CN103871166A

CN103871166A - Solar cooling and heating fresh-keeping self-service type terminal for concentralized distribution of catering online shopping community

Info

Publication number: CN103871166A
Application number: CN201210420428.2A
Authority: CN
Inventors: 朱旭红
Original assignee: Individual
Current assignee: Individual
Priority date: 2012-12-10
Filing date: 2012-12-10
Publication date: 2014-06-18

Abstract

The invention discloses a solar cooling and heating fresh-keeping self-service type terminal for concentralized distribution of a catering online shopping community. According to the solar cooling and heating fresh-keeping self-service type terminal for the concentralized distribution of the catering online shopping community, power is supplied through a solar battery and an externally connected alternating current power source which are arranged inside a combinative metal case installed in the community; community clients achieve ordering of catering products due to the fact that an arranged touch display screen and a terminal host computer are communicated with a network center of a catering online shopping service company through a wireless network in real time; when the catering products are distributed to the community terminal in a concentralized mode, the terminal host computer controls an independent sealing electronically controlled cooling and heating insulation unit to independently keep cool and insulate thermal for the catering products and distribute the ordered catering products to the community clients; the independent sealing electronically controlled cooling and heating insulation unit is composed of an insulating layer, a unit liner, an insulating door, a lock, an electromagnetic lock, a rubber sealing ring, a temperature sensor, a control cable, a metal elastic piece, a semi-conductor temperature varying device, an inner axial fan and an outer axial fan. The solar cooling and heating fresh-keeping self-service type terminal for the concentralized distribution of the catering online shopping community well solves the problems that the clients cannot obtain good and rapid catering services, the economic benefits of the catering online distribution service company is not optimistic, and accordingly the catering online distribution service company cannot develop well.

Description

For the fresh-keeping self-help terminal machine of food and drink net purchase community's centrally managed distribution solar cold and warm

Technical field

The design and manufacturing technology field that the present invention relates to the manufacturing and designing of food common apparatus, computer terminal is for the fresh-keeping self-help terminal machine of food and drink net purchase community's centrally managed distribution solar cold and warm.

Background technology

At present, known food and drink net purchase delivery service is not equipped with and uses the fresh-keeping terminating machine of self-service solar cold and warm, common customer takes the mode such as call voice and internet site to order catering product to food and beverage sevice company, the catering product that food and beverage sevice company successfully orders client is again dispensed directly into client location by logistics distribution personnel, with the present food and drink distribution via internet service support having, waiting to solve client uses call voice to order when catering product not directly perceived to food and beverage sevice company, it is loaded down with trivial details when person in middle and old age client uses home computer to order catering product by internet site to food and beverage sevice company, logistics distribution peak period personnel are dispensed directly into client house not in time, not the concentrating of logistics distribution causes that the wasting of resources is large and logistics distribution cost is high, thereby can not get the pessimistic problems such as better development that can not get of the economic benefit of high-quality food and beverage sevice easily and food and drink distribution via internet service company thereby have influence on client.

Summary of the invention

Object of the present invention: provide one to be arranged on community, the independent cold-warm fresh-keeping unit combination being made up of semiconductor variable temperature technique forms, can use solar powered, utilize touching computer screen and the straight-through food and drink of wireless internet network company's site to realize the Terminal Server of self-service order, better solve not directly perceived while using call voice to order catering product to food and beverage sevice company of client, it is loaded down with trivial details when person in middle and old age client uses home computer to utilize internet site to order catering product to food and beverage sevice company, high crest segment logistics distribution personnel are dispensed directly into client location not in time, logistics distribution is not concentrated and is caused that the wasting of resources is large and logistics cost is high for the fresh-keeping self-help terminal machine of food and drink net purchase community's centrally managed distribution solar cold and warm, thereby better solve the pessimistic problems such as better development that can not get of economic benefit that client can not get high-quality food and beverage sevice easily and food and drink distribution via internet service company.

