CN103300672B - Vacuum cup - Google Patents
Vacuum cup Download PDFInfo
- Publication number
- CN103300672B CN103300672B CN201310275425.9A CN201310275425A CN103300672B CN 103300672 B CN103300672 B CN 103300672B CN 201310275425 A CN201310275425 A CN 201310275425A CN 103300672 B CN103300672 B CN 103300672B
- Authority
- CN
- China
- Prior art keywords
- cup
- breath
- sap cavity
- volume
- cooling
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Abstract
The invention relates to a vacuum cup, and provides the vacuum cup which has a simple structure, and can alternate between a chilling vacuum cup with improved heat preservation performance and convenience for use and a double-layer vacuum cup. The vacuum cup comprises a cup body and a cup lid, wherein the cup body comprises an inner layer, an outer casing and a gap layer between the inner layer and the outer casing; a filling hole is formed in the outer casing; a liquid cavity is arranged below the gap layer; a communication hole is formed in the liquid cavity and communicated with the upper part of the gap layer. When the filling hole is blocked, the vacuum cup is transformed to the double-layer vacuum cup, while the vacuum cup is transformed to the chilling vacuum cup when the filling hole is blocked after water of which the volume is less than the volume of the liquid cavity is filled into the gap layer through the filling hole. When the cup is used as the chilling vacuum cup, hot drinking water can be cooled quickly to drink after the cup is shaken, so that the thirst of a user can be relieved, and the thirst of multiple people can be relieved through continuously shaking one cup after another and drinking the cooled water. The temperature of the outer casing can be adjusted through shaking the cup slowly for warming hands. Therefore, the vacuum cup has a simple structure, is convenient to use, and is a practical vacuum cup.
Description
Technical field
The present invention relates to a kind of thermos cup, it is simple to be specifically related to a kind of structure, the thermos cup that can carry out converting between fast-cooling thermal insulating cup easy to use and double-layer vacuum cup that when making fast-cooling thermal insulating cup, heat-insulating property improves.
Background technology
Thermos cup can protect Drinking Water Temperature in cup to change slow cup.Thermos cup comprises cup and bowl cover.Thermos cup has double-layer vacuum cup, vacuum cup and foam thermal insulation cup etc.The cup of double-layer vacuum cup comprises internal layer, shell and the gap layer between internal layer and shell (gap).The internal layer of double-layer vacuum cup fills spigot exactly.Be full of air in the gap layer of double-layer vacuum cup, atmospheric density is little, does not readily conduct heat, and it is exactly insulation material.Extracted out by air in double-layer vacuum cup gap layer and form vacuum, this thermos cup is exactly vacuum cup.The vacuum non-conducting not convection current heat-insulating property of vacuum cup is fine.Some vacuum cups are silver-plated radiation proof heat transfer also, and heat-insulating property is better.Foam thermal insulation cup has the thermos cup containing air foam heat-insulation layer.It is warm when thermos cup can protect that in cup, hot drink water is long, people drink good for health, but these thermos cups are all not easy to change, people wish a kind of thermos cup that can carry out converting between fast-cooling thermal insulating cup easy to use and double-layer vacuum cup, according to the needs of user from line translation.
Application number is 200910155607.6, and the Chinese patent rotating fast-cooling thermal insulating cup and the using method thereof regulated by name describes the cold thermos cup of a kind of energy speed.This thermos cup comprises interior cup, outer cup and bowl cover, it is characterized in that being provided with cooling brine between described interior cup and outer cup, interior cup is by can the stainless steel of heat conduction form, its top is provided with the heat-insulation layer surrounded by outer wall and inwall, middle part be provided with can heat conduction metal material form thread bush, outer cup is by can the metal material of heat conduction form, and the top of its inwall is provided with the spiral shell Min that forms of plastic material that can be heat insulation and overlaps, and this thread bush engages with the thread bush on interior cup.When this thermos cup uses, in down rotating, cup makes interior cup contact with refrigerated brine, utilize the good heat absorption capacity of salt solution, so that the high-temperature water in interior cup is cooled fast, rotating up interior cup after being cooled to appropriate level makes interior cup depart from refrigerated brine completely, space after exiting becomes air heat insulating layer, then the water covered in bowl cover so that interior cup is fully incubated.The heat of refrigerated brine is outwardly dispelled the heat for cooling effect is prepared again by the outer wall of outer cup.
Screwed off by interior cup when drinking water in above-mentioned thermos cup quick cooling cup and contacted just with refrigerated brine, be cooled to suitable temperature screwed on by interior cup and can be incubated, this thermos cup is exactly fast-cooling thermal insulating cup (thermos cup that energy speed is cold) easy to use.Pouring out if taken apart by cup in this thermos cup that refrigerated brine assembles up again is exactly the thermos cup with double-layer vacuum cup performance.Here it is a kind of thermos cup that can convert between fast-cooling thermal insulating cup easy to use and double-layer vacuum cup.Refrigerated brine just according to the needs of user from line translation, can be poured out and allows it become the good double-layer vacuum cup of heat-insulating property, load onto the fast-cooling thermal insulating cup that refrigerated brine becomes easy to use summer such as winter by this thermos cup.But, this thermos cup also defectiveness, when it makes fast-cooling thermal insulating cup at keeping warm mode, heat-insulating property is poor, this is because, hot drink water in interior cup is directly baked salt solution by interior cup and is made salt solution easily flash to vapour heat insulating ability is deteriorated, in addition, when end cup is walked about or drunk water, the easy stream of salt solution spatters and cause cooling when not needing cooling outside internal layer, and this also makes its heat-insulating property be deteriorated.In addition, this thermos cup has interior cup, has outer cup, has screw thread, complex structure.
Summary of the invention
The technical problem to be solved in the present invention will improve it for the defect of above-mentioned prior art, to provide a kind of structure simple, carries out the thermos cup converted between the fast-cooling thermal insulating cup easy to use that can improve in heat-insulating property and double-layer vacuum cup.Here the fast-cooling thermal insulating cup that the heat-insulating property said improves is the fast-cooling thermal insulating cup improved than the fast-cooling thermal insulating cup heat-insulating property of above-mentioned prior art.Here the double-layer vacuum cup said is some different but that performance is identical with double-layer vacuum cup double-layer vacuum cup of structure.
The scheme of technical solution problem of the present invention is: a kind of thermos cup, comprise cup and bowl cover, cup comprises internal layer, shell and the gap layer between internal layer and shell, and shell is provided with filling discharge hole, gap layer bottom is provided with breath sap cavity, and breath sap cavity has intercommunicating pore to communicate with gap layer top.
The internal layer of cup fills spigot exactly.Gap layer between internal layer and shell is exactly the gap between internal layer and shell.The filling discharge hole that shell is arranged is the hole communicated with gap layer, be can shutoff and the hole of opening, can be the hole that can cover, the hole that screw can be joined, can join blocking hole, can with the stifled hole etc. of glue ...Fill with the hole that discharge hole is used to pour into cooling liquid and release cooling liquid in gap layer.The bottom of gap layer is the gap layer part of below internal layer lower end.Gap layer top is the gap layer part of inner layer.
