CN103884146B - The condensate processor of automatic vending machine - Google Patents
The condensate processor of automatic vending machine Download PDFInfo
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- CN103884146B CN103884146B CN201310697983.4A CN201310697983A CN103884146B CN 103884146 B CN103884146 B CN 103884146B CN 201310697983 A CN201310697983 A CN 201310697983A CN 103884146 B CN103884146 B CN 103884146B
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- condensed water
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- thermal insulation
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- automatic vending
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Abstract
The invention provides a kind of condensate processor that can keep bubble-tight automatic vending machine while the minimizing suppressing commodity quantity well.In the condensate processor of the automatic vending machine that the condensed water that will produce in commodity storehouse (23) is transferred to the outside in commodity storehouse, have: tray member (60), its expose with the opening (2123b) making rearward end and pass through to be formed at the upper surface of the heat insulating slab at bottom marking off commodity storehouse (210) and leading section from the outstanding mode of the fore-end of thermal insulation board, arrange obliquely downwards gradually along with forwards going in the inside of thermal insulation board, the condensed water forward end being imported rearward end by opening is guided; With condensed water receiving member (70), it is configured in the fore-end of thermal insulation board, and the condensed water will discharged from tray member (60) imports from introducing port (711), discharges from outlet (721) to the outside of commodity storehouse (23).
Description
Technical field
The present invention relates to the condensate processor of automatic vending machine, more specifically, relate to the condensate processor that the condensed water that produces in the commodity storehouse by the inside of automatic vending machine main body is transferred to the outside in this commodity storehouse.
Background technology
All the time, in the automatic vending machine selling the such as commodity such as tinned drink and PET bottle dixie cup, the evaporimeter of the constitution equipment as kind of refrigeration cycle is provided with in the inside (in storehouse) in the commodity storehouse of the main body cabinet as automatic vending machine main body.In such automatic vending machine, in the inside in commodity storehouse, the defrost water produced when the condensate water (producing primarily of evaporimeter), the evaporator defrost that are produced by the cooling running of kind of refrigeration cycle produces as condensed water.In order to process the condensed water produced like this, generally in automatic vending machine, be provided with condensate processor.
Condensate processor, in the Machine Room of bottom in commodity storehouse being arranged in main body cabinet, together arranges with the compressor of the constitution equipment as kind of refrigeration cycle, condenser and expansion mechanism etc., has condensed water receiving member and drainpipe parts.
Condensed water receiving member is arranged in each commodity storehouse, the tap that himself entrance and the bottom in each commodity storehouse are formed is communicated with, import condensed water by this entrance, make condensed water by the inside of self, by outlet, the outside of condensed water to commodity storehouse is discharged.In such condensed water receiving member, in the way of entrance to outlet, there is the trap portion (stench trap) comparing the position being positioned at below relatively with this entrance with this outlet.Drainpipe parts accept the condensed water of discharging from condensed water receiving member, are transferred to the evaporating dish of the assigned position being configured in Machine Room.
There is the condensate processor of this structure, by condensed water receiving member by the condensed water produced in commodity storehouse from entrance import and store in trap portion, when the storage height level of the condensed water stored in this trap portion exceedes the height level of outlet, a part for the condensed water stored in trap portion is discharged from outlet.Drainpipe parts accept the condensed water of discharging from the outlet of condensed water receiving member, are transferred to evaporating dish.Evaporation process (such as with reference to patent document 1) is carried out after being transferred to the condensed water of evaporating dish.
Prior art document
Patent document
Patent document 1: Japanese Unexamined Patent Publication 2011-123770 publication
Summary of the invention
The problem that invention will solve
In recent years, the known thermal insulation board by comprising Vacuumed insulation panel (VIP:VacuumInsulationPanel) in the configuration of the inside of the main body cabinet of metal manufacture, has the automatic vending machine in the commodity storehouse of thermal insulation construction.Such utilization comprises the automatic vending machine in the thermal insulation board formation commodity storehouse of Vacuumed insulation panel, by seeking the raising of heat-proof quality, the cooling effectiveness in commodity storehouse and the raising of insulating efficiency can be realized, also have superiority very much for the viewpoint realizing energy-saving, receive publicity.