Technical scheme of the present invention: the combined metal chassis 1 that is arranged on ground, community, the front of metal chassis 1 is provided with square net, the two sides of metal chassis 1, bottom surface and the back side are airtight, metal chassis 1 top arranges solar panel 2, middle and lower part in metal chassis 1 arranges respectively independently, the cuboid heat-insulation unit inner bag 3 that front opening rear end is airtight, the front opening of unit inner bag 3 overlaps with the square net in metal chassis 1 front, the centre position of metal chassis 1 interior middle and upper part arranges the airtight cuboid equipment cabinets 4 of other end of upper end open, between the inner side of the top, left and right of equipment cabinets 4 and metal chassis 1 left and right side, be horizontally disposed with metal partion (metp) 31, unit inner bag 3 and metal chassis 1, between equipment cabinets 4 and metal partion (metp) 31, heat-insulation layer 5 is set, equipment cabinets 4 fronts have arranged minisize pick-up head 29 integrated and the touch display screen 6 of RF RF IC card receiving element 30, in equipment cabinets 4, by rear end, end host 7 is set, the upper end of end host 7 arranges expansible type and outreaches control port 32, forward end in equipment cabinets 4 arranges rechargeable battery 8, the front of metal chassis 1 upper end, the back side, left and right side arranges billboard 9, positive the arrange right side open-type heat-insulation and heat-preservation door 10 corresponding to unit inner bag 3 forward open end of metal chassis 1, the left end centre position in thermal insulating door thermally insulated door 10 fronts arranges lock mouth 11, metal chassis 1 is positive arranges electromagnetic lock (J) 12 with the top correspondence position of lock mouth 11, between thermal insulating door thermally insulated door 10 back sides and unit inner bag 3 forward open end, rubber seal 13 is set, between the lower-left end at thermal insulating door thermally insulated door 10 back sides and metal chassis 1 front, metal clips 28 is set, in the time that thermal insulating door thermally insulated door 10 is closed condition by pressing by outside force, spring in electromagnetic lock (J) 12 is released dead bolt to agree with at lock mouth 11 inner lockings, metal clips 28 is bowed and is seen the pressing energy storage state that is U font, when electromagnetic lock (J) 12 is controlled while entering "on" position, when mouth 11 is locked in dead bolt pull-out by electromagnetic lock (J) 12, metal clips 28 discharges pressing energy storage thermal insulating door thermally insulated door 10 is opened as axle center to the right taking the upper and lower rotating shaft of thermal insulating door thermally insulated door 10 right-hand members, when thermal insulating door thermally insulated door 10 is opened to the right, metal clips 28 is bowed and is seen and be L font, forward end centre position, the interior left side of unit inner bag 3 arranges heat detector (R < T >) 14, metal chassis 1 back side, heat-insulation layer 5 penetrates respectively to embed with the center position of unit inner bag 3 rear ends semiconductor alternating temperature device (TE) 15 is set, the interior outside of semiconductor alternating temperature device (TE) 15 is with fin, interior aerofoil fan (M1) 16 is set on the inner side fin of semiconductor alternating temperature device (TE) 15, semiconductor alternating temperature device (TE) 15 arranges outer aerofoil fan (M2) 17 by the outside fin at metal chassis 1 back side, in the time that thermal insulating door thermally insulated door 10 is closed condition, by heat-insulation layer 5, unit inner bag 3, thermal insulating door thermally insulated door 10, lock mouth 11, electromagnetic lock (J) 12, rubber seal 13, heat detector (R < T >) 14, control cables 27, metal clips 28, semiconductor alternating temperature device (TE) 15, interior aerofoil fan (M1) 16, outer aerofoil fan (M2) 17 is together to form the automatically controlled heat-insulation unit 33 of sealing alone,Solar panel 2 front right top ends arrange monitoring camera 18, in the middle of metal chassis 1 back side, top arranges transmitting, reception antenna 19, antenna 19 is linked into end host 7 equipment cabinets 4 in by top in the middle of metal chassis 1 back side under drawing by coaxial cable 20, the a core of control cables 21, b core one end respectively with the positive pole of solar panel 2, negative electricity connects, the a core of control cables 21, the other end of b core is along being linked into the end host 7 in equipment cabinets 4 under middle the drawing of back of metal chassis 1 back side billboard 9, the b core of control cables 21 be electrically connected publicly, monitoring camera 18 is linked into the end host 7 in equipment cabinets 4 under being drawn along the centre, back of metal chassis 1 back side billboard 9 by solar panel 2 right lower quadrants by video coaxial cable 22 and power supply control cable 23 again, one end of circumscripted power line 24 with exchange the electrical connection of AC-220 volt power supply, the other end of circumscripted power line 24 is linked into the end host 7 in equipment cabinets 4 under drawing along the middle top, the back side of back side billboard 9 through the billboard 9 of metal chassis 1 right flank again, touch display screen 6 is linked into end host 7 by control cables 25 again through the front of equipment cabinets 4, the a core of control cables 26, b core one end respectively with the positive pole of rechargeable battery 8, negative electricity connects, the a core of control cables 26, the b core other end is linked into respectively end host 7, the b core of control cables 26 be electrically connected publicly, the a core of control cables 27, b core, c core, d core, e core, f core one end respectively with end host 7 on control port 32 1, 2, 3, 4, 5, 6 pin electrical connections, the a core of control cables 27, the b core other end is electrically connected with the two ends of heat detector (R < T >) 14 respectively through heat-insulation layer 5 and unit inner bag 3 under being drawn through metal chassis 1 back side billboard 9 by equipment cabinets 4 Base top contacts again, the c core of control cables 27, the d core other end is drawn and is electrically connected with the both positive and negative polarity of semiconductor