CN104424713A - Door lock device of vending machine - Google Patents
Door lock device of vending machine Download PDFInfo
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- CN104424713A CN104424713A CN201410088240.1A CN201410088240A CN104424713A CN 104424713 A CN104424713 A CN 104424713A CN 201410088240 A CN201410088240 A CN 201410088240A CN 104424713 A CN104424713 A CN 104424713A
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- door
- sliding part
- housing
- latch piece
- main body
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Abstract
The invention relates to a door lock device of a vending machine. According to the invention, the space of the door lock device for door locking/unlocking in a main housing can be saved. An operation handle (43) rotating in linage with operation of a cylinder lock (41) mounted on a door enables a sliding member (4) arranged on the door to slide. The sliding member (4) is shaped like a flat plate and can slide freely in the vertical direction in a state that the flat plate surface and the side surface of the door are parallel, and the sliding member (4) is provided with hooking pieces (40) which are arranged along the vertical direction in a scattered manner and protrude towards the back of the door. The operation handle (43) rotating in linage with operation of the cylinder lock (41) enables the sliding member (4) to slide to make the hooking pieces (40) arranged on the sliding member (4) be engaged in/disengaged from clamping parts (5) arranged on the main housing in a scattered manner, thereby locking/unlocking the door. By arranging the flat-plate-shaped sliding member (4) in a state that the flat plate surface and the side surface of the door are parallel, the sliding member (4) is narrowed in width in the left-right direction so that the space of the door lock device can be saved.
Description
Technical field
The present invention relates to the door lock assembly making the door be configured in before main body housing close the automatic vending machine locked.
Background technology
The structure directly can not seeing the commodity be accommodated in the bunker of main body housing is there will be a known as this automatic vending machine.This automatic vending machine possesses at the front surface of the main body housing formed as heat insulating box and has large transparency window with can the door of perspective inside.Being equipped with in the bunker of aforementioned body casing: one will accommodate tinned drink, PET(polyethylene terephthalate with arranging arrangement in front and back) multiple commodity of the commodity such as bottled drink are listed in the superior and the subordinate, left and right row arrangement and the commodity accomodation frame that is built into; The bucket unit accepting received payment commodity is arranged from commodity in the anterior position of this commodity accomodation frame; The cooling/heating unit by commodity cooling or heating is equipped with the transport mechanism making this bucket unit move to the row of regulation, at bunker inner bottom part.In addition, be configured with the commodity selection button of numerical key keypad form in the front surface right end region of above-mentioned door, the liquid crystal display of information is sold goods in display, coin slot, bank note insert port, return bar etc. and to receive guests operating portion and possess the handle lock of cylinder lock, be configured with commodity take-out port at the lower area of door.In addition, replacing cash to be mounted with the automatic vending machine of electronic money, receiving guests, operating portion is provided with antenna part, the IC-card recording the information of cash close to or be positioned over this antenna part.Coin identifying apparatus, paper money identifier etc. is configured with at the back side of the door corresponding with above-mentioned operating portion of receiving guests, and be configured with at the door back side carry out lighting source control, the control of cooling/heating unit, commodity the main body control portion to control etc. of selling goods, the bottom of main body housing is configured with as Machine Room and forms the cooling unit of cooling/heating unit and the refrigerating machine condensation unit of refrigeration cycle and supply unit.In the right end region of above-mentioned door, the cylinder lock forming door lock assembly is installed at door.
The latch mechanism of the sliding part comprising metal hook parts and slide up and down formula is provided with between the main body housing and door of the behind of above-mentioned cylinder lock.Metal hook parts are arranged in the vertical direction dispersedly with the state of forwards giving prominence at the front surface open end of main body housing, and sliding part is with the state extended in the vertical direction, configure in the mode of freely movement in the vertical direction at door.Be fixed with lever in the rear end side of above-mentioned cylinder lock, based on the rotating operation of cylinder lock, by lever, sliding part slided and engage with metal hook parts/depart from, thus by door locked/unblock.In addition, possesses the sliding part maintaining body when door unlocks by the rotating operation based on cylinder lock, the sliding part slided upward being remained on temporarily lifting position, when door is closed, metal hook parts remove maintenance, the sliding part decline of the sliding part that sliding part maintaining body carries out, and door is locked thus.(such as, patent documentation 1).The automatic vending machine of this structure accepts the supply from source power supply at ordinary times, carries out operating/selling goods control, and in addition, realize locking/unlocking of door lock assembly by the key operation of cylinder lock, opposite house carries out opening and closing thus.
Prior art document
Patent documentation
Patent documentation 1: Jap.P. No. 5246024 publication
Summary of the invention
Invent problem to be solved
But, the sliding part extended in the vertical direction is that xsect コ font (Japanese ideogram) is formed, the square hole of metal hook parts embedding is formed at this コ font base portion (コ font bottom surface) opening, in both sides side mouth is had to be formed with the square hole of aforesaid operations handle embedding wherein, in addition, the inside of xsect コ font is provided with sliding part maintaining body.This sliding part of configuration door with the end of hinge side opposite side, form pocket by the enhancing metal parts extended in the vertical direction, sliding part is inserted in this pocket.In this case, sliding part stand facing each other with the コ font base portion when door is closed (コ font bottom surface) and main body housing state, be configured at that be arranged on door with pocket that the is end of hinge side opposite side.In addition, be formed with opening that the metal hook parts that are arranged on main body housing can be through and be fixed on the opening that the lever of operating grip can be through forming the enhancing metal parts of pocket.As mentioned above, sliding part is that the xsect コ font being provided with maintaining body in it is formed, and therefore needs the width (width of コ font base portion) with regulation.On the other hand, the width of door is confirmed as certain width according to commodity number etc., must in the scope of this certain width, the mode of perspective inside on a large scale can guarantee the space of transparency window and to guarantee the installation space of the Coin identifying apparatus, paper money identifier etc. configured at the back side of the door corresponding with operating portion of receiving guests.Herein, if configured with overlapping in the longitudinal direction by sliding part in the installation space of Coin identifying apparatus, paper money identifier etc., the depth size of automatic vending machine becomes large, therefore hinders the slimming of the outstanding automatic vending machine be restricted to road.Therefore, sliding part is arranged together with Coin identifying apparatus, paper money identifier transversely arrangedly, occupies a part for the width of door.Therefore, the width that there is door narrows due to sliding part, and the setting position of Coin identifying apparatus, paper money identifier etc. is restricted, and the space of transparency window is restricted, the problem that the region that have to allow to perspective inside narrows.
Therefore, the present invention completes in view of the above-mentioned problems, its object is to solve above-mentioned problem, provide a kind of door lock assembly that can save space-efficient automatic vending machine, door can also can unlock from main body housing to main body housing by this door lock assembly by door locked.