But, in the automatic vending machine of such use Vacuumed insulation panel, due to its characteristic, tap can not be formed at the thermal insulation board (Vacuumed insulation panel) of the bottom marking off commodity storehouse, above-mentioned such condensate processor can not be applied.Therefore, need by condensed water from commodity collecting storage facility all around either party discharge, therefore need to arrange drainage channel in storehouse.This drainage channel utilizes gravity to be discharged by condensed water, therefore the drop of above-below direction must be needed, in order to ensure the space for arranging this drainage channel, needing the commodity accomodation frame miniaturization making to configure in commodity storehouse, the minimizing of commodity quantity can be caused so therefore not preferred.In addition, drainage channel is easy to the path becoming air, may in the generation gap, installation position of each parts when being made up of multiple parts, and for keeping, bubble-tight viewpoint is not preferred yet.
The present invention proposes in view of above-mentioned actual conditions, and its object is to provides the condensate processor that can keep bubble-tight automatic vending machine while the minimizing suppressing commodity quantity well.
For the scheme of dealing with problems
In order to reach above-mentioned purpose, the condensed water that commodity storehouse in the inside of automatic vending machine main body produces is transferred to the outside in this commodity storehouse by the condensate processor of automatic vending machine of the present invention, the feature of the condensate processor of this automatic vending machine is, comprise: tray member, its expose with the opening that the upper surface making rearward end and pass through the thermal insulation board in the bottom marking off above-mentioned commodity storehouse is formed and leading section from the outstanding mode of the fore-end of this thermal insulation board, arrange obliquely downwards gradually along with forwards going in the inside of this thermal insulation board, and the condensed water forward end being imported rearward end by above-mentioned opening is guided, condensed water receiving member, it is configured in the fore-end of above-mentioned thermal insulation board, and the condensed water of discharging from above-mentioned tray member is imported from introducing port, this condensed water is discharged again, passing through and utilizing capillarity to allow the path obturation that the occlusion component of the sheet passed through of moisture will be used for described condensed water is passed through by restriction air from outlet to the outside in described commodity storehouse by the inside of self.
In addition, the invention is characterized in, in the condensate processor of above-mentioned automatic vending machine, above-mentioned condensed water receiving member, from introducing port in the way of outlet, has trap portion more on the lower relative to this outlet this introducing port.
In addition, the invention is characterized in, in the condensate processor of above-mentioned automatic vending machine, above-mentioned thermal insulation board comprises: the first plate portion, and it is coated by outsourcing material that it has flat core, the Vacuumed insulation panel that its inside is depressurized and is formed; With the second plate portion, it is positioned in the upper surface in above-mentioned first plate portion, and is formed by thermal insulation barriers, and above-mentioned tray member is arranged on above-mentioned second plate portion.
According to the present invention, tray member expose with the opening that the upper surface making rearward end and pass through the thermal insulation board in the bottom marking off commodity storehouse is formed and leading section from the outstanding mode of the fore-end of this thermal insulation board, arrange obliquely downwards gradually along with forwards going in the inside of this thermal insulation board, the condensed water forward end being imported rearward end by opening is guided, therefore when thermal insulation board use Vacuumed insulation panel, also can utilize can't help Vacuumed insulation panel form part guarantee drainage channel.Therefore, do not need the internal capacity reducing commodity storehouse, place is without the need to worrying the minimizing causing commodity quantity.And, because form drainage channel, so can air-tightness be guaranteed in a part for thermal insulation board.In addition, the condensed water of discharging from tray member imports from introducing port by the condensed water receiving member being configured in the fore-end of thermal insulation board, make it by the inside of self, discharge from outlet to the outside in commodity storehouse, passing through and utilizing capillarity to allow the path obturation that the occlusion component of the sheet passed through of moisture will be used for condensed water is passed through by restriction air, therefore, commodity storehouse is blocked with outside connected state, can suppress entering of extraneous air.Thus, while the minimizing suppressing commodity quantity, air-tightness can be kept well.
