefore, under the situation of door system 1 outside breaking out of fire, can keep the stationary temperature and the humidity of inside, warehouse.
As mentioned above, in the present invention, door system can be realized stable lock operation, and its floor that stores historical relic and use an airtight sealing mat to seal the warehouse intake section is hedged off from the outer world.Therefore, can more stably store historical relic in inside, warehouse.In addition, when opening door system, be installed in the floor lifting of the gas-tight seal pad of door system bottom from intake section, like this, when opening and closing door system, the gas-tight seal pad does not touch the floor.Therefore, can prolong the life-span of gas-tight seal pad significantly.Especially, when a certain people is closed in the warehouse when inner, be installed in emergent unlocking device in the warehouse, can open door system, like this, can prevent that the people from being closed the accident in inside, warehouse by operation.In the present invention, can prevent that the external contamination factor from invading, thus, can stably store historical relic, and the personnel that can prevent are closed in inside, warehouse, prevented security incident thus.In the time of in certain insect is created in the various historical relics that are stored in the warehouse, need kill these insects, input sootiness medicine also is dispersed in inside, warehouse equably, after kill insects, then the sootiness medicine is discharged to the external world.Under near the situation of the breaking out of fire warehouse, can realize the steady temperature and the humidity of inside, warehouse.
Because under the prerequisite that does not break away from spirit of the present invention or principal character, the present invention can some kinds of forms implement, therefore, it should be understood that, unless otherwise prescribed, above-mentioned example is not subjected to the restriction of aforementioned any details, but it is opposite, should think and broadly be included in by in the defined spirit and scope of appended claims, therefore, falling within the requirement and the scope of claims, or all variations and modification in the equivalent of these requirements and scope, all should be encompassed in the appended claims.
Claims (7)
1. door system that is used for the warehouse, wherein, be fixed on the left side of interior wall and door system, left side on the right side and the upper frame, doorframe right and upside utilizes an airtight sealing mat to seal with being hedged off from the outer world, and door system can be installed on the side door frame on a left side and the right side with opening by a hinge, be installed on the door system front surface in the installing space of mechanical device that a dialing box that the rotating operation by dialing can open and close is engaged on door system, and be installed on the door system front surface by key and insert in the installing space of mechanical device that key case that the cylinder of door can open and close is engaged on door system, being provided with one opens and shutoff device, so that utilize a Top carry handle that is installed on the door system front surface to open and close door system, the door system that is used for the warehouse comprises:
One leading opening and shutoff device, it comprises
One is welded on the opening and closing operating parts on the tail end of each a plurality of locking and unlocking rod, described locking and unlocking rod respectively have the end that can insert and deviate from lockhole, lockhole is formed on the side door frame by a pilot hole that is formed on the body side frame of door system with certain interval, like this, opening and closing operating parts can vertically be installed on the inboard of a body side frame;
One main tooth bar, it is welded on the mid portion that opens and closes operating parts, and flatly install and with the axle that is installed in Top carry handle in the opening and closing gears engaged;
One intermediary operation spare, it is arranged on the top of main tooth bar, and flatly install along the direction of the mechanical device installing space of door system, installation reaches such state: an end of intermediary operation spare is welded on and opens and closes on the operating parts, operating parts has an elongated hole that is formed on the level on its free end, like this, intermediary operation spare can move horizontally within the specific limits, and is in such state: intermediary operation spare is fixed on the horizontally-guided pin rod supporting on the door system mid portion;
One has the locking and the unlock operation part in a perpendicular elongate hole, described hole forms in this manner: an end that opens and closes latching operation spare is rotatably fixed on the steady pin on the free end that is fixedly mounted in intermediary operation spare, and the control pins engages that the other end is given prominence to from middle operating parts, wherein, setting has the locking of locking and open keyhole and the part of unblanking, the opening and closing bar that can vertically descend in dialing box and key case and promote can insert in locking and the open keyhole, and therefrom withdraws from place, two bottoms;
The upper and lower side operating parts of installing along the direction level of the mechanical device installing space of door system, be in such state: it respectively has an end to be welded on the upper and lower side that opens and closes operating parts, and has the elongated hole that is formed on the level on its free end, like this, upper and lower side operating parts can move horizontally within the specific limits, and is in such state: upper and lower side operating parts is fixed on the horizontally-guided pin rod supporting on the door system mid portion;
One upside rotor plate, it is installed in rotation on from the outstanding fixed axis in the top of upside operating parts, and wherein, first eccentric part by the perpendicular elongate hole in the mid portion that is formed on the upside operating parts is fixedly mounted in the eccentric part; And
Open and close part on one, it vertically is installed in the top of upside operating parts, and vertically in the scope in perpendicular elongate hole, vertically descend and promote, it is in such state: the perpendicular elongate hole that is formed in the mid portion is supported by the vertically-guided bar, and like this, the locking and the unlocking rod that are welded on top can insert or withdraw from the lockhole that is formed in the upside doorframe, wherein, one horizontal thin slotted hole is formed on the bottom, thus, holds second eccentric rod of upside rotor plate.
