WO2007006187A1

WO2007006187A1 - High technology nonbreakable cup for keeping heat

Info

Publication number: WO2007006187A1
Application number: PCT/CN2005/001926
Authority: WO
Inventors: Se Kit Yuen
Original assignee: Se Kit Yuen
Priority date: 2005-07-14
Filing date: 2005-11-15
Publication date: 2007-01-18
Also published as: CN2922666Y

Abstract

A hand held nonbreakable cup for keeping heat includes an outer cup body, an inner cup member, a handle, a cup lid and a seat for controlling temperature. A device for adjusting and controlling temperature is provided on the seat for controlling temperature, on which a LCD, a temperature adjuster and an overtemperature displaying lamp are provided. A heating element is mounted on the circumferential surface and end surface of the cylinder in the bottom of the outer cup body, the shape of the heating element corresponding to that of the cylinder. A heating wire is wound on the outer surface of the heating element, both ends of the heating wire are connected to a conducting plate of the outer cup body, which is connected to two conducting pins, thus delivering power to the heating wire of the outer cup body. The shape of the bottom of the inner cup member is adapted to be inserted into the heating body of the bottom of the outer cup body, and to contact with one end of a temperature detector in the seat for controlling temperature, the other end of which is connected to a circuit board for controlling and adjusting temperature.

Description

High-tech non-breaking mugs

The present invention relates to a high-tech, non-breaking thermos cup, and not only to a thermos cup having a car battery power supply or a mains power supply.

Background technique

This high-tech unbreakable thermos cup is now known. For example, the Chinese utility model patent with the patent number 97220333.8 discloses a baby multi-purpose bottle temperature control cup, wherein the bottom of the temperature control cup is provided with an electric heating tube, a temperature control circuit and The display device, the plurality of bottles to be heated are placed in the cup for heating or heat preservation. The defect of this temperature control cup is that the operation between the temperature control cup and the bottle is inconvenient. The heat transfer mainly passes through the water in the temperature control cup, and the temperature control part cannot be separated from the main body of the temperature control cup, and is relatively bulky when used as a cup.

There are also known thermos cups, such as a thermos cup with a temperature display disclosed in Chinese Utility Model Patent No. 200320118283.7, and an electric hot water container disclosed in Japanese Patent Laid-Open No. 2002-272614. They have room for further improvement in both construction and use.

SUMMARY OF THE INVENTION

The technical problem to be solved by the present invention is to propose a new and improved design for such high-tech unbreakable thermos cups.

According to the present invention, a high-tech non-breaking cup is provided. The high-tech non-breaking cup includes an outer cup having a handle, a movable inner cup, and a movable cup cover with a piston cap. A temperature control seat that can be placed in and removed from the high-tech non-breaking cup, the external end of the temperature control block has an external power socket, and an automatic temperature control device. .·

More specifically, the hand-held non-breaking cup of the present invention comprises an outer cup, an inner cup which can be taken out from the outer cup, a handle, a cup cover, a temperature control seat, and temperature control. A temperature control device is disposed on the seat, and the temperature control device has an LCD display, a temperature controller and an over-temperature temperature display lamp, wherein the cylindrical body surface and the end surface in the bottom end of the outer cup body are mounted with a shape corresponding to The heating element is surrounded by a heating wire on the outer surface of the heating element, and the two ends of the heating wire are connected with a conductive plate of the outer cup body, and two conductive pins are connected on the conductive plate, so that the power source can be sent to the heating wire of the outer cup body. The bottom end of the inner cup member is matched to the heat generating body at the bottom end of the outer cup body and is in contact with one end of a temperature detector in the temperature control seat, and the other end of the temperature detector is used for temperature Degree control and regulation of electronic circuit board connections.

The handle is attached to the outer cup.

The movable water injection inner cup has a metal material contact at the bottom end thereof, and the movable water injection inner cup is placed in the inner center of the outer cup body, and the heat generating device at the inner end of the outer cup bottom is contacted by the active water injection. The metal contact at the bottom end of the cup body transmits the heating energy, so that the water in the cup inside the active water injection can be heated up, and when the temperature is reached by the user, the heat preservation device automatically stops the heating energy, but the water temperature in the cup inside the active water injection body When descending, the heat-insulating device will automatically activate the heat-generating device to re-energize the heat, so that the water temperature in the active water-filling cup reaches the user-specified temperature again, and the operation is cyclic.