alternating temperature device (TE) 15 and interior aerofoil fan (M1) 16 and the both positive and negative polarity of outer aerofoil fan (M2) 17 respectively down through metal chassis 1 back side billboard 9 by equipment cabinets 4 Base top contacts, the e core of control cables 27, the f core other end is electrically connected with the both positive and negative polarity of electromagnetic lock (J) 12 respectively through heat-insulation layer 5 and metal chassis 1 front under being drawn through metal chassis 1 back side billboard 9 by equipment cabinets 4 Base top contacts again, when sunny, end host 7 cuts off by the access terminal AC 220 V power supply of main frame 7 of circumscripted power line 24 by control, end host 7 turns by solar panel 2 by a core of control cables 21 by control simultaneously, b wick feed end host 7 provides dc source, if detecting solar panel 2, end host 7 supplies with the power surplus of end host 7, pass through a core of control cables 26 by end host 7, b core dispensing rechargeable battery 8 charges, when sunlight deficiency, end host 7 detects solar panel 2 while supplying with the underpower of end host 7, the power supply that end host 7 cuts off solar panel 2 turns by rechargeable battery 8 powers to end host 7,In the time that end host 7 detects rechargeable battery 8 and supplies with the underpower of end host 7, end host 7 turns by the access terminal AC 220 V Power supply of main frame 7 of circumscripted power line 24 by controlling again, now end host 7 is always in net connection duty, the wireless transmission that end host 7 connects through coaxial cable 20, reception antenna 19 upgrades by network management center's real time data of food and drink net purchase service company of 3G wireless Internet UNICOM, end host 7 is given touch display screen 6 signals by control cables 25, touch display screen 6 shows the up-to-date self-service interactive interface of food and drink net purchase service company, after the client of this community self-service order catering product and paying on touch display screen 6 complete, the network management center of food and drink net purchase service company is to sending picking certification Quick Response Code note and numerical ciphers note on the client of this community mobile phone, food and drink net purchase network management center of service company generation self-contained digital coding corresponding with the client of this community simultaneously, the self-contained digital coding of catering product that food and drink net purchase service company successfully orders according to each client of this community is concentrated classification, processing and self-contained, self digital coding of this each catering product of community after self-contained is entered into network management center of food and drink net purchase service company, network management center of food and drink net purchase service company distributes and prints adhesive sticker papery strip corresponding one by one each automatically controlled heat-insulation unit 33 position in storehouse data of each catering product digital coding of this community after self-contained and the fresh-keeping self-help terminal machine of this community's solar cold and warm, the adhesive sticker papery strip correspondence that is printed on each catering product digital coding of self-contained Hou Gai community and each automatically controlled heat-insulation unit 33 position in storehouse data of the fresh-keeping self-help terminal machine of this community's solar cold and warm is posted in the external packing of each catering product of self-contained Hou Gai community, simultaneously, network management center of food and drink net purchase service company will pass to the end host 7 of the fresh-keeping self-help terminal machine of this community's solar cold and warm under the distribute data of each catering product digital coding of self-contained Hou Gai community and each catering product cold and warm insulation performance data of this community and each automatically controlled heat-insulation unit 33 position in storehouse data of the fresh-keeping self-help terminal machine of this community's solar cold and warm, food and drink net purchase service company the client of this community go to work last hour and the catering product centrally managed distribution of half an hour each client of this community successfully being ordered before leaving offices to the fresh-keeping self-help terminal machine of solar cold and warm of this community, the logistics distribution personnel of food and drink net purchase service company identify RF RF IC card close to RF RF IC card receiving element 30 integrated on touch display screen 6 by dispensing, RF RF IC card receiving element 30 is checked the dispensing identification RF RF IC card communication receiving to end host 7, after checking successfully, end host 7 is by 5 pin of control port 32,6 pin are through the e of control cables 27 core, f core is connected the both positive and negative polarity power supply of electromagnetic lock (J) 12, electromagnetic lock (J) 12 is by dead bolt pull-out lock mouth 11, metal clips 28 is opened thermal insulating door thermally insulated door 10 to the right, the logistics distribution personnel of food and drink net purchase service company put into each catering product correspondence of this community after self-contained according to the adhesive sticker papery strip in each catering product external packing of this community being posted in after self-contained each automatically controlled heat-insulation unit 33 of the fresh-keeping self-help terminal machine of this community's solar cold and warmThe logistics distribution personnel of food and drink net purchase service company close thermal insulating door thermally insulated door 10 pressings, simultaneously, each food and beverage sevice product cold and warm insulation performance data of this community that the end host 7 of the fresh-keeping self-help terminal machine of this community's solar cold and warm passes down according to network management center of food and drink net purchase service company is carried out independent temperature adjustment control to each corresponding automatically controlled heat-insulation unit 33 of the fresh-keeping self-help terminal machine of this community's solar cold and warm, end host 7 is by 1 pin of