For the mode of dealing with problems
To achieve these goals, the feature of a first aspect of the present invention is: it is a kind of door lock assembly of automatic vending machine, this automatic vending machine has the door of the main body housing of front openings and the opening of this main body housing of opening and closing, by linking in the operation of the cylinder lock being arranged on above-mentioned door and the lever rotated, the sliding part being arranged on this is slided and carries out locking/unlocking with opposite house, above-mentioned sliding part is tabular and can be free to slide at above-below direction with the state of the side configured in parallel of platen surface and door, and the hook snap-latch piece that the rear of the oriented door of scattering device is outstanding in the vertical direction, main body housing is provided with fastener in the position corresponding with the hook snap-latch piece of the sliding part being configured at door, under the state of closing above-mentioned door, the hook snap-latch piece making to be arranged at sliding part and the fastener being arranged at main body housing engage and by door locked, by linking in the operation of the cylinder lock being arranged on above-mentioned door and the lever rotated, above-mentioned sliding part is slided, the hook snap-latch piece being arranged at this sliding part is made to depart from from the fastener being arranged at main body housing and be unlocked by door.
In addition, the feature of a second aspect of the present invention is: in the handle lock device of the automatic vending machine described in a first aspect of the present invention, the hook snap-latch piece being arranged on sliding part has open otch downwards, and the fastener being arranged on main body housing is made up of the housing of the magnet holder engaging with the otch of hook snap-latch piece/depart from or door switch (door interlock switch).
The effect of invention
According to the door lock assembly of the automatic vending machine of a first aspect of the present invention of the present invention, it is a kind of door lock assembly of automatic vending machine, this automatic vending machine has the door of the main body housing of front openings and the opening of this main body housing of opening and closing, by linking in the operation of the cylinder lock being arranged on above-mentioned door and the lever rotated, the sliding part being arranged on this is slided and carries out locking/unlocking with opposite house, above-mentioned sliding part is tabular and can be free to slide at above-below direction with the state of the side configured in parallel of platen surface and door, and the hook snap-latch piece that the rear of the oriented door of scattering device is outstanding in the vertical direction, main body housing is provided with fastener in the position corresponding with the hook snap-latch piece of the sliding part being configured at door, under the state of closing above-mentioned door, the hook snap-latch piece making to be arranged at sliding part and the fastener being arranged at main body housing engage and by door locked, by linking in the operation of the cylinder lock being arranged on above-mentioned door and the lever rotated, above-mentioned sliding part is slided, the hook snap-latch piece being arranged at this sliding part is made to depart from from the fastener being arranged at main body housing and be unlocked by door, obtain following effect thus: because sliding part be tabular and the side configured in parallel of platen surface and door so the narrowed width of the left and right directions of sliding part can be made, therefore, it is possible to make door lock assembly save space.
In addition, according to the door lock assembly of the automatic vending machine of a second aspect of the present invention of the present invention, in the door lock assembly of the automatic vending machine described in a first aspect of the present invention, the hook snap-latch piece being arranged on sliding part has open otch downwards, the fastener being arranged on main body housing is made up of the housing of the magnet holder engaging with the otch of hook snap-latch piece/depart from or door switch, the fastener obtaining can departing from the hook snap-latch piece being arranged on sliding part thus do not use special parts and with the effect of other parts dual-purpose.
Accompanying drawing explanation
Fig. 1 is the front view (front view (FV)) of the automatic vending machine of embodiments of the present invention 1.
Fig. 2 represents the structure of the automatic vending machine of Fig. 1, (a) be an open state viewed from right diagonally forward time stereographic map, (b) is the stereographic map of engaging part.
Fig. 3 is the partial plan layout (vertical view) of the door closure state of the automatic vending machine of Fig. 1.
Fig. 4 represents the structure of Coin sideway (chute), a () is the rear isometric view of the installment state representing Coin sideway, b () represents the rear isometric view making the movable hood being arranged on Coin sideway be in the state after rising, (c) is the exploded view of Coin sideway.
Fig. 5 is the relation for representing between second and the sliding part of door lock assembly, and (a) is the rear isometric view of second being configured with sliding part, and (b) takes off the exploded perspective view after sliding part from second.
Fig. 6 is the major part amplification stereogram of the relation represented between second and the sliding part after decomposing.
Fig. 7 is the major part amplification stereogram of the relation represented between sliding part (action plate) and cylinder lock.
Fig. 8 represents magnet holder (magnet holder, magnet stand), and (a) is the partial perspective view of the installment state representing magnet holder, and (b) is the stereographic map of magnet holder, and (c) is the exploded perspective view of magnet holder.
Fig. 9 represents door switch, and (a) is the stereographic map of door switch, and (b) is the exploded perspective view of door switch.
Figure 10 represents the action of door switch, and (a) ~ (c) is the back view of the course of action representing door switch, (d), (e) be represent door switch action before and after the stereographic map of state.
Figure 11 represents the hook snap-latch piece of sliding part and the local skeleton diagram of magnet holder and the fastening state with the housing of door switch.
Embodiment
Below, be described in detail with reference to the automatic vending machine of accompanying drawing to embodiments of the present invention.
In Fig. 1 and Fig. 2 of the outward appearance of the automatic vending machine of expression embodiments of the present invention, what label 1 represented is the main body housing that the outer container formed by the rectangular-shaped sheet steel of front surface opened is formed, two rooms are divided in the lateral direction by heat insulation partition wall 10 in the storehouse of main body housing 1, in front view left side room as heat insulation structural commodity room 1a and formed, the commodity room 1a of this heat insulation structural is at upper wall, left and right sidewall (right side wall is heat insulation partition wall 10), back wall and diapire are configured with the thermal insulation board be made up of isocyanurate foam, in front view, the room on right side is formed as normal temperature room 1b.In the commodity room 1a of aforementioned body casing 1, multilayer commodity accomodation frame 11 is configured with in the vertical direction in the mode that can forwards pull out, at each commodity accomodation frame 11, multiple row commodity accommodating passage (column, commodity row, commodity post) 13 is formed in the lateral direction by partition wall 12, at this commodity accommodating passage 13, the spiral space of the helical element extended in the shape of a spiral is in the longitudinal direction received commodity in tandem in a row.The helical element of above-mentioned commodity accommodating passage 13 of being laid in is formed as spiral carrying device, this spiral carrying device is driven in rotation by being arranged on the motor of selling goods (vend motor) of the rear end of this commodity accommodating passage 13, thus commodity take out of by front end one by one.In addition, in the front region of the commodity accomodation frame 11 of the multilayer up and down of commodity room 1a, be configured with the bucket unit (bucket unit) (not shown) of the size of crossing over left and right multiple row commodity accommodating passage (commodity row) 13 in the mode be freely elevated in the vertical direction.Above-mentioned bucket unit with on the upper lower sheave being erected at the front region being arranged at commodity room 1a, not shown Timing Belt combines, and carries out lifting moving by utilizing the driving mechanisms such as stepping motor to drive the turning axle of above-mentioned upper sheave by means of Timing Belt.In addition, in this example, formed as refrigeration dedicated chamber in the 1a of commodity room, in storehouse, bottom is provided with cooling unit (evaporator of refrigerating machine), above-mentioned cooling unit is positioned at the bottom of main body housing 1, is connected with the compressor of the Machine Room being arranged on the behind being positioned at commodity take-out port 1c by pipe arrangement with condenser etc.
