Physiological sweet water cup

Abstract

The invention discloses a physiological sweet water cup, and belongs to the technical field of articles of daily use. The physiological sweet sensing water cup comprises an inner container, a shell, a structural ring, a base, a module frame, a module frame upper circular plate, a module frame lower circular plate, a module frame stand column I, a module frame stand column I upper pipe, a module frame stand column lower column, a module frame stand column II, a module frame stand column II upper pipe, a module frame stand column II lower column, a module frame stand column III, a module frame stand column III upper pipe and a module frame stand column III lower column. A water temperature sensing module, a water temperature sensing spot setting module, a display module, an LED display screen through hole, an acousto-optic through hole, an acousto-optic prompt module, a battery bin, a battery, a heat insulation gasket, an elastic gasket, a first Y-shaped information line, a second Y-shaped information line, a first positive electric wire, a first negative electric wire, a second positive electric wire, a second negative electric wire, a third positive electric wire, a third negative electric wire and a fourth positive electric wire are included. And a negative electric lead 4. According to the physiological sweet sensing water cup, people can autonomously set according to the physiological characteristics of themselves, accurately capture and prompt the water temperature sensing dessert of themselves, so that people drink pure water which corresponds to the water temperature sensing dessert of themselves and does not contain sweet, and the mouth feel is obvious sweet.

Description

Technical Field

[0001] The invention belongs to the technical field of daily necessities, and in particular relates to a physiological sweet water cup. Background Art

[0002] Water cups are daily necessities for people. Drinking water is necessary for people to maintain life, and it is human nature to like to drink sweet water. In real life, it is found that the temperature of water will affect people's taste and taste, especially the sweet taste. Homogeneous water tastes sweeter at a certain water temperature than other temperatures, and the water temperature is sweet, and each person has differences. For this phenomenon, the present invention refers to it as "physiological sweetness", which is essentially that water does not taste sweet under normal circumstances, but when the temperature of water changes, it adapts to a certain physiological function of people, or affects the sweet taste receptor organ, so people feel sweetness in the mouth for water of the corresponding temperature, rather than the water itself producing sweetness. There are also many questions and answers on the Internet about the phenomenon that the temperature of water affects people's sweet taste, which shows that people have certain perceptions and concerns about this. Many scientific studies have also revealed the mechanism by which the temperature of water affects people's taste and taste, and concluded that the temperature of water has a significant effect on the sweet taste. The Internet 360 Browser AI search article "The Effect of Water Temperature on the Taste Organs of Pure Water Sweetness" refers to 29 related articles for summary and conclusion, and makes the conclusion that "Water temperature has a significant effect on the taste organs of pure water sweetness. Changes in temperature can affect the activity of taste receptors and the activity of the central thirst center in a variety of ways, thereby changing our perception of sweetness. Moderate temperatures can usually optimize the function of taste receptors, making the sweetness more obvious, while low temperatures may weaken the perception of sweetness. Understanding these mechanisms can help us better adjust our eating experience in daily life and choose the right water temperature to enjoy the best taste experience." is consistent with the above phenomenon, and the beneficial effects of water temperature sweetness on life explained in the content of "understanding these mechanisms" are consistent with the invention's description of the "beneficial effects of this technology." The scientific research paper "Study on the influence of different conditions on the taste of water - and why Nongfu Spring is a bit sweet" states that "when cold water becomes hot water, it will affect people's 'sweet' taste." "Temperature does have an effect on sweet taste." The experimental conclusions, as well as the differences in the experience of each person's water temperature sweet taste reflected in the experimental process, are consistent with the above phenomenon, and also correspondingly verify the conclusions made in the above AI article "The influence of water temperature on the sweet taste organs of pure water". In order to drink physiological sweet water, you need to use special water cups and other utensils that enable people to independently set, accurately capture and prompt their own water temperature desserts according to their own physiological characteristics. There are no such water cups and other utensils on the market now. As for the existing temperature-adjusting and temperature-displaying water cup technology, its function is only to drink water at the right temperature, and it does not enable people to independently set, accurately capture and prompt their own water temperature desserts according to their own physiological characteristics. Summary of the invention

[0003] In order to solve the above technical problems, the present invention provides a physiologically sweetened water cup, which enables people to independently set, accurately capture and prompt their own water temperature sense dessert according to their own physiological characteristics, so that they can drink pure water without sweetness corresponding to their own water temperature sense dessert, and the taste will also have a distinct sweetness.

