CN205410811U - Can remove temperature control part 's electrical heating cooking -vessel - Google Patents
Can remove temperature control part 's electrical heating cooking -vessel Download PDFInfo
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- CN205410811U CN205410811U CN201520938417.2U CN201520938417U CN205410811U CN 205410811 U CN205410811 U CN 205410811U CN 201520938417 U CN201520938417 U CN 201520938417U CN 205410811 U CN205410811 U CN 205410811U
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Abstract
Can remove temperature control part's electrical heating cooking -vessel is including holding the container of being cooked food, the recipent support who hugs closely its bottom surface and the electrical heating part that heats for it and be used for supporting, the container bottom include with this bottom disc with the circular heat -affected zone in the centre of a circle with around adopting the warm area in heat -affected zone outlying annular, the electrical heating part is hugged closely the heat -affected zone and is heated for the container, temperature sensor adopts the warm area stationary contact with the container bottom surface, microprocessor unit among the temperature control part carries out intelligent control according to the temperature data of to set the temperature and temperature sensor real -time sampling to electric heater unit, the completion is to heating of container content and heat retaining automatic control, guarantee in the container to be cooked in the best temperature range that food is in all the time, fix temperature sensor who removes and temperature control part at the container bottom surface, need not overall change when making the maintenance, thus the cost is reduced.
Description
[technical field]
This utility model relates to kitchen utensils, particularly relates to have heating and the cooking utensil of heat insulation function and adnexa thereof, particularly relates to the electrical heating cooking-vessel of removable temperature-controlled member.
[background technology]
It is much that the bimetal strip thermostat being formed by stacking by the alloy sheet different with two-layer thermal coefficient of expansion realizes heating and preservation and controlling that prior art adds heat container.Difference due to expansion of metal coefficient, when being heated or after refrigeration, i.e. temperature changes, the deformation of the alloy sheet that two-layer thermal coefficient of expansion is different is different, and the entirety of bimetal leaf will be to one side bending, produce deforming mechanical and can promote energy storage reed, it is achieved heating and preservation and controlling；Owing to bimetal strip thermostat has displacement cumulative process, low to temperature change sensitivity, and the concordance of bimetal strip thermostat performance parameter is poor, user is difficult to accurately control the temperature of liquid in container, thus affect the quality of product, therefore bimetal strip thermostat is not suitable for the insulation occasion that temperature controls have requirements at the higher level.
Prior art adds heat container also has employing Intelligent electronic control system to do constant temperature or computer heating control, and typical temperature sensor and heating control unit all integrate, and when some parts occurs abnormal, needs to change the whole heat container that adds, and maintenance replacement cost is higher.
[utility model content]
The technical problems to be solved in the utility model is that avoiding prior art to be difficult to accurately controls the temperature of liquid in electric-heating container, and add heat container and safeguard and be replaced the weak point that cost is high, and the electrical heating cooking-vessel that its heater block a kind of and temperature control unit all can remove from described container body is provided.
This utility model solves described technical problem and the technical scheme is that the electrical heating cooking-vessel of a kind of removable temperature-controlled member, including holding the container of cooked food, being close to this container bottom outer surface the electric heating element heated for it and for supporting container and the pan straddle of electric heating element；Described container bottom includes that the circular heat affected zone with bottom disc concentric and the annular being centered around described heat affected zone peripheral adopt warm area；It is container heating that described electric heating element is close to heat affected zone；Described electrical heating cooking-vessel also includes temperature sensor and removable temperature-controlled member；Described temperature sensor fixes contact with the warm area of adopting of container bottom outer surface；Described temperature-controlled member electrically connects with temperature sensor and electric heating element respectively, and this temperature-controlled member, according to the real time temperature of temperature sensor perception, controls electric heating element heating or insulation.
Described warm area of adopting adds magnetic by local and has a magnetic adsorbability at this regional area, thus can by the temperature sensor with ferromagnetic material by magnetic adsorbability, be removably mounted in the adopting on warm area of container bottom outer surface.
Described temperature sensor is supported via pan straddle by elastomeric element, and that fixes contact container bottom outer surface adopts warm area.
Described make temperature sensor fix contact adopting the elastomeric element of warm area and include spring；The non-sensor ends of described temperature sensor embeds or is fixedly connected on one end of described spring, the other end of this spring is then connected with the securing member being fixed on pan straddle, i.e. temperature sensor realizes being in close contact by being fixed on the warm area of adopting of the support of spring and container bottom outer surface on pan straddle.
