CN220675719U - Cup with inner and outer temperature division areas - Google Patents

Abstract

The utility model discloses an inner and outer temperature-dividing water cup, which comprises an inner cup body and an outer cup body, wherein the outer cup body is sleeved outside the inner cup body, the inner part of the inner cup body is a water containing area, an outer water containing area is formed between the inner cup body and the outer cup body, a water control valve used for communicating and separating the water containing area and the outer water containing area is arranged on the inner cup body, and a water guide port used for guiding water in the outer water containing area is formed between the inner cup body and the outer cup body. The lower shell of the upper cup cover is of an arc-shaped structure, a movable part is arranged in the upper cup cover, a corresponding part which is matched with the movable part to form magnetic force is arranged in the movable inner cover, a movable part positioning hole is formed in the lower shell of the upper cup cover, and the movable part can enter the movable part positioning hole when the upper cup cover slides and inclines. The cup with the inner and outer divided text areas is simple to operate and good in sealing effect.

Description

Cup with inner and outer temperature division areas

Technical Field

The utility model relates to the technical field of drinking water containers, in particular to a water cup with inner and outer temperature division areas.

Background

At present, a common vacuum cup circulated in the market only has one temperature area, cannot be quickly cooled, and can only be used for integrally cooling, so that tea is changed in taste due to high-temperature tea making; the common tea water separating cup needs to be used upside down, which is troublesome and has hidden danger of water leakage; the thermos cup and cup cover separate structure, the operation is complicated, and easy watering just can't be convenient make tea, if can't keep warm as the teapot, uses inconveniently. Therefore, it is necessary to provide a cup with inner and outer temperature division regions which can be divided into inner and outer temperature division regions and is easy to operate.

Disclosure of Invention

The utility model aims to provide a water cup capable of dividing temperature areas into inner and outer areas. To solve the deficiencies of the prior art set forth in the background art above.

In order to solve the technical problems, the adopted technical scheme is as follows: the inner cup body is provided with a water control valve used for communicating and isolating the water containing area and the outer water containing area, and a water guide port used for guiding water in the outer water containing area is formed between the inner cup body and the outer cup body;

the cup cover comprises an upper cup cover, a main cup cover and a movable inner cover; the movable inner cover is arranged on the inner side of the main cup cover, and the upper cup cover is arranged on the upper side of the main cup cover; the main cup cover comprises a fixed inner cover matched with the movable inner cover, the fixed inner cover is provided with a movable inner cover limiting hole, and the movable inner cover penetrates through the movable inner cover limiting hole and can vertically move along the movable inner cover limiting hole; the part of the movable inner cover, which is positioned below the movable inner cover limiting hole, is provided with a valve control rod fixing hole, the outer side of the valve control rod fixing hole is provided with a transverse extension part, and the valve control rod fixing hole is used for being inserted into and separated from the valve control rod;

the upper cup cover is of an arc-shaped structure facing the lower shell of the upper cup cover of the main cup cover, a movable part is arranged in the upper cup cover, a calling part which is matched with the movable part to form magnetic force is arranged in the movable inner cover, one of the movable part and the calling part is a magnet, and the other of the movable part and the calling part is a magnet or a magnetic conductive material; the lower shell of the upper cup cover is provided with a movable part positioning hole, and the movable part can enter the movable part positioning hole when the upper cup cover slides and inclines.

Preferably, the inner cup body is a cup body with a heat preservation function.

Preferably, a water guide port is formed between the inner cup body and the outer cup body, or the inner cup body and the outer cup body are fixedly connected through an inner cup body fixing ring, and the water guide port is arranged on the inner cup body fixing ring.

Preferably, the water control valve is connected with the lower end of a valve control rod positioned in the water containing area, and the valve control rod is used for controlling the water control valve to be communicated with and cut off the water containing area and the outer water containing area.

Preferably, the upper cup cover comprises an upper cup cover shell and an upper cup cover lower shell, a movable part accommodating cavity is formed between the upper cup cover upper shell and the upper cup cover shell, the movable part is positioned in the movable part accommodating cavity, and the movable part positioning hole is a groove with the lower cup cover shell recessed downwards or a hole positioned on the lower cup cover shell.

Preferably, a vertical movable inner cover spring is arranged between the transverse extension part and the fixed inner cover; when the cup cover covers the inner and outer temperature-dividing region water cup, the valve control rod moves upwards under the magnetic attraction of the magnet in the upper cup cover to close the water control valve, so that the water containing region is separated from the outer water containing region, and the movable inner cover spring is compressed; the upper cup cover slides, the movable part gets into the sliding part spacing groove for the movable part position is lower than not getting into movable part locating hole, the calling part with the whole decline of movable inner cup, compressed movable inner cup spring resets, drives the valve accuse pole moves down and makes the water control valve is opened, the content water district with outer water district intercommunication.

Preferably, the main cup cover comprises a main cup cover shell and the fixed inner cover positioned on the inner side of the main cup cover shell; the fixed inner cover comprises a fixed inner cover main body part connected with the main cup cover shell and a lower extension part which is positioned in the middle of the fixed inner cover main body part and extends downwards to form the movable inner cover limiting hole; the outer side of the lower extension part is sleeved with a fixed inner cover sealing ring; the fixed inner cover and/or the fixed inner cover is/are sealed to enclose an air inlet channel, one end of the air inlet channel extends to the lower extension part, and the other end of the air inlet channel extends to a space on one side where the upper cup cover is located.