Accompanying drawing explanation
Fig. 1 is the concept map of the automatic vending machine conceptually representing the condensate processor applying embodiments of the present invention.
Fig. 2 is the concept map representing the main body cabinet of the automatic vending machine shown in Fig. 1 and the structure of commodity room.
Fig. 3 is the cross section side view of the internal structure in a commodity storehouse of the inside representing the main body cabinet shown in Fig. 1.
Fig. 4 is the stereogram representing the commodity room shown in Fig. 2, eliminates the diagram of main body cabinet.
Fig. 5 is the stereogram representing the thermal insulation board being configured in the diapire shown in Fig. 4.
Fig. 6 is the exploded perspective view representing the thermal insulation board being configured in the diapire shown in Fig. 4.
Fig. 7 represents key diagram condensed water receiving member being applied to the thermal insulation board shown in Fig. 5 and Fig. 6.
Fig. 8 is the stereogram representing the condensed water receiving member shown in Fig. 7.
Fig. 9 is the stereogram of the setting example representing the condensed water receiving member shown in Fig. 8.
The major part of tray member and condensed water receiving member is amplified the amplification cross section side view represented by Figure 10.
Description of reference numerals
10 main body cabinet
11 upper walls
12 sidewalls
13 diapires
14 back walls
15 base wall
20 commodity rooms
21 thermal insulation boards
210 heat insulating slab at bottoms
211 first plate portions
211a Vacuumed insulation panel
212 second plate portions
2121 lower sheets
Sheet material in the middle part of in the of 2122
2122b enters groove
2123 top sheet materials
2123b opening
22 heat insulation dividing plates
23 commodity storehouses
30 external doors
40 inside doors
60 tray members
61 little width portion
62 large width portion
70 condensed water receiving member
71 introduction parts
711 introducing ports
72 discharge portions
721 outlets
73 trap portions
732 occlusion component
80 drainpipe parts
Detailed description of the invention
Referring to accompanying drawing, the preferred embodiment of the condensate processor of automatic vending machine of the present invention is described in detail.
Fig. 1 is the concept map of the automatic vending machine conceptually representing the condensate processor applying embodiments of the present invention.The such as commodity such as tinned drink or PET bottle dixie cup are sold by illustrative automatic vending machine under cooling or the state after heating herein, therefore have main body cabinet 10, external door 30 and inside door 40.
Main body cabinet 10 as shown in Figure 2, is by by appropriately combined for multiple metallic plate and automatic vending machine main body that is that form, forms the box like of front openings.More specifically, by making upper wall 11, pair of sidewalls 12, diapire 13, back wall 14 engage and form main body cabinet 10.Pair of sidewalls 12 extends to respectively than diapire 13 position more on the lower, is bonded to base wall 15 each other.
In main body cabinet 10, be provided with the commodity room 20 of thermal insulation construction therein.In present embodiment, as shown in Figure 2, by the state configuration thermal insulation board 21 of internal face to cover upper wall 11, pair of sidewalls 12, diapire 13, back wall 14, commodity room 20 is formed in the space that surrounded by these thermal insulation boards 21.
Independently the inside of main body cabinet 10 is arranged on the state of left-right situs in commodity storehouse 23 by such as inserting 22,3,2 heat insulation dividing plates to commodity room 20 from front side.That is, commodity storehouse 23 is obtained by the inside and dividing thermal insulation board 21 being configured in main body cabinet (automatic vending machine main body) 10.
Fig. 3 is the cross section side view of the internal structure in a commodity storehouse 23 of the inside representing the main body cabinet 10 shown in Fig. 1.In this Fig. 3, illustrate the internal structure in the commodity storehouse (hereinafter also referred to left storehouse) 23 being positioned at the leftmost side, but the commodity storehouse 23 of central authorities also have the structure roughly the same with left storehouse 23 with the internal structure in the commodity storehouse 23 on right side.In addition, the left side in this description refers to left when observing automatic vending machine from face side, and right side refers to right when observing automatic vending machine from face side.
