CN205066955U - Cup - Google Patents

Abstract

The utility model relates to a cup can judge the temperature range of liquid in the cup through this cup, a serial communication port, cup includes the cup that the printing opacity conducts heat, still includes heat energy luminescent plate and luminous component, the heat energy luminescent plate is connected with the luminous component and forms the current loop. The utility model discloses a cup can be through the liquid temperature range in the light perception cup of the different colours sent on the cup, convenience simple to use to elegant appearance.

Description

A kind of cup

Technical field

The utility model relates to a kind of cup that can determine liquid temperature range in cup, the cup particularly by observing the glow color of cup judge liquid temperature range in cup.

Background technology

Not directly perceived on water temperature at present in water glass on the market and teacup, generally at the water temperature touching and try to drink in perception cup, function is dull, and especially busy to work and the people playing mobile phone that lie on a bed make troubles, and can not use eye perceives water temperature intuitively.

Utility model content

The utility model has carried the cup of fluid temperature in a kind of novel judgement cup, after having taken up liquid in cup, in cup, the temperature variation of liquid can be judged by colors different on cup outer wall, thus can quick sensing temperature range, be unlikely to be scalded dispute or too cold liquid injury appetite by the liquid scalded very much, further, improve the efficiency judging fluid temperature, provide a convenient.Meanwhile, irradiative cup is also that a kind of can bringing to people brings aesthetic joyful spiritual artistic product to people.

A kind of cup provided of the present utility model, the temperature range of liquid in cup can be judged by this cup, described cup comprises printing opacity and the cup of heat transfer, and also comprise heat energy luminous plaque and luminous component, described heat energy luminous plaque is connected with luminous component and forms current return.

In some concrete embodiments, heat energy luminous plaque is connected with cup and heat is conducted, and heat energy luminous plaque can receive the heat energy that cup transmits.

Heat energy luminous plaque is a kind of semiconductor thermoelectric, semiconductor thermoelectric generating fan utilizes Seebeck effect that heat energy is directly converted to electric energy, the side of the device (thermoelectric material) of semiconductor element composition P type and N type junction closed maintains low temperature, opposite side maintains high temperature, and such higher device temperature side will be conducted heat energy to low temperature side and produce hot-fluid.Namely heat energy flows in device from high temperature side, when being discharged from low temperature side by heat energy by device, flows into a part of heat energy not heat release of device, and become electric energy in device, export DC voltage and electric current.The elementary cell of thermoelectric material device by a pair p-type and N-shaped thermoelectric material in series.When the two ends temperature that p-n is right is different, incites somebody to action generation current in the loop, thus realize " thermo-electric generation ".

In some embodiments, this glow cup also comprises base, and described heat energy luminous plaque and luminous component are between cup and base.

Cup of the present utility model is formed by cup and cup, luminous component and control circuit thereof and heat energy power-generating plate are positioned in the middle of cup and base, hot water is poured in cup through heat energy power-generating plate, heat energy power-generating plate is passing to the desktop heat radiation of cup storing through base heat energy, the generating of heat energy luminous plaque drives luminous component luminous, irradiates cup and makes whole cup shinny through cup leaded light.

Some preferred embodiment in, also comprise silicagel pad between described cup and heat energy luminous plaque.

In other embodiments, between described base and luminous component, there is silicagel pad.

Thermal conductive silicon rubber cushion is high-end guides thermalize compound, and can not solidification, the characteristic that can not conduct electricity can avoid such as short circuit equivalent risk, there is high-adhesion energy and superpower heat-conducting effect, for between cup body and heat energy luminous plaque, and between luminous component and base, can effectively by heat transfer.

Some preferred embodiment in, described luminous component comprises and can send the LED of different colours light according to electricity difference.

Specifically, this cup is made up of luminous component, heat energy luminous plaque and printing opacity cup unit; Described light-emitting device is control panel integration-in-one structure, comprises controller board and is arranged on LED lamplight LED lamp panel sending different-colour wave band according to the change of water temperature; Described control panel comprises PCB and is arranged on the LED on PCB control panel, and PCB control panel is arranged on a cup, and pcb board and LED are electrically connected, and heat energy power-generating plate is close on cup and cup; Described cup can printing opacity and heat transfer, in a kind of embodiment, is frosted cup, is connected with luminous component, outside the light transmission printing opacity cup that LED sends transmits.