Described temperature-controlled member includes that city is electrically accessed and is transformed to be suitable for described electrical heating cooking-vessel to implement to control the rectification of power supply, Voltage stabilizing module needed for smart electronics controls, electrically connect with temperature sensor, for gathering the temperature sampling unit of real time temperature, electrically connect and be the switch element of its input h eating power with electric heating element, for the intelligent control panel of man-machine interaction, and it it is the microprocessor unit of described electrical heating cooking-vessel enforcement system control；The real time temperature signal collected is sent to microprocessor unit by described temperature sampling unit；The man-machine interaction received instruction is sent to same microprocessor unit by described intelligent control panel；After this microprocessor unit compares the real time temperature signal received and man-machine interaction instruction, retransmit control instruction to electrical heating switch element, make it control electric heating element and work or do not work.
Described intelligent control panel includes showing real time temperature and design temperature and the display of current state, the ON/OFF touch button connecting or cut-offfing described electrical heating cooking-vessel main power, locks touch button and the touch slider bar set for temperature for locking the temperature of design temperature；Described display, ON/OFF touch button, temperature locking touch button and touch slider bar all electrically connect with microprocessor unit；ON/OFF touch button, temperature locking touch button and touch slider bar receive the man-machine interaction instruction of outside input, and corresponding command information is sent to microprocessor unit, the real time temperature received and design temperature and current state information are sent to display and show by this microprocessor unit then.
Compared to existing technology, the beneficial effects of the utility model are: 1. be fixed on the temperature sensor of described container bottom outer surface, can the temperature data of real-time sampling container contents；2. electrical heating switch element is implemented Based Intelligent Control according to the temperature set and real time temperature data by microprocessor unit, complete container contents to be heated and automatically controlling of being incubated, ensure to be cooked in container the quality of food materials, dry combustion method, burnt and be maintained in the optimum temperature range being cooked product does not occur；3. removable temperature-controlled member still can electrically connect intelligent control panel and easily carry out man-machine interaction, can set heating or the target temperature of insulation of container flexibly, improve user experience value；4. it is fixed on the temperature sensor of container bottom outer surface and removable temperature-controlled member, make to add heat container maintenance and become the simplest, need only change the part damaged, parts as out of the ordinary in temperature sensor, temperature-controlled member, heater block and container etc., without integral replacing.
[accompanying drawing explanation]
Fig. 1 is the vertical section structure schematic diagram of one of the electrical heating cooking-vessel preferred embodiment of the removable temperature-controlled member of this utility model；
Fig. 2 is the composition schematic diagram of one of described preferred embodiment container 10 bottom outer surface；
Fig. 3 is the structural representation in two vertical sections of the electrical heating cooking-vessel preferred embodiment of the removable temperature-controlled member of this utility model；
Fig. 4 is the close-up schematic view of M part in Fig. 3；
Fig. 5 is temperature-controlled member each functional module electrical connection schematic diagram of electrical heating cooking-vessel two preferred embodiment of the removable temperature-controlled member of this utility model；
Fig. 6 is the schematic diagram of described preferred embodiment intelligent control panel；
Fig. 7 is the workflow schematic diagram of described preferred embodiment.
[detailed description of the invention]
Below in conjunction with each accompanying drawing, the utility model will be further described.
One of preferred embodiment of electrical heating cooking-vessel of removable temperature-controlled member as illustrated in fig. 1 and 2, including holding the container 10 of cooked food, being close to this container 10 bottom outer surface the electric heating element 30 heated for it and the pan straddle 20 for supporting container 10 and electric heating element 30；Include bottom described container 10 and the circular heat affected zone 18 of bottom disc 12 concentric and be centered around the annular of periphery, described heat affected zone 18 and adopt warm area 16；Described electric heating element 30 is close to heat affected zone 18 and is heated for container 10；Described electrical heating cooking-vessel also includes temperature sensor 55 and removable temperature-controlled member 50；Described temperature sensor 55 is fixed on the adopting on warm area 16 of container 10 bottom outer surface；Described temperature-controlled member 50 electrically connects with temperature sensor 55 and electric heating element 30 respectively, and described temperature-controlled member 50 controls electric heating element 30 according to the real time temperature that temperature sensor 55 detects and carries out heating or being incubated.Described adopting after warm area 16 adds magnetic by local possesses magnetic adsorbability, by the temperature sensor 55 with ferromagnetic material by magnetic-adsorption adopting on warm area 16 at container 10 bottom outer surface.