Conveying slideway 24 is provided with in the inside in left storehouse 23, thermostat unit 25 is being configured with than this conveying slideway 24 region more on the lower (hereinafter also referred to " heat exchange area "), on the other hand, commodity accomodation frame 28 is configured with in the region (hereinafter also referred to " commodity region ") more closer to the top than conveying slideway 24.
Conveying slideway 24 is that commodity guiding for sending from commodity accomodation frame 28 is to inside door 40(bottom inside door 40a) the plate-shaped member of commodity delivery port 43, go the state configuration of tilting gradually downwards with forwards side.Run through at this conveying slideway 24 and be provided with multiple passage will be communicated with between heat exchange area with commodity region.
Thermostat unit 25 is maintained desired state of temperature for making the internal atmosphere in left storehouse 23, has evaporimeter 25a, electric heater 25b and Ku Nei Air Blast fan 25c.
Evaporimeter 25a makes compressor 261, radiator 262 is connected with refrigerant piping 27 with expansion valve 263 and forms kind of refrigeration cycle, and the cold-producing medium passed through at the stream of self evaporates thus surrounding air is cooled.Herein, compressor 261, radiator 262 and expansion valve 263 are configured in the inside of main body cabinet 10 and the Machine Room 16 that marks off, the below being located at commodity room 20.
Electric heater 25b is configured in the front region of evaporimeter 25a, is the heating source heated the surrounding air of self by becoming "on" position.In storehouse, Air Blast fan 25c is the wind pushing mechanism for making the inner air in left storehouse (commodity storehouse) 23 circulate.
In such thermostat unit 25, such as under the state making kind of refrigeration cycle operate in Driver Library during Air Blast fan 25c, in evaporimeter 25a, cooled air is carried, therefore, it is possible to make commodity accomodation frame 28(commodity region upward by the passage of conveying slideway 24) maintain low-temperature condition.On the other hand, under the state that electric heater 25b is energized in Driver Library during Air Blast fan 25c, be electrically heated the air after device 25b heating to be carried upward, therefore, it is possible to make commodity accomodation frame 28(commodity region by the passage of conveying slideway 24) maintain the condition of high temperature.
External door 30, for the front openings of main body covered cabinet 10, opening and closing can be configured in the left side edge portion of main body cabinet 10 movably.The displaying window required when the front surface of external door 30 is provided with merchandising, commodity selection button, bank note insert port, coin slot, return bar, amount of money display, coin refund (all not shown), and be provided with commodity take-out port 31.
In addition, this external door 30 is provided with commodity extraction portion 32.Commodity extraction portion 32 is received and to be sent and by the commodity after the commodity delivery port 43 of inside door 40 from the commodity accomodation frame 28 commodity collecting storage facility 23, and can take out this commodity by commodity take-out port 31.
Inside door 40 is for covering 23(commodity room, commodity storehouse 20) the insulated door of front surface, openedly and closedly can be configured in a lateral edge portion of main body cabinet 10 in the position of side more inner than external door 30.This inside door 40 has the structure split up and down, comprising: cover 23(commodity room, commodity storehouse 20) the bottom inside door 40a of lower side of front openings; With cover 23(commodity room, commodity storehouse 20) the top inside door 40b of upper side of front openings.
Bottom inside door 40a, as shown in figures 1 and 3, formed at the position corresponding with each commodity storehouse 23 and there is the commodity delivery port 43 that door 44 carried by commodity, when commodity are sent to conveying slideway 24 from commodity accomodation frame 28, by commodity delivery port 43, commodity can be transported to commodity extraction portion 32.
The position of top inside door 40b side in external door 30 openedly and closedly can be configured in a lateral edge portion of main body cabinet 10, is installed the back side being bearing in external door 30 by support unit 50.This top inside door 40b and external door 30 together opening and closing move.