Block the filling discharge hole of this thermos cup, be full of air in gap layer, this thermos cup is exactly the double-layer vacuum cup that breath sap cavity is arranged at gap layer bottom, although structure is different, heat-insulating property is identical.Pour into cup gap layer after volume is less than the cooling liquid of breath sap cavity volume from filling discharge hole and will fill with discharge hole shutoff, this thermos cup just becomes fast-cooling thermal insulating cup (thermos cup that energy speed is cold), namely volume is had to be less than the cooling liquid of breath sap cavity volume in gap layer, fill with discharge hole shutoff, this thermos cup just becomes fast-cooling thermal insulating cup.Cooling liquid is exactly liquid, namely has volume to be less than the liquid of breath sap cavity volume in gap layer, and fill with discharge hole shutoff, this thermos cup just becomes fast-cooling thermal insulating cup.After gap layer pours into cooling liquid, when cup just placement time (rim of a cup placement upward) cooling liquid just in breath sap cavity, be exactly air around the internal layer of gap layer top, atmospheric density is little has an insulation effect Here it is the keeping warm mode of this fast-cooling thermal insulating cup.When cup needs the fast cold drink used time built with boiling hot drinking-water, bowl cover is covered tightly cup is inverted (rim of a cup placement down), cooling liquid just flows into gap layer top by the intercommunicating pore of breath sap cavity from breath sap cavity and contacts with outside internal layer, with regard to rapid, drinking-water in cup is cooled to suitable temperature, then cup is returned positive bowl cover and open just drinkable.Cup not only just cooling liquid but also flowed into breath sap cavity from gap layer top by the intercommunicating pore of breath sap cavity when placing, this fast-cooling thermal insulating cup enters keeping warm mode again.Cup just placement time cooling liquid just breath sap cavity in, directly can not be baked by internal layer by hot drink water in cup, evaporation capacity is few, gap layer top containing cooling liquid vapour few, just can improve the heat-insulating property of thermos cup.Usual thermos cup be just use, when walking about by cup or drink water, liquid is just not easy to spatter produces unnecessary cooling on internal layer in breath sap cavity, and this more improves the heat-insulating property of fast-cooling thermal insulating cup.This thermos cup is without interior cup, outer cup and matching thread, and structure is simple.Open filling discharge hole and the cooling liquid releasing in gap layer is blocked filling discharge hole again, this thermos cup becomes double-layer vacuum cup again.Like this, this thermos cup is exactly that a kind of structure is simple, carries out the thermos cup converted between the fast-cooling thermal insulating cup easy to use that can improve in heat-insulating property and double-layer vacuum cup.Like this, present invention provides a kind of structure simple, between the fast-cooling thermal insulating cup easy to use that can improve in heat-insulating property and double-layer vacuum cup, carry out the thermos cup converted.
When fast-cooling thermal insulating cup made by this cup, the cooling liquid be fed in gap layer not only requires that its volume is less than breath sap cavity volume, and according to the needs of different cooling, should have different amounts and the different setting cooling fluid scale of constructions.The volume of set amount cooling liquid is less than breath sap cavity volume.Does is the cooling fluid scale of construction how allowing user pour in gap layer exactly the amount of liquid of setting? there are two kinds of methods, one is that to tell that user sets certain cooling fluid scale of construction by operation instructions be how many milliliters, two is make filling with discharge hole the liquid level hole setting certain cooling fluid scale of construction, at this moment fill with discharge hole to communicate with gap layer and communicate with breath sap cavity exactly, pour into certain liquid in breath sap cavity after cup just when placing unnecessary cooling liquid flow out the rear remaining cooling fluid scale of construction set certain cooling fluid scale of construction exactly from filling with discharge hole.At this moment shutoff being filled with this thermos cup of discharge hole has been exactly fast-cooling thermal insulating cup.
Liquid can be water, can be alcohol, can be turpentine oil also can be other liquid.Water, safety, economy, specific heat are comparatively large, heat of vaporization is large, are well suited for making cooling liquid.Below we just with cooling liquid be water to further illustrate this thermos cup, but, be not equal to and can only may also be other liquid with water.The cooling water be fed in gap layer not only requires that its volume is less than breath sap cavity volume, and according to the needs of different cooling, should have different amounts and different setting cooling water inflows.The volume of the cooling water of setting cooling water inflow is less than breath sap cavity volume.Does the cooling water inflow how allowing user pour in gap layer set cooling water inflow exactly? there are two kinds of methods, one is that to tell that user sets cooling water inflow by operation instructions be how many milliliters, two is make filling with discharge hole the water level hole setting cooling water inflow, at this moment fill with discharge hole to communicate with gap layer and communicate with breath sap cavity exactly, pour into cooling water in breath sap cavity after cup just when placing unnecessary cooling water flow out the rear remaining water yield set cooling water inflow exactly from filling with discharge hole.At this moment shutoff being filled with this thermos cup of discharge hole is exactly fast-cooling thermal insulating cup.
Blocked by the filling discharge hole that cup shell is arranged, just fill air in gap layer, air has insulation effect, and this thermos cup is exactly the double-layer vacuum cup that breath sap cavity is arranged at the good gap layer bottom of heat-insulating property.Opened by filling discharge hole, be fed into after volume is less than the cooling water of gap sap cavity volume to gap layer from filling discharge hole, will fill with discharge hole shutoff, thermos cup is at this moment exactly fast-cooling thermal insulating cup.Namely have volume to be less than the cooling water of breath sap cavity volume in gap layer, fill with discharge hole shutoff, this thermos cup is exactly fast-cooling thermal insulating cup.Cooling water is exactly water, so have volume to be less than the water of breath sap cavity volume in gap layer, fill with discharge hole shutoff, this thermos cup is exactly fast-cooling thermal insulating cup.Because the volume of cooling water setting cooling water inflow is less than breath sap cavity volume, so, pour into the cooling water of setting cooling water inflow in gap layer after, cup just placement time cooling water be just in (rest) in breath sap cavity.The drinking-water needs fast cold drink used time is scalded when being equipped with in cup, bowl cover is built, cup is inverted, cooling water in breath sap cavity just flows into gap layer top and inner layer contacts by the intercommunicating pore of breath sap cavity, like this, the cooling water that heat is passed in gap layer by internal layer will cool down rapidly by the boiling hot drinking-water in cup, and drinking-water is as cold as suitable temperature, cup is returned just to open bowl cover just drinkable.This glass returns cooling water when just placing and refluxes again in deposit interest sap cavity by the intercommunicating pore of breath sap cavity, and gap layer top is full of air again, the keeping warm mode of Here it is this fast-cooling thermal insulating cup.Usual cup be all just use, be namely in keeping warm mode, due to cooling water breath sap cavity in would not by cup in hot drink water directly baked by internal layer, evaporation capacity reduce, in the gap layer around internal layer containing vapour few, the heat-insulating property of cup just improves.In addition, cooling water, in breath sap cavity, is held cooling water when cup is walked about or drinks drinking-water and is just not easy stream and spatters on outside internal layer and cause unwanted cooling, this also increases the heat-insulating property of cup.This thermos cup lose no time can thermos cup time the heat-insulating property of fast-cooling thermal insulating cup that just regulates than above-mentioned rotation improve.This thermos cup is without interior cup, outer cup and threaded engagement etc. compared with above-mentioned prior art, and structure is than simply.Loading in this glass of gap layer that cooling water shutoff that volume is less than breath sap cavity volume fills with after discharge hole is exactly fast-cooling thermal insulating cup easy to use, and being the fast-cooling thermal insulating cup easy to use that heat-insulating property improves, is exactly double-layer vacuum cup after discharge hole is filled with in the cooling water shutoff of releasing in gap layer.Present invention provides a kind of structure so simple, between the fast-cooling thermal insulating cup easy to use that can improve in heat-insulating property and double-layer vacuum cup, carry out the thermos cup converted.