[0004] To achieve the above-mentioned purpose, the technical solution adopted by the present invention to solve its technical problems is: the physiological sweet water cup includes an inner liner, an outer shell, a structural ring, a base, a module frame, an upper circular plate of the module frame, a lower circular plate of the module frame, a module frame column one, a module frame column one upper tube, a module frame column one lower column, a module frame column two, a module frame column two upper tube, a module frame column two lower column, a module frame column three, a module frame column three upper tube, a module frame column three lower column, a water temperature sensor module, a water temperature sense sweet spot setting module, a display module, an LED display screen through hole, an acoustic and optical through hole, an acoustic and optical prompt module, a battery compartment, a battery, an insulating gasket, an elastic gasket, a Y-type information line one, a Y-type information line two, a positive electric wire one, a negative electric wire one, a positive electric wire two, a negative electric wire two, a positive electric wire three, a negative electric wire three, a positive electric wire four, and a negative electric wire four.

[0005] The inner container is a cylinder with a flat bottom and an open top, and is used for containing drinking water.

[0006] The shell is a cylinder with openings at both ends; a concave screw is provided on the inner side of the lower wall of the shell for connecting the convex screw of the base so that the shell and the base are integrated; a rectangular LED display screen through hole is opened above the screw in the lower wall of the shell for inserting and seeing through the LED display screen of the display module; a plurality of small rectangular sound and light through holes are opened around the lower wall of the shell at the same horizontal position as the LED display screen through hole for the sound and light prompt module to transmit sound and light outwardly, and the multiple sound and light through holes plus the LED display screen through hole have equal spacing between the through holes.

[0007] The structural ring is a circular ring with a "U"-shaped cross section and right-angled corners; the inner wall of the upper vertical surface of the structural ring is in close contact with the outer wall below the edge of the upper opening of the inner liner, the bottom surface of the horizontal surface is in close contact with the upper opening of the outer shell, and the inner wall of the lower vertical surface is in close contact with the outer wall of the upper opening of the outer shell, so as to block the opening between the inner liner and the outer shell, and make the inner liner (1) and the outer shell (2) integrated.

[0008] The base is a hollow cylinder with a flat top at the upper end, an opening at the lower end, and an outer diameter slightly larger than the inner diameter of the outer shell; the lower end of the base column wall has a bottom edge folded outward, the bottom edge width is equal to the base's own cylindrical wall thickness plus the outer shell wall thickness, and the bottom edge height is twice the outer shell wall thickness; two small circular holes are provided in the flat top of the base according to the positions of the battery compartment power switch button and the water temperature sense dessert setting module setting button, for the battery compartment power switch button and the water temperature sense dessert setting module setting button to pass through; a convex screw is provided on the outer side of the column wall above the bottom edge of the base, which is used to screw with the concave screw on the inner side of the lower mouth wall of the outer shell to resist the thermal insulation gasket, the module frame, and the elastic gasket, so that the three and the outer shell are fastened together with the base.

[0009] The module frame is a spatial structure supported by the upper and lower circular plates of the module frame and the lower circular plate of the module frame, which have diameters slightly smaller than the inner diameter of the outer shell, and the module frame columns 1, 2, and 3 which are slightly inside the edges of the two circular plates and are located at the vertices of an equilateral triangle; it is placed in the cavity between the base and the bottom of the inner tank, and is used to accommodate the water temperature sensor module, the water temperature sense setting module, the display module, the sound and light prompt module, the battery compartment, the battery, the Y-shaped information line 1, the Y-shaped information line 2, the positive pole wire 1, the negative pole wire 1, the positive pole wire 1, the negative pole wire 1, the positive pole wire 2, the positive pole wire 2, the positive pole wire 2, the negative pole wire 2 ... The first module frame column is composed of the first module frame column upper tube and the first module frame column lower column, the second module frame column is composed of the second module frame column upper tube and the second module frame column lower column, the third module frame column is composed of the third module frame column upper tube and the third module frame column lower column, and the above-mentioned combined columns can be disassembled, so that the module frame can be disassembled, which is convenient for installation and maintenance of the components installed in the module frame cavity.

[0010] The water temperature sensing module is used to sense and transmit the water temperature information of the inner tank, and a sensing needle is arranged in the center above the water temperature sensing module to contact the bottom of the inner tank to sense and transmit the water temperature information.

[0011] The sound and light prompt module is used for sound and light prompt of the water temperature sensing sweet spot.

[0012] The display module is composed of an upper LED display screen and a lower base, and is used to display the current water temperature value in the inner tank and the value that changes when the water temperature sensing sweet spot setting module performs a water temperature sensing sweet spot setting operation.

[0013] The water temperature sensing sweet spot setting module is used for setting the water temperature sensing sweet spot, in which the maximum and minimum limits of the cycle setting temperature are preset, and a setting button is provided below it.