Preferably, the main cup cover shell is of an annular structure, and the upper cup cover is detachably connected with the upper end of the main cup cover shell; when the main cup cover is covered on the inner and outer temperature division water cup, the lower end of the main cup cover shell is connected to the outer side of the outer cup body, and the fixed inner cover sealing ring on the fixed inner cover is contacted with the inner side wall of the inner cup body.

Preferably, the bottom surface of the inner cup body is provided with a detachable tea partition for making tea and/or a filter element for filtering scale.

Preferably, a fixing hole for fixing the water control valve is formed in the bottom of the inner cup body, the water control valve comprises a valve control rod, a limiting protrusion is arranged at the lower end of the valve control rod, a valve upper shell is sleeved on the valve control rod on the upper side of the limiting protrusion, a valve lower shell matched with the valve upper shell is arranged on the lower side of the limiting protrusion, a water inlet is formed in the valve upper shell, a water outlet is formed in the valve lower shell, and the valve upper shell and the valve lower shell are combined to form a valve accommodating cavity;

a valve inner plug and a compression spring are arranged in the valve accommodating cavity; the valve inner plug and the valve upper shell are respectively arranged on the upper side and the lower side of the limiting protrusion, a compression spring accommodating cavity is formed between the valve inner plug and the valve control rod, the compression spring is sleeved on the valve control rod and is positioned in the spring accommodating cavity, and one end of the compression spring is propped against the valve lower shell;

when the valve control rod moves upwards, the valve inner plug isolates the valve accommodating cavity into two parts of which the water inlet and the water outlet are not communicated with each other under the action of upward elastic force of the compression spring; when the valve control rod is driven to move downwards, the valve control rod drives the valve inner plug to move downwards so that the water inlet and the water outlet are communicated through the valve accommodating cavity.

Preferably, a movable inner cover decoration cover is arranged below the transverse extension part, the movable inner cover decoration cover is provided with a valve control rod through hole, and a valve control rod sealing ring is arranged in the valve control rod through hole of the movable inner cover decoration cover.

Preferably, the movable inner cover is provided with a movable inner cover sealing ring at the part in the movable inner cover limiting hole.

Preferably, the main cup cover further comprises an upper main cup cover shell and a lower main cup cover shell, and a main cup cover sealing ring matched with the upper cup cover is clamped between the upper main cup cover shell and the lower main cup cover shell.

Compared with the prior art, the utility model has the beneficial effects that:

1. the inner cup body and the outer cup body are sleeved outside the inner cup body, the inner part of the inner cup body is a water containing area, the water containing area is a heat preservation area, an outer water containing area is formed between the inner cup body and the outer cup body, the outer water containing area is a cooling area, a water control valve used for communicating and isolating the water containing area and the outer water containing area is arranged on the inner cup body, water can be quickly and conveniently flowed into the cooling area from the heat preservation area through the water control valve, and water temperature partition is realized; the water guide port used for guiding out water in the outer water containing area is formed between the inner cup body and the outer cup body, if cold water is needed to drink, after the water control valve is closed, the water in the outer water containing area can be rapidly cooled, if hot water is needed to drink, the water control valve can be opened, when a proper amount of hot water in the inner water containing area flows into the outer water containing area to drink, and hot water does not completely enter the outer water containing area at one time, the water quantity entering the outer water containing area is controllable, and the rapid cooling and drinking of the water in the outer water containing area are facilitated.

2. The tea partition for containing tea leaves is additionally arranged between the inner water containing area and the outer water containing area, tea making is facilitated, the water control valve is controlled according to the tea drinking amount, so that a proper amount of hot water in the inner water containing area flows into the tea partition of the outer water containing area to soak the tea leaves, the hot water does not completely enter the outer water containing area at one time, the cooling is faster after the tea leaves are soaked, the instant tea drinking effect can be achieved, and the tea drinking is facilitated.

3. When the inner and outer temperature-dividing water cup is used for making tea, hot water can be added into the water-containing area while the water-controlling valve is closed.

4. After the existing water cup is used for making tea, the tea in the cup is sometimes left for a long time due to forgetting and the like, so that the tea is wholly cooled and cannot be drunk, and particularly when the cup is filled with water, the tea is particularly prominent, and the tea can only be generally poured out wholly. When the inner and outer temperature-dividing area water cup is used for making tea, the inner water-containing area and the outer water-containing area are separated to form the independent heat-preserving area and the cooling area, and even if the tea water in the cooling area is too cool to drink for a long time, the hot water in the heat-preserving area can be introduced into the cooling area through the water control valve, so that the tea water is suitable for drinking, the problems are effectively solved, and the waste of water resources is avoided.

5. When the cup is used in winter, the outer cup can quickly dissipate heat and simultaneously play a role in warming hands.

6. The tea partition is provided with a filter element which can filter impurities such as scale and the like in the hot water.

