CN208541060U - A kind of solar energy heating thermostatic glass cup lid cooling structure - Google Patents

Abstract

The utility model discloses a kind of solar energy heating thermostatic glass cup lid cooling structures, including thermostatic glass cup lid main body, the thermostatic glass cup lid main body bottom inner portion is provided with cooling inside groove, and cooling inner tank interior is equipped with polynary cooling ring, the cooling inside groove left hand external is provided with cooling exit orifice, and thermostatic glass cup lid main body is installed outside cooling exit orifice, the cooling inside groove right hand external is provided with cooling inner hole, and thermostatic glass cup lid main body is installed outside cooling inner hole, the polynary cooling ring bottom inner portion is equipped with polynary ring through-hole, and tip exterior is connected with adjusting moving tooth on the right side of polynary cooling ring, the adjusting moving tooth left hand external is provided with gap adjustment mouth, and thermostatic glass cup lid main body is installed outside gap adjustment mouth.The solar energy heating thermostatic glass can cool down to the aqueous in thermostatic glass in the case where not opening cup lid with cup lid cooling structure, can effectively prevent dust and fall into cup, and cooling rate will not be too fast.

Description

A kind of solar energy heating thermostatic glass cup lid cooling structure

Technical field

The utility model relates to thermostatic glass technical field, specially a kind of solar energy heating thermostatic glass is cooled down with cup lid to be tied Structure.

Background technique

Cup is that we are commonly used to the container of the liquid contained day, is usually all made using the cylindrical body that height is greater than width Type also has a cup of the shapes such as rectangular in order to which hand is taken and retains the temperature of liquid, some cups can also with lever, Hand, or with functional structures such as additional anti-scald, heat preservations, can be carried out heating using the sun with the development of science and technology there is now Thermostatic glass.

If common thermostatic glass cools down cup lid opening before there is drinking-water with cup lid, cooling rate is too fast, and cup In be easy to fall into dust, the excessively slow situation of cooling rate if closing cup lid.

Utility model content

It is above-mentioned to solve the purpose of this utility model is to provide a kind of solar energy heating thermostatic glass cup lid cooling structure If the common thermostatic glass proposed in background technique cools down cup lid opening before there is drinking-water with cup lid, cooling rate mistake Fastly, it and is easy to fall into dust in cup, the excessively slow problem of cooling rate if closing cup lid.

To achieve the above object, the utility model provides the following technical solutions: a kind of solar energy heating thermostatic glass cup lid Cooling structure, including thermostatic glass cup lid main body, the thermostatic glass cup lid main body bottom inner portion are provided with cooling inside groove, and in cooling Polynary cooling ring is installed, the cooling inside groove left hand external is provided with cooling exit orifice, and installation outside the exit orifice that cools down inside slot There is thermostatic glass cup lid main body, the cooling inside groove right hand external is provided with cooling inner hole, and is equipped with constant temperature outside the inner hole that cools down Cup cup lid main body, the polynary cooling ring bottom inner portion is equipped with polynary ring through-hole, and tip exterior connects on the right side of polynary cooling ring It is connected to adjusting moving tooth, the adjusting moving tooth left hand external is provided with gap adjustment mouth, and is equipped with constant temperature outside gap adjustment mouth Cup cup lid main body, the thermostatic glass cup lid main body right hand external is connected with extension rod, and extension rod lower right-hand side is equipped with fixation Connection frame, the frame bottom end that is fixedly connected are externally connected to adjusting moving tooth.

Preferably, the cooling inside groove is ring structure, and the inner and outer diameter for the inside groove that cools down is equal to polynary cooling ring Inner and outer diameter.

Preferably, the cooling exit orifice and cooling inner hole are evenly distributed on thermostatic glass cup lid body interior, and the exit orifice that cools down, The diameter of cooling inner hole and polynary ring through-hole is equal, and the axis coincidence of cool down exit orifice and the inner hole that cools down.

Preferably, the polynary cooling ring upper end is gear shape structure, and polynary cooling ring upper end passes through with moving tooth is adjusted Engagement is bascule, and the polynary ring through-hole equal with the outer hole number that cools down is distributed in polynary cooling ring bottom inner portion, more Member ring via height is equal with the cooling height of exit orifice, and the distance of adjacent polynary ring through-hole is greater than the diameter of cooling exit orifice.

Preferably, the frame that is fixedly connected is " dry " shape structure of standing upside down, and is fixedly connected with frame by being fitted into and adjusting moving tooth For rotational structure.