[0014] The battery compartment is a round box with a flat bottom and an open top, and a round card cover is provided above the opening for installing the battery; the battery compartment (12) is provided with contact points connected to the positive and negative electrodes of the battery respectively, and a positive contact point, a positive power switch and a power switch button are provided at the center of the flat bottom below the battery compartment, the positive contact point is connected to the positive power switch, and the positive power switch is connected in parallel with the positive electrodes of the module water temperature sensor module, the water temperature sweet spot setting module, the sound and light prompt module and the display module respectively through the positive electric wire 1, the positive electric wire 2, the positive electric wire 3 and the positive electric wire 4, and the power switch button is provided to the positive electrode of the module water temperature sensor module, the water temperature sweet spot setting module, the sound and light prompt module and the display module. The button controls the connection and disconnection of the power supply; a circular card cover is provided above the battery compartment, and a negative contact point is provided in the center of the card cover, and the negative contact point is connected in parallel with the negative poles of the module water temperature sensor module, the water temperature sweet spot setting module, the sound and light prompt module, and the display module through negative electrode wire 1, negative electrode wire 2, negative electrode wire 3, and negative electrode wire 4 respectively; pressing the power switch button connects the positive pole of the power supply, the circuit is connected and energized, and the module water temperature sensor module, the water temperature sweet spot setting module, the sound and light prompt module, and the display module start to run, and pressing the power switch button again pops up and disconnects the positive pole of the power supply, and each of the modules stops running.

[0015] The battery is a thin round button battery, which is placed in the battery compartment and is used to provide power to the module water temperature sensor module, water temperature sweet spot setting module, sound and light prompt module, and display module.

[0016] The thermal insulation gasket is a circular sheet with a diameter slightly smaller than the inner diameter of the outer shell, and is placed between the bottom of the inner tank and the module frame to prevent the water temperature of the inner tank from transferring heat to the module frame; a small circular hole is left in the center of the thermal insulation gasket for the sensor needle of the water temperature sensor module to pass through.

[0017] The elastic gasket is a circular thin sheet with elastic thickness and a diameter slightly smaller than the diameter of the base. It is placed between the module frame and the base, and is used to adjust the gap and supporting force of the base to the thermal insulation gasket and the module frame, and to adjust the combination of the outer shell and the base so that the two are docked and tightly closed; the elastic gasket is provided with two small circular holes corresponding to the positions of the battery compartment power switch button and the water temperature sense dessert setting module setting button, and is respectively aligned with the two small circular holes provided on the top of the base plane, so that the battery compartment power switch button and the water temperature sense dessert setting module setting button pass through and protrude outward.

[0018] Furthermore, the inner liner is sleeved inside the outer shell, and a cavity is formed between the two after the two are sleeved to prevent the water temperature of the inner liner from being transmitted to the outer shell; the upper opening of the inner liner is higher than the upper opening of the outer shell, and the upper openings of the two form an upper and lower position difference for installing the structural ring, and the three are integrated; the bottom of the inner liner is higher than the lower opening of the outer shell, and the two form an upper and lower position difference, and the outer shell and the base are integrated by screws of the two, thereby forming a cavity between the bottom of the inner liner and the base for accommodating the thermal insulation gasket, the module frame, and the elastic gasket, and the base is screwed to fix them against the top; the water temperature sensor module is fixed to the center position below the circular plate on the module frame; the display module, the sound and light prompt module, the water temperature sense setting module and the battery compartment are all fixed on the upper side of the circular plate under the module frame; the sound and light prompt module is fixed to the center position above the circular plate under the module frame; the display module is located close to the through hole of the LED display screen, and its LED display screen is just aligned with and inserted into the through hole of the LED display screen; with the position of the display module The position of the water temperature sensing sweet spot setting module and the battery compartment are respectively located at the other two vertices of the imaginary equilateral triangle other than the vertex of the imaginary equilateral triangle where the position of the display module is located. The battery compartment is located at the vertex on the clockwise side of the display module, and the water temperature sensing sweet spot setting module is located at the vertex on the counterclockwise side of the display module. Accordingly, the lower column of the module frame column, the second lower column of the module frame column, and the third lower column of the module frame column are respectively fixed on the upper surface of the lower circular plate of the module frame, and are located in sequence accordingly. At the midpoint between the display module and the battery compartment, the midpoint between the battery compartment and the water temperature sensing sweet spot setting module, and the midpoint between the water temperature sensing sweet spot setting module and the display module; the module frame column one upper tube, the module frame column two upper tube, and the module frame column three upper tube corresponding to the above-mentioned three lower columns are respectively fixed under the upper circular plate of the module frame, and are respectively opposite to the module frame column one lower column, the module frame column two lower column, and the module frame column three lower column in sequence, and ensure that the column and the tube can be fitted.