7. Because the upper cup cover is of an arc-shaped structure facing the lower surface of the upper cup cover of the main cup cover, the lower surface of the upper cup cover can slide and incline on the main cup cover, at the moment, the movable part can enter the limiting groove of the sliding part, so that the position of the movable part is lower than that of the position of the movable part which does not enter the positioning hole of the movable part, and the magnetic force between the movable part and the calling part is unchanged, so that the calling part and the movable inner cover are integrally lowered, the movable inner cover spring which is compressed is reset, the valve control rod is driven to move downwards to open the water control valve, and the water containing area is communicated with the water containing area. The utility model adopts the magnetic attraction sliding upper cup cover mode to make the cup cover easier to open.

Drawings

FIG. 1 is a schematic diagram of the overall structure of a cup with inner and outer temperature division areas according to the utility model;

FIG. 2 is a schematic vertical cross-section of FIG. 1;

FIG. 3 is an exploded view of the structure of FIG. 1;

FIG. 4 is an exploded view of the inner cup and inner cup retaining ring structure of FIG. 3;

FIG. 5 is an exploded view of the main lid structure of FIG. 3;

FIG. 6 is an exploded view of the upper cup lid structure of FIG. 3;

FIG. 7 is an exploded view of the tea barrier structure of FIG. 3;

FIG. 8 is an exploded view of the water control valve structure of FIG. 3;

FIG. 9 is an exploded view of the stationary inner cap and the movable inner cap of FIG. 3;

FIG. 10 is an enlarged view of a cross-sectional view of the water control valve of FIG. 1;

FIG. 11 is a schematic view of the path of ambient air into the cup and water flow when the lid is opened during the water discharge process;

FIG. 12 is an enlarged view of a portion of the A frame of FIG. 11;

FIG. 13 is a schematic view of the path of water flow during drinking;

FIG. 14 is an enlarged view of a portion of the D-box of FIG. 13;

FIG. 15 is a schematic view of the structure of the stationary inner cap;

FIG. 16 is a schematic view of the stationary inner cap and stationary inner cap seal ring;

FIG. 17 is a cross-sectional view of the stationary inner cap and stationary inner cap seal ring.

In the figure: 1. the inner cup, 2, outer cup, 3, water-containing zone, 4, water-containing zone, 5, water control valve, 6, water guide, 7, inner cup retaining ring, 8, valve lever, 9, upper cup, 10, main cup, 11, movable inner cup, 12, fixed inner cup, 13, movable inner cup retaining hole, 14, main cup housing, 15, tea partition, 51, valve upper shell, 52, valve lower shell, 53, water inlet, 54, water outlet, 56, valve inner plug, 57, compression spring, 81, retaining protrusion, 91, movable portion, 92, upper cup lower shell, 93, upper cup upper shell, 94, movable portion retaining hole, 95, movable portion retainer ring, 111, movable inner cup upper portion, 112, movable inner cup middle portion, 113, lateral extension portion, 114, movable inner cup spring, 115, movable inner cup decorative cover, 116, valve lever sealing ring, 117, movable inner cup sealing ring, 118, valve lever retaining hole, 119, exhalation portion, 121, fixed inner cup main body portion, 122, lower extension portion, 123, fixed inner cup cover, 124, vent hole, 141, main cup housing, air inlet channel, 153, main cup housing, air inlet cover, air-blocking ring, 153, main cup housing, air inlet channel, air-blocking cover, air-absorbing housing, and so as described above and above.

Detailed Description

The following description of the embodiments of the present utility model will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present utility model, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the utility model without making any inventive effort, are intended to be within the scope of the utility model.

Example 1

As shown in fig. 1 to 12 together, an inner and outer temperature-dividing water cup comprises an inner cup body 1 and an outer cup body 2, wherein the outer cup body 2 is sleeved outside the inner cup body 1, the inner part of the inner cup body 1 is a water containing area 3, an outer water containing area 4 is formed between the inner cup body 1 and the outer cup body 2, a water control valve 5 for communicating and isolating the water containing area 3 and the outer water containing area 4 is arranged on the inner cup body 1, and a water guide port 6 for guiding water in the outer water containing area 4 is formed in a gap between the inner cup body 1 and the outer cup body 2. After water is added into the water containing area formed by the inner cup body, the water enters the outer water containing area through the water control valve, flows out of the outer water containing area through the water guide port, and is drunk.

The inner cup body 1 is a cup body with a heat insulation function, and specifically can be a cup body with a double-layer vacuum structure or a cup body made of heat insulation materials, and in the embodiment, a stainless steel cup body is used as the inner cup body. The outer cup body is a glass cup body or a plastic cup body or a stainless steel cup body.

In this embodiment, the joint has interior cup solid fixed ring 7 to two inside and outside cups between interior cup 1 and the outer cup 2 upper end, be equipped with water guide port 6 on the interior cup solid fixed ring, interior cup solid fixed ring 7 is made by plastic or silica gel. Of course, the inner cup body fixing ring and the inner cup body or the outer cup body together form the water guide mouth, or the inner cup body fixing ring, the inner cup body and the outer cup body together form the water guide mouth.