After having said in this glass of gap layer the cooling water pouring into setting cooling water inflow above, discharge hole is filled with in shutoff just becomes fast-cooling thermal insulating cup, the method of drinking water in quick cooling cup is, bowl cover is built cup is inverted, allowing cooling water inflow gap layer top and inner layer contacts absorb by internal layer heat of drinking water makes drinking-water speed cold, but, the method cooling water inflow drinking water in cooling cup with heat of drinking water in cooling water (or other liquid) and inner layer contacts absorption cell is more, such as the drinking-water of 300 milliliters 90 DEG C to be as cold as 60 DEG C (water of 60 DEG C just can greatly mouth drink) drink, the minimum cooling water with 225 milliliters 20 DEG C is calculated according to heat exchange.In addition, this cooling means is had to wait after water-cooled to be cooled is got off after having cooled one glass of drinking-water could cool second glass of drinking-water again, can not continuous coo1ing.Cooling water inflow is many just requires that breath sap cavity volume is large, makes the heavy volume of cup large.In order to drink water in the continuous coo1ing cup of a glass a glass, also in order to reduce the weight and volume of cup, we make the volume of breath sap cavity be equal to or less than 1/5th of internal layer volume.The volume of internal layer is exactly the volume of thermos cup, is exactly the volume that internal layer fills water.The volume etc. of breath sap cavity or be less than 1/5th of internal layer volume, it is just less that the cooling water inflow that load gap layer namely sets cooling water inflow.Such as volume is 1/5th of its volume of thermos cup of 300 milliliters is exactly 60 milliliters, and its cooling water inflow will be less than 60 milliliters.If take 300 milliliters 90 DEG C drinking-water in cooling cup with the water of 60 milliliters 20 DEG C, calculating according to heat exchange to make Drinking Water Temperature drop to 78.3 DEG C, the drinking-water also very boiling hot mouth of this temperature, can not be called in quick cooling cup and drink water, moreover, setting cooling water inflow is also few than 60 milliliters, how it drink water in quick cooling cup? the fast-cooling thermal insulating cup that less cooling water is housed in this gap layer adopts and shakes a glass cooling method and drink water in quick cooling cup.Shaking a glass cooling method is exactly will scald drinking-water to load in cup, builds bowl cover, allows cooling water flow into gap layer top from breath sap cavity by intercommunicating pore cup reversing and then shake cup by water-cooled for hot drink cup method.Shaking cup is exactly shake cup, and shake drink water in more fast stronger cooling cup faster, shaking cup can be cup rotation sidewards.Shaking cup cooling ratio juris is: when we shake glass, cooling water will conduct heat with internal layer and housing contacts and lower the temperature, will to absorb heat outside internal layer vaporization simultaneously, face exothermic condensation in the enclosure again, shell transfers heat to again its surrounding air, so continuous circulation will by hot drink water cooling in cup, due to the heat of vaporization of water large (vapour that the such as water of one gram 90 DEG C becomes 90 DEG C need recept the caloric 545.2 cards), to inhale heat release large, like this, drink if drinking-water boiling hot in cup just can cool down rapidly by Quick shaking cup.In a few minutes the drinking-water of more than 90 DEG C in cup can be cooled down and drink with shaking glass cooling method, Be very effective, and shake after glass cooling method need not wait for water quench and cool second glass of water again, it can go down in the cooling of successive a glass a glass.Slow interruption shakes cup can regulate cup skin temperature, the most applicable warm hand.In addition, boiling point is not high, and other liquid such as alcohol, turpentine wet goods that heat of vaporization is large pour in gap layer and make cooling liquid, and with shaking, boiling hot drinking-water in glass cooling method quick cooling cup is also better.
The volume of above-mentioned breath sap cavity is equal to or less than the thermos cup of 1/5th of internal layer volume, and scald drinking-water when it becomes and makes fast-cooling thermal insulating cup by shaking in glass cooling method quick cooling cup, we claim this thermos cup to be to become the thermos cup shaking glass fast-cooling thermal insulating cup.
Shake glass cooling method and to make in cup that drinking-water speed is cold experiment basis, I has bought the stainless steel double-layer vacuum cup of individual volume 300 milliliters, to this double-layer vacuum cup, (water yield of injection is little to inject this standing after cup gap layer plug-hole thermos cup of 10 ml waters after external shell auger one aperture, when cup is just put, water is lower than internal layer lower end), to the single-layer cup after this thermos cup saw decapsidate, at identical conditions, just boiled water is filled in cup, then, the foam block being inserted with thermometer is covered at rim of a cup, thermometer is allowed to insert in water, every 10 minutes records water in the cup temperature, record six times altogether, existing list under:
The heat-insulating property of thermos cup after as can be seen from the table in water filling 10 milliliters of gap layer, close to double-layer vacuum cup, and more much better than single-layer cup.I has done again such test, respectively from aperture note 3 milliliters, 5 milliliters, 10 milliliters, 15 milliliters, 20 ml waters to enter gap layer and behind its hole stifled, fast shake is filled the water that just boiled and is covered tightly the cup of bowl cover immediately, first realize that cup is very boiling hot, then in 5 points, open bowl cover survey water in the cup temperature, its temperature is listed as follows:
The water yield injecting gap layer is all less than 1/10th of thermos cup volume 300 milliliters, is certainly more less than 1/5th of thermos cup volume.Note a small amount of water as can be seen from the above table to enter in cup gap layer after plug-hole shake cup fast and can make to scald in cup water and cool down rapidly and drink.The water of 70 DEG C can slowly be drunk, and the water of 60 DEG C just can have been drunk by mouth greatly, so can make drinking-water a few minutes of in thermos cup more than 95 DEG C by the method, cool down in ten minutes and drunk, effect is significant.I also fills half cup boiling water and shakes cup and just water temperature is dropped to 60 DEG C in 5 minutes, cools faster.The double-layer vacuum cup of 300 milliliters is filled just boiled water foam block and is inserted temperature measurement water temperature by me, and water temperature drops to 60 DEG C of needs 87 minutes.The method measurement water temperature of sawing the single-layer cup after shell same drops to 60 DEG C of need 55 minutes.And I 10 minutes just can by 300 milliliters of firm boiled water coolings to 60 DEG C with shaking glass cooling method, this cooling effect is significant.This thermos cup water filling of 300 milliliters 10 milliliters enters after in gap layer to shake glass cooling effect better as can be seen from the table, and the too many Vaporizing cooling effect of water filling reduces, and light water cold-working increases.It is generally acknowledged that the more cooling effects of cooling water are better, but, I here acts in a diametrically opposite way, cooling water inflow is greatly reduced, usual cooling water is exactly several milliliters to 20 milliliters, adopts again and shakes glass cooling method by the rapidly cooling of drinking-water in cup, reasonablely solves the fast cold problem of thermos cup that past do not resolve, the cooling of energy continuous a glass a glass simultaneously, slowly shaking cup can regulate the most applicable warm hand of cup skin temperature simultaneously.