In fig. 1 and 2, what label 2,3 represented is at the front surface of main body housing 1 by not shown linkage (hinged joint mechanism (hinge)) to split around first, second that mode opening and closing is freely arranged.The door being the housing utilizing linkage opening and closing to be freely arranged on left side in the front view being provided to door main body casing 1 and strengthening frame for first 2, it is formed through and combines with the respective end face of hard pad (gasket) 2a ~ 2d be up and down configured in around dual transparent component (being the glass of rectangle in embodiments) 20 and be assembled into frame-shaped thus form doorframe, can see the commodity be housed in the commodity room 1a of main body housing 1 by dual transparent component 20.Between main body housing 1, be provided with the hard pad 2c of linkage, the mode be combined with hinge metal parts to utilize enhancing metal parts (not shown) to strengthen is formed.Be configured to for first 2: as the front surface of commodity room 1a is inaccessible, have the size of the substantial middle of the front end extending to heat insulation partition wall 10 with the side (hereinafter also referred to anti-hinge side) of the hard pad 2d of linkage opposite side, the hard pad 2d stood facing each other with the front end of heat insulation partition wall 10 abuts against with the soft seal member 11a of the front surface being arranged on heat insulation partition wall 10.In addition, the engaging part (bonded block) 21 of the longer steel plate extended in the vertical direction with xsect L-shaped is fixed with the anti-hinge side of first 2.The state that this engaging part 21 stands facing each other with the front end of xsect L-shaped pin sheet and heat insulation partition wall 10, by screw, another pin sheet to be fixed on the anti-hinge side of first 2, and to possess and extend further to anti-linkage side from a pin sheet, enter the multiple of 1b side, normal temperature room and stretch out sheet 22.And, enter when closedown first 2 1b side, normal temperature room stretch out sheet 22 be adsorbed on be arranged on multiple magnet holder (magnet stand) 6 magnet on, the plurality of magnet holder 6 is configured in the 1b side, normal temperature room of heat insulation partition wall 10.About this magnet holder 6, be described afterwards, first 2 is stretched out sheet 22 by it and is attracted on magnet and is maintained at the state of the front surface obturation (closing) of commodity room 1a.
On the other hand, second 3 by the sheet metal system (sheet metal system) of box-shaped being formed as back open, the housing being freely arranged on right side in the front view being provided to main body housing 1 by linkage opening and closing strengthens frame 1e(with reference to Fig. 3).Above-mentioned linkage comprises: the case side hinge metal parts 1f strengthening frame 1e at the housing being fixed on main body housing 1 is the axle portion that bending (U-shape, curling shape) is formed; Be the axle portion that bending (U-shape, curling shape) is formed at the reveal hinge metal parts 3b of the right side doorframe 3a being fixed on second 3; With the through axle in these two axle portions (not shown).Be configured with as specifying the numeric keypad 31 of the input part buying commodity with the combination of digital keys at its front surface for second 3, to be configured with in the top position of this numeric keypad 31 display sell goods information liquid crystal display 32, be thereunder configured with coin slot 33 and return handle 34, bank note insert port 35 is configured with above liquid crystal display 32, and be configured with coin return mouth 36 in lower portion, second 3 as such operating portion and forming of receiving guests, in addition, the cylinder lock (cylinder lock) 41 possessing key inserting slot is provided with.Coin identifying apparatus 37, paper money identifier 38, money box 39 etc. are installed at the back side of second, the coin dropped into from coin slot 33 is directed to Coin identifying apparatus 37 by Coin sideway 30, and the bank note inserted from bank note insert port 35 is directly incorporated into paper money identifier 38.In addition, form as follows for second 3: as the front surface of normal temperature room 1b is inaccessible, (following with the side of the doorframe 3c in the left side of linkage opposite side, also be called anti-hinge side) there is the size of the substantial middle of the front end extending to heat insulation partition wall 10, the length of the fore-and-aft direction of the left side doorframe 3c of second 3 is shorter than the length of right side doorframe 3a, if close second 3 on the basis of closedown first 2, then overlap in front and back with the pin sheet of engaging part 21 of the xsect L-shaped being arranged on first 2, and abut against towards pad (cushion) 1g being arranged on L-shaped joggling part of the engaging part 21 of the flange of the inboard of left side doorframe 3c and first 2, the front surface of the front surface of second 3 and first 2 becomes a face.In addition, being provided with the shield of rectangular window obturation (screening keevil) 300 at second 3, when replacing cash to carry electronic money, taking off above-mentioned shield 300, configuration antenna part, make the IC-card of the information recording cash close to or be positioned over this antenna part.
Herein, Fig. 4 represents and makes the coin slot 33 of the front surface of second 3 be connected the Coin sideway 30 of (cooperation) with the Coin identifying apparatus 37 at the back side being arranged on second 3.This Coin sideway 30 is the parts forming coin guiding channel, the coin that this coin guiding channel accepts to drop into flat-hand position from coin slot 33, make this coin from downward-sloping sloping portion downhill race, on this basis, afterwards, direction is made to be converted to vertical posture by vertical part.Coin sideway 30 by formed coin guiding channel inner side resinous lower frame 301 and the upper guide portion part 302 of the sheet metal of the outside obturation (encapsulation) of coin guiding channel is formed.In addition, in Fig. 4 (a) and (b), the rear end that handle 34 returned by the parts that label 340 represents and coin links, and it is the refund operation parts that the open piece 371 open with making the Coin seperator of Coin identifying apparatus 37 cooperates.
The slit 301a that the rainwater that lower frame 301 is formed with the downhill race face of the coin guiding channel by invading water guide tubulose from coin slot 33 is discharged, and be formed and the rainwater of being discharged by this slit 301a collected and makes it to the drainageway of the rear side releasing of second 3.This Coin sideway 30 by utilizing screw S1 that lower frame 301 is fixedly mounted on the doorframe of second 3 thus making inlet portion and coin slot 33 stand facing each other, and makes export department receive between mouth 370 at the funnelform coin of Coin identifying apparatus 37 to stand facing each other with having specified gap.So-called specified gap be install and unload Coin identifying apparatus 37(with the axle of the lower end side of Coin identifying apparatus 37 for fulcrum make upper end side rotate and installs and unloads) time make coin receiving mouth 370 do not abut with Coin sideway 30 and how much there is the gap in leeway.The Coin sideway 30 of this structure is widely known in the prior art, when the export department of Coin sideway 30 and the funnelform coin of Coin identifying apparatus 37 receive there is gap between mouth 370, the coin entering Coin identifying apparatus 37 from Coin sideway 310 receives the track of the coin of mouth 370 uncertain, the coin of therefore releasing from the export department of Coin sideway 310 receives the inwall of mouth 370 to conflict with funnelform coin, the situation that the coin that existence is received the inwall of mouth 370 to conflict with coin and rebounded receives mouth 370 to fly out from coin.
