CN108514306A - Temperature control teacup - Google Patents

Abstract

The invention relates to a temperature-controlling teacup. The temperature-controlling teacup includes a cup cover and a cup body; the cup body includes a base and a thermal insulation cylinder, and a regulating cylinder is arranged coaxially outside the thermal insulation cylinder; the regulating The upper sealing ring and the lower sealing ring at both ends of the cylinder are respectively installed in the sealing chute, and the insulation cylinder and the regulating cylinder form a closed annular cylinder space; Partition plate; two hollow control interlayers are arranged in the inner cavity of the heat preservation cylinder, and the two control interlayers are separately connected to the two half-tube spaces; the two half-tube spaces and the two control interlayers There is a blocking strip made of heat-insulating material inside; the teacup has a novel structure, which can quickly adjust the temperature of the tea according to the needs, which not only ensures that the tea is fully soaked and the beneficial substances are fully dissolved, but also maintains a certain temperature. The water temperature is high enough to carry and drink for a long time.

Description

temperature control cup

technical field

The invention relates to a teacup, in particular to a teacup capable of regulating temperature.

Background technique

Tea is a drink that is beneficial to health. Tea is rich in tea polyphenols and other substances that are beneficial to health. Regular drinking of tea can effectively improve metabolism and dredge blood; when making tea, you need to rinse the tea first, and then Use hot hot water to brew tea, so that vitamin C, caffeine, polyphenols and other soluble substances in the tea are dissolved; after soaking the tea in hot water for 4-6 minutes, it is no longer suitable to continue soaking in hot water for a long time. High-temperature brewing will cause the tea to release too much tea polyphenols, tannins and other substances to dissolve in large quantities, resulting in strong tea color, bitter taste, and affecting the taste of tea; at the same time, long-term high-temperature brewing may even cause chemical changes, making the tea The harmful substances in the teacup increase, which is not conducive to physical and mental health; the traditional teacup dissipates heat quickly and can maintain a short-term high temperature to meet the needs of tea soaking, but soon the tea will continue to cool down and will no longer be warm, and the temperature is too low. It is not conducive to drinking tea; nowadays, many elderly people are used to making a large cup of tea to go out for backup. In order to prevent the tea from cooling down, they choose to use a thermos cup; The increase in harmful substances is not conducive to health.

Contents of the invention

In view of the above problems, the present invention provides a temperature-controlling teacup, which has a novel structure and is easy to operate, and can quickly adjust the temperature of the tea according to the needs, which not only ensures that the tea leaves are fully soaked and the beneficial substances are fully dissolved, but also can maintain a certain temperature. The water temperature is high, while avoiding the generation of harmful substances, it is convenient to carry and drink for a long time.

In order to solve the above problems, the technical solution adopted in the present invention is: the temperature control teacup includes a cup cover and a cup body;

The cup body includes a base and a thermal insulation cylinder, a sealing chute is provided on the outer cylinder wall of the thermal insulation cylinder, and a regulating cylinder is coaxially sleeved outside the thermal insulation cylinder, and the regulating cylinder is made of a good heat-conducting material; The upper sealing ring and the lower sealing ring at both ends of the regulating cylinder are respectively installed in the sealing chute, and the upper sealing ring and the lower sealing ring can slide back and forth in the sealing chute; the insulation cylinder and the regulating cylinder form a closed annular space;

A partition plate parallel to the axis of the regulating cylinder is provided in the annular cylinder space, and the partition plate divides the annular cylinder space into two independent and symmetrical semi-cylindrical spaces;

Two hollow control interlayers are arranged in the inner cavity of the heat preservation cylinder, and the two control interlayers are separately connected to the two half-tube spaces, and the two half-tube spaces and the two control interlayers form a closed control loop ; the control circuit is filled with control liquid; a blocking strip made of heat insulating material is respectively arranged in the two semi-tube spaces and the two control interlayers, and the blocking strip can reciprocate along the control circuit Translate; the blocking strip divides the control circuit into four disconnected control segments; the blocking strip located in the half-tube space is fixedly connected to the regulating tube; during the movement of the regulating tube driving the blocking bar, the upper sealing ring , Between the lower sealing ring and the sealing chute, between the regulating cylinder and the partition plate, between the blocking strip and the heat preservation cylinder, between the blocking strip and the regulating interlayer to maintain a sliding and sealed state.