It is the structural representation of the container bottom outer surface of utility model preferred embodiment as shown in Figure 2；Container 10 includes that warm area 16 is adopted with the annular being centered around periphery, heat affected zone 18 in the circular heat affected zone 18 with its bottom disc 12 center as the center of circle；Unmanaged district includes and adopts warm area 16 for be connected with temperature sensor 55.Heat affected zone is electrical heating district, and container contents absorbs heat by this region, completes the heating function of container contents.
When using the temperature sensor 55 that can be attracted by the magnetic force, described in adopt warm area 16 for ferromagnetic adopting warm area 16 through adding having of magnetic treatment；When using elastic force fixed temperature sensor 55, described in adopt warm area 16 without carrying out adding magnetic treatment, fixed temperature sensor 55 can be supported.
Adding heat container and be usually stainless steel, this is as iron-free magnetic or weak ferromagnetism material.When using the temperature sensor 55 of the metal material that can be attracted by the magnetic force, needing in the bottom outer surface of heating container bottom does and adds at ferromagnetism, local increases ferromagnetism；Local increase ferromagnetic after, magnetic temperature sensor can hold firmly and add the bottom ferromagnetic of heat container and adopt warm area；When using elastic force fixed temperature sensor 55, heating container bottom outer surface does not do increase ferromagnetism and processes, and temperature sensor can adopt warm area by the elasticity that the elastic force of sensor spring makes the heating surface of temperature sensor can be close to heat container bottom.The most fixing spring can synthesize a temperature sensor with elastic force fixed characteristic with temperature sensor.
Either magnetic temperature sensor or elastic temperature sensor, is both needed to ensure temperature sensor and heating container bottom unmanaged district reliable contacts, it is ensured that thermometric accuracy.So temperature of heating liquid in container can transfer heat to temperature sensor by the warm area of adopting of heating container bottom, temperature sensor sampling temperature data accurately delivers to microprocessor, microprocessor is according to the temperature data of real-time sampling, it is achieved the heating of heating liquid in container and the Based Intelligent Control of insulation.
The difference of one of the relative preferred embodiment of the two of the preferred embodiment of the electrical heating cooking-vessel of removable temperature-controlled member as shown in Figure 3 is, described temperature sensor 55 is supported and fixed on the adopting on warm area 16 of container 10 outer bottom by elastomeric element via pan straddle 20.As in Fig. 3, structure enlarged diagram i.e. Fig. 4 of M part is visible, described include spring 72 for temperature sensor 55 being fixed on the elastomeric element adopting warm area 16；Described temperature sensor 55 is socketed or is fixedly connected on one end of described spring 72, the other end of described spring 72 is connected with the securing member 73 being fixed on pan straddle 20, i.e. temperature sensor 55 realizes being connected closely with the warm area 16 of adopting of container 10 outer bottom by being fixed on the support of spring 72 on pan straddle 20.Certainly temperature sensor 55 can also be fixed on the adopting on warm area 16 of container 10 outer bottom by the other kinds of elastomeric element such as elastic absorption modes such as sucker.
Functional module electrical connection schematic diagram as each in Fig. 5 temperature-controlled member, described temperature-controlled member 50 includes that outside mains supply being accessed and is converted into applicable described electrical heating cooking-vessel uses the rectification of power supply, Voltage stabilizing module 61 and temperature sensor 55 to be connected to gather the temperature sampling unit 62 of real time temperature, with the switch element 63 that electric heating element 30 is connected as its input h eating power, for the intelligent control panel 68 of man-machine interaction, and the microprocessor unit 65 controlled for electrical heating cooking-vessel system；The real time temperature signal collected is sent to microprocessor unit 65 by described temperature sampling unit 62；The man-machine interaction received instruction is sent to microprocessor unit 65 by described intelligent control panel 68；Described microprocessor unit 65 instructs the switch element 63 controlling to send control instruction to h eating power according to the real time temperature signal received and man-machine interaction, and the switch element 63 of h eating power controls electric heating element 30 according to the instruction received and works or do not work.