[0019] Furthermore, the water temperature sensing module is connected to the display module and the sound and light prompt module respectively through the Y-shaped information line 1; the water temperature sensing module touches the water temperature of the inner tank, and then transmits the touched water temperature information to the display module and the sound and light prompt module respectively in two ways, one of which is used to display the current water temperature value in the inner tank through the LED display screen of the display module, and the other is used to send out a prompt sound and light when the water temperature value in the inner tank reaches the independently set water temperature sense sweet spot; the water temperature sense sweet spot setting module is connected to the display module and the sound and light prompt module respectively through the Y-shaped information line 2; the water temperature sense sweet spot setting module sets the water temperature sense sweet spot prompt information, that is, the set water temperature sense sweet spot temperature is equal to the water temperature in the inner tank, and The information is transmitted to the sound and light prompt module, and the sound and light prompt module stores the information at the same time. When the water temperature information transmitted from the inner tank is the same as the set water temperature sense sweet spot prompt temperature stored in the sound and light prompt module, the sound and light prompt module emits a prompt sound and light flash, and the display module also displays the water temperature value in the inner tank at this time; the LED display screen of the display module normally displays the current water temperature value in the inner tank. When the setting button of the water temperature sense sweet spot setting module is pressed to set the water temperature sense sweet spot, the value displayed on the LED display screen of the display module changes as the button is pressed. When the required water temperature sense sweet spot value appears, stop pressing, that is, the setting is completed. After 3 seconds, it will automatically switch to normal display, that is, restore the display of the current water temperature value in the inner tank.

[0020] Furthermore, the water temperature sense sweet spot is determined by tasting the taste; the water drinker repeatedly tastes water of different temperatures to determine his or her sense sweet spot temperature, and then sets his or her water temperature sense sweet spot prompt according to the sense sweet spot temperature; the setting button of the water temperature sense sweet spot setting module is pressed to set the water temperature sense sweet spot prompt temperature, and each time the setting button is pressed, the value of the LED display screen of the display module increases by one degree Celsius. When the preset maximum limit of the cycle setting temperature of the water temperature sense sweet spot setting module is reached, it automatically returns to the preset minimum limit of the cycle setting temperature, and repeats the cycle until it stops at the temperature point value to be set, indicating that the setting is successful.

[0021] The beneficial effects of the present invention are:

[0022] The present invention provides a physiologically sweetened water cup, which enables people to independently set, accurately capture and prompt their own water temperature sense dessert according to their own physiological characteristics, so that they can drink pure water without sweetness corresponding to their own water temperature sense dessert, and the taste will also have obvious sweetness, allowing people to better enjoy life. BRIEF DESCRIPTION OF THE DRAWINGS

[0023] The present invention specification has 3 drawings, which are schematic diagrams of a physiological sweet water cup provided by the present invention. The following is an explanation of the drawings of the present invention specification. It should be understood that the drawings are used to provide a further understanding of the present invention and do not constitute a limitation of the present invention.

[0024] Figure 1 : Schematic diagram of the overall structure of the physiological sweet water cup, 1. Inner liner, 2. Outer shell, 3. Structural ring, 4. Base, 5. Module frame, 503. Module frame column one, 504. Module frame column two, 505. Module frame column three, 9. LED display through hole, 10. Sound and light through hole, 14. Thermal insulation gasket, 15. Elastic gasket.

[0025] Figure 2 : Schematic diagram of the bottom of the circular plate on the module frame, 501, the circular plate on the module frame, 503a, the upper tube of the first column of the module frame, 504a, the upper tube of the second column of the module frame, 505a, the upper tube of the third column of the module frame, 6, the water temperature sensor module.

[0026] Figure 3 : Schematic diagram of the top view and front view of the circular plate below the module frame, 502, the circular plate below the module frame, 503b, the lower column of the module frame column, 504b, the lower column of the second column of the module frame column, 505b, the lower column of the third column of the module frame column, 7, the water temperature sense sweet spot setting module, 8, the display module, 11, the sound and light prompt module, 12, the battery compartment, 13, the battery, 16, the Y-type information line one, 17, the Y-type information line two, 18, the positive electric wire one, 19, the negative electric wire one, 20, the positive electric wire two, 21, the negative electric wire two, 22, the positive electric wire three, 23, the negative electric wire three, 24, the positive electric wire four, 25, the negative electric wire four. DETAILED DESCRIPTION

[0027] The specific implementation of the present invention is described below in conjunction with the accompanying drawings. It should be understood that the specific implementation described herein is only used to illustrate and explain the present invention, and is not used to limit the present invention. All changes made under the technical spirit suggested by the present invention belong to the scope of the patent covered by the present invention. The scope of protection of the patent of the present invention shall be subject to the claims attached to the present invention.