The beneficial effects of the present invention are as follows: put the tea leaves into the heat preservation cylinder, inject an appropriate amount of hot water, the tea leaves will stretch under the scalding hot water, and the beneficial substances in the tea leaves will gradually dissolve into the water; Reciprocating relative rotation, the regulating tube drives the blocking strips to reciprocate and slide in each half-tube space, and then drives the regulating section between the blocking strips to reciprocate; when the regulating section flows into the regulating interlayer, the regulating liquid absorbs the heat in the insulation cylinder The heat of the water, when the control section flows into the semi-tube space, quickly dissipates the heat into the air; therefore, after a short period of reciprocating relative rotation, the hot water inside the insulation tube can quickly dissipate heat and cool down, thereby avoiding continuous immersion at high temperatures The decomposition of tea polyphenols and the release of harmful substances caused by tea leaves ensure the health and benefits of tea; you can intuitively know the temperature in the thermos cup by touching the external control cylinder; stop reciprocating rotation when the heat drops to an appropriate temperature , by adjusting the relative position of the control cylinder and the heat preservation cylinder, adjust the blocking strip to be close to the junction of the control interlayer and the half-tube space. At this time, the blocking strip will block the half-tube space and the control interlayer, and the heat in the control interlayer cannot pass through. The regulating liquid is transferred to the half-tube space, and the external low temperature cannot enter the insulation tube through the half-tube space; at this time, the insulation function of the insulation tube is realized.

Therefore, when using the present invention, it is only necessary to relatively rotate the regulating cylinder and the heat preservation cylinder after making tea to quickly cool down the tea, adjust the position of the blocking strip after the temperature is suitable, and turn on the heat preservation function of the heat preservation cylinder. You can enjoy healthy tea at a suitable temperature for a long period of time; the invention realizes the dual effects of making tea and keeping warm, effectively preventing harmful substances from being over-soaked in tea, and preventing the elderly from drinking cold water; effectively ensuring People's drinking tea is healthy.

In addition, when using this product, you can know the water temperature in the cup by rotating and touching the regulating cylinder for a short time, without directly trying the water temperature, which can effectively avoid being scalded by hot water and improve the safety of drinking water.

As a preference, matching indicator marks are engraved on the regulating cylinder and the base, and when the indicating marks are facing each other, the blocking strip is close to the joint between the regulating interlayer and the half cylinder space; this structure can facilitate the user to accurately open the heat preservation function .

Preferably, the control interlayer is made of transparent sealing glass; so that the position of each blocking strip can be intuitively known; it is convenient for the control of heat preservation and cooling.

Preferably, the regulating interlayer is not in contact with the bottom of the heat preservation cylinder; so as to facilitate the circulation of tea.

As a further preference, the distance between the interlayer and the bottom of the insulation cylinder is 1-2 mm; this size can not only ensure the circulation of tea, but also isolate the tea leaves in a small area; effectively avoid eating tea leaves when drinking tea.

Preferably, the regulating liquid is made of pure water; pure water has high heat conduction efficiency and can accelerate heat transfer; meanwhile, production cost can be reduced.

Description of drawings

Fig. 1 is a schematic diagram of the end cross-sectional structure of an embodiment of the temperature-controlled teacup when the temperature is rotated and cooled.

Fig. 2 is a schematic diagram of the end-section structure of the embodiment shown in Fig. 1 when the heat preservation function is turned on.

Fig. 3 is a schematic diagram of an axial cross-sectional structure of the embodiment shown in Fig. 1 along the dotted line.