The electric energy source of the heat generating device at the inner end of the outer cup body is provided through a conductive plate at the bottom of the outer cup body and is provided by a conductive rod of the temperature control seat. In the center of the temperature control seat, a temperature detecting rod is a metal contact member which can directly contact the bottom end of the cup body of the movable water injection through the bottom of the outer cup body, so that the temperature data of the water temperature in the cup inside the active water injection can be transmitted back to the temperature control seat. The internal end of the computer.

The movable cup cover has a water outlet, and the piston cover is a movable connection movable cup cover. When the piston cover is pulled up, the water outlet of the movable cup cover can be opened and the water outlet can be sealed. The movable lid is the top of the cup that is placed in the active water injection.

The external power socket is connected to the temperature control seat. '

The automatic temperature control device is connected to the front surface of the temperature control seat, and the automatic temperature control device has a liquid crystal display panel, a temperature control switching system and an over temperature temperature display lamp.

The high-tech non-breaking cup of the invention is connected with temperature control ^{: the} seat can provide the user to enjoy the hot beverage in any environment, and the long-term car driver can also enjoy the suitable temperature beverage, such as coffee, on the way. Tea, etc.

DRAWINGS

Figure 1 is a side view of the high-tech non-breaking mug control sill of the present invention;

Figure 2 is a longitudinal view of the high-tech non-breaking cup with the temperature control seat shown in Figure 1;

Figure 3 is a front view of the high-tech non-breaking cup with the temperature control seat shown in Figure 1;

Figure 4 is a rear view of the high-tech non-breaking cup with the temperature control seat shown in Figure 1;

Figure 5 is a bottom view of the high-tech non-breaking cup with the temperature control seat shown in Figure 1;

Figure 6 is a top view of the high-tech non-breaking cup and the temperature control seat shown in Figure 1; Figure 7 is another side view of the high-tech non-breaking cup and the temperature control seat shown in Figure 1; Figure 8 is a side view of the high-tech non-breaking cup and the temperature control seat shown in Figure 1;

Figure 9 is an assembled view of the high-tech non-breaking mug with the temperature control seat shown in Figure 1.

In the picture:

Outer cup 1, handle 2, bottom 3, heat generating element 4, fixing frame 5, cylindrical member 6, heating wire 7, conductive plate 8, inner cup member 9, sealant 10, heat transfer cup member 11, temperature control seat 12 , temperature detector 13, water injection inlet 14, cup lid 15, outlet 16, sealing rubber ring 17, movable piston 18, lock 19, round shaft 20, retaining ring 21, seat plate 22, cup inlet 23, flange 24 , display doorway 25, LCD display 26, backlight 27, LED light 28, electronic circuit board 29, conductive pin 30, button 31, male latch 32, recess 33, external power socket 34, temperature control 35, function Indicator light 36,

detailed description

Further features of the present invention will be described with reference to the embodiments in the drawings.

Referring particularly to Figures 1 and 2, the non-breaking cup with the temperature control seat of the present invention comprises an outer cup body of generally cylindrical construction, and a handle 2 is attached to the side surface of the outer cup body 1. The bottom surface of the outer cup 1 has a bottom cover 3 made of a soft material to provide a support for the outer cup 1 in a plane. A heat generating member 4 made of a metal material is attached to the bottom end of the outer cup body 1, and the heat generating member 4 is fixed to a fixing frame 5, and a cylindrical member 6 is provided in the center of the fixing frame 5. The outer surface of the heat generating component 4' is surrounded by a heating wire 7, and both ends of the heat generating wire 7 are connected to the conductive plate 8.