The cup of usual thermos cup is revolving body, we also rest sap cavity make revolution breath sap cavity.The breath sap cavity of revolution breath sap cavity to be exactly cavity wall be revolving body.Breath sap cavity is that revolution breath sap cavity is just symmetrical to central axis, and the intercommunicating pore of breath sap cavity is also symmetrical to central axis, place's cup lateral center.Breath sap cavity is that just no matter cup tilts to which side revolution breath sap cavity, cooling water situation in chamber is identical, the easy stream of certain direction cooling water can not be produced and spatter the cooling causing on internal layer and do not need when cooling, simultaneously from each side fall cooling water enter gap layer top time situation also identical
In order to make cooling water be convenient in breath sap cavity and the circulation of gap layer top, we make taper seat at the rest inflow face of sap cavity and effluent face.Inflow face is exactly the face of gap layer top cooling water flow deposit interest sap cavity.Effluent face is the face that breath sap cavity cooling water flow prospects sap cavity enters gap layer top.
Breath sap cavity volume is equal to or less than to the thermos cup of internal layer volume five point, its shell is made interior concave bottom surface and skirt section by us.The interior concave bottom surface of shell, be exactly the bottom surface of shell upwards indent, lower than interior concave bottom surface exactly have shell around, and around this, shell is called the skirt section of shell.Filling discharge hole is arranged in shell in concave bottom surface by again, is arranged in shell by filling discharge hole and concave bottom surface is just covered by the skirt section of shell, make thermos cup attractive in appearance.This fills with and interior concave bottom surface that discharge hole is arranged on shell communicates with gap layer is exactly communicate with breath sap cavity, communicates exactly with gap layer bottom.
Shell has the thermos cup in interior concave bottom surface and skirt section, and skirt lower end is exactly the contact jaw that cup is placed on desktop.Be arranged on the thermos cup in shell in concave bottom surface for filling discharge hole, the volume of filling with the following housing skirt of discharge hole mouth is made the volume equaling to set cooling water inflow after deduction fills with volume shared by discharge hole plug-hole part by us.Like this, when this thermos cup will be become fast-cooling thermal insulating cup by us, cup is inverted by we, plug-hole part blocks filling discharge hole, water is filled housing skirt, then opens filling discharge hole, the interior water higher than filling discharge hole mouth of housing skirt is in gap layer with regard to being ceased in sap cavity by the inflow of filling discharge hole, the water yield flowed in breath sap cavity sets cooling water inflow exactly, then blocks with plug-hole part and just becomes heat-insulating property by filling with discharge hole and improve fast-cooling thermal insulating cup easy to use.The volume of filling with the following housing skirt of discharge hole mouth is exactly the volume of the container that horizontal plane and skirt section by filling with discharge hole mouth are formed.The plug-hole part of filling with discharge hole is exactly that shutoff fills with discharge hole part, as lid, screw, blocking, glue etc.
We allow the volume of setting cooling water inflow be less than 1/2nd of breath sap cavity volume.Like this, just can accomplish, when fast-cooling thermal insulating cup made by this cup, when cooling water is when ceasing in sap cavity, no matter how cup stands on edge and puts, and even no matter cup rim of a cup how 30 degree, sloping floor placements down, do not have cooling water from ceasing sap cavity by intercommunicating pore inflow gap layer top.Like this, this cup is made cooling water when fast-cooling thermal insulating cup takes cup to walk about or drink water and is spattered on internal layer with regard to being not easy stream very much, can improve the heat-insulating property of thermos cup.Thermos cup breath sap cavity volume as one 300 milliliters is less than internal layer volume 1/5th, we can do it is 50 milliliters, our optional setting cooling water inflow volume is 10 milliliters, this is 1/5th of breath sap cavity volume, like this, this cooling water is be not easy to flow on internal layer very much when not needing cooling.
When this glass be can become shake cup speed cold thermos cup make fast-cooling thermal insulating cup time, with shake glass cooling method come in quick cooling cup scald drinking-water time cup shell be very hot, inconvenience hold.For this reason, the bowl cover of this cup is made non-scald on hand bowl cover by us.Non-scald on hand bowl cover has plastic cup cover, rubber bowl cover, or outside is the bowl cover of plastics or rubber, or vacuum bowl cover etc., be the bowl cover of non-scald on hand in a word.Had non-scald on hand bowl cover, we with shake drink water in glass cooling method cooling cup time, hold non-scald on hand bowl cover and carry out shaking cup and would not scald one's hand.Non-scald on hand bowl cover also should do be convenient to staff assurance.
When this glass be can become shake cup speed cold thermos cup make fast-cooling thermal insulating cup time, with shake a glass cooling method come in quick cooling cup scald drinking-water time, when also having air in cup when the rapid cooling of drinking-water in cup, because this cools air air pressure reduces, under extraneous gas pressure, bowl cover is just not easy to open, and for this reason, the bowl cover of this thermos cup is made concora crush bowl cover by us.Concora crush bowl cover is exactly the bowl cover that the outer air pressure of cup in cup can be made identical or close.As having the bowl cover of check valve.To have had in concora crush bowl cover cup the outer air pressure of cup close to or equal bowl cover just easily open.
This cup can with the multiple material such as stainless steel, plastics make, cup can be made as required belt, can do as required do greatly little.
The thermos cup shaking glass fast-cooling thermal insulating cup can be become in this glass, when its become shake glass fast-cooling thermal insulating cup time, outside drinking in decapacitation quick cooling cup, also by shaking cup to the hot-water stove regulating the temperature of shell to become energy temperature adjustment, warm up body with warm hand.When you will warm oneself, be first inverted by cup and allow cooling water flow into gap layer top from breath sap cavity, then side cup with regard to warm, and you will warm up and put you and just swagger cup, swaggers warmly can make the heat energy of water in the cup be fully used.When you wouldn't warm oneself you it just place and allow it be in keeping warm mode to save energy again.Its shape size can do be more suitable for heating by this glass as required.