Therefore, above-mentioned known Coin sideway 30 export department add movable hood (movable backplate) 310 is installed.Above-mentioned movable hood 310 is the sheet metal system of rectangular flat, is formed with two sliding trays 311,311 extended at above-below direction in plate face, and is formed with finger touching portion (finger hook portion) 312 in upper end.In order to make this movable hood 310 install in the mode be free to slide in the vertical direction in the export department of Coin sideway 30, be fixed with the installation metal parts 303 possessing vertical guide 303a at the upper guide portion part 302 of Coin sideway 30.At the vertical guide 303a of above-mentioned installation metal parts 303, tapping is formed with the threaded hole that screw thread installs two stepped screws 321,322.Above-mentioned stepped screw 321,322 is arranged on the vertical guide 303a of above-mentioned installation metal parts 303 by sliding tray 311,311 screw thread of movable hood 310.Herein, the width being formed as the sliding tray 311,311 of movable hood 310 is larger and less than the footpath of the head of stepped screw 321,322 than the footpath of the stem portion of stepped screw 321,322.In addition, movable hood 310 is formed by the sheet metal of thickness (thickness of slab) thickness of slab less than the height of the stem portion of stepped screw 321,322.Therefore, under state movable hood 310 being arranged on installation metal parts 303 by stepped screw 321,322, the state that movable hood 310 abuts with stepped screw 321,322 with the upper limb of sliding tray 311,311 due to deadweight is sagging to down position, and freely shakes displacement.In this case, length on the position of sliding tray 311,311 and above-below direction is determined as follows: the upper end of mouth 370 received by the coin that the lower end hanging down to the movable hood 310 of down position at least extends to Coin identifying apparatus 37, in addition, finger is attached to the lower end that the lower end that makes finger touching portion 312 rise to the movable hood 310 of lifting position, finger touching portion 312 is at least positioned at the export department of Coin sideway 30.
The movable hood 310 of this structure is arranged in the mode be free to slide at above-below direction in the export department of the outer side of Coin sideway 30, under the usual at ordinary times state hanging down to down position, receive the gap between mouth 370 inaccessible on the coin of the export department of the outer side of Coin sideway 30 and Coin identifying apparatus 37.Thus, if the coin of releasing from the export department of Coin sideway 310 conflicts with movable hood 310, movable hood 310 shakes displacement, absorbs impulsive force thus.Thus, the coin conflicted with movable hood 310 can not rebound significantly and fall downwards, and mouth 370 received by the coin being collected in Coin identifying apparatus 37.On the other hand, when the coin of releasing from the export department of Coin sideway 310 and and the coin of Coin identifying apparatus 37 of movable hood 310 opposite side is received the inwall of mouth 370 to conflict to rebound, this coin conflicting with movable hood 310, absorbed basis falls downwards impulsive force, and mouth 370 received by the coin being collected in Coin identifying apparatus 37.Therefore, by means of only the export department of the outer side at Coin sideway 30 to be free to slide at above-below direction and the mode that can change position installs movable hood 310, just can prevent coin from receiving the gap between mouth 370 to fly out from the export department of Coin sideway 30 and the funnelform coin of Coin identifying apparatus 37.In addition, in installation with when unloading Coin identifying apparatus 37, installing or removing of Coin identifying apparatus 37 is carried out on the basis that finger touching portion 312 only need be made in the finger touching portion 312 finger being invested the movable hood 310 that have dropped to rise to upper limit position.
Below, with reference to Fig. 5 to Fig. 7, door lock assembly is described, this door lock assembly is formed as described above as follows: to split around first 2 that mode is openedly and closedly arranged, if second 3 is closed second 3 on the basis of closedown first 2, then the left side doorframe 3c of second 3 overlaps in front and back with the engaging part 21 of the anti-hinge side being arranged on first 2, according to first 2, after the orderly close-down of second 3, key (not shown) to be inserted in the key inserting slot being arranged on the cylinder lock 41 of second 3 and to make it rotate, and by first 2, second 3 locking.In addition, in Figure 5, in order to make the configuration structure of door lock assembly easily understand, the state after taking off is represented to the Coin identifying apparatus 37, paper money identifier 38 etc. at the back side being configured in second 3.
Door lock assembly comprises sliding part 4 and fastener 5, this sliding part 4 slides in linkage in the vertical direction with the cylinder lock 41 being arranged on second 3, and possess hook snap-latch piece (hook bonding pad) 40, this fastener 5 is arranged on the 1b side, normal temperature room (with reference to Fig. 2) of the heat insulation partition wall 10 by being divided into two rooms in the storehouse of main body housing 1 in the lateral direction.In addition, fastener 5 is also used as the housing 61 of magnet holder 6 described later and the housing 71 of door switch 7.
Above-mentioned sliding part 4 decomposes as shown in Fig. 5 (b) of state out as represented from second 3, is made up of the flat-shaped part extended in the vertical direction.The two ends of its side, long limit are formed with flange (also with reference to Fig. 6) by above-mentioned sliding part 4 to same direction warpage.In addition, at sliding part 4, hook snap-latch piece 40 and stepped screw 410 are installed in the vertical direction dispersedly, and the position above being slightly partial to compared with the central authorities of above-below direction is provided with action movie 4A.Above-mentioned hook snap-latch piece 40 is as amplified expression at Fig. 6, have opening and the otch formed downwards, it is fixed on the platen surface of sliding part 4 by screw S2 ~ S4, be provided with three hook snap-latch pieces 40 in the present embodiment.In addition, stepped screw 410 is installed on the threaded hole that the platen surface from the rear side of sliding part 4 to sliding part 4 formed by tapping by screw thread, is provided with three stepped screws 410 in the present embodiment in the vertical direction.Further, as amplified expression at Fig. 7, a pin sheet of the L-shaped of action movie 4A is fixed on the platen surface of sliding part 4 by screw, and is formed with the elongated hole 4A1 extended in the horizontal direction at another pin sheet.
In the anti-hinge side (inwall of left side doorframe 3c) of second 3 being configured with above-mentioned sliding part 4, welding is fixed with the housing be made up of steel plate that extends in the vertical direction and strengthens frame 3A, and the state of giving prominence to towards the inner side of second 3 in the front region side this housing being strengthened frame 3A is formed with the track segment 3A1(of the U channel-like of warpage also with reference to Fig. 6).In the plate face outstanding towards the inner side of second 3 of the track segment 3A1 of this U channel-like, be formed with sliding tray 3A2, this sliding tray 3A2 is included in elongated slot 3A21 that above-below direction extends and is communicated with the top of this elongated slot 3A21 and the footpath large-diameter portion 3A22 larger than the width of elongated slot 3A21.This sliding tray 3A2 is to be dispersedly formed with three at track segment 3A1 at above-below direction with the spacing that screw thread is arranged on the stepped screw 410 of sliding part 4 equal, in addition, the footpath of the large-diameter portion 3A22 of sliding tray 3A2 is confirmed as the size larger than the footpath of the head of above-mentioned stepped screw 410, and the width of elongated slot 3A21 is confirmed as the size large and less than the footpath of the head of above-mentioned stepped screw 410 than the footpath of the stem portion of above-mentioned stepped screw 410.In addition, in Fig. 5 (b), the sliding tray 3A2 of subordinate is formed at the place of being blocked by the component parts of second 3, can not see in the drawings.