2. door system as claimed in claim 1 is characterized in that, also comprises:
One emergent unlocking device, it comprises:
One fixed support, it holds main tooth bar and intermediary operation spare;
One emergent unlocking axle is bearing in to its both ends horizontal on the bearing on the mid portion that is installed in fixed support and door system movably;
One emergent unlocking gear, it is installed on the mid portion of emergent unlocking axle and with the emergent unlocking tooth bar and meshes, this tooth bar flatly is installed between main tooth bar and the intermediary operation spare, and is in such state: the part of emergent unlocking gear is welded on the mid portion of open and close operating parts;
One taper operating parts, it is formed on the mid portion of emergent unlocking axle and by an inclined outer surface forms, wherein, the external diameter of the part that contacts with the emergent unlocking gear is less, and the external diameter of the part that contacts with the mid portion of door system is bigger, thus, lifting and decline locking and unlock operation part; And
One emergent unlocking handgrip, the end engagement of itself and emergent unlocking axle, thus, along continuous straight runs slip emergent unlocking axle, and rotate the emergent unlocking axle simultaneously.
3. door system as claimed in claim 1 is characterized in that, also comprises:
One intake section gas check, it comprises:
One downside rotor plate, it is installed in rotation on from a following side-prominent fixed axis of downside operating parts, and described downside operating parts has an end that is welded on the downside that opens and closes operating parts;
One first eccentric rod, it is outstanding from eccentric part of downside rotor plate, and is inserted in the perpendicular elongate hole in the mid portion that is formed on the downside operating parts, and when the downside operating parts was flatly mobile, eccentric rod rotated the downside rotor plate;
One airtight operating parts, wherein, one horizontal thin slotted hole is formed on the top of this air tight work spare, one second eccentric rod enters into described horizontal thin slotted hole from giving prominence to perpendicular to the part of first eccentric rod, one can make its perpendicular elongate hole of carrying out vertical-lift and step-down operation be formed on the downside of this air tight work spare, and is in such state: this air tight work spare is supported by the vertically-guided bar;
One horizontal fixed part, it flatly is welded on the downside of air tight work spare;
A pair of sealing mat joggle piece, they vertically are welded on the two ends of horizontal fixed part; And
One airtight sealing mat, it is fixedly attached to each bottom of sealing mat joggle piece, and closely contacts with the floor of the intake section of door system and with interval.
4. door system as claimed in claim 3, it is characterized in that, the described gas-tight seal pad of intake section gas check by a upper end insertion portion and once contact portion form, wherein, the upper end insertion portion is inserted in the groove in each lower end that is formed on the sealing mat joggle piece, and contact portion has a cavity down, thus, and the Elastic Contact on the floor of realization and intake section.
5. door system as claimed in claim 3, it is characterized in that, once end in contact partly is arranged on the top of the gas-tight seal pad of intake section gas check, and form by an engaging groove, a spring steel plate, a narrow projection and a cavity, wherein, one is formed on one in each lower end of sealing gasket joining component inserts outstanding being inserted in the described engaging groove, described spring steel plate is around engaging groove, narrow projection is outstanding from the inner surface of engaging groove, and cavity flexibly and closely contacts with the floor of intake section.
6. door system as claimed in claim 1 is characterized in that, described door system also comprises:
One medicine cabin, its dispensing sootiness medicine is used for killing the insect that produces in the various historical relics that store in the warehouse;
One sootiness air supply cabin, the medicine that is used for discharging is disseminated to the inside in warehouse; And
One sootiness ventilation cabin is used for air is taken a breath, with the inner medicine of removing sootiness from the warehouse.
7. door system as claimed in claim 1 is characterized in that, fire proofing material is filled in the front surface and the mid portion of door system, and thus, when the breaking out of fire of warehouse outside, a stationary temperature and humidity also can be realized one in long-time in the inside in the warehouse.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| KR1020030047480 | 2003-07-11 | ||
| KR1020030047480A KR20050007871A (en) | 2003-07-11 | 2003-07-11 | Door of storehouse |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1576502A true CN1576502A (en) | 2005-02-09 |
| CN1289777C CN1289777C (en) | 2006-12-13 |
Family
ID=34587806
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2003101015701A Expired - Lifetime CN1289777C (en) | 2003-07-11 | 2003-10-10 | Door system for storehouse |
Country Status (2)
| Country | Link |
|---|---|
| KR (1) | KR20050007871A (en) |
| CN (1) | CN1289777C (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104775851A (en) * | 2015-04-15 | 2015-07-15 | 上海道生门业有限公司 | Metro section contact channel door |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR100726004B1 (en) * | 2006-05-09 | 2007-06-08 | 노틸러스효성 주식회사 | Locking device for door |
| KR101324014B1 (en) * | 2011-11-25 | 2013-10-31 | 주식회사 선일 | A money box |
| KR102183295B1 (en) * | 2019-03-26 | 2020-11-26 | 주식회사 진성피엘티 | Constant temperature-humidity device |
-
2003
- 2003-07-11 KR KR1020030047480A patent/KR20050007871A/en not_active Application Discontinuation
- 2003-10-10 CN CNB2003101015701A patent/CN1289777C/en not_active Expired - Lifetime
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104775851A (en) * | 2015-04-15 | 2015-07-15 | 上海道生门业有限公司 | Metro section contact channel door |
Also Published As
| Publication number | Publication date |
|---|---|
| CN1289777C (en) | 2006-12-13 |
| KR20050007871A (en) | 2005-01-21 |
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