This thermos cup is that a kind of structure is simple, carries out the thermos cup converted between the fast-cooling thermal insulating cup easy to use that can improve in heat-insulating property and double-layer vacuum cup.This cup blocks and fills with discharge hole is exactly the good double-layer vacuum cup of heat-insulating property.From filling with discharge hole, to pour into that cooling liquid shutoff that volume is less than breath sap cavity volume fills with after discharge hole to gap layer be exactly the fast-cooling thermal insulating cup that heat-insulating property improves.Be exactly the fast-cooling thermal insulating cup that heat-insulating property improves pour into the cooling water shutoff filling discharge hole of setting cooling water inflow from filling discharge hole to gap layer after.This by user as required from line translation, can meet the different demands of people.The breath sap cavity of this glass of gap layer bottom setting can improve heat-insulating property when making fast-cooling thermal insulating cup.Special breath sap cavity is revolution breath sap cavity, the volume of breath sap cavity is equal to or less than 1/5th of internal layer volume, setting cooling water inflow be less than breath sap cavity two/once after reduce the volume and weight of thermos cup widely, and can accomplish not have cooling water from breath sap cavity by intercommunicating pore inflow gap layer top when how cooling water stands on edge to put even how to tilt over the ground 30 degree to place regardless of cup rim of a cup regardless of cup when ceasing in sap cavity down, like this, cup is held to walk about, rocking on car and boat, face upward little angle to drink water, cooling water all can not splash on internal layer by stream, this just more improves the heat-insulating property of fast-cooling thermal insulating cup.Fill with and interior concave bottom surface that discharge hole is arranged on shell makes this cup to seem ordinary from outward thermos cup, attractive in appearance.After equaling to set the volume of cooling water inflow after the volume of filling with the following housing skirt of discharge hole mouth being made volume shared by deduction plug-hole part, the water that can pour into setting cooling water inflow easily to gap layer by shell group portion, makes thermos cup carry out conversion convenient.This cup is also provided with non-scald on hand bowl cover and is convenient to shake cup, is provided with concora crush bowl cover and is convenient to uncap.The great advantage of this glass can be drunk water with the urgency of the extremely thirsty person of solution in quick cooling cup when making fast-cooling thermal insulating cup.Drinking-water in cup just can be made fast cold by shaking cup when shaking the cold thermos cup of cup speed especially, by ten minutes, the boiling hot drinking-water of more than 90 DEG C in cup can be as cold as suitable temperature to drink in a few minutes, can also one glass one glass shake continuously in cold cup and drink water thirsty with Xie Duoren, pave floor with bricks, stones etc. can also be delayed and shake cup and regulate cup skin temperature with warm hand.This glass is the excellent applicable thermos cup of structure simple transformation convenient function.
Have volume to be less than the liquid of breath sap cavity volume in gap layer, fill with discharge hole shutoff, this glass is exactly the fast-cooling thermal insulating cup that heat-insulating property improves.Fill with discharge hole shutoff, this glass is exactly the double-layer vacuum cup that breath sap cavity is arranged at gap layer bottom.Although gap layer bottom has the heat-insulating property of the double-layer vacuum cup of breath sap cavity identical with the heat-insulating property of general dual layer thermos cup, it has the breath sap cavity that general dual layer thermos cup is unnecessary and this glass proprietary, not identical with general dual layer thermos cup.The filling discharge hole shutoff of shell is exactly that shell does not have hole.So, technical scheme draws together symbol content (a kind of thermos cup under being, comprise cup and bowl cover, cup comprises internal layer, shell and the gap layer between internal layer and shell, shell is provided with filling discharge hole, and gap layer bottom is provided with breath sap cavity, and breath sap cavity has intercommunicating pore to communicate with gap layer top, there is volume to be less than the liquid of breath sap cavity volume in gap layer, fill with discharge hole shutoff.) thermos cup and technical side be under draw together symbol content (a kind of thermos cup, comprise cup and bowl cover, cup comprises internal layer, shell and the gap layer between internal layer and shell, gap layer bottom is provided with breath sap cavity, breath sap cavity has intercommunicating pore to communicate with gap layer top, seals the liquid that volume is less than breath sap cavity volume in gap layer up for safekeeping.) thermos cup be exactly the same.Equally, skill is stated and to be drawn together symbol content under scheme is (a kind of thermos cup, comprises cup and bowl cover, cup comprises internal layer, shell and the gap layer between internal layer and shell, and shell is provided with filling discharge hole, and gap layer bottom is provided with breath sap cavity, breath sap cavity has intercommunicating pore to communicate with gap layer top, fills with discharge hole shutoff.) thermos cup and technical scheme be under draw together symbol content (a kind of thermos cup, comprises cup and bowl cover, and cup comprises internal layer, shell and the gap layer between internal layer and shell, and gap layer bottom is provided with breath sap cavity, breath sap cavity have intercommunicating pore to communicate with gap layer top.) thermos cup be also the same.
Accompanying drawing explanation
Fig. 1 is the longitudinal section of embodiment 1 thermos cup of the present invention.
Fig. 2 is the bottom longitudinal section of embodiment 2 thermos cup of the present invention.
Fig. 3 is the bottom longitudinal section of embodiment 3 thermos cup of the present invention.
Detailed description of the invention
Embodiment 1
The thermos cup of embodiment 1 as shown in Figure 1.This routine a kind of thermos cup, comprises cup 1 and bowl cover 2, and cup 1 comprises internal layer 3, shell 4 and the gap layer between internal layer 3 and shell 45, and shell 4 is provided with fills with discharge hole 6, and gap layer 5 bottom is provided with breath sap cavity 7, and breath sap cavity 7 has intercommunicating pore 8 to communicate with gap layer 5 top.The volume of breath sap cavity 7 is less than 1/5th of internal layer 3 volume.Breath sap cavity 7 is revolution breath sap cavities 7.Shell 4 has interior concave bottom surface 9 and skirt section 10, fills with discharge hole 6 and is arranged in the interior concave bottom surface 9 of shell 4.Equal to set the volume of cooling water inflow after filling with the volume deduction filling discharge hole plug-hole part possessive volume in shell 4 skirt section 10 of discharge hole less than 6 mouthfuls.The volume of setting cooling water inflow is less than 1/2nd of breath sap cavity 7 volume.Bowl cover 2 is non-scald on hand bowl covers 2.Bowl cover 2 is concora crush bowl covers 2.This routine thermos cup to become the thermos cup shaking glass fast-cooling thermal insulating cup.
The cup 1 of this routine thermos cup is made up of stainless steel, and internal layer 3 and shell 4 surrounding face are all the faces of cylinder.Shell 4 below internal layer 3 lower end is inner, and namely gap layer 3 bottom is provided with and the breath sap cavity 7 of shell 4 as one.Breath sap cavity 7 has intercommunicating pore 8 to communicate with gap layer 5 top.The inwall of breath sap cavity 7 is revolving bodies, and breath sap cavity 7 is revolution breath sap cavities 7.Intercommunicating pore 8 place cup 1 lateral center of breath sap cavity 7.Inflow face 11 and the effluent face 12 of breath sap cavity 7 are all taper seats, are convenient to cooling water in breath sap cavity 7 and the circulation of gap layer 5 top.The volume of breath sap cavity 7 is less than 1/5th of internal layer 3 volume.Shell 4 has interior concave bottom surface 9 and skirt section 10.Interior concave bottom surface 9 central authorities that filling discharge hole 6 is arranged on shell 4 communicate with breath sap cavity 7, namely communicate with gap layer 5.Filling with discharge hole 6 is the holes joining lid, is furnished with and fills with discharge hole lid 13.Fill with discharge hole lid 13 to be arranged on filling discharge hole 6 by threaded engagement.Filling with discharge hole lid 13 is exactly the plug-hole part of filling with discharge hole 6.Tight-closed at filling discharge hole lid 13 end with fill with between discharge hole 6 mouthfuls and be also provided with glue gasket 14 for making.The volume deduction of filling with shell 4 skirt section 8 of discharge hole less than 6 mouthfuls fills with the volume equaling to set cooling water inflow after discharge hole plug-hole part namely fills with discharge hole lid 13 possessive volume.The volume of setting cooling water inflow is less than 1/2nd of breath sap cavity 7 volume.Due to set the volume of cooling water inflow be less than breath sap cavity 7 volume two/to cease sap cavity be in the lump revolution breath sap cavity 7, when pouring into the cooling water of set amount in gap layer, when cooling water is when ceasing in sap cavity 7, just can accomplish no matter how cup 1 stands on edge to put even no matter cup 1 rim of a cup and how to tilt over the ground 30 degree down to place and do not have cooling water and flow into gap layer 5 top from ceasing sap cavity 7 by intercommunicating pore 8, like this, hold cup to walk about, face upward cooling water time drinking water in little angle all can not to splash on internal layer 3 by stream, this provides for improved the heat-insulating property of thermos cup when making fast-cooling thermal insulating cup.