Herein, above-mentioned sliding part 4 is formed in the mode of a circle larger than the track segment 3A1 of U channel-like, is configured by the mode that above-mentioned track segment 3A1 covers with the state of giving prominence to towards the rear of second 3 at hook snap-latch piece 40.In this case, the basis being installed on the large-diameter portion 3A22 of the through sliding tray 3A2 formed at track segment 3A1 of the head of the stepped screw 410 at the back side of sliding part 4 making screw thread making sliding part 4 decline, the stem portion of above-mentioned stepped screw 410 being embedded the elongated slot 3A21 of sliding tray 3A2.Thus, configure with the state parallel with the left side doorframe 3c of second 3 of the platen surface at sliding part 4, the mode that is free to slide at above-below direction.In addition, the sliding part 4 configured abreast with the left side doorframe 3c of second 3 is positioned at the position closer to left side doorframe 3c compared with the cylinder lock 41 being fixed on second 3.
The state that the stepped screw 410 being arranged on the back side of above-mentioned sliding part 4 at screw thread abuts with the lower edge of the elongated slot 3A21 of the sliding tray 3A2 formed at track segment 3A1, the lock-out state namely dropping to lower position at sliding part 4, the action movie 4A being arranged on sliding part 4 be positioned at be fixed on second 3 cylinder lock 41 near, the elongated hole 4A1 extended to horizontal direction formed at another pin sheet of action movie 4A is positioned at the back side of cylinder lock 41.As shown in Figure 7, in the rear end of the inner core of above-mentioned cylinder lock 41, rectangular lever 43 is installed.The length direction of this lever 43 is formed in side and than interior tube rear end large one rectangular opening 431 that enclose consistent with the shape of tube rear end in cylinder lock 41, and is formed with the threaded hole of stepped screw 44 in the longitudinal direction at opposite side tapping.Aforesaid operations handle 43 is utilized nut N 1 and is fixed on tube rear end in cylinder lock 41 on the basis making rectangular opening 431 be entrenched in tube rear end in cylinder lock 41.When cylinder lock 41 is in the Fig. 7 by the state locked, the length direction of lever 43 becomes flat-hand position, and the end of the elongated hole 4A1 extended in the horizontal direction that the threaded hole 432 of lever 43 is formed with another pin sheet at action movie 4A (be right-hand member side at (a) of Fig. 7) overlaps in the longitudinal direction.Herein, the width of the elongated hole 4A1 of action movie 4A is confirmed as less than the footpath of the head of stepped screw 44, larger than the footpath of the stem portion of stepped screw 44 size.Therefore, by utilizing the elongated hole 4A1 of action movie 4A1 to make stepped screw 44 be screwed with the threaded hole 432 of lever 43, cylinder lock 41 and sliding part 4 are linked by lever 43 and action movie 4A.
According to this structure, if the key inserting slot of the cylinder lock 41 from the front of second 3 to locking state inserts key, by cylinder lock 41 (being the counter clockwise direction of arrow A among Fig. 7 (a)) rotation roughly 90 degree clockwise, then stepped screw 44 by lever 43, centered by the inner core of cylinder lock 41 clockwise rotate and move from the right-hand member side direction left end side of the elongated hole 4A1 of action movie 4A, make sliding part 4 increase.When making cylinder lock 41 rotate 90 degree clockwise, sliding part 4 rises to upper limit position (released state), and the large-diameter portion 3A22 that the stepped screw 410 that now screw thread is arranged on sliding part 4 is positioned at the sliding tray 3A2 formed with the track segment 3A1 strengthening frame 3A at housing is in a ratio of the elongated slot 3A21 of below.If the released state rising to upper limit position from sliding part 4 makes cylinder lock 41 rotate 90 degree counterclockwise, then by the action contrary with above-mentioned action, sliding part 4 is declined, become the lock-out state of Fig. 7 (a).Like this, sliding part 4 and cylinder lock 41 slide in linkage in the vertical direction, and the hook snap-latch piece 40 being fixed on sliding part 4 slides too in the vertical direction.
On the other hand, the fastener 5(engaging with above-mentioned hook snap-latch piece 40/depart from is with reference to Fig. 2), be arranged on the 1b side, normal temperature room of the heat insulation partition wall 10 by being divided into two rooms in the storehouse of main body housing 1 in the lateral direction, in the present embodiment, as the parts that fastener 5 is the housing 61 of magnet holder 6 and housing 71 dual-purpose of door switch 7, below, this magnet holder 6 and door switch 7 are described.
As shown in Figure 2, above-mentioned magnet holder 6 configures dispersedly at three places of above-below direction, carries out amplification and represents, represent the stereographic map Sum decomposition figure of the magnet holder 6 on top in (b) and (c) in Fig. 8 (a) to the installment state of the magnet holder 6 configured dispersedly.As shown in Figure 8, magnet holder 6 comprises the housing 61 of the container shapes being formed as thin box-shaped.This housing 61 is to install the mode of the container cover of thin box-shaped at heat insulation partition wall 10, in the following description, state when front and back/up and down/left and right refers to viewed from the front of the state being arranged on heat insulation partition wall 10 like this, the automatic vending machine namely represented with hollow arrow from Fig. 8 (a).
Above-mentioned housing 61 is the steel plate system that upper surface, lower surface and left surface open, from antetheca side, face warpage and the flange 61a formed and from rear wall warpage and the flange 61b formed is formed with two screw insertion holes (in the drawings respectively rearward to the left, see a part of the screw insertion hole 61a1 of flange 61a, other inserting hole is blocked by housing 61 and cannot see).At the antetheca of housing 61, be formed with long opening 61c at above-below direction, this opening 61c extends to flange 61a.In addition, at the right side wall of housing 61, the tool insert hole can watching screw insertion hole 61a1,61a2 of being formed at flange 61a is formed.