The water control valve 5 is connected with the lower end of a valve control rod 8 which is vertically arranged in the water containing area 3, and the valve control rod 8 is moved up and down to control the water control valve 5 to be opened or closed so as to communicate and cut off the water containing area 3 and the outer water containing area 4.

The inner and outer temperature division area water cup of the embodiment also comprises a cup cover, wherein the cup cover comprises an upper cup cover 9, a main cup cover 10 and a movable inner cover 11. The upper cup cover 9 is arranged on the upper side of the main cup cover 10, the main cup cover 10 comprises an annular main cup cover shell 14 and a fixed inner cover 12 which is positioned on the inner side of the main cup cover shell 14 and matched with the movable inner cover 11, the main cup cover shell 14 comprises an upper main cup cover shell 141 and a lower main cup cover shell 142, and a main cup cover sealing ring 143 matched with the upper cup cover 9 is clamped between the upper main cup cover shell 141 and the lower main cup cover shell 142. When the upper cup cover is covered on the main cup cover shell, the main cup cover sealing ring 143 contacts with the inner wall of the upper cup cover 9 to form a seal. The lower main lid housing 142 of the main lid 10 and the fixed inner lid 12 may be integrally or separately formed, such as integrally injection molded or separately injection molded and then ultrasonically welded, or may be separately formed with a sealing ring.

The movable inner cover 11 is arranged on the inner side of the main cup cover 10 and is positioned below the upper cup cover 9; the upper cup cover 9 faces the upper cup cover lower shell 92 of the main cup cover 10 and is of an arc-shaped structure, a movable part 91 is arranged in the upper cup cover 9, a corresponding part 119 which is matched with the movable part 91 to form magnetic force is arranged in the movable inner cover 11, one of the movable part 91 and the corresponding part 119 is a magnet, and the other is a magnet or a magnetic conductive material; the upper cup cover lower shell 92 is provided with a movable part positioning hole 93, the movable part 91 rolls the movable part positioning hole 93 when the upper cup cover 9 slides and inclines, and the upper cup cover lower shell 92 is also provided with an auxiliary positioning groove. In the embodiment, the movable part 91 is a magnet with a spherical structure, the corresponding part 119 is a columnar magnet, and the movable part positioning hole 93 is a hole positioned on the lower shell of the upper cup cover; in this embodiment, the upper cup cover lower shell and the upper cup cover upper shell are combined to form a movable portion accommodating cavity, the movable portion is located in the movable portion accommodating cavity, and a movable portion limiting ring 94 for limiting the movement range of the movable portion is further arranged in the movable portion accommodating cavity.

The fixed inner cap 12 comprises a fixed inner cap main body part 121 connected with the inner side of the main cap shell 14, and a lower extension part 122 positioned in the middle of the fixed inner cap main body part 121 and extending downwards to enclose the movable inner cap limiting hole 13, wherein a fixed inner cap sealing ring 123 is sleeved on the outer side surface of the lower extension part 122, and the fixed inner cap sealing ring 123 is used for sealing a gap between the inner cup body 1 and the lower extension part 122 when the main cap 10 is covered on the inner and outer temperature division area water cup, so that water leakage is prevented.

The fixed inner cover 121 and the fixed inner cover sealing ring 123 together enclose an air inlet channel 124, one ventilation end of the air inlet channel 124 extends to the lower extension part 122, and the other ventilation end of the air inlet channel 124 extends to a space on one side of the upper cup cover 9; specifically, the vent hole 125 is provided on the side edge of the inner lid main body 121 of the fixed inner lid 12, the vent hole 125 is one vent end of the air inlet channel 124, the other vent end of the air inlet channel 124 extends to the end of the lower extension portion 122, the fixed inner lid sealing ring 123 comprises a sealing ring annular main body and sealing ring saw teeth, when the fixed inner lid sealing ring 123 is sleeved on the outer side surface of the lower extension portion 122, the sealing ring saw teeth not only play a limiting role on the sealing ring annular main body, but also prevent the sealing ring from moving upwards as a whole, and the sealing ring saw teeth block part of the space of the side edge vent hole of the inner lid main body 121 to form a plurality of smaller vent holes, so that a large amount of hot air is prevented from being emitted from the inner cup body to cause injury to drinkers in the moment. Of course, the following design scheme can be adopted for the air inlet channel according to actual needs, and the air inlet channel is formed by the fixed inner cover only, and in the embodiment, the fixed inner cover sealing ring is not provided with sealing ring saw teeth, or the air inlet channel is formed on the inner cover sealing ring only, and the inner cup body is communicated with the outside.

The part of the movable inner cover 11 passes through the movable inner cover limiting hole 13 and can vertically move along the movable inner cover limiting hole 13, the part of the movable inner cover 11 positioned below the movable inner cover limiting hole 13 is provided with a valve control rod fixing hole 118, and the specific structure of the movable inner cover 11 in this embodiment is as follows:

the movable inner cover 11 comprises a movable inner cover upper part 111, a movable inner cover middle part 112 and a movable inner cover lower part 113 which are vertically connected in sequence, and the movable inner cover upper part 111 is in clamping fit with the movable inner cover limiting hole 13.