Because the fluid temperature in cup declines along with the prolongation of standing time, thus, the difference of fluid temperature and ambient temperature is also changing, thus the electric energy that heat energy luminous plaque exports is also in minimizing, the heat energy that LED accepts also can decline, thus cause LED to send the light of different color because of the difference of electric energy, until when the temperature difference is 0, heat energy is 0 cause LED to be extinguished.

Beneficial effect

Cup of the present utility model can by the liquid temperature range in the light perception cup of different colours that cup sends, easy to use, and elegant in appearance.

Accompanying drawing explanation

Fig. 1 is the schematic diagram of cup decomposition texture of the present utility model.

Description of reference numerals:

Cup 8, cup 1, heat energy luminous plaque 2, luminous component 3, upper thermal conductive silicon rubber cushion 4, lower thermal conductive silicon rubber cushion 5, base 6

Embodiment

The structure related to the utility model below or these technical terms used are described further.In the following detailed description, the subsidiary reference word of legend is a part here, and it is to illustrate that the utility model can the mode of actable specific concrete scheme illustrate.We do not get rid of the utility model can also carry out other concrete scheme and when without prejudice to changing structure of the present utility model when usable range of the present utility model.

As shown in Figure 1, cup 8 of the present utility model comprises cup body 1 and cup base 6 two parts, cup body 1 bottom has upper thermal conductive silicon rubber cushion 4, the underneath of silicagel pad 4 is equipped with heat energy luminous plaque 2, also be semiconductor thermoelectric, heat energy luminous plaque 2 bottom is connected with luminous component 3, the two circuit communication.Heat energy luminous plaque 2 by the thermal power transfer produced by the temperature difference be delivery of electrical energy to luminous component 3, formed current return, the LED in luminous component 3 etc. be switched on, send light.Also have a lower thermal conductive silicon rubber cushion 5 in the below of luminous component 3, go down for heat is continued transmission, lower silicagel pad 5 is positioned on the base 6 of cup.

In the utility model, LED is difference according to electric current and voltage and produces the LED of the light of different colours, when in cup, 8 fluid temperatures are very high, such as boiling water, temperature is about 100 degree, now fluid temperature and external environment in cup 8, such as the temperature difference of desktop (20 degree) is about 80 degree, and what LED showed is red light; When fluid temperature drops to about 80 degree, the temperature difference is 60 degree, and what LED showed is orange light; When fluid temperature drops to 60 degree again, the temperature difference is 40 degree, and what LED showed is yellow light; When fluid temperature drops to about 40 degree, the temperature difference is 20 degree, and what LED showed is green, and now, cup fluid temperature has been the temperature that suitable people drink; And when fluid temperature is down to 30 degree, the temperature difference is 10 degree, what LED showed is light blue light, and this temperature is similarly suitable temperature of drinking; Finally, when fluid temperature is down to identical with environment temperature, the temperature difference is then 0, and LED is extinguished, and be shown as black, this liquid can be drunk equally.Therefore, operator can judge the whether suitable application of the temperature of liquid in cup by the color of LED of observation cup outside, usually, the color of LED display be green and light blue and the just extinguishing such as LED time fluid temperature be suitable for drinking.

Claims (6)

1. a cup, can be judged the temperature range of liquid in cup, it is characterized in that by this cup, described cup comprises the cup of printing opacity heat transfer, and also comprise heat energy luminous plaque and luminous component, described heat energy luminous plaque is connected with luminous component and forms current return.

2. cup according to claim 1, is characterized in that, described heat energy luminous plaque is connected with cup, and heat energy luminous plaque can accept the heat energy that cup transmits.

3. cup according to claim 2, is characterized in that, this cup also comprises base, and described heat energy luminous plaque and luminous component are between cup and base.

4. cup according to claim 3, is characterized in that, also comprises silicagel pad between described cup and heat energy luminous plaque.

5. cup according to claim 4, is characterized in that, has silicagel pad between described base and luminous component.

6. cup according to claim 5, is characterized in that, described luminous component comprises the LED that can send different colours light according to electricity difference.