Detailed ways

Example:

In the embodiment shown in Figures 1 to 3, the temperature-controlled teacup includes a cup cover and a cup body 1;

The cup body 1 includes a base 2 and a thermal insulation cylinder 3, a sealing chute 31 is provided on the outer wall of the thermal insulation cylinder 3, and a regulating cylinder 4 is arranged on the outer coaxial sleeve of the thermal insulation cylinder 3. The cylinder 4 is made of good heat-conducting material, such as copper material; the upper sealing ring and the lower sealing ring 41 at both ends of the regulating cylinder 4 are respectively installed in the sealing chute 31, and the upper sealing ring and the lower sealing ring 41 can be sealed Sliding back and forth in the chute 31; the insulation cylinder 3 and the regulating cylinder 4 form a closed ring cylinder space;

A partition plate 51 parallel to the axis of the regulating cylinder 4 is provided in the annular cylinder space, and the partition plate 51 divides the annular cylinder space into two independent and symmetrical semi-cylindrical spaces 52;

Two hollow control interlayers 6 are arranged in the inner chamber of the heat preservation cylinder 3, and the control interlayer 6 can be made of transparent sealing glass, or can be made of copper material; the control interlayer 6 and the heat preservation cylinder 3 1-2mm at the bottom of the bottom; the two control interlayers 6 are separately connected to the two half-tube spaces 52, and the two half-tube spaces 52 and the two control interlayers 6 form a closed control loop; in the control loop It is filled with a regulating liquid, which is made of pure water, which can effectively control the cost and improve the heat transfer efficiency; each of the two semi-tube spaces 52 and the two regulating interlayers 6 is provided with a heat insulating material. The blocking bar 7 is formed, and the blocking bar 7 can reciprocate and translate along the control circuit; the blocking bar 7 divides the control circuit into four control sections 71 that are not connected to each other; The bar 7 is fixedly connected with the regulating cylinder 4; during the movement of the regulating cylinder 4 driving the blocking strip 7, between the upper sealing ring and the lower sealing ring 41 and the sealing chute 31, between the regulating cylinder 4 and the partition plate 51, the blocking Between the broken strip 7 and the heat preservation cylinder 3, between the blocking strip 7 and the control interlayer 6, a sliding and sealed state is maintained; a matching indicator mark is engraved on the control tube 4 and the base 2, and when the indicator mark is facing, The blocking strip 7 is close to the junction of the regulating interlayer 6 and the semi-tube space 52 .

Put the tea leaves into the heat preservation cylinder 3, inject an appropriate amount of hot water, the tea leaves will stretch under the boiling hot water, and the beneficial substances in the tea leaves will gradually dissolve into the water; the interlayer 6 is not in contact with the bottom of the heat preservation cylinder 3. Ensure the circulation of tea and isolate the tea in a small area; effectively avoid eating tea when drinking tea

At this time, grasp the insulation cylinder 3 and the control cylinder 4 and reciprocate relative rotation, the control cylinder 4 drives the blocking strip 7 to slide back and forth in each half-tube space 52, and then drives the control section 71 between the blocking strips 7 to reciprocate When the control section 71 flows into the control interlayer 6, the control liquid absorbs the heat of the hot water in the insulation cylinder 3, and when the control section 71 flows into the half-tube space 52, the heat is quickly dissipated into the air; thus, after a short time The reciprocating relative rotation of the heat preservation cylinder 3 can quickly dissipate heat and cool down, thereby avoiding the decomposition of tea polyphenols and the release of harmful substances caused by continuous soaking of tea leaves at high temperature, thereby ensuring the health and benefits of tea water; The cylinder 4 can intuitively understand the temperature in the thermos cup; stop the reciprocating rotation when the heat drops to an appropriate temperature, and adjust the blocking strip 7 to be close to the regulation interlayer 6 and the insulation cylinder 3 by adjusting the relative position of the regulation cylinder 4 At the junction of the half-tube space 52, the blocking strip 7 blocks the half-tube space 52 from the regulating interlayer 6, the heat in the regulating interlayer 6 cannot be transferred to the half-tube space 52 through the regulating liquid, and the external low temperature cannot pass through the half-tube. The space 52 enters the thermal insulation cylinder 3; at this time, the thermal insulation function of the thermal insulation cylinder 3 is realized.