In this embodiment, the upper part 111 of the movable inner cover is in a bolt structure, the upper part of the movable inner cover is integrally clamped in the movable inner cover limiting hole 13 with the clamping step, and the lower end of the upper part 111 of the movable inner cover is inserted into the valve control rod fixing hole 118, which can of course also make the upper part 111 of the movable inner cover partially clamped in the movable inner cover limiting hole 13 or make the transverse length of the upper part 111 of the movable inner cover larger so that the whole is positioned outside the movable inner cover limiting hole 13.

The movable inner cover middle part 112 passes through the movable inner cover limiting hole 13, the movable inner cover middle part 112 is slightly longer than the movable inner cover limiting hole 13, and the movable inner cover middle part 112 can move up and down along the movable inner cover limiting hole 13.

The lower part of the movable inner cover comprises a transverse extension part 113 which is circumferentially distributed and a valve control rod fixing hole 118 which is positioned in the middle of the transverse extension part 113, wherein the valve control rod fixing hole 118 is used for being inserted into and separated from the upper end of the valve control rod 8. The length of the valve lever fixing hole 118 may be extended to the movable inner lid middle part 112 or the movable inner lid upper part 111 according to actual needs, and the middle position of the lateral extension part 113 is connected with the movable inner lid middle part 112. The lateral extension 113, when moved upward with the movable inner lid 11, can close the air intake passage 124 at the air-vent end of the lower extension 122. Of course, if the air intake channel 124 is only provided on the fixed inner cover sealing ring 123, the lateral extension 1132 can be made larger in the lateral direction, and the air intake channel is still closed by blocking the air intake channel 124 by the lateral extension 113 at the air ventilation end of the fixed inner cover sealing ring 123.

When the cup cover is normally covered on the cup with the inner and outer temperature division areas, the valve control rod 8 is inserted into the valve control rod fixing hole 118, and the valve control rod 8 moves upwards to close the water control valve 5 under the magnetic attraction effect of the movable part 91 in the upper cup cover 9, so that the water containing area 3 and the outer water containing area 4 are separated, the movable inner cover 11 is driven to move upwards, and the transverse extension part 113 of the movable inner cover 11 moves upwards to block the ventilation end of the air inlet channel 124 at the lower extension part 122.

When the upper cup cover 9 is pressed by one hand, the upper cup cover 9 slides, the movable part 91 can enter the movable part positioning hole, so that the position of the movable part is lower than that of the movable part positioning hole which does not enter the movable part positioning hole, and the magnetic force between the movable part and the corresponding part is unchanged, so that the corresponding part and the movable inner cover are also integrally lowered, the valve control rod 8 moves downwards, the water control valve 5 is opened, the content water area 3 is communicated with the outer water area 4, and meanwhile, the transverse extension part 113 moves downwards, and the inner cup body 1 is communicated with the outside through the air inlet channel 124. External air enters the inner cup body through the air inlet channel, and the internal and external air pressures are balanced, so that drinking water is convenient.

When the main cup cover 10 is covered on the inner and outer temperature division water cup, the lower end of the main cup cover shell 14 is clamped or connected with the outer side of the outer cup body 2 through threads, and the fixed inner cover sealing ring 123 on the fixed inner cover 12 is in contact sealing with the inner side wall of the inner cup body 2, and the movable inner cover 11 is positioned at the upper part of the water containing area 3 surrounded by the inner cup body 1.

In this embodiment, an auxiliary magnet 119 is disposed in the valve lever fixing hole 118 to further enhance the magnetic attraction force to the valve lever 8. Of course, an auxiliary magnet may be provided in the main cup cover. In addition, a magnetic conductive material can be arranged in the movable inner cover or the main cup cover.

In this embodiment, the outer surface of the bottom of the inner cup body 1 is provided with a detachable tea partition 15 for making tea, the tea partition 15 is attracted to the outer surface of the bottom of the inner cup body 1 in a magnetic attraction manner, the inner surface of the bottom of the inner cup body 1 is provided with a valve fixing hole for fixing the water control valve 5, the tea partition adsorption magnet 155 and the water control valve 5 are positioned in the valve fixing hole, the tea partition adsorption magnet 155 is fixed at the bottom, the water control valve 5 is positioned on the upper side of the tea partition adsorption magnet 155, the tea partition 15 comprises a tea partition shell 151 with a leak hole at the bottom, a net-shaped filter element 152 paved on the leak hole, a gland 153 positioned above the filter element 152, a fixing ring 154 penetrating through the filter element 152 and the gland 153 and connected with the bottom of the tea partition shell 151, the fixing ring 154 is made of magnetic conductive materials, and the fixing ring 154 is adsorbed at the bottom of the inner cup by the magnetic attraction of the tea partition adsorption magnet 155. Of course, the tea partition is connected with the inner cup body 1 in a plugging, clamping or threaded mode, and a filter element is not arranged or only arranged according to actual needs, so that the tea partition is not arranged. For example, the tea separation casing 151 is provided with an upward tea separation cannula, the inner cup body is provided with a groove matched with the tea separation cannula, or the tea separation cannula is matched with the groove matched with the tea separation cannula on the inner cup body through threads, and a filter element or only the filter element can be arranged according to actual needs, and the tea separation is not arranged. When the tea leaves are replaced or the tea leakage is removed, the inner cup body is pulled out of the outer cup body, and then the tea leakage is removed from the inner cup body.