Bowl cover 2 comprises lower cover 15 and upper cover 16.Lower cover 15 and upper cover 16 are all made by plastics, are the bowl covers 2 of non-scald on hand.External cylindrical surface under cup 1 rim of a cup is made with external screw thread, lower cover 15 has internal thread, lower cover 15 is arranged on cup 1 rim of a cup by threaded engagement.The rubber gasket 17 of sealing rim of a cup is also housed in the annular groove of lower cover 15.Internal thread is arranged at lower cover 15 top, and external screw thread is arranged at upper cover 16 bottom, and lower cover 15 and upper cover 16 are installed together by threaded engagement, and forms lid chamber 18.Have a hole in the middle part of lower cover 15, lower end is that sphere has the hollow blocking 19 on anti-limit to put rubber membrane 20 to block this hole, and it is withstood by the push rod 21 of upper cover 16.On the sphere of blocking 19, there are four larger pressure holes 22 outer, there are concora crush hole 23 in rubber membrane 20 central authorities, when cup internal gas pressure reduces, the air covered in chamber 18 is entered in cup by pressure hole 22, concora crush hole 23 and plays concora crush effect, the outer air pressure of cup in cup can be made close, bowl cover 2 is easily opened, and this bowl cover 2 is concora crush bowl covers 2.Blocking 19 and rubber membrane 20 is actual constitutes check valve, this bowl cover 2 is exactly the concora crush bowl cover 2 of check valve.The surrounding of bowl cover 2 also has an arc scrobicular ring band 24 to be convenient to people's holds.This bowl cover 2 is the non-scald on hand bowl covers 2 being convenient to hold.
When you this glass to be done heat-insulating property have the double-layer vacuum cup of breath sap cavity 7 to use relatively preferably time, as long as you will fill with discharge hole 6 shutoff, covered tightly just by filling discharge hole lid 13.At this moment, comprise in the gap layer 5 of breath sap cavity 7 and be full of air, air has insulation effect, and thermos cup is at this moment exactly the double-layer vacuum cup (thermos cup as figure state) of breath sap cavity 7.When this thermos cup will be made fast-cooling thermal insulating cup by you, as long as you are fed into after volume is less than the cooling liquid of breath sap cavity 7 volume from filling discharge hole 6 to gap layer 5 will fill with discharge hole shutoff, just become fast-cooling thermal insulating cup.The preferred cooling liquid of this thermos cup is water and has optimized setting cooling water inflow.As long as the shutoff of filling discharge hole is just become fast-cooling thermal insulating cup from filling with after discharge hole 6 pours into the cooling water setting cooling water inflow to gap layer 5 by you when this thermos cup will be made fast-cooling thermal insulating cup by you.This routine thermos cup pours into when volume is less than the cooling water of the preferred setting cooling water inflow of breath sap cavity volume to gap layer 5 and is inverted by cup, at the in-built full water in shell 4 skirt section 10, be inserted in the sulculus 25 of filling with discharge hole lid 13 with changing cutter or iron plate filling discharge hole lid 13 is unscrewed again, at this moment, the water of filling with in the skirt section 10 of discharge hole more than 6 mouthfuls will flow in breath sap cavity 7 by filling with discharge hole 6, namely flow in gap layer 5, the water yield of inflow is exactly the cooling water inflow of setting, has then been covered tightly just by filling discharge hole lid 13.Because the volume ceasing sap cavity 7 is less than 1/5th of internal layer volume, and the volume setting the cooling water of cooling water inflow is less than 1/2nd of breath sap cavity 7 volume, so this cooling water inflow is little.At this moment thermos cup is exactly the fast-cooling thermal insulating cup easy to use that heat-insulating property improves, and is to shake the cold thermos cup of cup speed.Usual thermos cup be just use, cooling water is just ceasing in sap cavity 7, is all the keeping warm mode of air Here it is this fast-cooling thermal insulating cup around gap layer 5 top internal layer 3.Because usual cooling water is in breath sap cavity 7, directly do not baked evaporation by hot drink water in internal layer 3 by internal layer 3 few, gap layer 5 top is few containing vapour, and heat-insulating property just improves.Volume due to cooling water is less than 1/2nd of breath sap cavity 7 volume, because breath sap cavity 7 is revolution breath sap cavities 7, so, hold cup and walk about or face upward and not have cooling water flow time drinking water in little angle and splash on internal layer 3 and also make this glass of heat-insulating property improve.When be equipped with in cup scald drinking-water need fast cold time, as long as bowl cover 2 is built by you, and the cooling water in cup reversing breath sap cavity 7 is just flowed into gap layer 5 top by intercommunicating pore 8, at this moment you just can hold bowl cover 2 cup is fluctuated or alternate manner shake, though cooling water less it absorb heat outside internal layer 3 vaporization again at shell 4 inner face exothermic condensation, shell 4 transfers heat to surrounding air again, so continuous circulation, a few minutes, just can cool down drinking-water boiling hot in cup and drink for tens minutes.Drink you and first can also fill half cup drinking-water if you are very thirsty anxious and just can shake cold drink use sooner.You also can one glass one glass to shake in cold cup drinking-water continuously to separate many people thirsty.Although shake cup speed cold time cup shell 4 very hot but hold non-scald on hand bowl cover 2 and shake cup and can not scald one's hand.Shake cup speed cold time have concora crush bowl cover 2, to make in cup the outer air pressure balance of cup, bowl cover 2 is easily opened.Winter cold you can by this glass of warm hand, you load onto boiling hot water and cup are inverted horizontal son of holding the cup and rotate adjustable cup 1 shell 4 temperature in cup, walk around warmly just to make your hand warm up.This cup is opened and is filled with discharge hole lid 13 and fill with hot water from filling discharge hole 6 and enter gap layer 5 and also can drink water in Heating Cup, very convenient with this glass of warm milk.This glass is the conversion thermos cup of excellent performance.