control port

32, 2 pin are through a of control cables 27 core, the heat detector (R < T >) 14 that b core is connected is measured the interior real time temperature data of automatically controlled heat-insulation unit 33, after the real time temperature data that end host 7 comes according to the interior heat detector of automatically controlled heat-insulation unit 33 (R < T >) 14 feedbacks and the contrast of catering product cold and warm insulation performance data, pass through 3 pin of control port 32, 4 pin are communicated with the c core of control cables 27, d core is connected semiconductor alternating temperature device (TE) 15, the conduction time of the both positive and negative polarity of interior aerofoil fan (M1) 16 and outer aerofoil fan (M2) 17 and positive counter voltage are carried out temperature adjusting, when the client of this community comes off duty through the fresh-keeping self-help terminal machine of this community's solar cold and warm, the picking certification Quick Response Code obtaining on mobile phone is aimed at minisize pick-up head 29 on touch display screen 6 by the client of this community, minisize pick-up head 29 sends picking certification to end host 7 by Quick Response Code data by control cables 25, end host 7 is checked picking certification by the distribute data of each automatically controlled heat-insulation unit 33 position in storehouse data of Quick Response Code data and the fresh-keeping self-help terminal machine of this community's solar cold and warm, after checking successfully, end host 7 is by 5 pin of corresponding control port 32, 6 pin are through the e of corresponding control cables 27 core, f core is connected corresponding electromagnetic lock (J) 12 both positive and negative polarity power supplies, corresponding electromagnetic lock (J) 12 work are by dead bolt pull-out lock mouth 11, corresponding metal clips 28 is opened corresponding thermal insulating door thermally insulated door 10, the client of this community successfully gets the catering product of self-service order, equally, the client of this community also can input the picking certification numerical ciphers obtaining on mobile phone by touch display screen 6, touch display screen 6 sends numerical ciphers data to end host 7 by control cables 25, end host 7 is checked picking certification by the distribute data of each automatically controlled heat-insulation unit 33 position in storehouse data of numerical ciphers data and the fresh-keeping self-help terminal machine of this community's solar cold and warm, after checking successfully, end host 7 is by 5 pin of corresponding control port 32, 6 pin are through the e of corresponding control cables 27 core, f core is connected the both positive and negative polarity power supply of corresponding electromagnetic lock (J) 12, corresponding electromagnetic lock (J) 12 is by dead bolt pull-out lock mouth 11, corresponding metal clips 28 is opened corresponding thermal insulating door thermally insulated door 10, the client of this community successfully gets the catering product of self-service order, simultaneously, end host 7 cuts off 3 pin of this corresponding control port 32, 4 pin power supplies, after 2 seconds, end host 7 cuts off 5 pin of this corresponding control port 32, 6 pin power supplies, monitoring camera 18 accesses terminal by video coaxial cable 22 and power supply control cable 23, and main frame 7 carries out security protection in 24 hours and evidence obtaining video data is preserved.

Beneficial effect of the present invention: provide one to be arranged on community, can use solar powered, utilize touching computer screen to use the self-service order of wireless internet network and the terminating machine being become to the catering product cold-warm fresh-keeping unit combination of dispensing by some use semiconductor variable temperature techniques, not not directly perceived when the better client of solution uses call voice to order catering product to food and beverage sevice company, person in middle and old age client uses home computer to utilize internet site to order loaded down with trivial details when catering product to food and beverage sevice company, it is not in time on-site that high crest segment logistics distribution personnel are dispensed directly into client, logistics distribution is not concentrated and is caused that the wasting of resources is large and logistics cost is high for the fresh-keeping self-help terminal machine of food and drink net purchase community's centrally managed distribution solar cold and warm, thereby better solving client can not get high-quality and serves efficiently and the pessimistic problems such as great development that can not get of economic benefit of food and drink distribution via internet service company.

Brief description of the drawings

Fig. 1 is one-piece construction schematic diagram of the present invention.

Fig. 2 is schematic rear view of the present invention.

Fig. 3 is electric control schematic diagram of the present invention.

In figure: 1. metal chassis, 2. solar panel, 3. unit inner bag, 4. equipment cabinets, 5. heat-insulation layer, 6. touch display screen, 7. end host, 8. rechargeable battery, 9. billboard, 10. thermal insulating door thermally insulated door, 11. lock mouths, 12. electromagnetic locks (J), 13. rubber seal, 14. heat detectors (R < T >), 15. semiconductor alternating temperature devices (TE), 16. interior aerofoil fans (M1), 17. outer aerofoil fans (M2), 18. monitoring cameras, 19. antennas, 20. concentric cable, 21. control cables, 22. concentric cable, 23. control cables, 24. circumscripted power lines, 25. control cables, 26. control cables, 27. control cables, 28. metal clips, 29. minisize pick-up heads, 30.RF radio-frequency (RF) IC card receiving element, 31. metal partion (metp)s, 32. control ports, 33. automatically controlled heat-insulation unit.

Embodiment

Below in conjunction with drawings and Examples, the present invention is further described.