Of course, the tea stand can be arranged to be undetachable, and the tea stand is fixed on the outer surface of the bottom of the inner cup body.

The tea partition in this example has the following effects: the tea is brewed at any time by hot water, the outer cup water is the brewed tea, and the tea is naturally cooled and drunk at any time, so that the tea is prevented from being stale due to the fact that the cup body is always hot water for tea sealing; the filter element can select different filter screens and filter papers; the opening of the valve can be controlled when coffee is brewed, a dripping mode is selected, the inner cup can be ice water or hot water, and the coffee is similar to the coffee extraction, but is more convenient; when the filter screen is made of porous resin film, the scale in boiled water can be filtered, and the filter screen can be used as a filter even if tea is not made, so that the filter screen is more suitable for being used when the water quality of the office tea boiler is poor; the tea partition can be positioned by magnetic attraction, screw thread positioning and inserting positioning.

Preferably, the bottom of the inner cup body is provided with a valve fixing hole, a tea partition adsorption magnet for adsorbing tea partition is fixed in the valve fixing hole, and the water control valve is arranged above the tea partition adsorption magnet. The water control valve is provided with a magnetic conduction component which is matched with the tea separation adsorption magnet to form magnetic force. The lower shell of the upper cup cover is provided with an auxiliary positioning groove.

In this embodiment, the water control valve 5 is detachably disposed on the inner cup 1, specifically, a valve fixing hole for fixing the water control valve 5 is disposed at the bottom of the inner cup 1 and recessed downward, the tea-isolation magnet 155 and the water control valve 5 are disposed in the valve fixing hole, the water control valve 5 can be pulled out from the valve fixing hole, the water control valve 5 includes a valve control rod 8, a transverse limit protrusion 81 is disposed at the lower end of the valve control rod 8, a valve upper shell 51 is sleeved on the valve control rod 8 above the limit protrusion 81, a valve lower shell 52 matched with the valve upper shell 51 is disposed at the lower side of the limit protrusion 81, a water inlet 53 is disposed on the valve upper shell 51, a water outlet 54 is disposed on the valve lower shell 52, and the valve upper shell 51 and the valve lower shell 52 are combined into a valve accommodating cavity through threaded connection;

a valve inner plug 56 and a compression spring 57 are arranged in the valve accommodating cavity; the valve inner plug 56 and the valve upper shell 51 are respectively arranged on the upper side and the lower side of the limiting protrusion 81, a compression spring accommodating cavity is formed between the valve inner plug 56 and the valve control rod 8, the compression spring 57 is sleeved on the valve control rod 8 and is positioned in the spring accommodating cavity, and one end of the compression spring abuts against the valve lower shell 52.

When the valve control rod 8 moves upwards, the valve inner plug 56 seals the water inlet 53 under the upward elastic force of the compression spring 57, so that the valve accommodating cavity is isolated into two parts of which the water inlet 53 and the water outlet 54 are not communicated with each other; when the valve control rod 8 is driven to move downwards, the valve control rod 8 drives the valve inner plug 56 to move downwards so that the water inlet 53 and the water outlet 54 are communicated through the valve accommodating cavity.

The valve lower shell 52 can be made of magnetic conductive materials so as to fix the water control valve by utilizing the magnetic force between the valve lower shell and the tea separation adsorption magnet, and certainly, the magnetic conductive washer and the tea separation adsorption magnet can be arranged in the valve accommodating cavity to achieve the same effect, and other components of the water control valve can be set as magnetic conductive components so as to generate magnetic force with the tea separation adsorption magnet.

In this embodiment, the lower part of the lateral extension 113 is clamped with the movable inner cap decorative cover 115, the movable inner cap decorative cover 115 is provided with a valve control rod via hole, a valve control rod sealing ring 116 is arranged in the valve control rod via hole of the movable inner cap decorative cover 115, and the valve control rod 8 passes through the valve control rod sealing ring 116 when inserted into the valve control rod fixing hole 118. The valve lever sealing ring 116 is used for sealing a gap between the valve lever fixing hole 118 and the valve lever 8.

In this embodiment, the portion of the movable inner cap middle portion 112 located in the sealing movable inner cap limiting hole is provided with a movable inner cap sealing ring 117 for sealing the movable inner cap limiting hole 13.

The using method of the cup with the inner and outer temperature division areas in the embodiment is as follows:

as shown in fig. 2, in the conventional state, when the cup cover is covered on the cup body, the upper cup cover lower shell 92 contacts with the main cup cover sealing ring to form a seal, the valve control rod 8 is inserted into the valve control rod fixing hole 118, and the valve control rod 8 moves upwards to close the water control valve 5 under the magnetic attraction action of the movable part 91 in the upper cup cover 9, so that the water containing area 3 and the outer water containing area 4 are separated, the movable inner cover 11 is driven to move upwards, and the transverse extension part 113 of the movable inner cover 11 moves upwards to block the ventilation end of the air inlet channel 124 positioned at the lower extension part 122, thereby not only playing a role of heat preservation, but also preventing hot water in the inner cup body from flowing out from the air inlet channel 124.