At the opening 61c of the antetheca being formed at above-mentioned housing 61, magnet is installed and base station 62 is installed.It is synthetic resin system that magnet installs base station 62, the stem portion 621 that the mode comprising making the magnet 62 of tabular to expose is embedded in and the chimb 622,622 protruded up and down, being formed in the behind of the chimb 622,622 of stem portion 621 can the triangle engagement pawl 623,623 of elastic deformation.The chimb 622 that magnet installs base station 62 is formed than the opening 61c the earth formed at the antetheca of housing 61, and stem portion 621 becomes than opening 61c ninor feature.If pressing magnet installs the front insertion opening 61c of stem portion 621 from housing 61 of base station 62, engagement pawl 623,623 is made to cross the edge part of opening 61c, the engagement pawl 623,623 that elastic deformation then occurs returns original state, enter the back side of the antetheca of housing 61, thus this magnet is installed the antetheca that base station 62 is arranged on housing 61.Like this, the magnet holder 6 being provided with magnet installation base station 62 is integratedly configured to be arranged on higher level, the middle rank of heat insulation partition wall 10, does not install in subordinate's configuration the magnet holder 6(housing 61 that magnet installs base station 62).The installation to heat insulation partition wall 10 of magnet holder 6 is utilized screw, is fixed by each screw insertion hole 61a1,61a2 etc. of being formed at flange 61a, 1b of housing 61.In addition, heat insulation partition wall 10 to cover the mode of thermal insulation board and the sheet metal that is stuck that are made up of the isocyanurate foam exposed in 1b side, normal temperature room, can install screw fixing for magnet holder 6.
The magnet holder 6 of this structure in the 1b side, normal temperature room of heat insulation partition wall 10 up and down dispersedly to make magnet 60 state toward the front install.In this case, the installation site of magnet holder 6 of higher level and middle rank is defined in as upper/lower positions: from by splitting around that first 2 is closed by first 2 of mode, second 3 open states, the hard pad 2d of first 2 and front surface soft being arranged on heat insulation partition wall 10 pad 11a abut time, the sheet 22 that stretches out being arranged at the engaging part 21 of the anti-hinge side of first 2 abuts with the magnet 60 of the antetheca being installed on magnet holder 6 and is adsorbed.Therefore, when closedown first 2, first 2 is attracted to magnet 60, and the state of thermal isolation of the commodity room 1a utilizing first 2 to realize is maintained.In addition, because the magnet holder of subordinate 6 is positioned at the below of first 2, so the magnet 60(magnet not installing absorption first 2 installs base station 62), the housing 61 of magnet holder 6 is only installed.
Then, as shown in Figure 2, door switch 7 is configured in the roughly middle level position of the above-below direction of heat insulation partition wall 10, at Fig. 9, this door switch 7 is amplified expression, also illustrates at Fig. 8 (a).Door switch 7 shown in Fig. 9 comprises the housing 71 of the container shapes being formed as thin box-shaped.This housing 71 is to install the mode of the container cover of thin box-shaped at heat insulation partition wall 10, in the following description, state when front and back/up and down/left and right refers to viewed from the front of the state being arranged on heat insulation partition wall 10 like this, the automatic vending machine namely represented with hollow arrow from Fig. 9.
Door switch 7 is provided with latch 72 and recovers spring 73 in housing 71, is provided with pushbutton switch 74 at the lower wall of housing 71.Housing 71 is the steel plate system that upper surface and left surface open, from antetheca side, face (being also called open surface side) warpage and the fin of the flange 71a of the band fin formed is formed with screw insertion hole to the left, be formed with two screw insertion holes (being blocked by housing 71 in fig .9 and cannot see) at the flange 71b formed to the direction warpage contrary with open surface side from rear wall, this housing 71 utilizes screw, is arranged on heat insulation partition wall 10 by each screw insertion hole.In addition, be formed with opening 71c in the lower side of the antetheca of housing 71, fin is faced the wall and meditated on right side, and (being also called bottom surface) is formed with threaded hole by tapping.
The upper lower flange 722,723 that the latch 72 be arranged in above-mentioned housing 71 comprises rectangle base station 721, formed to same direction warpage from the upper lower edge of rectangle base station 721 and cut off the spring hooking sheet 724(that is shaped also with reference to Figure 10 from trailing edge).In the plate face of rectangle base station 721, the pair of sliding groove 720 be made up of the combination of the vertical groove 720a extended along vertical and the level trough 720b extended in the horizontal direction is being formed up and down and on left and right directions with staggering.In addition, upper lower flange 722,723 to be formed by the sheet of dual maintenance to the state that more front extends compared with rectangle base station 721, the sheet forwards extended of lower flange 723 is formed as by first detection lug 723a of first 2 pressing, and the sheet forwards extended of upper flange 722 is formed as latch piece 722a.In addition, the locking plate 723b from being extended by first detection lug 723a of dual maintenance is formed downwards.Above-mentioned latch 72 is inserted at sliding tray 720,720 and is arranged on the bottom surface of housing 71 with the stepped screw 75,75 by being arranged on the threaded hole formed by tapping by screw thread in the mode that housing 71 freely slides.The latch 72 utilizing stepped screw 75,75 to be arranged on housing 71 is always forwards exerted a force by recovering spring 73, tenter between the spring hooking sheet 724 that the screw stop hole 71d of this recovery spring 73 above the opening 71c of antetheca being arranged at housing 71 and cutting off from the trailing edge of latch 72 is shaped.
Herein, about first detection lug 723a and latch piece 722a, by making latch 72 slide in the longitudinal direction, first detection lug 723a by the opening 71c that formed at the antetheca of housing 71 and latch piece 722a forwards freely haunt from the upper area of the upper limb of the antetheca of housing 71.In this case, the mode near the upper limb of the opening 71c formed with the antetheca making first detection lug 723a be located at housing 71, the position of first detection lug 723a, latch piece 722a, opening 71c is determined respectively.And, first detection lug 723a and latch piece 722a with the force owing to recovering spring 73 stepped screw 75,75 be positioned at the end limit of level trough 720b, 720b of sliding tray 720,720 holding state, forwards give prominence to compared with the antetheca of housing 71.At this holding state, the lower flange 723 of latch 72 stands facing each other with contactless state with the button 741 of pushbutton switch 74.
The door switch 7 of this structure is arranged on the 1a side, normal temperature room of heat insulation partition wall 10 with latch piece 722a and first detection lug 723a state toward the front.In this case, first detection lug 723a is defined in the multiple positions stood facing each other of stretching out in sheet 22 with the engaging part 21 of the anti-hinge side being arranged on first 2.And, when split around first 2 of mode, second 3 open, as shown in Figure 10 (a), (d), become latch piece 722a and first holding state that detection lug 723a forwards gives prominence to.At this holding state, if first 2 is closed, then first forwards outstanding compared with the antetheca of the housing 71 of door switch 7 detection lug 723a abuts with the sheet 22 that stretches out of the engaging part 21 being arranged on first 2 and is pressed.Thus, by first detection lug 723a, latch 72 stretching recovery spring 73(recovers spring 73 in Fig. 10 and is represented by dotted lines, to make sliding tray 720 clear and definite with the relation of stepped screw 75) and rearward slide.Be inserted through on the basis of stepped screw 75 relative movement in level trough 720b of the level trough 720b of pair of sliding groove 720 in the rearward movement due to latch 72, if the engaging part 21 of first 2 stretch out the magnet 60 that sheet 22 is attracted to the antetheca of the housing 61 being installed on magnet holder 6, then be positioned at the point of crossing of level trough 720b and vertical groove 720a, and this state is maintained (Figure 10 (b)).In this case, the latch piece 722a of latch 72 is positioned at the rear of the antetheca of housing 71.In addition, the posture of the latch 72 of rearward movement is maintained at the stepped screw 75 of the level trough 720b of pair of sliding groove 720 posture that lower flange 622,623 is horizontality by inserting respectively.Then, if close second 3, then the engaging part 21 that the left side doorframe 3c of second 3 is arranged on first 2 covers, and overlaps in front and back.