Consult accompanying drawing 1, be arranged on the combined metal chassis 1 on ground, community, the front of metal chassis 1 is provided with square node, the two sides of metal chassis 1, bottom surface and the back side are airtight, metal chassis 1 top arranges solar panel 2, middle and lower part in metal chassis 1 arranges respectively independently, the rectangular parallelepiped heat-insulation unit inner bag 3 that front opening rear end is airtight, the front opening of unit inner bag 3 overlaps with the square node in metal chassis 1 front, the centre position of metal chassis 1 interior middle and upper part arranges the airtight rectangular parallelepiped equipment cabinets 4 of other end of upper end open, between the inner side of the top, left and right of equipment cabinets 4 and metal chassis 1 left and right side, be horizontally disposed with metal partion (metp) 31, unit inner bag 3 and metal chassis 1, between equipment cabinets 4 and metal partion (metp) 31, heat-insulation layer 5 is set, equipment cabinets 4 fronts have arranged minisize pick-up head 29 integrated and the touch display screen 6 of RF radio-frequency (RF) IC card receiving element 30, in equipment cabinets 4, by rear end, end host 7 is set, the upper end of end host 7 arranges expansible type and outreaches control port 32, forward end in equipment cabinets 4 arranges rechargeable battery 8, the front of metal chassis 1 upper end, the back side, left and right side arranges billboard 9, positive the arrange right side open-type heat-insulation and heat-preservation door 10 corresponding to unit inner bag 3 forward open end of metal chassis 1, the left end centre position in thermal insulating door thermally insulated door 10 fronts arranges lock mouth 11, metal chassis 1 is positive arranges electromagnetic lock (J) 12 with the top correspondence position of lock mouth 11, between thermal insulating door thermally insulated door 10 back sides and unit inner bag 3 forward open end, rubber seal 13 is set, between the lower-left end at thermal insulating door thermally insulated door 10 back sides and metal chassis 1 front, metal clips 28 is set, in the time that thermal insulating door thermally insulated door 10 is closed condition by pressing by outside force, spring in electromagnetic lock (J) 12 is released dead bolt to agree with at lock mouth 11 inner lockings, metal clips 28 is bowed and is seen the pressing energy storage state that is U font, when electromagnetic lock (J) 12 is controlled while entering "on" position, when mouth 11 is locked in dead bolt pull-out by electromagnetic lock (J) 12, metal clips 28 discharges pressing energy storage thermal insulating door thermally insulated door 10 is opened as axle center to the right taking the upper and lower rotating shaft of thermal insulating door thermally insulated door 10 right-hand members, when thermal insulating door thermally insulated door 10 is opened to the right, metal clips 28 is bowed and is seen and be L font, forward end centre position, the interior left side of unit inner bag 3 arranges heat detector (R < T >) 14, metal chassis 1 back side, heat-insulation layer 5 penetrates respectively to embed with the center position of unit inner bag 3 rear ends semiconductor alternating temperature device (TE) 15 is set, the interior outside of semiconductor alternating temperature device (TE) 15 is with heat radiator, interior aerofoil fan (M1) 16 is set on the inner side heat radiator of semiconductor alternating temperature device (TE) 15, semiconductor alternating temperature device (TE) 15 arranges outer aerofoil fan (M2) 17 by the outside heat radiator at metal chassis 1 back side, in the time that thermal insulating door thermally insulated door 10 is closed condition, by heat-insulation layer 5, unit inner bag 3, thermal insulating door thermally insulated door 10, lock mouth 11, electromagnetic lock (J) 12, rubber seal 13, heat detector (R < T >) 14, control cables 27, metal clips 28, semiconductor alternating temperature device (TE) 15, interior aerofoil fan (M1) 16, outer aerofoil fan (M2) 17 is together to form the automatically controlled heat-insulation unit 33 of sealing alone, solar panel 2 front right top ends arrange monitoring camera 18, in the middle of metal chassis 1 back side, top arranges transmitting, receiving antenna 19, antenna 19 is linked into end host 7 equipment cabinets 4 in by top in the middle of metal chassis 1 back side under drawing by concentric cable 20, the a core of control cables 21, b core one end respectively with the positive pole of solar panel 2, negative electricity connects, the a core of control cables 21, the other end of b core is along being linked into the end host 7 in equipment cabinets 4 under middle the drawing of back of metal chassis 1 back side billboard 9, the b core of control cables 21 be electrically connected publicly, monitoring camera 18 is linked into the end host 7 in equipment cabinets 4 under being drawn along the centre, back of metal chassis 1 back side billboard 9 by solar panel 2 right lower quadrants by video coaxial cable 22 and power supply control cable 23 again, one end of circumscripted power line 24 with exchange the electrical connection of AC-220 volt power supply, the other end of circumscripted power line 24 is linked into the end host 7 in equipment cabinets 4 under drawing along the middle top, the back side of back side billboard 9 through the billboard 9 of metal chassis 1 right flank again, touch display screen 6 is linked into end host 7 by control cables 25 again through the front of equipment cabinets 4, the a core of control cables 26, b core one end respectively with the positive pole of rechargeable battery 8, negative electricity connects, the a core of control cables 26, the b core other end is linked into respectively end host 7, the b core of control cables 26 be electrically connected publicly, the a core of control cables 27, b core, c core, d core, e core, f core one end respectively with end host 7 on control port 32 1, 2, 3, 4, 5, 6 pin electrical connections, the a core of control cables 27, the b core other end is electrically connected with the two ends of heat detector (R < T >) 14 respectively through heat-insulation layer 5 and unit inner bag 3 under being drawn through metal chassis 1 back side billboard 9 by equipment cabinets 4 Base top contacts again, the c core of control cables 27, the d core other end is drawn and is electrically connected with the both positive and negative polarity of semiconductor alternating temperature device (TE) 15 and interior aerofoil fan (M1) 16 and the both positive and negative polarity of outer aerofoil fan (M2) 17 respectively down through metal chassis 1 back side billboard 9 by equipment cabinets 4 Base top contacts, the e core of control cables 27, the f core other end is electrically connected with the both positive and negative polarity of electromagnetic lock (J) 12 respectively through heat-insulation layer 5 and metal chassis 1 front under being drawn through metal chassis 1 back side billboard 9 by equipment cabinets 4 Base top contacts again.