It is tied compared with prior art, the utility model has the beneficial effects that the solar energy heating thermostatic glass is cooled down with cup lid Structure can cool down to the aqueous in thermostatic glass in the case where not opening cup lid, can effectively prevent dust and fall into cup In, and cooling rate will not be too fast.The cooling inside groove of this solar energy heating thermostatic glass cup lid cooling structure is ring structure, and The inner and outer diameter of cooling inside groove is equal to the inner and outer diameter of polynary cooling ring, and polynary cooling ring is enabled to be stuck in thermostatic glass cup lid The cooling inner tank interior of body side, and can be moved along cooling inside groove inner wall, this solar energy heating thermostatic glass cup lid The cooling exit orifice and cooling inner hole of cooling structure are evenly distributed on thermostatic glass cup lid body interior, and the exit orifice that cools down, cooling inner hole It is equal with the diameter of polynary ring through-hole, and the axis coincidence of cool down exit orifice and the inner hole that cools down, enable hot gas to pass through constant temperature Polynary ring through-hole below the cooling exit orifice and cooling inner hole of cup cup lid body side and polynary cooling ring is transferred directly to perseverance Warm cup cup lid body exterior, enables dust cannot be introduced into cup, maintains the cleanliness of aqueous inside thermostatic glass.

Detailed description of the invention

Fig. 1 is the utility model schematic view of the front view；

Fig. 2 is A-A revolved section structural schematic diagram in the utility model Fig. 1；

Fig. 3 is the utility model thermostatic glass cup lid main body schematic view of the front view；

Fig. 4 is the polynary cooling ring schematic view of the front view of the utility model.

In figure: 1, thermostatic glass cup lid main body, 2, cooling inside groove, 3, cooling exit orifice, 4, polynary cooling ring, 5, be fixedly connected Frame, 6, adjusting moving tooth, 7, gap adjustment mouth, 8, polynary ring through-hole, 9, cooling inner hole, 10, extension rod.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

Please refer to Fig. 1-4, the utility model provides a kind of technical solution: a kind of solar energy heating thermostatic glass is cooled down with cup lid Structure, including thermostatic glass cup lid main body 1,1 bottom inner portion of thermostatic glass cup lid main body is provided with cooling inside groove 2, and cools down in inside groove 2 Portion is equipped with polynary cooling ring 4, and cooling inside groove 2 is ring structure, and the inner and outer diameter for the inside groove 2 that cools down is equal to polynary cooling ring 4 inner and outer diameter, this structure enable polynary cooling ring 4 to be stuck in inside the cooling inside groove 2 of 1 side of thermostatic glass cup lid main body, And can along cooling 2 inner wall of inside groove move, polynary 4 upper end of cooling ring be gear shape structure, and polynary 4 upper end of cooling ring and Adjust moving tooth 6 by engagement be bascule, and polynary 4 bottom inner portion of cooling ring be distributed with cool down 3 quantity of exit orifice it is equal Polynary ring through-hole 8, polynary 8 height of ring through-hole with cooling the height of exit orifice 3 it is equal, the distance of adjacent polynary ring through-hole 8 is big In the diameter of cooling exit orifice 3, this structure allows operator to adjust moving tooth 6 by rotation outside thermostatic glass cup lid main body 1 Mode drive polynary cooling ring 4 to rotate, until the axis of polynary ring through-hole 8 is overlapped with the axis for the exit orifice 3 that cools down to discharge perseverance Heat inside warm cup, the polynary cooling ring 4 when user, which persistently rotates, adjusts moving tooth 6, between adjacent polynary ring through-hole 8 Part can shelter from cooling exit orifice 3, with the distributing after insulation amount in solar energy heating, 2 left hand external of inside groove that cools down setting There is cooling exit orifice 3, and thermostatic glass cup lid main body 1 is installed outside the exit orifice 3 that cools down, cooling exit orifice 3 and cooling inner hole 9 are uniformly distributed Inside thermostatic glass cup lid main body 1, and the exit orifice 3 that cools down, cooling inner hole 9 are equal with the diameter of polynary ring through-hole 8, and it is outer to cool down The axis of hole 3 and cooling inner hole 9 is overlapped, this structure enables hot gas to pass through the cooling exit orifice 3 of 1 side of thermostatic glass cup lid main body It is transferred directly to outside thermostatic glass cup lid main body 1 with the polynary ring through-hole 8 of cooling inner hole 9 and polynary 4 lower section of cooling ring, enables ash Dirt cannot be introduced into cup, maintain the cleanliness of aqueous inside thermostatic glass, and cooling 2 right hand external of inside groove is provided with cooling inner hole 9, And thermostatic glass cup lid main body 1 is installed outside cooling inner hole 9, polynary 4 bottom inner portion of cooling ring is equipped with polynary ring through-hole 8, and Polynary 4 right side tip exterior of cooling ring, which is connected with, adjusts moving tooth 6, adjusts 6 left hand external of moving tooth and is provided with gap adjustment mouth 7, and Thermostatic glass cup lid main body 1 is installed outside gap adjustment mouth 7,1 right hand external of thermostatic glass cup lid main body is connected with extension rod 10, and 10 lower right-hand side of extension rod, which is equipped with, is fixedly connected with frame 5, is fixedly connected with frame 5 as " dry " shape structure of standing upside down, and it is logical to be fixedly connected with frame 5 It crosses chimeric and adjusts moving tooth 6 as rotational structure, this structure enables adjusting moving tooth 6 to rotate along frame 5 is fixedly connected with, and will not It falls off from being fixedly connected on frame 5, is fixedly connected with 5 bottom end of frame and is externally connected to adjusting moving tooth 6.