Being AC electrically isolated from that outside is inputted by described rectification, Voltage stabilizing module 61 i.e. AC/DC converting unit is converted to low-voltage DC, provides working power for unit circuit.In the container that temperature sensor is mainly experienced by described temperature sampling unit 62, the temperature value converted electrical number of object is for microprocessor collection.The switch element 63 of h eating power accepts the instruction of microprocessor, implements to control operation and the stopping of heater circuit.Described intelligent control panel 68 senses the action of human finger, finger movement information is converted to numerical value, for microcomputer reads；Display therein is according to the microprocessor instruction received, display relevant information including power supply, temperature value and warning message.Described microprocessor unit 65 mainly realizes described rectification, Voltage stabilizing module 61, temperature sampling unit 62, the switch element 63 of h eating power, the centralized computing of intelligent control panel 68 each unit and centralized Control.
Shown in intelligent control panel 68 schematic diagram as of the present utility model in Fig. 6, described intelligent control panel 68 is the face glass for user operation, including the display 82 show for real time temperature and design temperature and state, for switching the ON/OFF touch button 83 of electric-heating container for cooking, locking touch button 84 and the touch slider bar 85 for temperature setting for locking the temperature of design temperature；Described display 82, ON/OFF touch button 83, temperature locking touch button 84 and touch slider bar 85 are all connected with microprocessor unit 65；ON/OFF touch button 83, temperature locking touch button 84 and touch slider bar 85 receive outside man-machine interaction instruction, and corresponding command information is sent to microprocessor unit 65, the real time temperature received and design temperature and status information are sent to display 82 and show by microprocessor unit 65.
Described touch slider bar 85 can carry out dynamic digital by display 82 for the actual temperature value current with container by touch and target setting control temperature set temperature value of sliding and show；Also having touch button two on panel, one is ON/OFF touch button 83, for controlling heating and the insulation of container, touches the heating of this button container once and runs with being incubated, then touches the most then container heating and insulation stopping.Another has the touch button of lock icon to be that temperature locks touch button 84, can be called virgin lock button, be mainly used for the temperature value that locking sets, prevent maloperation, especially place the maloperation of child.Touch key-press and touch slider bar 85, it is provided that friendly equipment operation interface, improve user experience value.
Temperature sensor detects the Temperature numerical of object in container in real time, the target temperature value that microprocessor foundation Real-time Collection temperature value and user the set accurate Based Intelligent Control to liquid in container temperature, to the heating of object temperature in container and insulation, in automatically controlling container, object temperature value stabilization is in setting regions.
Microprocessor unit 65 controls the switch element 63 of h eating power according to the temperature signal received；Microprocessor unit 65 contrasts target temperature numeral and the deviation of temperature sensor 55 real time temperature data, the switch element 63 of h eating power is opened when needing to heat, need to close when cooling the switch element 63 of h eating power, when needing insulation, the switch element 63 of h eating power is allowed to enter such as Heat preservation pattern.
This utility model further relates to heating and the constant-temperature control method of a kind of electrical heating cooking-vessel based on described removable temperature-controlled member, comprise the following steps: A. touches the ON/OFF touch button 83 of electric-heating container for cooking, transmission opens electric-heating container power command for cooking to microprocessor unit 65, and microprocessor unit 65 controls the switch element 63 of h eating power and starts heating work；B. the touch slider bar 85 set for temperature is touched, by inputting heating or the target temperature numerical value of constant temperature at the sliding action touched on slider bar 85 and transferring to microprocessor unit 65；D. temperature sensor 55 sampling obtains the real time temperature numerical value that electric-heating container 10 base for cooking adopts warm area 16 and is sent to microprocessor unit 65；E. the target temperature numerical value of microprocessor unit 65 contrast input and the real time temperature numerical value that collects of temperature sensor 55, if target temperature numerical value and real time temperature numerical bias are in the range of setting, be then adjusted to temperature constant state by electric heating element 30；If real time temperature numerical value is less than target temperature numerical value, then start electric heating element 30；If real time temperature numerical value is more than target temperature numerical value, then close electric heating element 30.
Described heating and constant-temperature control method, between step B and step D further comprising the steps of: C. touch for lock design temperature temperature locking touch button 84, the target temperature numerical value of current setting is locked, the target temperature numerical value of locking will be stored by microprocessor unit 65, when next time starts shooting automatically with the target temperature numerical value of this locking for heating and thermostatically controlled target temperature numerical value.