Consult accompanying drawing 2, semiconductor alternating temperature device (TE) 15 arranges outer aerofoil fan (M2) 17 by the outside heat radiator at metal chassis 1 back side.

Consult accompanying drawing 3, when sunny, end host 7 cuts off by the access terminal AC 220 V power supply of main frame 7 of circumscripted power line 24 by control, end host 7 turns by solar panel 2 by a core of control cables 21 by control simultaneously, b wick feed end host 7 provides direct supply, if detecting solar panel 2, end host 7 supplies with the power surplus of end host 7, pass through a core of control cables 26 by end host 7, b core dispensing rechargeable battery 8 charges, when sunlight deficiency, end host 7 detects solar panel 2 while supplying with the underpower of end host 7, the power supply that end host 7 cuts off solar panel 2 turns by rechargeable battery 8 powers to end host 7, in the time that end host 7 detects rechargeable battery 8 and supplies with the underpower of end host 7, end host 7 turns by the access terminal AC 220 V Power supply of main frame 7 of circumscripted power line 24 by controlling again, now end host 7 is always in net connection duty, the wireless transmit that end host 7 connects through concentric cable 20, receiving antenna 19 upgrades by network management center's real time data of food and drink net purchase service company of 3G wireless Internet UNICOM, end host 7 is given touch display screen 6 signals by control cables 25, touch display screen 6 shows the up-to-date self-service interactive interface of food and drink net purchase service company, after the client of this community self-service order catering product and paying on touch display screen 6 complete, the network management center of food and drink net purchase service company is to sending picking certification Quick Response Code note and numerical ciphers note on the client of this community mobile phone, food and drink net purchase network management center of service company generation self-contained numerical coding corresponding with the client of this community simultaneously, the self-contained numerical coding of catering product that food and drink net purchase service company successfully orders according to each client of this community is concentrated classification, processing and self-contained, self numerical coding of this each catering product of community after self-contained is entered into network management center of food and drink net purchase service company, network management center of food and drink net purchase service company distributes and prints adhesive sticker papery strip corresponding one by one each automatically controlled heat-insulation unit 33 position in storehouse data of each catering product numerical coding of this community after self-contained and the fresh-keeping self-help terminal machine of this community's solar cold and warm, the adhesive sticker papery strip correspondence that is printed on each catering product numerical coding of self-contained Hou Gai community and each automatically controlled heat-insulation unit 33 position in storehouse data of the fresh-keeping self-help terminal machine of this community's solar cold and warm is posted in the external packing of each catering product of self-contained Hou Gai community, simultaneously, network management center of food and drink net purchase service company will pass to the end host 7 of the fresh-keeping self-help terminal machine of this community's solar cold and warm under the distribute data of each catering product numerical coding of self-contained Hou Gai community and each catering product cold and warm insulation performance data of this community and each automatically controlled heat-insulation unit 33 position in storehouse data of the fresh-keeping self-help terminal machine of this community's solar cold and warm, food and drink net purchase service company the client of this community go to work last hour and the catering product centrally managed distribution of half an hour each client of this community successfully being ordered before leaving offices to the fresh-keeping self-help terminal machine of solar cold and warm of this community, the logistics distribution personnel of food and drink net purchase service company identify RF radio-frequency (RF) IC card close to RF radio-frequency (RF) IC card receiving element 30 integrated on touch display screen 6 by dispensing, RF radio-frequency (RF) IC card receiving element 30 is checked the dispensing identification RF radio-frequency (RF) IC card communication receiving to end host 7, after checking successfully, end host 7 is by 5 pin of control port 32, 6 pin are through the e of control cables 27 core, f core is connected the both positive and negative polarity power supply of electromagnetic lock (J) 12, electromagnetic lock (J) 12 is by dead bolt pull-out lock mouth 11, metal clips 28 is opened thermal insulating door thermally insulated door 10 to the right, the logistics distribution personnel of food and drink net purchase service company put into each catering product correspondence of this community after self-contained according to the adhesive sticker papery strip in each catering product external packing of this community being posted in after self-contained each automatically controlled heat-insulation unit 33 of the fresh-keeping self-help terminal machine of this community's solar cold and warm, the logistics distribution personnel of food and drink net purchase service company close thermal insulating door thermally insulated door 10 pressings, simultaneously, each food and beverage sevice product cold and warm insulation performance data of this community that the end host 7 of the fresh-keeping self-help terminal machine of this community's solar cold and warm passes down according to network management center of food and drink net purchase service company is carried out independent temperature adjustment control to each corresponding automatically controlled heat-insulation unit 33 of the fresh-keeping self-help terminal machine of this community's solar cold and warm, end host 7 is by 1 pin of

