CN208582140U - A kind of attemperator that temperature can be controlled with subregion - Google Patents

Abstract

The utility model provides a kind of attemperator that temperature can be controlled with subregion, specifically include that cup lid 1, upturning lid 11, cup lid insulating layer 12, silica gel sealing plug 13, convection holes 14, heat preservation cup body 2, vacuum heat-insulating layer 21, pedestal 3, pedestal insulating layer 4, drainage hole 41, heat dissipating layer 5, straw 6, straw vacuum layer 61.Only has the simple function of integral heat insulation different from traditional attemperator, the utility model increases heat dissipating layer 5 in bottom on the basis of traditional attemperator, so that cup has the function of long-acting thermal-insulating and will cool to rapidly two kinds of potable temperature to drink body simultaneously.The utility model solve the problems, such as conventional vacuum device can only integral heat insulation and the water that cannot drink suitable temperature in a short time causes waste of time even scald accident, traditional electric cup and loses beverage mouthfeel etc. to keep the temperature heating for multiple times beverage, for people it is more efficient, safely provided convenience using attemperator.

Description

A kind of attemperator that temperature can be controlled with subregion

Technical field

The utility model relates to a kind of attemperator, in particular to a kind of attemperator that temperature can be controlled with subregion.

Background technique

The attemperators such as vacuum cup, incubation canteen are widely used daily necessities in people's daily life, are done manual work outstanding Attemperator can slow down liquid and extraneous heat in even baffling device and transmit, and reach liquid in the holding meanss of longer time The effect of temperature, for people to save, drink or eat the liquid of different temperatures, food provides convenience.Common use There are double-layer vacuum cup and two kinds of vacuum cup in the attemperator of drinking-water.Double-layer vacuum cup in the double-deck glass shell mainly using depositing Clearance layer as the thermal insulation material for delaying heat to distribute, vacuum cup is on the basis of double-layer vacuum cup, gap The air of interlayer is extracted out to form vacuum, makes the liquid in cup delay to radiate by vacuum heat-insulating layer, to achieve the purpose that heat preservation, is The better high-quality thermal insulating cup of heat insulation effect.The vacuum cup that people use at present is usually by double-layer stainless steel, glass, ceramics Equal materials are made.

Although vacuum cup brings convenience to people's life, traditional vacuum cup function is only limitted to delay solution in cup body Heat exchange, there is unicity, and also have inconvenience and dangerous place in use.Firstly, for just fall The solution such as the boiling hot hot water, tea, the coffee that enter will be undergone in the containers such as very long waiting time when usual people need to drink Solution temperature lower, people go to drink when tea and coffee of rigid brewed high temperature etc. are not cooled to potable temperature also With being then easy to cause the scald of the organs such as lip skin, oral cavity inside, esophagus, stomach, serious consequence is caused.Secondly, by There is good heat insulation effect in vacuum cup, cools to 65 degree from 100 degree of boiled water and generally require 3-6 hour, usual people In order to obtain potable temperature as early as possible, vacuum cup can be opened to lid heat dissipation, but despite this, the time waited is also unrestrained Long, worrying the people drunk generally also constantly can go whether the temperature for souning out surface layer liquid has been suitble to drink with mouth, normal in this way It often will also result in the scald to lip and oral cavity.Importantly, be placed in desktop be not added lid vacuum cup be easy to because Accidentally touching and topple over, it is especially dangerous for children, old man so that hot water occurs to the large area scald accident of skin.Existing skill Art vacuum cup has to solve the problems, such as to need to drink the water of suitable temperature in the short time using hot phase change technique, in layer slot Middle addition can absorb the liquid of heat, realize in rapid absorption cell liquid heat by rocking and cool down, but so The liquid of cup whole can all be cooled down simultaneously, be lost as the due long-acting thermal-insulating function of a vacuum cup.Therefore, people Need one kind that can quickly reduce the vacuum cup drunk to make it fit to the temperature of drink body while long-acting thermal-insulating, this It is that the prior art is ignored and lacked.