[0028] See also Figure 1 , Figure 2 , Figure 3The present invention provides a physiological sweet water cup, wherein the inner liner (1) is made of 304 stainless steel, with an outer diameter of 100 mm, a height of 199 mm, and a wall thickness of 0.8 mm; the outer shell (2) is made of iron, with a surface sprayed with topcoat, an inner diameter of 105 mm, a height of 215 mm, a wall thickness of 1 mm, and a recessed screw groove depth of 0.3 mm; the upper opening of the inner liner (1) is 16 mm higher than the upper opening of the outer shell (2); the structural ring (3) is made of slightly elastic hard plastic material, with an upper vertical surface inner diameter of 100 mm, a height of 5 mm, and a wall thickness of 1 mm, a horizontal bottom surface width of 6 mm, a wall thickness of 1 mm, and a lower vertical surface inner diameter of 106 mm, a height of 5 mm, and a wall thickness of 1 mm; the structure ring (3) is made of a slightly elastic hard plastic material, with an upper vertical surface inner diameter of 100 mm, a height of 5 mm, and a wall thickness of 1 mm, a horizontal bottom surface width of 6 mm, a wall thickness of 1 mm, and a lower vertical surface inner diameter of 106 mm, a height of 5 mm, and a wall thickness of 1 mm; The structure ring is mounted 9 mm below the upper opening of the inner liner (1) and is in close contact with the outer wall of the inner liner (1), and the upper edge of the upper vertical surface of the structure ring (3) is located at this 9 mm position, the bottom surface of the horizontal surface of the structure ring (3) is in close contact with the upper opening of the outer shell (2), and the inner wall of the lower vertical surface of the structure ring (3) is in close contact with the outer wall of the outer shell (2); the base (4) is made of hard plastic material, 12 mm high, including a column height of 10 mm and a bottom edge height of 2 mm, the outer diameter of the column is 105.3 mm, the wall thickness is 2 mm, the convex screw groove depth is 0.3 mm, the bottom edge width is 3 mm, the height is 2 mm, the top thickness of the plane is 2 mm, and the power switch button of the battery compartment (12) and the water temperature sense sweet spot setting module (7) are set according to the position of the button. Two 2mm small round holes are opened in correspondence with each other; a cavity with a height of 20mm is formed between the bottom of the inner tank (1) and the base (4); a heat-insulating gasket (14) is placed in the cavity and is made of silicone material, with a diameter of 104.9mm, a thickness of 1mm, and a sensing pinhole with a diameter of 1mm in the center; the module frame (5) is 18mm high, and the height includes the thickness of 1mm of the upper circular plate of the module frame and the thickness of 1mm of the lower circular plate of the module frame, and a diameter of 104.8mm; the elastic gasket (15) is made of rubber material, with a diameter of 104.8mm, a thickness of 1.2mm, and can be compressed to 1mm; the elastic gasket (15) is set according to the power switch button of the battery compartment (12) and the water temperature sense sweet spot. Two 2mm small round holes are provided at the positions of the setting buttons of the module (7); the module frame column 1 (503), the module frame column 2 (504), and the module frame column 3 (505) are 20mm inward from the edges of the module frame upper circular plate (501) and the module frame lower circular plate (502), and are located at the midpoints of the three sides of the imaginary equilateral triangle formed by the positions of the battery compartment (12), the display module (8), and the water temperature sense sweet spot setting module (7). The three columns are 16mm high respectively; the module frame column 1 upper tube (503a), the module frame column 2 upper tube (504a), and the module frame column 3 upper tube (505a) are 6mm high and have an inner diameter of 2.1mm, wall thickness 1mm; the lower column (503b) of the module frame column, the lower column (504b) of the module frame column and the lower column (505b) of the module frame column are 16mm high and 2mm in diameter respectively, and the module frame components are all made of plastic; a rectangular LED display screen through hole (9) with a width of 20mm and a height of 10mm is opened at the lower opening of the shell (2) 15mm upward from the cylinder wall, and the lower edge of the rectangle is located at this 15mm position; 7 rectangular sound and light through holes (10) with a width of 5mm and a height of 10mm are opened around the cylinder wall at the same horizontal position as the LED display screen through hole (9), and together with the LED display screen through hole (9), a total of 8 holes are evenly spaced; the water temperature sensor module (6) has a side length of 15mm and a height of 5mm, and the upper sensor needle is made of copper, 2.1mm long and 1mm in diameter; the display module (8) has a side length of 19mm and a height of 14mm, wherein the lower The upper base is 5 mm high, and the upper LED display screen is 9 mm high; the water temperature sense sweet spot setting module (7) has a side length of 15 mm and a height of 5 mm, and the lower button is 3.5 mm long and 1.9 mm in diameter, and the preset cycle setting temperature limit is a maximum temperature of 50° C. and a minimum temperature of 10° C.; the battery compartment (12) has an inner diameter of 14 mm, an outer diameter of 15 mm, and a height of 5 mm, the upper card cover has an inner diameter of 15.01 mm, and the lower power switch button is 3.5 mm long and 1.9 mm in diameter; the battery (13) is a 12-volt thin round button battery with an outer diameter of 13.9 mm, and is installed in the battery compartment (12); the sound and light prompt module (11) has a side length of 15 mm and a height of 5 mm; the battery compartment (12) is located on the clockwise side of the display module (8), and the water temperature sense sweet spot setting module (7) is located on the counterclockwise side of the display module (8), and the three positions form an equilateral triangle. All Y-type information wires, positive and negative wires are copper core, SWG50 plastic sheathed insulated wires, and their respective lengths are determined according to actual conditions.