The non-breaking cup 4 having the temperature control seat of the present invention comprises a water injection inner cup member 9 of a generally cylindrical structure, the outer surface of the upper end of the water injection cup member 9 having a sealing rubber ring 10, and a lower end of the water injection inner cup member 9 a heat transfer cup member 11 made of a metal material, the water injection inner cup member 9 is movable in the center of the outer cup body 1, and the heat transfer cup member 11 at the bottom end of the water injection inner cup member 9 is in contact with The heat generating member 4 of the cup 1 and the temperature detector 13 of the temperature control seat 12. The upper end of the water injection inner cup member 9 is a water injection inlet 14, which can be tightly sealed by the lid 15, so that water or beverage in the cup member 9 in the water injection can be prevented from easily leaking out. The upper end surface of the lid 15 has an outlet 16 and a sealing rubber ring 17 abuts against the inner surface of the outer cup 1 on the outer surface of the lower end of the lid 15. An upper end of the lid 15 is movably connected to a movable piston 18, and a front end of the movable piston 18 has a curved latch 19 for fastening the upper end of the cup cover 15, and the other end of the movable piston 18 has a circular shaft 20, the circle The shaft 20 is in the fixed ring 21 of the upper end of the movable connecting cup cover 15, which shows that the movable piston 18 is the upper surface of the movable connecting cup cover 15. The The movable piston 18 can seal the outlet 16 on the lid 15.

The temperature control seat 12 includes a seat plate 22 of a generally cylindrical structure. The center of the upper end of the seat plate '22 is a circular body inlet 23, and the bottom end of the seat plate 22 has a sealing cover. The front end of the flange 24 has a display door opening 25. The inner surface of the display door opening 25 is an LCD display 26 and a backlight 27 adjacent to the LCD display 26. The backlight unit 27 has an LED light 28 at the upper end. . A temperature detector 13 is disposed in the center of the bottom end of the cup inlet 23 of the temperature control seat 12, and the outer cup 1 is placed into the cup inlet 23 of the temperature control seat 12, and one end of the temperature detector 13 can pass through the outer cup The hole of the cylindrical member 6 at the center of the holder 5 of the holder 1 contacts the heat transfer cup member 11 at the bottom end of the water injection inner cup member 9. The other end of the temperature detector 13 is fixed on the electronic circuit board 29 at the inner end of the control socket 12, and two conductive pins 30 are connected to the electronic circuit board 29. The other ends of the two conductive pins 30 are in contact. The conductive plate 8 of the outer cup 1 allows the power supply of the temperature control base 12 to be delivered to the heating wire 7 of the outer cup 1. The front and rear surfaces of the upper end of the temperature control seat 12 have a button 31 having a male latch 32 (see FIG. 9). When the outer cup 1 is placed into the cup inlet 23 of the temperature control seat 12, the button 31 is convex. The buckle 32 is inserted into the recess 33 on the surface of the outer cup 1 so that the outer cup 1 ' and the temperature control seat 12 are connected together, and the user lifts the outer cup 1 and simultaneously lifts the temperature control seat 12, and the user Pressing on the surface of the button 31, the male latch 32 of the button 31 is disengaged from the recess 33 on the surface of the outer cup 1, and the outer cup 1 can be separated from the temperature control seat 12. The side end of the temperature control base 12 has an external power supply holder 34 (see Fig. 3).

The electronic circuit board 29 is a small computer and has a built-in logic program integrated on the electronic circuit board 29, which is connected to the LCD display 26, and is connected to a temperature adjustment control 35 and a function indicator light 36. (See Figure '1).

Further provided are Figures 4, 5, 6, 7 and 8 for better illustrating the present invention. In actual work, the user first pours a favorite beverage or other substance into the water injection inner cup member 9 of the outer cup 1, and then seals the water injection inlet 14 of the inner water cup member 9 with the lid 15 . The user can put the outer cup 1 into the cup body 23 of the temperature control seat 12, and the convex latch 32 of the button 31 on the front and rear surfaces of the upper end of the temperature control seat 12 is inserted into the groove of the surface of the outer cup 1. In the 33, the outer cup 1 and the temperature control seat 12 are connected together. One end of the temperature detector 13 at the center of the bottom end of the cup inlet 23 of the temperature control seat 12 can pass through the hole of the cylindrical member 6 at the center of the fixing frame 5 of the outer cup body 1 to contact the bottom end of the water injection inner cup member 9. Hot cup member 11. The other end of the temperature detector 13 is fixed on the electronic circuit board 29 at the inner end of the temperature control base 12, and the electronic circuit board 29 is connected with two conductive pins ^0, the two conductive pins The other end of the 30 is a conductive plate 8 which can contact the outer cup 1, so that the power supply of the temperature control seat 12 can be delivered to the heating wire 7 of the outer cup 1.