control port

32, 2 pin are through a of control cables 27 core, the heat detector (R < T >) 14 that b core is connected is measured the interior real time temperature data of automatically controlled heat-insulation unit 33, after the real time temperature data that end host 7 comes according to the interior heat detector of automatically controlled heat-insulation unit 33 (R < T >) 14 feedbacks and the contrast of catering product cold and warm insulation performance data, pass through 3 pin of control port 32, 4 pin are communicated with the c core of control cables 27, d core is connected semiconductor alternating temperature device (TE) 15, the conduction time of the both positive and negative polarity of interior aerofoil fan (M1) 16 and outer aerofoil fan (M2) 17 and positive inverse voltage are carried out temperature adjusting, when the client of this community comes off duty through the fresh-keeping self-help terminal machine of this community's solar cold and warm, the picking certification Quick Response Code obtaining on mobile phone is aimed at minisize pick-up head 29 on touch display screen 6 by the client of this community, minisize pick-up head 29 sends picking certification to end host 7 by Quick Response Code data by control cables 25, end host 7 is checked picking certification by the distribute data of each automatically controlled heat-insulation unit 33 position in storehouse data of Quick Response Code data and the fresh-keeping self-help terminal machine of this community's solar cold and warm, after checking successfully, end host 7 is by 5 pin of corresponding control port 32, 6 pin are through the e of corresponding control cables 27 core, f core is connected corresponding electromagnetic lock (J) 12 both positive and negative polarity power supplies, corresponding electromagnetic lock (J) 12 work are by dead bolt pull-out lock mouth 11, corresponding metal clips 28 is opened corresponding thermal insulating door thermally insulated door 10, the client of this community successfully gets the catering product of self-service order, equally, the client of this community also can input the picking certification numerical ciphers obtaining on mobile phone by touch display screen 6, touch display screen 6 sends numerical ciphers data to end host 7 by control cables 25, end host 7 is checked picking certification by the distribute data of each automatically controlled heat-insulation unit 33 position in storehouse data of numerical ciphers data and the fresh-keeping self-help terminal machine of this community's solar cold and warm, after checking successfully, end host 7 is by 5 pin of corresponding control port 32, 6 pin are through the e of corresponding control cables 27 core, f core is connected the both positive and negative polarity power supply of corresponding electromagnetic lock (J) 12, corresponding electromagnetic lock (J) 12 is by dead bolt pull-out lock mouth 11, corresponding metal clips 28 is opened corresponding thermal insulating door thermally insulated door 10, the client of this community successfully gets the catering product of self-service order, simultaneously, end host 7 cuts off 3 pin of this corresponding control port 32, 4 pin power supplies, after 2 seconds, end host 7 cuts off 5 pin of this corresponding control port 32, 6 pin power supplies, monitoring camera 18 accesses terminal by video coaxial cable 22 and power supply control cable 23, and main frame 7 carries out security protection in 24 hours and evidence obtaining video data is preserved.