More exquisite beverage requires soaking temperature for tealeaves, coffee etc., suitable temperature is for good taste Acquisition it is most important.It illustrates by coffee, people like drinking Hot Coffee, because of the aromatic volatile fragrance contained in Hot Coffee liquid By heat dissipation coffee is smelt aromatic, drinks different flavor, the temperature of coffee often determine coffee mouthfeel and drink into The aromatic volatile fragrance component compound Volatile Gas scale of construction that coffee liquid in mouthful contains.The well known best brewed in hot water temperature of coffee Degree is drunk the coffee liquid general recommendations temperature of entrance in 55-65 degree, is kept in this way in the fresh coffee for entering nasal cavity in 90 to 95 degree The concentration of aromatic volatile fragrance component compound is most preferably, to prevent coffee liquid souring, become bitter.Usual people are in order to making Brewed coffee can all be placed in cup to the temperature drunk is applicable in and be open to air by rigid brewed coffee fast cooling In, thus coffee liquid temperature constantly declines in cup, the aromatic volatile fragrance component compound heat absorption that the coffee liquid in cup contains Volatilization slowly distributes totally in air, at this moment coffee liquid will souring, become bitter taste, it is not fragrant it is bad drink, therefore do not finished off in cup Coffee liquid can only often be dropped.The prior art for the means for solving the problems, such as that coffee cools down this is incited somebody to action using electric heating cup Whole coffee liquids heating in cup, but coffee passes through long period Repeat-heating, and coffee also has souring, becomes bitter, fragrance volatilization Property fragrance component compound disappear, the problem of coffee mouthfeel is seriously damaged.Therefore, one kind can delay whole coffee liquid in cup Temperature distributes speed and coffee is for longer periods drunk, and the coffee liquid temperature that every mouth can be allowed to drink entrance is kept Vacuum cup between optimal consumption temperature 55-65 degree is the key of solving the problem and the prior art is lacked.

Similarly, the attemperators such as the usually used incubation canteen of people, heat preservation soup pot suffer from same disadvantage, are chasing after While seeking long-time heat preservation effect, because of the design of attemperator integral heat insulation, the simple and fast fast prompt drop of mode cannot be used Temperature is to edibility or the temperature drunk, it has not been convenient to use.Liquid needed for one kind can quickly reduce while long-acting thermal-insulating Or the attemperator that the temperature of food is drunk or eaten to make it fit, it is that the prior art is ignored and lacked.

Utility model content

To solve the above-mentioned problems, overcome the deficiencies in the prior art, the utility model provide a kind of separated regions control dress Interior fluid temperature is set to reach the attemperator for conveniently drinking effect function, mainly includes cup lid, heat preservation cup body, pedestal, straw； The heat preservation cup body includes vacuum insulating layer；The pedestal includes pedestal insulating layer, heat dissipating layer, the pedestal insulating layer and heat dissipation Cavity structure between layer, the cavity structure can accommodate meet people's a bite needed for capacity liquid, in the pedestal insulating layer There are drainage holes to flow into the pedestal for the high-temp liquid in the heat preservation cup body, and heat is fast after liquid contacts the heat dissipating layer Speed is absorbed and is dispersed into air, and potable temperature is cooled in 1-3 seconds；The straw runs through institute from the cup lid It states in heat preservation cup body to the base cavity pocket structure, user can directly draw from straw and be cooled to suitable drink in the pedestal With the liquid of temperature.

Preferably, diamond, silicon, silver, copper, aluminium, stainless steel, aluminium alloy etc. can be used to inhale for the heat dissipating layer material of the pedestal Heat and the excellent material of heating conduction are made, and can be made into thick body structure, and the quality of material selected by heat dissipating layer can be according to institute The appearance for the liquid that cavity structure between the thermal capacitance and thermal conductivity of selection matter, the heat dissipating layer and pedestal insulating layer is accommodated Amount, expect temperature fall time, target cooling temperature and be calculated, the cavity structure can accommodate meet people's a bite needed for capacity Liquid is about 20ml, and within expecting temperature fall time 3 seconds, target cools down temperature as potable 55-65 degree.

Preferably, it can be set to the heat dissipation of multiple convex dot shapes or strip in the exterior bottom that the heat dissipating layer is contacted with air Point/cooling fin/radiating groove increases the contact area with air, accelerates radiating rate.

It preferably, include the recess for being lower than surrounding level at heat dissipating layer inside bottom center, it is past for liquid Centre aggregation, convenient pipette are drawn.

Preferably, the cup lid is double-layer structure, including cup lid insulating layer, upturning lid, cup lid switch, lock；The cup Cup lid and the heat preservation cup body are separated and are independent two parts by lid insulating layer, and the cup lid insulating layer includes logical for the straw The straw hole location and convection holes crossed；The upturning lid includes silicon in upturning lid by flicking after pressing the cup lid switch Rubber plug, silica gel plug prevents leak by the suction pipe and side to a deadend of boxing out when upturning lid is in close state；Institute Stating lock can buckle under upturning lid closed state, and upturning lid is prevented to be inadvertently opened.