When the user connects the power supply to the external power socket 34 of the temperature control base 12, the function indicator light 36 is illuminated, and the user presses the temperature adjustment control 35 of the temperature control seat 12 to select the appropriate beverage temperature, and the temperature is displayed. On the LCD display 26, and the set temperature of the LCD display 26 is also illuminated, at which time the temperature detector 13 of the temperature control seat 12 contacts the heat transfer cup 11 of the water injection inner cup 9, so the induction water injection inner cup member 9 The temperature of the beverage inside, if the temperature is lower than the set temperature of the user, the integrated circuit on the electronic circuit board 29 automatically transfers the heating wire 7 of the outer cup 1 to the heat transfer cup 11 of the water injection inner cup member 9. In this way, the beverage in the cup 9 of the water injection can be heated and raised to the temperature specified by the user. When the temperature detector 13 senses that the temperature reaches the set temperature of the user, the integrated circuit on the electronic circuit board 29 When the electric energy is automatically disconnected, the heating wire 7 does not heat up any more, and when the temperature of the beverage in the cup 9 of the temperature detector 13 is lowered by 3 degrees, the integrated circuit on the electronic circuit board 29 automatically starts the heating line again. 7, obviously, Comp continuous cycle of work, the water within the beverage in the cup member 9 will be controllable at a temperature selected by the user, at any time a, the environment, the user also has access to a suitable drink. '

However, the temperature of the beverage in the cup 9 of the temperature detector 13 is more than 70 degrees, and an LED light 28 on the upper end of the backlight 27 of the LCD display 26 is blinking to warn the user to inject the inner cup. The temperature of the beverage in 9 is beyond normal temperature and should not be consumed.

When the user lifts the outer cup 1, the temperature control seat 12 can also be lifted, and the user presses the surface of the button 31 of the temperature control seat 12, and the convex buckle 32 of the button 31 is disengaged from the surface groove 33 of the outer cup body 1, the outer cup The body 1 can be separated from the temperature control seat 12.

Claims

Claim

1. A hand-held non-breaking mug comprising an outer cup, an inner cup that can be removed from the outer cup, a handle, a lid, a temperature control seat, and a temperature control seat a temperature control device, wherein the temperature control device comprises an LCD display, a temperature controller and an over-temperature temperature display lamp, wherein a circumferential shape and an end surface of the cylindrical body at the bottom end of the outer cup body are mounted with a heat-generating component corresponding to the shape, The outer surface of the heating element is surrounded by a heating wire, and the two ends of the heating wire are connected with a conductive plate of the outer cup body, and two conductive needles are connected to the conductive plate, so that the power source can be transported to the heating wire of the outer cup body, and the inner cup bottom is connected. The end shape is mated to the heat generating body at the bottom end of the outer cup and is in contact with one end of a temperature detector in the temperature control seat, and the other end of the temperature detector is connected to an electronic circuit board for temperature control and regulation.

2. A vacuum flask according to claim 1 wherein the outer cup, the inner cup and the lid are movably connected and sealed to each other.

3. The heat preservation cup according to claim 1, wherein the temperature control seat has a seat plate, and a center of the upper end of the seat plate has a cup opening inserted into the bottom end of the outer cup body, and the heat generating member at the bottom end of the outer cup body is supported by the control unit. On one of the holders of the temperature seat, a temperature detector disposed at the center of the bottom end of the opening of the cup passes through the hole of a central cylindrical member of the holder to contact the heat transfer member at the bottom end of the inner cup member.

4. A vacuum flask according to claim 2 wherein the lid has an outlet and has a movable piston which is rotatable to seal the lid outlet.

The heat insulating cup according to claim 3, wherein the front and rear surfaces of the upper end of the temperature control seat are provided with a button having a convex locking buckle, and the convex locking buckle can cooperate with the groove on the surface of the outer cup body to make the outer cup The body and the temperature control seat can be connected and separated.

The thermos cup according to claim 4, wherein the heat transfer member at the bottom end of the inner cup member heats the material in the inner cup member by the heat generated by the heat generating member of the outer cup member.

7. The vacuum cup according to claim 1, wherein the LCD display of the temperature controller in the temperature control seat has a backlight that is brightened on the back surface, and blinks when the temperature exceeds 70 degrees. Issue a warning.

8. The vacuum flask according to claim ???, wherein: said temperature controller user is free to set the temperature, and can display the set temperature on the display, and the display light that is illuminated in the indicated temperature range. .