As shown in fig. 11 and 12 together, the water draining process is that the upper cup cover 9 is pressed by one hand, so that the upper cup cover 9 slides, the movable part 91 can enter the movable part positioning hole, the position of the movable part is lower than that of the movable part positioning hole which does not enter the movable part positioning hole, and the magnetic force between the movable part and the corresponding part is unchanged, so that the corresponding part and the movable inner cover are integrally lowered, the transverse extension part 113 moves downwards, as shown in a path a, external air enters the inner cup through the inner cup 1 through the air inlet channel 124, external air enters the inner cup through the air inlet channel, the internal air pressure and the external air pressure are balanced, and water in a water containing area can enter an external water containing area conveniently. Simultaneously, the valve control rod 8 moves downwards to enable the water control valve 5 to be opened to enable the water containing area 3 to be communicated with the outer water containing area 4, as shown by a path b, water in the water containing area 3 enters the outer water containing area 4, and according to the water quantity control time actually required, a cup cover is covered to enable a cup to return to a normal state.

In the drinking process, as shown in fig. 13 and 14, when the tea leaves are well soaked or the water in the outer water containing area is cooled to a proper temperature, the upper cup cover is inclined by sliding the upper cup cover by one hand, a gap is formed between the lower shell of the upper cup cover and the sealing ring of the main cup cover, the movable part enters the auxiliary positioning groove of the lower shell of the upper cup cover, the height of the movable part in the auxiliary positioning groove is the same as that of the movable part in the sealing process of the upper cup cover, the movable inner cover does not move downwards, and the water in the outer water containing area is discharged through the water guide port 6 through the path d, so that drinking water can be obtained.

When water needs to be added into the inner cup body, the upper cup cover, the main cup cover and the movable inner cover are taken off integrally, so that water can be added.

Example two

A first difference from the embodiment is that a vertical movable inner cover spring 114 is provided between the lateral extension 113 and the fixed inner cover 121. When the cup cover covers the water cup in the inner and outer temperature division areas, the valve control rod 8 moves upwards under the action of the magnetic attraction of the movable part 91 of the upper cup cover 9 to close the water control valve 5, so that the water containing area and the water containing area are separated, and the movable inner cover 11 is driven to move upwards to compress the movable inner cover spring 114. The lateral extension 113 of the movable inner lid 11 moves upward to block the air intake passage 124 at the air vent end of the lower extension 122.

The upper cup cover 9 is pressed by one hand, so that the upper cup cover 9 slides, the movable part 91 can enter the movable part positioning hole, the position of the movable part is lower than that of the movable part positioning hole which does not enter the movable part positioning hole, the magnetic force between the movable part and the corresponding part is unchanged, the corresponding part and the movable inner cover are integrally lowered, the transverse extension part 113 moves downwards, the compressed movable inner cover spring 114 resets, the movable inner cover 11 and the valve control rod 8 are driven to move downwards so as to open a water control valve, the water containing area is communicated with the water containing area, the transverse extension part 113 moves downwards, the inner cup body 1 is communicated with the outside through the air inlet channel 124, the outside air enters the inner cup body through the air inlet channel, and the internal air pressure and the external air pressure are balanced.

The foregoing is merely a preferred embodiment of the present utility model, and it should be noted that modifications and substitutions can be made by those skilled in the art without departing from the technical principles of the present utility model, and these modifications and substitutions are considered to be within the scope of the present utility model.

Claims (15)

1. The inner cup body is provided with a water control valve used for communicating and isolating the water containing area and the outer water containing area, and a water guide port used for guiding water in the outer water containing area is formed between the inner cup body and the outer cup body;

the cup cover comprises an upper cup cover, a main cup cover and a movable inner cover; the movable inner cover is arranged on the inner side of the main cup cover, and the upper cup cover is arranged on the upper side of the main cup cover; the main cup cover comprises a fixed inner cover matched with the movable inner cover, the fixed inner cover is provided with a movable inner cover limiting hole, and the movable inner cover penetrates through the movable inner cover limiting hole and can vertically move along the movable inner cover limiting hole; the part of the movable inner cover, which is positioned below the movable inner cover limiting hole, is provided with a valve control rod fixing hole, the outer side of the valve control rod fixing hole is provided with a transverse extension part, and the valve control rod fixing hole is used for being inserted into and separated from the valve control rod;

the upper cup cover is of an arc-shaped structure facing the lower shell of the upper cup cover of the main cup cover, a movable part is arranged in the upper cup cover, a calling part which is matched with the movable part to form magnetic force is arranged in the movable inner cover, one of the movable part and the calling part is a magnet, and the other of the movable part and the calling part is a magnet or a magnetic conductive material; the lower shell of the upper cup cover is provided with a movable part positioning hole, and the movable part can enter the movable part positioning hole when the upper cup cover slides and inclines.

2. The inner and outer zoned cup of claim 1 wherein the inner cup is a cup with a thermal insulation.

3. The inner and outer zoned water cup according to claim 1, wherein a water guide port is formed between the inner cup body and the outer cup body, or the inner cup body and the outer cup body are fixedly connected through an inner cup body fixing ring, and the water guide port is arranged on the inner cup body fixing ring.