Described heating and constant-temperature control method, only need test temperature-controlled member 50 itself the most working properly, with determine whether changed time, this temperature-controlled member 50 is removed from described container 10, but it is allowed to still keep same intelligent control panel 68 to electrically connect, thus can easily carry out man-machine interaction, detect its function the most normal, and heating or the target temperature of insulation of container can be set flexibly, improve user experience value.As it is shown in fig. 7, be the workflow diagram of a practical embodiment of the present utility model.In figure visible, when container heating runs with insulation, if setting new temperature value, need to first touch virgin lock button, open virgin lock, enter temperature set status, after selecting new desired temperature, touch virgin lock button again, complete temperature and set, after locking temperature, enter container heating and insulation running status；If in the certain time after selecting new desired temperature, user touches virgin lock button the most again, and new desired temperature is abandoned, and locking child lock automatically, and container still carries out heating with original desired temperature and is incubated operation.So can avoid the maloperation of desired temperature, it is ensured that the heated quality with insulating product in container.A slider bar is had, for the renewal of desired temperature on panel.User opens Tong Suohou, and finger is the most sliding or dubs, i.e. optional required new desired temperature, and after selected temperature setting value, locking child has locked setting.A viewing area is had, main display set temperature value and the actual temperature value of object in container on panel.When container heating runs with insulation, object actual temperature and user's set temperature value alternately display in container, the former shows that the time is long.During temperature sets, user is gently sliding or dubs slider bar, and the temperature value of its correspondence can show at display window in real time.After user completes to set, the display content of display window returns container heating and the content of keeping warm mode.
The most relatively, of the present utility model have the technical effect that 1. temperature sensors being fixed on container outer bottom, can real-time sampling vessel temp data；2. the switch element 63 of h eating power is carried out Based Intelligent Control according to the temperature set and real time temperature data by microprocessor unit 65, completes to heat object in container and automatically controlling of being incubated；Ensure to be cooked in container the quality of product, dry combustion method, burnt and be maintained in the optimum temperature range being cooked product does not occur；3. removable temperature-controlled member 50 can easily carry out man-machine interaction by intelligent control panel 68, can set heating or the target temperature of insulation of container flexibly, improve user experience value；4. it is fixed on the temperature sensor of container outer bottom and removable temperature-controlled member, make to add heat container maintenance and become the simplest, have only to change the individual components such as part such as temperature sensor, temperature-controlled member, heater and container damaged, it is not necessary to integral replacing.
This utility model achieves heating automatically and the insulation of heating container product, and the temperature value that can set according to user, in adding heat container, temperature value is automatically maintained in set point, and shows related data information.As added liquid milk temperature in heat container in the optimal temperature range of 75 to 85 DEG C of this pair these liquid foods than can ensure that, how many by heating liquid in container surplus and insulation duration is affected.Avoid prior art and use bimetal strip thermostat control heating and the difficult accurately control heating liquid in container temperature in insulating process, the temperature easily occurred liquid in container boiling that is too high and that occur with insulation and extending heating time or the minimizing of heating liquid in container surplus and the problem of dry combustion method, save use cost, improve the quality of heated food.
The separable cooking-vessel of this utility model temperature control equipment, its all parts is relatively independent, has only to replace the individual components of damage if it occur that damage, it is not necessary to integral replacing, has saved production and working service cost.
The foregoing is only embodiment of the present utility model; not thereby the scope of the claims of the present utility model is limited; every equivalent structure utilizing utility model description and accompanying drawing content to be made or equivalence flow process conversion; or directly or indirectly it is used in other relevant technical fields, the most in like manner it is included in this utility model scope of patent protection.
Claims (6)
1. an electrical heating cooking-vessel for removable temperature-controlled member, including holding the container (10) of cooked food, being close to this container (10) bottom outer surface the electric heating element (30) heated for it and for supporting container (10) and the pan straddle (20) of electric heating element (30)；Described container (10) bottom includes that the circular heat affected zone (18) with bottom disc (12) concentric and the annular being centered around described heat affected zone (18) peripheral adopt warm area (16)；It is container (10) heating that described electric heating element (30) is close to heat affected zone (18)；
Described electrical heating cooking-vessel also includes temperature sensor (55) and removable temperature-controlled member (50)；The warm area (16) of adopting of described temperature sensor (55) same to container (10) bottom outer surface fixes contact；Described temperature-controlled member (50) electrically connects with temperature sensor (55) and electric heating element (30) respectively, this temperature-controlled member (50), according to the real time temperature of temperature sensor (55) perception, controls electric heating element (30) and heats or be incubated.