Claims

1. A physiological sweet water cup, characterized in that: The invention comprises an inner liner (1), an outer shell (2), a structural ring (3), a base (4), a module frame (5), an upper circular plate (501) of the module frame, a lower circular plate (502) of the module frame, a first column of the module frame (503), an upper tube (503a) of the first column of the module frame, a lower column (503b) of the module frame, a second column (504) of the module frame, an upper tube (504a) of the second column of the module frame, a lower column (504b) of the second column of the module frame, a third column (505), an upper tube (505a) of the third column of the module frame, a lower column (505b) of the third column of the module frame, a water temperature sensor module (6), and a water A temperature-sensing dessert setting module (7), a display module (8), an LED display screen through hole (9), an acoustic and optical through hole (10), an acoustic and optical prompting module (11), a battery compartment (12), a battery (13), a heat-insulating gasket (14), an elastic gasket (15), a Y-shaped information line 1 (16), a Y-shaped information line 2 (17), a positive electric wire 1 (18), a negative electric wire 1 (19), a positive electric wire 2 (20), a negative electric wire 2 (21), a positive electric wire 3 (22), a negative electric wire 3 (23), a positive electric wire 4 (24), and a negative electric wire 4 (25); The inner container (1) is a cylinder with a flat bottom and an open top, and is used to hold drinking water; The shell (2) is a cylinder with two ends open; a concave screw is provided on the inner side of the lower end wall of the shell (2) for connecting with the convex screw of the base (4) so ​​that the shell (2) and the base (4) are integrated; a rectangular LED display screen through hole (9) is provided above the screw on the lower end wall of the shell (2) for inserting and seeing through the LED display screen of the display module (8); a plurality of small rectangular sound and light through holes (10) are provided around the lower end wall of the shell (2) at the same horizontal position as the LED display screen through hole (9) for transmitting sound and light outwardly from the sound and light prompt module (11); the plurality of sound and light through holes (10) plus the LED display screen through hole (9) are evenly spaced; The structural ring (3) is a circular ring with a "U"-shaped cross section and right-angled corners; the inner wall of the upper vertical surface of the structural ring (3) is in close contact with the outer wall below the upper edge of the inner liner (1), the bottom surface of the horizontal surface is in close contact with the upper edge of the outer shell (2), and the inner wall of the lower vertical surface is in close contact with the outer wall of the upper edge of the outer shell (2), so as to block the opening between the inner liner (1) and the outer shell (2), and make the inner liner (1) and the outer shell (2) integrated; The base (4) is a hollow cylinder with a flat top at the upper end, an opening at the lower end, and an outer diameter slightly larger than the inner diameter of the shell (2); the lower end of the column wall of the base (4) has a bottom edge folded outward, the width of the bottom edge is equal to the wall thickness of the column body of the base (4) itself plus the wall thickness of the shell (2), and the height of the bottom edge is twice the wall thickness of the shell (2); two small round holes are provided on the flat top of the base (4) according to the positions of the power switch button of the battery compartment (12) and the setting button of the water temperature sense sweet spot setting module (7), for the power switch button of the battery compartment (12) and the setting button of the water temperature sense sweet spot setting module (7) to pass through; a convex screw is provided on the outer side of the column wall above the bottom edge of the base (4), which is used to be screwed with a concave screw on the inner side of the lower end wall of the shell (2) to abut against the heat insulation gasket (14), the module frame (5), and the elastic gasket (15), so that the three and the shell (2) are fastened to the base (4) as a whole; The module frame (5) is a spatial structure supported by two upper and lower module frame circular plates (501) and a lower module frame circular plate (502) having diameters slightly smaller than the inner diameter of the outer shell (2), and module frame columns 1 (503), 2 (504) and 3 (505) which are located slightly inside the edges of the two circular plates and are located at the vertices of an equilateral triangle; the module frame is placed in a cavity between the base (4) and the bottom of the inner tank (1) and is used to accommodate the water temperature sensor module (6), the water temperature sweet spot setting module (7), the display module (8), the sound and light prompt module (11), the battery compartment (12), the battery (13), the Y-shaped information line 1 (16), the Y-shaped information line 2 (17), the positive pole electric wire 1 (18), the negative pole electric wire 1 (19), the positive pole electric wire 2 (11), the positive pole electric wire 3 (13), the positive pole electric wire 3 (14), the positive pole electric wire 3 (15), the positive pole electric wire 3 (16), the positive pole electric wire 3 (17), the positive pole electric wire 3 (18), the negative pole electric wire 3 (19), the positive pole electric wire 3 (15), the positive pole electric wire 3 (15), the positive pole electric wire 3 (15), the positive pole electric wire 3 (15), the positive pole electric wire 3 (15), the positive pole electric wire 3 (16), the positive pole electric wire 3 (15 ... The module frame column 1 (503) is composed of the upper tube (503a) of the module frame column 1 and the lower column (503b) of the module frame column 2, the module frame column 2 (504) is composed of the upper tube (504a) of the module frame column 2 and the lower column (504b) of the module frame column 2, and the module frame column 3 (505) is