Herein, when closedown second 3, the cylinder lock 41 of door lock assembly is in the state of unlocking, and therefore sliding part 4 rises to upper limit position, and the hook snap-latch piece 40 being fixed on sliding part 4 also rises to upper limit position thereupon.Like this, when the left side doorframe 3c being in sliding part 4 and rising to second 3 of the state of lifting position closes in the mode overlapped with the engaging part 21 being arranged on first 2 by the state that unlocks with cylinder lock 4, the hook snap-latch piece 40 of middle rank enters the upper area of door switch 7, hook snap-latch piece 40 lower opening and the otch that formed is positioned at above the antetheca of housing 71 of door switch 7.In the lower opening of the hook snap-latch piece 40 of higher level and subordinate and the otch formed be positioned at above the antetheca of housing 61 of higher level and subordinate's magnet holder 6.If in the state of closedown second 3, from the front of second 3, key is inserted the key inserting slot of the cylinder lock 41 of the state that unlocks, make cylinder lock 41 (being the clockwise contrary with arrow A in Fig. 7 (a)) roughly rotation 90 degree (locking) counterclockwise, lever 43 then by being fixed on the rear end of the inner core of cylinder lock 41 makes stepped screw 44 rotate counterclockwise centered by the inner core of cylinder lock 41, and sliding part 4 is declined.The hook snap-latch piece 40 declined together with sliding part 4 abuts with the upper flange 722 of the latch 72 of door switch 7, is pressed downwards by latch 72.In this case, the housing 71(of door switch 7 and the housing 61 of magnet holder 6) antetheca enter the lower opening at hook snap-latch piece 40 and the otch (with reference to Figure 11) that formed, therefore, hook snap-latch piece 40(sliding part 4) decline can magnet holder 6 and door switch 7 do not hindered.The latch 72 pressed downwards by hook snap-latch piece 40 is because the point of crossing of the stepped screw 65 level trough 720b and vertical groove 720a that lay respectively at the pair of sliding groove 720 of latch 72 so slide upward in vertical.By the slip downwards of latch 72, the lower flange 723 of latch 72 abuts with the button 741 of pushbutton switch 74 and presses.Thus, pushbutton switch 74 carries out action, sends the blocked state signal ((c) of Figure 10) of first 2 and second 3.In addition, as shown in figure 11, be fixed on sliding part 4 hook snap-latch piece 40 lower opening and the otch that formed engages with the antetheca of the housing 61 of magnet holder 6 and the housing 71 of door switch 7, first 2 and second 3 is locked thus.In this case, be arranged on recovery spring 73 in the housing 71 of door switch 7 high according to the front side of the antetheca being locked in housing 71 as shown in Figure 10 (c), be locked in cut off the low mode of the rear side of the spring hooking sheet 724 be shaped from the trailing edge of the rectangle base station 721 of latch 72 before high after ground low dip, the power latch 72 after rearward mobile being pulled to front side is applied to latch 72.
If when first 2 that will be locked by door lock assembly and second 3 unlock, from the front of second 3, key is inserted the key inserting slot locking the cylinder lock 41 of state, make cylinder lock 41 (being the counterclockwise of arrow A in Fig. 7 (a)) roughly rotation 90 degree clockwise, then by lever 43, stepped screw 44 is rotated centered by the inner core of cylinder lock 41 clockwise, make sliding part 4 increase, hook snap-latch piece 40 is departed from from the antetheca of the housing 71 of the housing 61 of magnet holder 6 and door switch 7.After thus second 3 being opened, first 2 can be opened.Herein, when first 2 and second 3 are locked, the state of the power of front side that tilts after high before the recovery spring 73 be arranged in the housing 71 of door switch 7 is in as shown in Figure 10 (c) lowly, applies the latch 72 after rearward moving to pull to.When from this state, when the unlocking of hook snap-latch piece 40 and cylinder lock 41 is linked and rises, latch 72 slides upward owing to latch 72 being pulled to the force of front side by recovery spring 73, namely, stepped screw 65 along the vertical groove 720a being located at the pair of sliding groove 720 that latch 72 is formed slides upward, when the stepped screw 65 relative to vertical groove 720a relatively movement arrives the point of crossing of the vertical groove 720a of sliding tray 720 and level trough 720b, the latch piece 722a forwards extended from the upper flange 722 of latch 72 enters the upper area of the upper limb of the antetheca of housing 71.Because if the movement forwards of the upper area that the latch piece 722a of latch 72 enters the upper limb of the antetheca of housing 71 then latch piece 72 is allowed to, so stepped screw 65 is owing to recovering the force of spring 73, the end limit to the level trough 720b of vertical groove 720a is moved, and latch 72 forwards slides, return to latch piece 722a and first detection lug 723a holding state that front is outstanding compared with the antetheca of housing 71.
And, in the above description to normally close split around first 2 of mode and second 3 situation, namely the action of the door switch 7 when closing second 3 on the basis of closedown first 2 is illustrated, below the action of the door switch 7 when orderly close-down due to artificial mistake by second 3, first 2 is described.When closing second 3 before closedown first 2, the flange of inboard towards the left side doorframe 3c of second 3 stands facing each other with the engaging part 21 of first 2, with the pad 1g(reference Fig. 3 of joggling part of engaging part 21 of anti-hinge side being arranged on first 2) abut, be positioned at the front region of latch piece 722a and first detection lug 723a of forwards giving prominence to of the latch 72 of door switch 7.Namely, latch piece 722a and first detection lug 723a is formed isolator on depth direction, makes not abut with latch piece 722a and first the forwards outstanding detection lug 723a of the latch 72 of door switch 7 towards the flange of the inboard of the left side doorframe 3c of second 3.Therefore, the state that the latch piece 722a of the latch 72 of door switch 7 is forwards outstanding compared with the upper limb of the antetheca of housing 71 is maintained.Therefore, when on the basis of closedown second 3, key is inserted cylinder lock 41 key inserting slot, carry out operating (rotation) to make cylinder lock 41 become from the state of unlocking the state of locking time, even if the upper flange 722 of the hook snap-latch piece 40 and latch 72 that are fixed on sliding part 4 abuts, also because the latch piece 722a of knot latch 72 is forwards outstanding and latched compared with the antetheca of housing 71, so do not carry out making cylinder lock 41 for locking the operation (rotation) of state.That is, even if door lock assembly will be utilized door locked can not to be locked.Therefore, when mistaking closedown first 2, the order of second 3 due to artificial mistake, door switch 7 can stop the locking of second 3, prevents maloperation.