Electrical heating cooking-vessel the most according to claim 1, it is characterized in that: described in adopt warm area (16) and add magnetic by local and have a magnetic adsorbability at this regional area, thus can by the temperature sensor (55) with ferromagnetic material by magnetic adsorbability, be removably mounted in the adopting on warm area (16) of container (10) bottom outer surface.
Electrical heating cooking-vessel the most according to claim 1, it is characterized in that: described temperature sensor (55) is supported via pan straddle (20) by elastomeric element, that fixes contact container (10) bottom outer surface adopts warm area (16).
Electrical heating cooking-vessel the most according to claim 3, it is characterised in that: the described elastomeric element making the fixing contact of temperature sensor (55) adopt warm area (16) includes spring (72)；The non-sensor ends of described temperature sensor (55) embeds or is fixedly connected on one end of described spring (72), the other end of this spring (72) is then connected with the securing member (73) being fixed on pan straddle (20), i.e. the warm area (16) of adopting of the temperature sensor (55) support with container (10) bottom outer surface by being fixed on the upper spring (72) of pan straddle (20) realizes being in close contact.
Electrical heating cooking-vessel the most according to claim 1, it is characterized in that: described temperature-controlled member (50) includes that city is electrically accessed and is transformed to be suitable for described electrical heating cooking-vessel implements to control needed for smart electronics controls the rectification of power supply, Voltage stabilizing module (61), electrically connect with temperature sensor (55), for gathering the temperature sampling unit (62) of real time temperature, electrically connect with electric heating element (30), and input the switch element (63) of h eating power for it, intelligent control panel (68) for man-machine interaction, and be the microprocessor unit (65) of described electrical heating cooking-vessel enforcement system control；
The real time temperature signal collected is sent to microprocessor unit (65) by described temperature sampling unit (62)；The man-machine interaction received instruction is sent to same microprocessor unit (65) by described intelligent control panel (68)；After this microprocessor unit (65) compares the real time temperature signal received and man-machine interaction instruction, retransmit control instruction to electrical heating switch element (63), make it control electric heating element (30) and work or do not work.
Electrical heating cooking-vessel the most according to claim 5, it is characterised in that: described intelligent control panel (68) includes showing ON/OFF touch button (83), temperature locking touch button (84) being used for locking design temperature and the touch slider bar (85) set for temperature that described electrical heating cooking-vessel main power was connected or cut-off to real time temperature with the display of design temperature and current state (82),；
Described display (82), ON/OFF touch button (83), temperature locking touch button (84) and touch slider bar (85) all electrically connect with microprocessor unit (65)；ON/OFF touch button (83), temperature locking touch button (84) and touch slider bar (85) receive the man-machine interaction instruction of outside input, and corresponding command information is sent to microprocessor unit (65), the real time temperature received and design temperature and current state information are sent to display (82) and show by this microprocessor unit (65) then.
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| CN201520938417.2U CN205410811U (en) | 2015-11-23 | 2015-11-23 | Can remove temperature control part 's electrical heating cooking -vessel |
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| CN201520938417.2U CN205410811U (en) | 2015-11-23 | 2015-11-23 | Can remove temperature control part 's electrical heating cooking -vessel |
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Effective date of registration: 20170516 Address after: 529245 Fengshan Industrial Zone, Fen town, Guangdong, Taishan Patentee after: Sino Thai hardware (Taishan) Co., Ltd. Address before: 518121 head sand, Nan'ao Town, Longgang District, Guangdong, Shenzhen Patentee before: Sunnex Metal Products(ShenZhen) Co., Ltd. |
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Address after: 529245 Fengshan Industrial Zone, Fen town, Guangdong, Taishan Patentee after: Japanese Restaurant Technology (Guangdong) Co., Ltd. Address before: 529245 Fengshan Industrial Zone, Fen town, Guangdong, Taishan Patentee before: Sino Thai hardware (Taishan) Co., Ltd. |
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