Working principle: when using solar energy heating thermostatic glass cup lid cooling structure, this solar energy heating is first checked Thermostatic glass, whether there is or not damaged, cracking place, is begun to use, operator can be first by solar energy with cup lid cooling structure if all are intact Heated constant temperature cup is mounted on above solar constant temperature cup cup body with cup lid cooling structure, when the intracorporal aqueous of solar constant temperature cup cup When being cooled down, operator, which can place a finger on, to be adjusted on moving tooth 6, is enabled and is adjusted moving tooth 6 along 10 lower section of extension rod It is fixedly connected with the rotation of 5 outer wall of frame, moving tooth 6 is then adjusted and drives polynary cooling ring 4 in cooling inside groove 2 by meshed gears structure Internal rotating is connected with cooling exit orifice 3 and cooling inner hole 9 respectively inside and outside the polynary ring through-hole 8 of polynary 4 lower section of cooling ring, Cooling exit orifice 3, cooling inner hole 9 and polynary ring through-hole 8 is enabled to be capable of forming cylindrical hole to give out inside solar constant temperature cup Heat, at this time above thermostatic glass cup lid main body 1 can play protective action to the aqueous inside solar constant temperature cup, prevent dust It falls among aqueous, when solar constant temperature cup is heated, operator can be by adjusting 6 rotary multivariant of moving tooth cooling ring 4, to enable polynary ring through-hole 8 and both cooling exit orifice 3 and cooling inner hole 9 interlaced, prevent the heat inside solar constant temperature cup It escapes into outside thermostatic glass cup lid main body 1, to complete a series of activities.

Although the utility model is described in detail with reference to the foregoing embodiments, come for those skilled in the art Say, it is still possible to modify the technical solutions described in the foregoing embodiments, or to part of technical characteristic into Row equivalent replacement, within the spirit and principle of the utility model, any modification, equivalent replacement, improvement and so on should all It is included within the scope of protection of this utility model.

Claims (5)

1. a kind of solar energy heating thermostatic glass cup lid cooling structure, including thermostatic glass cup lid main body (1), it is characterised in that: institute It states thermostatic glass cup lid main body (1) bottom inner portion and is provided with cooling inside groove (2), and polynary cooling is installed inside cooling inside groove (2) Ring (4), cooling inside groove (2) left hand external is provided with cooling exit orifice (3), and is equipped with thermostatic glass outside cooling exit orifice (3) Cup lid main body (1), cooling inside groove (2) right hand external is provided with cooling inner hole (9), and is equipped with outside cooling inner hole (9) Thermostatic glass cup lid main body (1), polynary cooling ring (4) bottom inner portion are equipped with polynary ring through-hole (8), and polynary cooling ring (4) right side tip exterior, which is connected with, adjusts moving tooth (6), and adjusting moving tooth (6) left hand external is provided with gap adjustment mouth (7), And thermostatic glass cup lid main body (1) is installed outside gap adjustment mouth (7), thermostatic glass cup lid main body (1) the right hand external connection Have extension rod (10), and extension rod (10) lower right-hand side is equipped with and is fixedly connected frame (5), it is described to be fixedly connected outside frame (5) bottom end Portion, which is connected with, adjusts moving tooth (6).

2. a kind of solar energy heating thermostatic glass cup lid cooling structure according to claim 1, it is characterised in that: the drop Warm inside groove (2) is ring structure, and the inner and outer diameter of cooling inside groove (2) is equal to the inner and outer diameter of polynary cooling ring (4).

3. a kind of solar energy heating thermostatic glass cup lid cooling structure according to claim 1, it is characterised in that: the drop It is internal that warm exit orifice (3) and cooling inner hole (9) are evenly distributed on thermostatic glass cup lid main body (1), and cools down exit orifice (3), cooling inner hole (9) and the diameter of polynary ring through-hole (8) is equal, and the exit orifice that cools down (3) and the axis of cooling inner hole (9) are overlapped.

4. a kind of solar energy heating thermostatic glass cup lid cooling structure according to claim 1, it is characterised in that: described more Member cooling ring (4) upper end is gear shape structure, and polynary cooling ring (4) upper end is tied with adjusting moving tooth (6) by engaging for activity Structure, and the polynary ring through-hole (8) equal with cooling exit orifice (3) quantity, polynary ring is distributed in polynary cooling ring (4) bottom inner portion Through-hole (8) is highly equal with the cooling height of exit orifice (3), and the distance of adjacent polynary ring through-hole (8) is greater than cooling exit orifice (3) Diameter.

5. a kind of solar energy heating thermostatic glass cup lid cooling structure according to claim 1, it is characterised in that: described solid Connection frame (5) are determined for " dry " shape structure of standing upside down, and being fixedly connected with frame (5) by being fitted into and adjusting moving tooth (6) is rotational structure.