Embodiment 2
The thermos cup of embodiment 2 as shown in Figure 1 and Figure 2.The thermos cup of embodiment 2 is mutation of embodiment 1 thermos cup, and its top is identical with embodiment 1, and just bottom is different.This routine a kind of thermos cup, comprises cup 1 and bowl cover 2, and cup 1 comprises internal layer 3, shell 4 and the gap layer between internal layer 3 and shell 45, and shell 4 is provided with filling discharge hole, and gap layer 5 bottom is provided with breath sap cavity 7, and breath sap cavity 7 has intercommunicating pore 8 to communicate with gap layer 5 top.The breath sap cavity 7 of this routine thermos cup gap layer 5 bottom is first carried out separately to be then pressed into and is welded by contact seam in shell 4 again and make, and this is also to provide a kind of manufacture method.Breath sap cavity 7 is revolution breath sap cavities 7.Inflow face 11 and the effluent face 12 of breath sap cavity 7 are all taper seats, are convenient to cooling water in breath sap cavity 7 and the circulation of gap layer 5 top.The volume of breath sap cavity 7 is less than 1/5th of internal layer 3 volume.The interior concave bottom surface 9 of shell 4 is formed below breath sap cavity 7.Fill with interior concave bottom surface 9 central authorities that discharge hole is arranged on shell.Discharge hole is filled with exactly in the hole coordinated with screw 26.Filling with discharge hole is the hole joining screw, is furnished with plug-hole part screw 26 and rubber gasket 27.The volume deduction filling discharge hole plug-hole part in shell 4 skirt section 10 below filling discharge hole mouth---equal the volume setting cooling water inflow after screw 26 and rubber gasket 27 possessive volume.The volume of setting cooling water inflow is less than 1/2nd of breath sap cavity 7 volume.
When you this glass to be done heat-insulating property have relatively preferably breath sap cavity 7 double-layer vacuum cup use time, as long as you will fill with discharge hole shutoff, tightened just by screw 26.At this moment, comprise in the gap layer 5 of breath sap cavity 7 and be full of air, air has insulation effect, and thermos cup is at this moment exactly the double-layer vacuum cup (thermos cup as figure state) of breath sap cavity 7.When this thermos cup will be made fast-cooling thermal insulating cup by you, as long as you are fed into after volume is less than the cooling liquid of breath sap cavity 7 volume from filling discharge hole to gap layer 5 will fill with discharge hole shutoff, just become fast-cooling thermal insulating cup.The preferred cooling liquid of this thermos cup is water and has optimized setting cooling water inflow.As long as the shutoff of filling discharge hole is just become fast-cooling thermal insulating cup from filling with after discharge hole 6 pours into the cooling water setting cooling water inflow to gap layer 5 by you when this thermos cup will be made fast-cooling thermal insulating cup by you.The volume of this glass of setting cooling water inflow is less than 1/2nd of breath sap cavity 7 volume.When this glass in gap layer 5, perfusion sets the cooling water of cooling water inflow, cup is inverted, at the in-built full water of housing skirt 10, with solution cutter, screw 26 is unclamped, just flow into breath sap cavity 7 by filling with discharge hole higher than the water of filling with in the skirt section 10 of discharge hole 6 mouthfuls, flow in gap layer 5, the water flowed in gap layer 5 is exactly the water of setting cooling water inflow, then has been tightened just by screw 26.At this moment thermos cup just becomes fast-cooling thermal insulating cup, becomes and shakes the cold thermos cup of cup speed.Scald the drinking-water needs fast cold drink used time when being equipped with in cup, as long as bowl cover 2 is built by you, cup is inverted shake, and the boiling hot drinking-water in cup can be as cold as suitable temperature soon and drink.When you want warm hand, built by bowl cover, be inverted by cup as long as you load onto boiling hot water in cup, then horizontal son of holding the cup your hand warm warm of walking around is just not cold.Other of this glass is identical with embodiment one.
Embodiment 3
The thermos cup of embodiment 3 as shown in Figure 1, Figure 3.The thermos cup of embodiment 3 is another mutation of embodiment 1 thermos cup.Its top is identical with embodiment 1, and just bottom is different.This routine a kind of thermos cup, comprises cup 1 and bowl cover 2, and cup 1 comprises internal layer 3, shell 4 and the gap layer between internal layer 3 and shell 45, and shell 4 is provided with filling discharge hole, and gap layer 5 bottom is provided with breath sap cavity 7, and gap sap cavity 7 has intercommunicating pore 8 to communicate with gap layer 5 top.The volume of breath sap cavity 7 is less than 1/5th of internal layer 3 volume.Breath sap cavity 7 is revolution breath sap cavities 7.Inflow face 11 and the effluent face 12 of breath sap cavity 7 are all taper seats.Discharge hole is filled with exactly with the hole of glue 28 shutoff bottom shell 4.
When you this glass to be done heat-insulating property have the double-layer vacuum cup of breath sap cavity 7 relatively preferably time, as long as you will fill with discharge hole shutoff, blocked by glue 28 and filled with discharge hole just.At this moment, comprise in the gap layer 5 of breath sap cavity 7 and be full of air, air has insulation effect, and thermos cup is at this moment exactly the double-layer vacuum cup of breath sap cavity 7.
When this thermos cup will be made fast-cooling thermal insulating cup by you, as long as you are fed into after volume is less than the cooling liquid of breath sap cavity 7 volume from filling discharge hole to gap layer 5 will fill with discharge hole shutoff, just become fast-cooling thermal insulating cup.The preferred cooling liquid of this thermos cup is water and has optimized setting cooling water inflow.As long as the shutoff of filling discharge hole is just become fast-cooling thermal insulating cup from filling with after discharge hole 6 is fed into the cooling water setting cooling water inflow to gap layer 5 by you when this thermos cup will be made fast-cooling thermal insulating cup by you.The volume of this glass of setting cooling water inflow is less than 1/2nd of breath sap cavity 7 volume.The setting cooling water inflow of this glass is written with in operation instructions.After filling discharge hole syringe has been fed into the cooling water 29 of setting cooling water inflow to gap layer 5, discharge hole shutoff (as Fig. 3 shape) will be filled with glue 28 for this glass.So this glass has become the fast-cooling thermal insulating cup made heat-insulating property and improve, what become heat-insulating property raising has shaken the cold thermos cup of cup speed.
When being equipped with in cup, scalding drinks water needs the fast cold drink used time, bowl cover 2 is covered tightly and holds bowl cover 2 and cup is inverted shakes cup up and down or alternate manner shakes cup, cooling water 29 just flows into gap layer 5 top from intercommunicating pore 8 and absorbs heat outside internal layer 3 and vaporizes again at shell 4 inner face exothermic condensation, shell 4 transfers heat to surrounding air again, and so continuous circulation can make to scald drinking-water in cup soon and be as cold as suitable temperature and drunk.When to shake glass shell 4 very boiling hot but you hold non-scald on hand bowl cover 2 and can not scald one's hand.Cup returns cooling water 29 just and flows into (rest) at this moment cup keeping warm mode in breath sap cavity 7 from intercommunicating pore 8 again, can protect drinking-water slow cooling again.Winter is cold, and when you need warm hand, you load in cup scalds water and covered tightly by bowl cover 2, is reversed by cup and allows cooling water 29 flow into gap layer 5 top, then your horizontal son of holding the cup, and temperature is low, and you just walk around cup, and your hand warm of walking around is just not cold.When you need thermos cup to become heat-insulating property have the double-layer vacuum cup of breath sap cavity relatively preferably time, with tingle glue 28 disclosed out and release cooling water 29, you also can upside down roasting gap layer 5 at the in-built hot water of cup allows cooling steam go out to the greatest extent from filling discharge hole, and then discharge hole shutoff will be filled with glue 28, be just turned into the good double-layer vacuum cup of heat-insulating property.Discharge hole is filled with in glue 28 shutoff, if glue look with shell 4 look identical you just do not see having and fill with discharge hole.The filling discharge hole shutoff of actual shell does not just have hole the same with shell.