Therefore, when using the present invention, it is only necessary to relatively rotate the regulating cylinder 4 and the heat preservation cylinder 3 after making tea to quickly cool down the tea, and after the temperature is suitable, adjust the position of the blocking strip 7 to open the heat preservation function of the heat preservation cylinder 3 , the old people can taste the tea with suitable temperature and health benefits in a long period of time; and in this embodiment, only need to align the control cylinder 4 with the indicator mark on the base 2, the blocking bar can be guaranteed 7. It is close to the junction of the regulating interlayer 6 and the half-tube space 52; this invention realizes the dual effects of making tea and keeping warm, effectively preventing harmful substances from being excessively soaked in tea, and preventing the elderly from drinking cold water; effectively ensuring people's drinking water Tea for health.

In addition, when using this product, you can know the water temperature in the cup body 1 by briefly rotating and touching the regulating cylinder 4, without directly trying the water temperature, effectively avoiding being scalded by hot water, and improving the safety of drinking water.

The above descriptions are only preferred embodiments of the present invention, and are not intended to limit the present invention. Any modifications, equivalent replacements, improvements, etc. made within the spirit and principles of the present invention shall be included in the protection of the present invention. within range.

Claims (6)

1. a kind of temperature control teacup, this temperature control teacup include cup lid and cup body（1）；The cup body（1）It include pedestal（2）And guarantor Warm cylinder（3）, it is characterised in that：In heat-preservation cylinder（3）Outer tube wall on offer sealing sliding slot（31）, in the heat-preservation cylinder（3）'s Outer, coaxial is arranged with regulation and control cylinder（4）, the regulation and control cylinder（4）It is made by good heat conducting material；The regulation and control cylinder（4）The upper envelope at both ends Ring and lower seal ring（41）It is separately mounted to the sealing sliding slot（31）It is interior, upper seal ring and lower seal ring（41）It can be in sealing sliding slot （31）Inside reciprocatingly slide；The heat-preservation cylinder（3）With regulation and control cylinder（4）Surround closed ring cylinder space；It is set in ring cylinder space It is equipped with and regulation and control cylinder（4）The parallel demarcation strip of axis（51）, the demarcation strip（51）By ring cylinder space be separated into two it is independent, right Half space claimed（52）；In the heat-preservation cylinder（3）Inner cavity setting there are two hollow regulation and control interlayer（6）, two tune Control interlayer（6）Half space of connection two individually（52）, two and half spaces（52）With two regulation and control interlayers（6） Form closed regulation and control circuit；Filled with regulation and control liquid in the regulation and control circuit；In two and half spaces（52）And two regulation and control Interlayer（6）Inside respectively there are one the blocking items made by heat-barrier material for setting（7）, the blocking item（7）It can be along regulating and controlling back Road alternating translational；The blocking item（7）Regulation and control circuit is separated into 4 mutual disconnected regulation and control sections（71）；Positioned at half space （52）Interior blocking item（7）With regulation and control cylinder（4）It is fixedly connected；Regulate and control cylinder（4）It drives and blocks item（7）During movement, upper envelope Ring, lower seal ring（41）With sealing sliding slot（31）Between, regulation and control cylinder（4）With demarcation strip（51）Between, block item（7）With heat-preservation cylinder （3）Between, block item（7）With regulation and control interlayer（6）Between keep be slidingly sealed state.

2. temperature control teacup according to claim 1, it is characterised in that：In the regulation and control cylinder（4）With pedestal（2）Upper quarter is equipped with Matched cue mark blocks item when cue mark face（7）Close to regulation and control interlayer（6）With half space（52）Engagement Place.

3. temperature control teacup according to claim 1 or 2, it is characterised in that：The regulation and control interlayer（6）Not with heat-preservation cylinder（3） Bottom contact.

4. temperature control teacup according to claim 3, it is characterised in that：Regulate and control interlayer（6）With heat-preservation cylinder（3）Bottom interval 1-2mm。

5. temperature control teacup according to claim 1 or 2, it is characterised in that：The regulation and control liquid is made by pure water.

6. temperature control teacup according to claim 1 or 2, it is characterised in that：The regulation and control interlayer（6）By transparent sealing glass Glass is made.