Preferably, one or more materials such as the common stainless steel of vacuum cup, glass, ceramics can be used in the heat preservation cup body Is made in material

Preferably, it is described heat preservation cup body upper and lower ends outside, the cup lid bottom inside, the base top inside all There is helicitic texture, the heat preservation cup body and the cup lid, the pedestal pass through helicitic texture and sealed silicone in correspondence with each other Circle is connected, and can reach sealing, the effect for preventing leak.

Preferably, the straw is double-layer structure, passes through air heat insulation or vacuum heat-insulation between ectonexine, passes through when drinking Inner tube picks up the liquid of the pedestal, and the liquid suction passage picked up from the pedestal can be effectively prevent by heat preservation cup body High-temp liquid when be heated again, guarantee to drink is the potable liquid of temperature after being cooled down.

Preferably, the straw is mutually fixed by limit methods such as card slot or salient points with the pedestal insulating layer, can be effective It prevents straw mobile, especially prevents from accidentally stretching suction pipe when drinking the liquid for cooling to suitable consumption temperature in the pedestal Enter in the vacuum cup body and accidentally inhales high-temp liquid and cause to scald.

The beneficial effect of the utility model: the utility model provide it is a kind of can with the attemperator of zonal control temperature, Only has the simple function of integral heat insulation different from traditional attemperator, the utility model is on the basis of traditional attemperator Increase heat dissipating layer in bottom, so that cup has long-acting thermal-insulating and will cool to rapidly potable temperature to drink body simultaneously Two kinds of functions, the either rigid beverages such as brewed Hot Coffee or tea, or the liquid by different time heat preservation, user exist It need to can only be drunk by straw when needing to drink and cool to suitable consumption temperature by rapid cooling positioned at attemperator bottom Liquid, upper layer high-temp liquid persistently instills heat dissipation base, was absorbed heat within 1-3 seconds short time and is dispersed into air, So circulation, user sustainably drinks the liquid of suitable consumption temperature, simple to operate quick.The utility model solves Conventional vacuum cup can only integral heat insulation and the water that cannot drink suitable temperature in a short time causes waste of time even to scald Hurting accident, traditional electric cup makes the problem of beverage mouthfeel forfeiture etc. to keep the temperature heating for multiple times beverage, is that people are more efficient, safe Ground is provided convenience using attemperator, and the cooling structure of the utility model designs advantages of simple, convenient for materials, production cost It is cheap, it is suitble to large-scale production and popularizes in an all-round way.

Detailed description of the invention

Attached drawing 1 be it is provided by the utility model the first can with subregion control temperature attemperator structural representation Figure.

Attached drawing 2 is the structural representation of the second provided by the utility model attemperator that temperature can be controlled with subregion Figure.

Attached drawing 3 is that provided by the utility model the third can control the structural representation of the attemperator of temperature with subregion Figure.

Attached drawing 4 is the structural representation of the 4th kind provided by the utility model attemperator that temperature can be controlled with subregion Figure.

Each component label is as follows in attached drawing: 1, cup lid；2, cup body is kept the temperature；3, pedestal；4, pedestal insulating layer；5, heat dissipating layer； 6, straw；11, upturning lid；12, cup lid insulating layer；13, silica gel sealing plug；14, convection holes；15, cup lid switchs；16, it latches； 21, vacuum heat-insulating layer；41, drainage hole；42, straw hole location；51, cooling fin；61, straw vacuum layer；62, outer layer straw；63, interior Layer straw；64, sealed silicon cushion rubber；7, straw connection position；8, external straw.

Specific embodiment

It with reference to the accompanying drawings and detailed description can be with the guarantor of zonal control temperature to one kind provided by the utility model Warm device is described in detail, but the protection scope of the utility model is not limited to the following contents.