4. The cup according to claim 1, wherein the water control valve is detachably or irremovably arranged on the inner cup body, the water control valve is connected with the lower end of a valve control rod positioned in the water containing area, and the valve control rod is used for controlling the water control valve to communicate and isolate the water containing area and the water containing area.

5. The inner and outer zoned water cup of claim 1 wherein the upper lid comprises an upper lid top shell and an upper lid bottom shell, a removable portion receiving chamber is formed between the upper lid top shell and the upper lid top shell, the removable portion is located in the removable portion receiving chamber, and the removable portion positioning hole is a downward recessed groove of the upper lid bottom shell or a hole located in the upper lid bottom shell.

6. The inner and outer zoned cup of claim 1 wherein a vertical movable inner cover spring is disposed between the lateral extension and the stationary inner cover; when the cup cover covers the inner and outer temperature-dividing region water cup, the valve control rod moves upwards under the magnetic attraction of the magnet in the upper cup cover to close the water control valve, so that the water containing region is separated from the outer water containing region, and the movable inner cover spring is compressed; the upper cup cover is slid, the movable part enters the movable part positioning hole, so that the position of the movable part is lower than that of the movable part positioning hole, the call reaction part and the movable inner cover are wholly lowered, the compressed movable inner cover spring is reset, the valve control rod is driven to move downwards to enable the water control valve to be opened, and the water containing area is communicated with the water containing area.

7. The inner and outer zoned water cup of claim 1 or 6 wherein the main lid comprises a main lid housing and the stationary inner lid positioned inside the main lid housing; the fixed inner cover comprises a fixed inner cover main body part connected with the main cup cover shell and a lower extension part which is positioned in the middle of the fixed inner cover main body part and extends downwards to form the movable inner cover limiting hole; the outer side of the lower extension part is sleeved with a fixed inner cover sealing ring; the fixed inner cover and/or the fixed inner cover is/are sealed to enclose an air inlet channel, one end of the air inlet channel extends to the lower extension part, and the other end of the air inlet channel extends to a space on one side where the upper cup cover is located.

8. The inner and outer zoned water cup of claim 7 wherein the main lid housing is of annular configuration and the upper lid is detachably connected to the upper end of the main lid housing; when the main cup cover is covered on the inner and outer temperature division water cup, the lower end of the main cup cover shell is connected to the outer side of the outer cup body, and the fixed inner cover sealing ring on the fixed inner cover is contacted with the inner side wall of the inner cup body.

9. The inner and outer zoned cup of claim 1 wherein the inner cup bottom surface is provided with removable or non-removable tea compartments for brewing tea and/or filter cartridges for filtering scale.

10. The cup according to claim 9, wherein a valve fixing hole is formed in the bottom of the inner cup body, a tea partition adsorption magnet for adsorbing tea partitions is fixed in the valve fixing hole, and the water control valve is arranged above the tea partition adsorption magnet.

11. The inner and outer zoned cup of claim 10 wherein the water control valve is provided with a magnetically permeable member that cooperates with the tea compartment attracting magnet to form a magnetic force.

12. The inner and outer zoned cup of claim 1 wherein the upper cup lid lower shell is provided with an auxiliary detent.

13. The cup according to claim 7, wherein a fixing hole for fixing the water control valve is formed in the bottom of the inner cup body, the water control valve comprises a valve control rod, a limiting protrusion is arranged at the lower end of the valve control rod, a valve upper shell is sleeved on the valve control rod on the upper side of the limiting protrusion, a valve lower shell matched with the valve upper shell is arranged on the lower side of the limiting protrusion, a water inlet is formed in the valve upper shell, a water outlet is formed in the valve lower shell, and a valve accommodating cavity is formed by combining the valve upper shell and the valve lower shell;

a valve inner plug and a compression spring are arranged in the valve accommodating cavity; the valve inner plug and the valve upper shell are respectively arranged on the upper side and the lower side of the limiting protrusion, a compression spring accommodating cavity is formed between the valve inner plug and the valve control rod, the compression spring is sleeved on the valve control rod and is positioned in the spring accommodating cavity, and one end of the compression spring is propped against the valve lower shell;

when the valve control rod moves upwards, the valve inner plug isolates the valve accommodating cavity into two parts of which the water inlet and the water outlet are not communicated with each other under the action of upward elastic force of the compression spring; when the valve control rod is driven to move downwards, the valve control rod drives the valve inner plug to move downwards so that the water inlet and the water outlet are communicated through the valve accommodating cavity.

14. The cup according to claim 1 or 6, wherein a movable inner cover decoration cover is arranged below the transverse extension part, the movable inner cover decoration cover is provided with a valve control rod through hole, and a valve control rod sealing ring is arranged in the valve control rod through hole of the movable inner cover decoration cover.

15. The inner and outer zoned water cup of claim 1 or 6 wherein the main lid further comprises an upper main lid housing and a lower main lid housing, a main lid seal ring cooperating with the upper lid being sandwiched between the upper main lid housing and the lower main lid housing.