composed of the upper tube (505a) of the module frame column 3 and the lower column (505b) of the module frame column 3. The above-mentioned combined columns can be disassembled, so that the module frame (5) can be disassembled, which is convenient for installing and maintaining the components installed in the cavity of the module frame (5); The water temperature sensing module (6) is used to sense and transmit water temperature information of the inner tank (1), and a sensing needle is provided in the center above the water temperature sensing module (6) for contacting the bottom of the inner tank (1) to sense and transmit water temperature information; The sound and light prompt module (11) is used for sound and light prompting of the water temperature sensing sweet spot; The display module (8) is composed of an upper LED display screen and a lower base, and is used to display the current water temperature value in the inner tank (1) and the value changed when the water temperature sweet spot setting module (7) performs a water temperature sweet spot setting operation; The water temperature sensing sweet spot setting module (7) is used for setting the water temperature sensing sweet spot, in which the maximum limit and the minimum limit of the cycle setting temperature are preset, and a setting button is provided below the module; The battery compartment (12) is a round box with a flat bottom and an open top, and a round card cover is provided above the opening for installing the battery (13); the battery compartment (12) is provided with contact points connected to the positive and negative electrodes of the battery (13) respectively, and a positive contact point, a positive power switch and a power switch button are provided at the center of the flat bottom below the battery compartment (12); the positive contact point is connected to the positive power switch, and the positive power switch is connected in parallel with the positive electrodes of the module water temperature sensor module (6), the water temperature sweet spot setting module (7), the sound and light prompt module (11) and the display module (8) through the positive electric wire 1 (18), the positive electric wire 2 (20), the positive electric wire 3 (22) and the positive electric wire 4 (24), respectively, and the power switch button is provided to control the power supply of the battery. Controlling the connection and disconnection of the power supply; a circular card cover is provided above the battery compartment (12), a negative contact point is provided at the center of the card cover, and the negative contact point is connected in parallel with the negative poles of the water temperature sensing module (6), the water temperature sweet spot setting module (7), the sound and light prompt module (11), and the display module (8) through a negative electric wire 1 (19), a negative electric wire 2 (21), a negative electric wire 3 (23), and a negative electric wire 4 (25) respectively; pressing the power switch button connects the positive pole of the power supply, the circuit is connected and energized, and the water temperature sensing module (6), the water temperature sweet spot setting module (7), the sound and light prompt module (11), and the display module (8) of the module start to operate; pressing the power switch button again causes the power switch button to pop up and disconnect the positive pole of the power supply, and each of the modules stops operating; The battery (13) is a thin round button-type battery, placed in the battery compartment (12), and used to provide electric energy to the water temperature sensor module (6), the water temperature sweet spot setting module (7), the sound and light prompt module (11), and the display module (8); The heat-insulating gasket (14) is a circular thin sheet with a diameter slightly smaller than the inner diameter of the outer shell (2), and is placed between the bottom of the inner tank (1) and the module frame (5) to prevent the water temperature of the inner tank (1) from transferring heat to the module frame (5); a small circular hole is left in the center of the heat-insulating gasket (14) for the sensing needle of the water temperature sensing module (6) to pass through; The elastic gasket (15) is a circular thin sheet with a retractable thickness and a diameter slightly smaller than the diameter of the base (4). It is placed between the module frame (5) and the base (4) to adjust the gap and supporting force between the base (4) and the heat insulating gasket (14) and the module frame (5), and to adjust the combination of the shell (2) and the base (4) so ​​that the two are butted and tightly closed; the elastic gasket (15) is provided with two small round holes corresponding to the positions of the power switch button of the battery compartment (12) and the setting button of the water temperature sense sweet spot setting module (7), and is respectively aligned with the two small round holes provided on the top of the plane of the base (4), so that the power switch button of the battery compartment (12) and the setting button of the water temperature sense sweet spot setting module (7) pass through and protrude outward; 2. A physiological sweet water cup according to claim 1, characterized in that: The inner liner (1) is sleeved inside the outer shell (2), and a cavity is formed between the two after the sleeve is inserted to prevent the water temperature of the inner liner (1) from being transmitted to the outer shell (2); the upper end of the inner liner (1) is higher than the upper end of the outer shell (2), and the upper ends of the two form an upper and lower position difference, which is used to install the structural ring (3), and the three are integrated into one; the bottom of the inner liner (1) is higher than the lower end of the outer shell (2), and the two form an upper and lower position difference, and the outer shell (2) and the base (4) are integrated into one by screws, thereby forming a cavity between the bottom of the inner liner (1) and the base (4), which is used to place the thermal insulation gasket (14), the module frame (5), and the elastic gasket (15), and by screwing the The base (4) is fixed against the top; the water temperature sensor module (6) is fixed at the center position below the circular plate (501) on the module frame; the display module (8), the sound and light prompt module (11), the water temperature sense sweet spot setting module (7) and the battery compartment (12) are all fixed on the upper circular plate (502) below the module frame; the sound and light prompt module (11) is fixed at the center position above the lower circular plate (502) of the module frame; the display module (8) is located close to the through hole (9) of the LED display screen, and its LED display screen is just aligned with and inserted into the through hole (9) of the LED display screen; the position of the display module (8) is used as a reference The water temperature sensing sweet spot setting module (7) and the battery compartment (12) are respectively located at two vertices other than one vertex of an imaginary equilateral triangle with the position of the display module (8) as one vertex, the battery compartment (12) is located at a vertex on the clockwise side of the display module (8), and the water temperature sensing sweet spot setting module (7) is located at a vertex on the counterclockwise side of the display module (8); accordingly, the first lower column (503b) of the module frame column, the second lower column (504b) of the module frame column, and the third lower column (505b) of the module frame column are respectively fixed on the upper surface of the lower circular plate (502) of the module frame, and are respectively located on the display module (8) in sequence. The midpoint between the battery compartment (12), the midpoint between the battery compartment (12) and the water temperature sensing sweet spot setting module (7), and the midpoint between the water temperature sensing sweet spot setting module (7) and the display module (8); the module frame column first upper tube (503a), the module frame column second upper tube (504a), and the module frame column third upper tube (505a) corresponding to the above three lower columns are respectively fixed under the upper circular plate (501) of the module frame, and are respectively opposite to the module frame column first lower column (503b), the module frame column second lower column (504b), and the module frame column third lower column (505b) in sequence, and ensure that the column and the tube can be fitted; 3. A physiological sweet water cup according to claims 1 and 2, characterized in that: The water temperature sensing module (6) is connected to the display module (8) and the sound and light prompt module (11) respectively through the Y-shaped information line 1 (16); the water temperature sensing module (6) senses the water temperature of the inner tank (1) by touch, and then transmits the sensed water temperature information to the display module (8) and the sound and light prompt module (11) respectively in two ways, one of which is used to display the current water temperature value in the inner tank (1) on the LED display screen of the display module (8), and the other is used to send out a sound and light prompt when the water temperature value in the inner tank (1) reaches the water temperature sweet spot set by the sound and light prompt module (11); the water temperature sweet spot setting module (7) is connected to the display module (8) and the sound and light prompt module (11) respectively through the Y-shaped information line 2 (17); the water temperature sweet spot setting module (7) sets the water temperature sweet spot prompt information, that is, the set water temperature sweet spot temperature is equal to the water temperature sweet spot temperature in the inner tank (1). The water temperature is detected and transmitted to the sound and light prompt module (11), and the sound and light prompt module (11) stores the information at the same time. When the water temperature information transmitted from the inner tank (1) is the same as the set water temperature sense sweet spot prompt temperature stored in the sound and light prompt module (11), the sound and light prompt module (11) emits a prompt sound and flashes light, and at the same time, the LED display screen of the display module (8) also displays the water temperature value in the inner tank (1) at this time; the LED display screen of the display module (8) normally displays the current water temperature value in the inner tank (1). When the setting button of the water temperature sense sweet spot setting module (7) is pressed to set the water temperature sense sweet spot, the value displayed on the LED display screen of the display module (8) changes as the button is pressed. When the desired water temperature sense sweet spot value appears, the button is stopped, and the setting is completed. After 3 seconds, the display automatically switches to the normal state, that is, the display of the current water temperature value in the inner tank (1) is restored; 4. A physiological sweet water cup according to claims 1, 2 and 3, characterized in that: The water temperature sense sweet spot is determined by tasting the water; the water drinker repeatedly tastes water of different temperatures to determine his own sense sweet spot temperature, and then sets his own water temperature sense sweet spot prompt according to the sense sweet spot temperature; the setting button of the water temperature sense sweet spot setting module (7) is pressed to set the water temperature sense sweet spot prompt temperature, and each time the setting button is pressed, the value of the LED display screen of the display module (8) increases by one degree Celsius. When the preset maximum limit of the cycle setting temperature of the water temperature sense sweet spot setting module (7) is reached, it automatically returns to the preset minimum limit of the cycle setting temperature, and the cycle is repeated until it stops at the value of the temperature point to be set, indicating that the setting is successful.

Images