Specific embodiment 1

A kind of attemperator that temperature can be controlled with subregion as shown in Fig. 1, mainly includes cup lid (1), vacuum cup Body (2), pedestal (3), the heat preservation cup body (2) are double-layer structure, and middle part is vacuum heat-insulating layer (21), and the pedestal (3) is located at Cup body (2) bottom is kept the temperature, includes pedestal insulating layer (4) and heat dissipating layer (5), the pedestal (3) passes through the pedestal insulating layer (4) It is separated with the heat preservation cup body (2), forms relatively independent cavity structure, there are drainage holes at pedestal insulating layer (4) middle part (41) heat dissipating layer (5) is flowed into from top for liquid, the heat dissipating layer (5) is by the material system of thermal capacitance and fine heat radiation property At, can to out of affiliated heat preservation cup body (2) liquid for flowing down carry out rapid cooling cooling.The cup lid (1) is double-layer structure, packet Include upturning lid (11), cup lid insulating layer (12), convection holes (14), cup lid switch (15), lock (16), the cup lid insulating layer (12) cup lid (1) and heat preservation cup body (2) are separated and is independent two parts, the cup lid insulating layer (12) includes supplying the straw By straw hole location and convection holes；The upturning lid (11) is flicked afterwards by pressing the cup lid switch (15), is turned over Covering includes silica gel sealing plug (13) in (11), and sealed silicon rubber plug is by the suction pipe and side when upturning lid (11) is in close state To (14) deadend of boxing out, prevent leak；The lock (16) can buckle under upturning lid (11) closed state, prevent Upturning lid (11) is inadvertently opened.

User unscrews cup lid (1) when using, and heat preservation cup body (2) upper opening conveniently pours into for liquid, and user is added The liquid for the temperature for needing to keep the temperature tightens cup lid (1), passes through pedestal insulating layer (4) into the high-temp liquid in heat preservation cup body (2) Drainage hole (41) flow into pedestal (3), high-temp liquid contacts heat dissipating layer (5), and heat dissipating layer (5) is interior to influent at 1-3 second Rapid cooling cooling is carried out, user opens upturning lid (11) by pressing cup lid switch (15), draws pedestal (3) from straw (6) The potable liquid of the temperature after cooling down of interior about a bite capacity, the straw (6) are double-layer structure, between ectonexine By air heat insulation or vacuum heat-insulation, the liquid suction passage picked up from the pedestal can be effectively prevent by the height of heat preservation cup body It is heated again when geothermal liquid, guarantee to drink is the potable liquid of temperature after being cooled down；High-temp liquid continues from upper Side flows into pedestal (3) and radiates through heat dissipating layer (5), by radiating and cooling within 1-3 seconds or so short time, so recycles, Yong Huke The potable liquid of temperature is persistently drunk, while in turn ensuring the liquid long-acting thermal-insulating in heat preservation cup body (2), is extended entire The Ganderwa of liquid in attemperator.When being not required to drink, user need to only be covered upturning lid (11), upturning lid (11) inside Silica gel sealing plug (13) pushes down the convection holes (14) of suction pipe (6) opening and cup lid insulating layer (12), it is ensured that the sealing of cup Leakproof and heat insulation effect.

Specific embodiment 2

A kind of attemperator that temperature can be controlled with subregion as shown in Fig. 2, specific embodiment 2 and specific implementation Mode 1 is essentially identical, difference be straw described in specific embodiment 2 (6) include outer layer straw (62), internal layer straw (63), Upper and lower two sealed silicon cushion rubbers (64), outer layer straw (62) by the modes such as screw thread or engaging respectively with cup lid insulating layer (12) and The middle part of pedestal insulating layer (4) is mutually fixed, and internal layer straw (63) passes through upper and lower two sealed silicon cushion rubbers (64) and outer layer straw (62) be connected and fixed, sealed silicon cushion rubber (64) position immobilizes, user can by pull-up and pressure internal layer straw (63) with It adjusts and is suitable for the straw height drunk, because outer layer straw (62) is through the heat preservation cup body (2) for filling high-temp liquid, user At mobile internal layer straw (63) without the high-temp liquid for worrying to suck accidentally in the heat preservation cup body (2) without cooling, together When upper-lower seal silica gel ring (64) air insulating layer for being formed between outer layer suction pipe (62) and internal layer suction pipe (63) can also effectively keep away The liquid by cooling for exempting to pick up in the straw high-temp liquid heating in insulation cup body (2) again, structure is simple and safe, right In the user for the both hands inconvenience that works in face of computer, directly catching in its mouth internal layer straw (63) can be adjusted to the height comfortably drunk Degree liberates both hands, simple and convenient.

Specific embodiment 3

A kind of attemperator that temperature can be controlled with subregion as shown in Fig. 3, specific embodiment 3 and specific implementation Mode 1 is essentially identical, and difference is that pedestal described in specific embodiment 3 (3) bottom also includes that straw connection position (7) and outside connect Straw (8) are connect, the interior liquid of the pedestal (3) can be drawn by the external connection straw (8).