Fig. 4 is the stereogram representing the commodity room shown in Fig. 2, eliminates the diagram of main body cabinet.As shown in Figure 4, form in the thermal insulation board 21 of commodity room 20, be configured in the thermal insulation board 21 of upper wall 11, pair of sidewalls 12 and back wall 14, although clearly do not represent, there is Vacuumed insulation panel (VIP).Vacuumed insulation panel is that the flat core (core) such as with the lower material of the thermal conductivity such as glass fibre is coated and obtain except hermetic seal by the films such as such as polyamide (outsourcing material).In this Vacuumed insulation panel, because the characteristic of manufacturing process, forming the finless parts be only made up of film in outer edge, therefore assigning to use by this finless parts being folded to core covering portion.Then, by by suitably coated by reinforcement materials such as such as hard polyaminoesters for a part for the Vacuumed insulation panel after making finless parts fold like this, the thermal insulation board 21 that entirety is rectangular flat shape is formed.
Fig. 5 and Fig. 6 represents the thermal insulation board being configured in the diapire shown in Fig. 4 respectively, and Fig. 5 is stereogram, and Fig. 6 is exploded perspective view.The shown here thermal insulation board being configured in diapire 13, namely forms 23(commodity room, commodity storehouse 20) the thermal insulation board (hereinafter also referred to heat insulating slab at bottom) 210 of bottom, comprise the first plate portion 211 and the second plate portion 212.
First plate portion 211 is formed as the shape of flat rectangular plate, has Vacuumed insulation panel 211a.Vacuumed insulation panel 211a is that by films such as such as polyamide, coated and degasification is sealed to form by the flat core such as comprising the lower material of the thermal conductivity such as glass fibre.The finless parts be only made up of film in outer edge is folded to core covered section by this Vacuumed insulation panel 211a.Then, by a part of such Vacuumed insulation panel 211a is suitably coated and form the first plate portion 211 by reinforcement material 211b such as such as hard polyaminoesters.
Second plate portion 212 is positioned in the upper surface in the first plate portion 211, and therefore overall have the appearance and size roughly equal with the first plate portion 211.This second plate portion 212 has lower sheet 2121, middle part sheet material 2122, top sheet material 2123.
Lower sheet 2121 forms the shape of flat rectangular plate, such as, be made up of thermal insulation barriers such as hard polyaminoesters.This lower sheet 2121 forms the foot in the second plate portion 212, forms notch 2121a accordingly at its fore-end and each commodity storehouse 23.
Middle part sheet material 2122 forms the shape of flat rectangular plate, such as, be made up of thermal insulation barriers such as hard polyaminoesters.In the middle part of this, sheet material 2122 is positioned in the upper surface of lower sheet 2121, forms the notch 2122a of same shape in the position corresponding with the notch 2121a of lower sheet 2121 of fore-end.In addition, at middle part sheet material 2122, rearward formed from each notch 2122a and enter groove 2122b, the rear end part respectively entering groove 2122b is widely formed.
At middle part sheet material 2122, the mode entering groove 2122b is provided with multiple (in illustrated example being 3) tray member 60.Tray member 60 is consisted of processing metal plate, is the parts of the strip taking fore-and-aft direction as length direction.This tray member 60 comprises: the little width portion 61 with the left and right width less than the left and right width entering groove 2122b; With with the large width portion 62 arranged at the rear portion of this width smaller part 61 with this width smaller part 61 continuous print mode.That is, the leading section of tray member 60 is little width portion 61, and rearward end is large width portion 62, and the left and right width of large width portion 62 is larger than the left and right width of the rear end part entering groove 2122b.
Tray member 60 using enter as the little width portion 61 of leading section middle part sheet material 2122 enter groove 2122b, the mode that large width portion 62 as rearward end is positioned in the upper surface of middle part sheet material 2122 configures, thus, tray member 60 is to arrange along with the mode of forwards going to tilt downwards gradually.In addition, the fore-end of tray member 60 and the fore-end of little width portion 61 project to the notch 2122a of middle part sheet material.