Claims

1. for the fresh-keeping self-help terminal machine of food and drink net purchase community's centrally managed distribution solar cold and warm, it is characterized in that: the combined metal chassis (1) that is arranged on ground, community, the front of metal chassis (1) is provided with square node, the two sides of metal chassis (1), bottom surface and the back side are airtight, metal chassis (1) top arranges solar panel (2), middle and lower part in metal chassis (1) arranges respectively independently, the rectangular parallelepiped heat-insulation unit inner bag (3) that front opening rear end is airtight, the front opening of unit inner bag (3) square node positive with metal chassis (1) overlaps, the centre position of the interior middle and upper part of metal chassis (1) arranges the airtight rectangular parallelepiped equipment cabinets (4) of other end of upper end open, between the inner side of the top, left and right of equipment cabinets (4) and metal chassis (1) left and right side, be horizontally disposed with metal partion (metp) (31), unit inner bag (3) and metal chassis (1), between equipment cabinets (4) and metal partion (metp) (31), heat-insulation layer (5) is set, equipment cabinets (4) front has arranged minisize pick-up head (29) integrated and the touch display screen (6) of RF radio-frequency (RF) IC card receiving element (30), in equipment cabinets (4), by rear end, end host (7) is set, the upper end of end host (7) arranges expansible type and outreaches control port (32), forward end in equipment cabinets (4) arranges rechargeable battery (8), the front of metal chassis (1) upper end, the back side, left and right side arranges billboard (9), positive the arrange right side open-type heat-insulation and heat-preservation door (10) corresponding to unit inner bag (3) forward open end of metal chassis (1), the positive left end centre position of thermal insulating door thermally insulated door (10) arranges lock mouth (11), metal chassis (1) is positive arranges electromagnetic lock (J) (12) with the top correspondence position of lock mouth (11), between thermal insulating door thermally insulated door (10) back side and unit inner bag (3) forward open end, rubber seal (13) is set, between the lower-left end at thermal insulating door thermally insulated door (10) back side and metal chassis (1) front, metal clips (28) is set, in the time that thermal insulating door thermally insulated door (10) is closed condition by pressing by outside force, spring in electromagnetic lock (J) (12) is released dead bolt to agree with at lock mouth (11) inner locking, metal clips (28) is bowed and is seen the pressing energy storage state that is U font, when electromagnetic lock (J) (12) is controlled while entering "on" position, when mouth (11) is locked in dead bolt pull-out by electromagnetic lock (J) (12), metal clips (28) discharges pressing energy storage thermal insulating door thermally insulated door (10) is opened as axle center to the right taking the upper and lower rotating shaft of thermal insulating door thermally insulated door (10) right-hand member, when thermal insulating door thermally insulated door (10) is opened to the right, metal clips (28) is bowed and is seen and be L font, in unit inner bag (3), forward end centre position, left side arranges heat detector (R < T >) (14), metal chassis (1) back side, heat-insulation layer (5) penetrates respectively to embed with the center position of unit inner bag (3) rear end semiconductor alternating temperature device (TE) (15) is set, the interior outside of semiconductor alternating temperature device (TE) (15) is with heat radiator, interior aerofoil fan (M1) (16) is set on the inner side heat radiator of semiconductor alternating temperature device (TE) (15), semiconductor alternating temperature device (TE) (15) arranges outer aerofoil fan (M2) (17) by the outside heat radiator at metal chassis (1) back side, in the time that thermal insulating door thermally insulated door (10) is closed condition, by heat-insulation layer (5), unit inner bag (3), thermal insulating door thermally insulated door (10), lock mouth (11), electromagnetic lock (J) (12), rubber seal (13), heat detector (R < T >) (14), control cables (27), metal clips (28), semiconductor alternating temperature device (TE) (15), interior aerofoil fan (M1) (16), outer aerofoil fan (M2) (17) is together to form the automatically controlled heat-insulation unit (33) of sealing alone, solar panel (2) front right top ends arranges monitoring camera (18), in the middle of metal chassis (1) back side, top arranges transmitting, receiving antenna (19), antenna (19) is linked into the end host (7) in equipment cabinets (4) under being drawn by top in the middle of metal chassis (1) back side by concentric cable (20), the a core of control cables (21), b core one end respectively with the positive pole of solar panel (2), negative electricity connects, the a core of control cables (21), the other end of b core is along being linked into the end host (7) in equipment cabinets (4) under middle the drawing of back of metal chassis (1) back side billboard (9), the b core of control cables (21) be electrically connected publicly, monitoring camera (18) is linked into the end host (7) in equipment cabinets (4) under being drawn along the centre, back of metal chassis (1) back side billboard (9) by solar panel (2) right lower quadrant by video coaxial cable (22) and power supply control cable (23) again, one end of circumscripted power line (24) with exchange the electrical connection of AC-220 volt power supply, the other end of circumscripted power line (24) is linked into the end host (7) in equipment cabinets (4) under drawing along the middle top, the back side of back side billboard (9) through the billboard (9) of metal chassis (1) right flank again, touch display screen (6) is linked into end host (7) by control cables (25) again through the front of equipment cabinets (4), the a core of control cables (26), b core one end respectively with the positive pole of rechargeable battery (8), negative electricity connects, the a core of control cables (26), the b core other end is linked into respectively end host (7), the b core of control cables (26) be electrically connected publicly, the a core of control cables (27), b core, c core, d core, e core, f core one end respectively with end host (7) on control port (32) 1, 2, 3, 4, 5, 6 pin electrical connections, the a core of control cables (27), the b core other end is electrically connected with the two ends of heat detector (R < T >) (14) respectively through heat-insulation layer (5) and unit inner bag (3) under being drawn through metal chassis 1 back side billboard (9) by equipment cabinets (4) Base top contact again, the c core of control cables (27), the d core other end is drawn and is electrically connected with the both positive and negative polarity of semiconductor alternating temperature device (TE) (15) and interior aerofoil fan (M1) (16) and the both positive and negative polarity of outer aerofoil fan (M2) (17) respectively down through metal chassis (1) back side billboard (9) by equipment cabinets (4) Base top contact, the e core of control cables (27), the f core other end is electrically connected with the both positive and negative polarity of electromagnetic lock (J) (12) respectively through heat-insulation layer (5) and metal chassis (1) front under being drawn through metal chassis (1) back side billboard (9) by equipment cabinets (4) Base top contact again.