Specific embodiment 4

A kind of attemperator that temperature can be controlled with subregion as shown in Fig. 4, specific embodiment 4 and specific implementation Mode 1 is essentially identical, and the exterior bottom that difference is that heat dissipating layer described in specific embodiment 4 (5) is contacted with air includes multiple The heat radiation point of convex dot shape or strip/radiating groove/cooling fin (51).

The representative instance of above only the utility model, in addition to this, the utility model can also have other a variety of specific Embodiment, all technical solutions formed using equivalent substitution or equivalent transformation, all falls within the model of the requires of the utility model protection Within enclosing.

Claims (10)

1. It mainly include cup lid (1), heat preservation cup body (2), the vacuum cup 1. one kind can control the attemperator of temperature with subregion Body (2) is double-layer structure, and middle part is vacuum heat-insulating layer (21), it is characterised in that: the attemperator further include be connected to it is described The pedestal (3) of cup body (2) bottom is kept the temperature, the pedestal (3) includes pedestal insulating layer (4) and heat dissipating layer (5), the pedestal thermal insulation There are drainage holes (41) in the middle part of layer (4) flows into the heat dissipating layer (5) from top for liquid, the heat dissipating layer (5) by thermal capacitance and The material of fine heat radiation property is made, and the pedestal (3) is separated by the pedestal insulating layer (4) with the heat preservation cup body (2), shape At relatively independent cavity structure, rapid cooling cooling can be carried out to the liquid flowed down out of described heat preservation cup body (2).
2. 2. the attemperator that one kind described in claim 1 can control temperature with subregion, it is characterised in that: further include one and pass through The straw (6) of the cup lid (1), heat preservation cup body (2) and pedestal (3) is worn, there are supply the straw for the pedestal insulating layer (4) (6) pass through and close-connected straw hole location (42), the straw (6) can be plugged into described dissipate by the straw hole location (42) Thermosphere (5).
3. 3. the attemperator that one kind as claimed in claim 2 can control temperature with subregion, it is characterised in that: the straw It (6) is double-layer structure, middle part includes straw vacuum layer (61).
4. 4. the attemperator that one kind as claimed in claim 2 can control temperature with subregion, it is characterised in that: the straw It (6) include outer layer straw (62), internal layer straw (63), upper and lower two sealed silicon cushion rubbers (64), outer layer straw (62) passes through screw thread Or the middle part of the modes respectively with cup lid insulating layer (12) and pedestal insulating layer (4) such as engaging is mutually fixed, internal layer straw (63) passes through Upper and lower two sealed silicon cushion rubbers (64) are connected and fixed with outer layer straw (62), and sealed silicon cushion rubber (64) position immobilizes, user It can be by pull-up and pressure internal layer straw (63) to adjust the straw height for being suitable for drinking.
5. 5. the attemperator that one kind as claimed in claim 2 or 3 or 4 can control temperature with subregion, it is characterised in that: described Bezel designs is in straw (6) bottom or include notch.
6. 6. the attemperator that one kind as described in claim 1 can control temperature with subregion, it is characterised in that: the pedestal (3) bottom includes straw connection position (7) and external connection straw (8), can draw the bottom by the external connection straw (8) Seat (3) interior liquid.
7. 7. the attemperator that one kind as described in claim 1 can control temperature with subregion, it is characterised in that: the heat dissipating layer (5) exterior bottom contacted with air includes heat radiation point/radiating groove/cooling fin (51) of multiple convex dot shapes or strip.
8. 8. the attemperator that one kind as described in claim 1 can control temperature with subregion, it is characterised in that: the heat dissipating layer (5) material uses at least one of diamond, silicon, silver, copper, aluminium, stainless steel, aluminium alloy.
9. 9. the attemperator that one kind as described in claim 1 can control temperature with subregion, it is characterised in that: the heat dissipating layer It (5) include the recess position for being lower than surrounding level inside bottom center.
10. 10. the attemperator that one kind as described in claim 1 can control temperature with subregion, it is characterised in that: the cup lid It (1) is double-layer structure, upturning lid (11), cup lid insulating layer (12) including upper part, silica gel plug (13), cup lid switch (15), The cup lid (1) is connected by helicitic texture with the heat preservation cup body (2), and the cup lid switch (15) includes lock (16).