Top sheet material 2123 is split by left and right, forms the shape of flat rectangular plate respectively.These top sheet materials 2123 are such as made up of thermal insulation barriers such as hard polyaminoesters, and the top sheet material 2123 in left side is corresponding with left storehouse 23, and the top sheet material 2123 on right side is corresponding with the commodity storehouse 23 of central authorities and the commodity storehouse 23 on right side.These top sheet materials 2123 are positioned in the upper surface of middle part sheet material 2122, are formed with the notch 2123a of same shape in the position corresponding with the notch 2122a of middle part sheet material 2122 of respective fore-end.In addition, difform opening 2123b is formed with at these top sheet materials 2123.Further describe, be formed with an opening 2123b at the top sheet material 2123 in left side, be formed with the left and right width first opening portion 2123b1 slightly less than the large width portion 62 of tray member 60 continuously and the second opening portion 2123b2 that the width that forwards extends from this first opening portion 2123b1 is narrower.Be formed with two opening 2123b at the top sheet material 2123 on right side, side, left is corresponding with the commodity storehouse 23 of central authorities, and side, right is corresponding with the commodity storehouse 23 on right side.The left and right width of each opening 2123b is different, is formed with the left and right width first opening portion 2123b1 slightly less than the large width portion 62 of tray member 60 continuously and the second opening portion 2123b2 that the width that forwards extends from this first opening portion 2123b1 is narrower.
In the second plate portion 212 formed like this, by making these lower sheets 2121, middle part sheet material 2122 and top sheet material 2123 overlapping, each notch 2121a, 2122a, 2123a is made to overlap thus be formed with three recess 210a at fore-end.In addition, in the inside in the second plate portion 212, to be exposed by opening 2123b to make large width portion 62 and make the leading section of little width portion 61 that the mode that the recess 210a in this second plate portion 212 is outstanding be provided with tray member 60.
At heat insulating slab at bottom 210, as shown in Figure 7, each recess 210a in the second plate portion 212 is chimeric is configured with condensed water receiving member 70.Condensed water receiving member 70, as shown in Figure 8, has the receiving portion main body 70a that top is open.Receiving portion main body 70a is such as formed by resin material etc., forms the path of condensed water, have introduction part 71, discharge portion 72 and trap portion 73 in the inside of self.
Introduction part 71 is the positions forming, have introducing port 711 at rear end part below.This introducing port 711 allows that the leading section (fore-end of little width portion 62) of tray member 60 relatively enters.Discharge portion 72 forms, has the position of outlet 721 above at fore-end.In addition, in discharge portion 72, the hooking sheet 722 extended from the lower edge section of outlet 721 is formed downwards.
Trap portion 73 is arranged on the region from introduction part 71 to discharge portion 72, and self bottom part 73a(is with reference to Figure 10) than the bottom part 71a of introduction part 71 and discharge portion 72 bottom part 72a more on the lower.Partition wall 731 and occlusion component 732(reference Figure 10 is provided with) in this trap portion 73.
Partition wall 731 marks off introduction part 71 side in trap portion 73 and discharge portion 72 side, is formed with the connected entrance 731a of rectangle.
Occlusion component 732 is the parts such as processing the non-woven fabrics comprising polyethylene etc. and the sheet formed.More specifically, occlusion component 732 processes passing through but allowing the plates passed through utilizing the water of capillarity to form of restriction air.Such occlusion component 732 configures in the mode of the connected entrance 731a from the inaccessible partition wall 731 in discharge portion 72 side (front side).
There is the condensed water receiving member 70 of such structure, as shown in Figure 9 and Figure 10, the mode being positioned at the front side of drainpipe parts 80 with through through hole 81, the hooking sheet 722 being arranged on the drainpipe parts 80 of the fore-end of diapire 13 of a part for discharge portion 72 is arranged.Herein, drainpipe parts 80 are the parts of the strip extended along the left and right directions of automatic vending machine, for the condensed water of being discharged by the outlet 721 from condensed water receiving member 70, be transferred to the not shown evaporating dish at the evaporation position of the regulation being configured in Machine Room 16.
In the automatic vending machine with above such structure, the condensed water that the inside in any one commodity storehouse 23 can be produced discharges process as described below.Herein, with the process of the condensed water produced in the inside in left storehouse 23 for representative is described, the process of the condensed water produced with the inside in the commodity storehouse 23 on right side in the commodity storehouse 23 of central authorities is identical with left storehouse 23, therefore omits their explanation.