As mentioned above, at the door lock assembly of the automatic vending machine of present embodiment, there is the door (second 3) of the main body housing 1 of front surface opening and the opening of this main body housing 1 of opening and closing, by link in be arranged on the operation of cylinder lock 41 of above-mentioned door (second 3) and the lever 43 rotated, the sliding part 4 being arranged on this door (second 3) is slided and carries out locking/unlocking with opposite house (second 3), above-mentioned sliding part 4 is tabular and can freely slides at above-below direction with the state that the side (left side doorframe 3c) of platen surface and door (second 3) configures abreast, and be provided with to the outstanding hook snap-latch piece 40 in the rear of door (second 3) in the vertical direction dispersedly, main body housing 1 is provided with fastener 5 in the position corresponding with the hook snap-latch piece 40 of the sliding part 4 being configured at door (second 3), under the state of closing above-mentioned door 1, the hook snap-latch piece 40 being arranged on sliding part 4 is made to engage with the fastener 5 being arranged on main body housing 1 and be locked by door (second 3), by linking in the operation of the cylinder lock 41 being arranged on above-mentioned door (second 3) and the lever 43 rotated, above-mentioned sliding part 4 is slided, the hook snap-latch piece 40 being arranged on this sliding part 4 is made to depart from from the fastener 5 being arranged on main body housing 1 and be unlocked by door (second 3), thus, because sliding part 4 is tabular and the side (left side doorframe 3c) of platen surface and door (second 3) configures abreast, so the narrowed width of the left and right directions of sliding part 4 can be made, therefore obtain making door lock assembly save space-efficient effect.
In addition, in the above-described embodiment to door lock assembly is applied to the mode that splits around and can first of freely openable, the structure of second is illustrated, but door lock assembly can also be applied to not divided in left and right and the structure that is that be made up of a door body of door, door lock assembly ratio shared in the Width size of door can be made to diminish.
In addition, be illustrated with the structure that the fastener 5 that the hook snap-latch piece 40 of sliding part 4 engages/departs from is also used as the housing 61 of magnet holder 6 and the housing 71 of door switch 7 in the above-described embodiment, but special parts can also be used as fastener 5.Therefore the present invention is not implemented mode and limits.
The explanation of Reference numeral
1 main body housing
2 first
2a ~ 2d hard pad
3 second
Doorframe on the left of 3c
4 sliding parts
4A action movie
5 fasteners
6 magnet holder
7 door switch
10 heat insulation partition walls
10 commodity accomodation frames, heat insulation partition wall
21 engaging parts
22 stretch out sheet
30 Coin sideway
33 coin slots
37 Coin identifying apparatus
40 hook tabs
41 cylinder locks
43 levers
60 magnet
The housing of 61 magnet holder
62 magnet install base station
The housing of 71 door switch
72 latch
73 recover spring
74 pushbutton switches (switch)
310 movable hood (movable baffle plate)
311 sliding trays
321,322 stepped screws
Mouth received by 370 coins
720 sliding trays
722a latch piece
723a first detection lug
Claims (2)
1. a door lock assembly for automatic vending machine, is characterized in that:
This automatic vending machine has the door of the main body housing of front openings and the opening of this main body housing of opening and closing, by linking in the operation of the cylinder lock being arranged on described door and the lever rotated, the sliding part being arranged on this is slided and carries out locking/unlocking with opposite house
Described sliding part is tabular and can be free to slide at above-below direction with the state of the side configured in parallel of platen surface and door, and the hook snap-latch piece that the rear of the oriented door of scattering device is outstanding in the vertical direction, main body housing is provided with fastener in the position corresponding with the hook snap-latch piece of the sliding part being configured at door
Under the state of closing described door, the hook snap-latch piece making to be arranged at sliding part and the fastener being arranged at main body housing engage and by door locked,
By the lever that rotates in the operation of the cylinder lock being arranged on described door that links, described sliding part is slided, makes the hook snap-latch piece being arranged at this sliding part depart from from the fastener being arranged at main body housing and be unlocked by door.
2. the door lock assembly of automatic vending machine as claimed in claim 1, is characterized in that:
The described hook snap-latch piece being arranged on described sliding part has open otch downwards,
The described fastener being arranged on described main body housing is made up of the housing of the magnet holder engaging/depart from the otch of described hook snap-latch piece or door switch.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2013175384A JP6163969B2 (en) | 2013-08-27 | 2013-08-27 | Vending machine door lock device |
| JP2013-175384 | 2013-08-27 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN104424713A true CN104424713A (en) | 2015-03-18 |
| CN104424713B CN104424713B (en) | 2017-01-04 |
Family
ID=52671394
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410088240.1A Active CN104424713B (en) | 2013-08-27 | 2014-03-11 | The door lock assembly of automatic vending machine |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP6163969B2 (en) |
| CN (1) | CN104424713B (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111640240A (en) * | 2019-03-01 | 2020-09-08 | 山东新北洋信息技术股份有限公司 | Cargo discharging device and vending machine |
| CN112562179A (en) * | 2019-09-26 | 2021-03-26 | 富士电机株式会社 | Commodity storage device |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201972489U (en) * | 2010-12-23 | 2011-09-14 | 青岛澳柯玛自动售货机股份有限公司 | Lock slideway mechanism for vending machine |
| JP2012083972A (en) * | 2010-10-13 | 2012-04-26 | Fuji Electric Retail Systems Co Ltd | Door lock device of automatic dispenser |
| CN103098102A (en) * | 2010-06-25 | 2013-05-08 | 富士电机株式会社 | Lock device for automatic vending machine |
Family Cites Families (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5271594U (en) * | 1975-11-22 | 1977-05-28 | ||
| JP2801154B2 (en) * | 1993-11-30 | 1998-09-21 | コーエイ産業株式会社 | Closure holding device for opening and closing body |
| JP5644583B2 (en) * | 2011-02-24 | 2014-12-24 | 沖電気工業株式会社 | Lock mechanism and automatic transaction apparatus equipped with the same |
-
2013
- 2013-08-27 JP JP2013175384A patent/JP6163969B2/en active Active
-
2014
- 2014-03-11 CN CN201410088240.1A patent/CN104424713B/en active Active
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103098102A (en) * | 2010-06-25 | 2013-05-08 | 富士电机株式会社 | Lock device for automatic vending machine |
| JP2012083972A (en) * | 2010-10-13 | 2012-04-26 | Fuji Electric Retail Systems Co Ltd | Door lock device of automatic dispenser |
| CN201972489U (en) * | 2010-12-23 | 2011-09-14 | 青岛澳柯玛自动售货机股份有限公司 | Lock slideway mechanism for vending machine |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111640240A (en) * | 2019-03-01 | 2020-09-08 | 山东新北洋信息技术股份有限公司 | Cargo discharging device and vending machine |
| CN112562179A (en) * | 2019-09-26 | 2021-03-26 | 富士电机株式会社 | Commodity storage device |
Also Published As
| Publication number | Publication date |
|---|---|
| JP6163969B2 (en) | 2017-07-19 |
| JP2015045913A (en) | 2015-03-12 |
| CN104424713B (en) | 2017-01-04 |
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