Even if the heat run electric heater 25b that adds carrying out left storehouse 23 becomes "on" position, when heating the running of the commodity of storage in commodity accomodation frame 28, or start left storehouse 23 cooling running time etc. when inside does not produce condensed water or when only producing a small amount of condensed water, the inaccessible connected entrance 731a of occlusion component 732, thus the path that inaccessible condensed water can pass through, and occlusion component 732 limits passing through of air, therefore left storehouse 23 is cut off with outside connected state.Therefore, it is possible to suppress extraneous air to enter left storehouse 23.
On the other hand, by fully carrying out the cooling running in left storehouse 23, or by carrying out the defrosting running for removing the frost adhered on evaporimeter 25a, this left storehouse 23 inside produce condensed water time, this condensed water is by the second 212(top, plate portion sheet material 2123 in heat insulating slab at bottom 210) opening 2123b enter large width portion 62 thus be imported into tray member 60.This tray member 60 is arranged in the mode tilted downwards gradually along with forwards going, the condensed water being imported into this tray member 60 thus flows to little width portion 61 because of the deadweight of self to the leading section of this tray member 60 from large width portion 62, is entered the inside of condensed water receiving member 70 from the leading section of little width portion 61 by introducing port 711.The condensed water entering condensed water receiving member 70 from introducing port 711 enters trap portion 73 and is stored at this.Now, a part for the condensed water stored in trap portion 73 passes through occlusion component 732 by connected entrance 731a due to capillarity.
Then, when the storage height of condensed water stored in trap portion 73 reaches the height level in upper end-face edge portion of connected entrance 731a, introducing port 711 side of condensed water receiving member 70 and outlet 721 side are condensed water obturation.Afterwards, when the level of the storage height of the condensed water stored in trap portion 73 exceedes the height level of the bottom part 72a of discharge portion 72, a part of condensed water enters discharge portion 72, discharges from outlet 721.That is, the condensed water that the inside in left storehouse 23 produces imports from introducing port 711 by condensed water receiving member 70, makes it by the inside of self, is discharged by the outside of outlet 721 to this left storehouse 23.
From the condensed water that outlet 721 is discharged, accepted by drainpipe parts 80, be transferred to evaporating dish, afterwards by evaporation process by these drainpipe parts 80.
So in the present embodiment, tray member 60 and condensed water receiving member 70 form will in main body cabinet 10(automatic vending machine main body) inside commodity storehouse 23 in the condensate processor transferred to the outside in this commodity storehouse 23 of the condensed water that produces.
As discussed above, condensate processor according to the embodiment of the present invention, tray member 60 is to make large width portion 62 be exposed by the opening 2123b formed at the upper surface of heat insulating slab at bottom 210 and to make the leading section of little width portion 61 from the outstanding mode of the fore-end of this heat insulating slab at bottom 210, in the inside of this thermal insulation board 21 along with forwards going to arrange obliquely downwards gradually, the condensed water forward end being imported large width portion 62 by opening 2123b is guided, even if therefore when this heat insulating slab at bottom 210 uses Vacuumed insulation panel 211a, also can with can't help Vacuumed insulation panel 211a form the second plate portion 212 guarantee drainage channel.Therefore, do not need the internal capacity reducing commodity storehouse 23, therefore without the need to making commodity accomodation frame 28 miniaturized, without the need to worrying the minimizing causing commodity quantity.And, because form drainage channel, so can air-tightness be guaranteed in a part i.e. second plate portion 212 of heat insulating slab at bottom 210.In addition, be configured in the condensed water receiving member 70 of the fore-end of heat insulating slab at bottom 210, the condensed water of discharging from tray member 60 is imported from introducing port 711 and its inside by self is discharged from outlet 721 to the outside in commodity storehouse 23 again, be use restriction air by and utilize capillarity to allow the occlusion component 732 of the sheet that moisture passes through is inaccessible and formed by the path that is used for making condensed water pass through, therefore, commodity storehouse 23 is blocked with outside connected state, can suppress entering of extraneous air.Thus, while the minimizing suppressing commodity quantity, air-tightness can be kept well.
Be explained above the preferred embodiment of the present invention, but the present invention is not limited by it, can various change be carried out.
In above-mentioned embodiment, each thermal insulation board 21 all has Vacuumed insulation panel, but in the present invention, thermal insulation board also can not have Vacuumed insulation panel.
Claims (3)
1. the condensate processor of an automatic vending machine, the condensed water that commodity storehouse in the inside of automatic vending machine main body produces is transferred to the outside in this commodity storehouse by it, the condensate processor of this automatic vending machine has condensed water receiving member, this condensed water receiving member have restriction air by and utilize capillarity to allow passing through of moisture, the occlusion component of the sheet of the path obturation that described condensed water is passed through will be used for, described condensed water imports from introducing port by this condensed water receiving member, this condensed water is discharged from outlet to the outside in described commodity storehouse by the inside of self again, the feature of the condensate processor of this automatic vending machine is:
Comprise tray member, its expose with the opening that the upper surface making rearward end and pass through the thermal insulation board in the bottom marking off described commodity storehouse is formed and leading section from the outstanding mode of the fore-end of this thermal insulation board, arrange obliquely downwards gradually along with forwards going in the inside of this thermal insulation board, and the condensed water forward end being imported rearward end by described opening is guided
Described condensed water receiving member is configured in the fore-end of described thermal insulation board.
2. the condensate processor of automatic vending machine as claimed in claim 1, is characterized in that:
Described condensed water receiving member, from introducing port in the way of outlet, has trap portion more on the lower relative to this outlet this introducing port.
3. the condensate processor of automatic vending machine as claimed in claim 1 or 2, is characterized in that:
Described thermal insulation board comprises:
First plate portion, it is coated by outsourcing material that it has flat core, the Vacuumed insulation panel that its inside is depressurized and is formed; With
Second plate portion, it is positioned in the upper surface in described first plate portion, and is formed by thermal insulation barriers,
Described tray member is arranged on described second plate portion.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2012-277297 | 2012-12-19 | ||
| JP2012277297A JP6056449B2 (en) | 2012-12-19 | 2012-12-19 | Vending machine drain water treatment equipment |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103884146A CN103884146A (en) | 2014-06-25 |
| CN103884146B true CN103884146B (en) | 2016-04-20 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201310697983.4A Active CN103884146B (en) | 2012-12-19 | 2013-12-18 | The condensate processor of automatic vending machine |
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| Country | Link |
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| JP (1) | JP6056449B2 (en) |
| CN (1) | CN103884146B (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP6596825B2 (en) * | 2015-01-13 | 2019-10-30 | 富士電機株式会社 | Vending machine drain water treatment equipment |
| JP6693597B2 (en) * | 2019-08-06 | 2020-05-13 | 富士電機株式会社 | Drain water treatment equipment for vending machines |
Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201145450Y (en) * | 2007-12-26 | 2008-11-05 | 曹中华 | Improved refrigerator, electric wine cabinet with water containing box |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH0927069A (en) * | 1995-07-11 | 1997-01-28 | Sanyo Electric Co Ltd | Condensed water draining device of automatic vending machine |
| JPH1151549A (en) * | 1997-08-04 | 1999-02-26 | Sanden Corp | Drainage unit for vender |
| JP2002049962A (en) * | 2000-08-04 | 2002-02-15 | Kubota Corp | Drain device for automatic vending machine |
| JP4321247B2 (en) * | 2003-12-10 | 2009-08-26 | パナソニック株式会社 | Vending machine drain water drainage device |
| JP4321313B2 (en) * | 2004-03-04 | 2009-08-26 | 富士電機リテイルシステムズ株式会社 | vending machine |
| JP5402601B2 (en) * | 2009-12-11 | 2014-01-29 | 富士電機株式会社 | Vending machine drain water treatment equipment |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201145450Y (en) * | 2007-12-26 | 2008-11-05 | 曹中华 | Improved refrigerator, electric wine cabinet with water containing box |
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| JP6056449B2 (en) | 2017-01-11 |
| JP2014120128A (en) | 2014-06-30 |
| CN103884146A (en) | 2014-06-25 |
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