Below three examples are only lifted, but this and more of the present invention.
Claims (7)
1. a thermos cup, comprise cup and bowl cover, described cup comprises internal layer, shell and the gap layer between internal layer and shell, described shell is provided with filling discharge hole, it is characterized in that: described gap layer bottom is provided with breath sap cavity, described breath sap cavity has intercommunicating pore to communicate with gap layer top, space is separated with between described internal layer lower end and described breath sap cavity upper end, described in the shutoff of described filling discharge hole, thermos cup is exactly the double-layer vacuum cup that breath sap cavity is arranged at gap layer bottom, be equipped with in described gap layer that to fill with thermos cup described in discharge hole shutoff described in liquid that volume is less than described breath sap cavity volume be exactly fast-cooling thermal insulating cup.
2. thermos cup according to claim 1, is characterized in that: the volume of described breath sap cavity is equal to or less than 1/5th of internal layer volume, and described thermos cup to become the thermos cup shaking glass fast-cooling thermal insulating cup.
3. thermos cup according to claim 1, is characterized in that: described breath sap cavity is revolution breath sap cavity.
4. thermos cup according to claim 2, is characterized in that: described shell has interior concave bottom surface and skirt section, and described filling discharge hole is arranged in the interior concave bottom surface of shell.
5. thermos cup according to claim 4, is characterized in that: equal the volume setting cooling water inflow after the volume deduction filling discharge hole plug-hole part possessive volume of the described housing skirt below described filling discharge hole mouth.
6. thermos cup according to claim 5, is characterized in that: the volume of described setting cooling water inflow is less than 1/2nd of breath sap cavity volume.
7. a cup for thermos cup, is characterized in that: the cup of described thermos cup is the cup in the thermos cup of arbitrary claim in claim 1 to 6.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310275425.9A CN103300672B (en) | 2012-12-24 | 2013-06-18 | Vacuum cup |
Applications Claiming Priority (4)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210563983.0 | 2012-12-24 | ||
| CN2012105639830 | 2012-12-24 | ||
| CN 201210563983 CN102973093A (en) | 2012-12-24 | 2012-12-24 | Thermos cup |
| CN201310275425.9A CN103300672B (en) | 2012-12-24 | 2013-06-18 | Vacuum cup |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103300672A CN103300672A (en) | 2013-09-18 |
| CN103300672B true CN103300672B (en) | 2015-05-27 |
Family
ID=47847659
Family Applications (2)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201210563983 Pending CN102973093A (en) | 2012-12-24 | 2012-12-24 | Thermos cup |
| CN201310275425.9A Expired - Fee Related CN103300672B (en) | 2012-12-24 | 2013-06-18 | Vacuum cup |
Family Applications Before (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201210563983 Pending CN102973093A (en) | 2012-12-24 | 2012-12-24 | Thermos cup |
Country Status (1)
| Country | Link |
|---|---|
| CN (2) | CN102973093A (en) |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104367097B (en) * | 2014-10-28 | 2016-08-24 | 吴海荣 | A kind of Portable heatable vacuum cup |
| CN107712754A (en) * | 2017-11-01 | 2018-02-23 | 安徽省林锦记食品工业有限公司 | A kind of polychrome jelly production equipment |
| CN111195047A (en) * | 2020-02-24 | 2020-05-26 | 盛纪（上海）家居用品有限公司 | Water cup with free temperature access and vacuum discharge method of sealed space of water cup |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2191397Y (en) * | 1994-03-15 | 1995-03-08 | 沈义臣 | Quick cooling cup |
| US6629618B1 (en) * | 2001-02-06 | 2003-10-07 | Ken Michael Volan | Thermally insulated glass bottle |
| CN101731904A (en) * | 2009-12-17 | 2010-06-16 | 冯静 | Rotation regulation fast-cooling thermal insulating cup and use method thereof |
| CN202095950U (en) * | 2011-05-27 | 2012-01-04 | 山东科技大学 | Heat insulation and heat dissipation water bottle |
| CN102599783A (en) * | 2012-04-10 | 2012-07-25 | 邢立天 | Vacuum cup capable of cooling and heating instantly |
| CN203121866U (en) * | 2012-12-24 | 2013-08-14 | 邢立天 | Thermal insulation cup |
Family Cites Families (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN85202834U (en) * | 1985-07-08 | 1986-07-30 | 隋新吉 | Multipurpose cup |
| CN2115714U (en) * | 1991-04-17 | 1992-09-16 | 陈右璋 | Dual-purpose of quick cooling and insulating heat vessel for children |
| US6176100B1 (en) * | 1999-05-10 | 2001-01-23 | Garrick Kremesec | Reversible insulating properties container and method of use |
| CN101361631A (en) * | 2008-08-23 | 2009-02-11 | 林美英 | Instant heat and cold water-cup |
| JP2012085907A (en) * | 2010-10-21 | 2012-05-10 | Yoshinobu Toyomura | Cold box |
-
2012
- 2012-12-24 CN CN 201210563983 patent/CN102973093A/en active Pending
-
2013
- 2013-06-18 CN CN201310275425.9A patent/CN103300672B/en not_active Expired - Fee Related
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2191397Y (en) * | 1994-03-15 | 1995-03-08 | 沈义臣 | Quick cooling cup |
| US6629618B1 (en) * | 2001-02-06 | 2003-10-07 | Ken Michael Volan | Thermally insulated glass bottle |
| CN101731904A (en) * | 2009-12-17 | 2010-06-16 | 冯静 | Rotation regulation fast-cooling thermal insulating cup and use method thereof |
| CN202095950U (en) * | 2011-05-27 | 2012-01-04 | 山东科技大学 | Heat insulation and heat dissipation water bottle |
| CN102599783A (en) * | 2012-04-10 | 2012-07-25 | 邢立天 | Vacuum cup capable of cooling and heating instantly |
| CN203121866U (en) * | 2012-12-24 | 2013-08-14 | 邢立天 | Thermal insulation cup |
Also Published As
| Publication number | Publication date |
|---|---|
| CN103300672A (en) | 2013-09-18 |
| CN102973093A (en) | 2013-03-20 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN103300673B (en) | Vacuum cup with quick cooling function | |
| CN103027555A (en) | Heat-preserving cup capable of cooling and heating rapidly | |
| CN103300672B (en) | Vacuum cup | |
| CN106343847A (en) | Insulating container lid capable of quickly lowering temperature and insulating container including same | |
| CN104367108B (en) | Rapid cooling insulation cup | |
| CN207855507U (en) | A kind of military stainless steel kettle fast cooling drinking-water pot lid of heat preservation | |
| CN203121866U (en) | Thermal insulation cup | |
| CN201743158U (en) | Novel kettle capable of adjusting temperature | |
| CN201365772Y (en) | Water injection type temperature reduction and rise cup | |
| CN103202595B (en) | Outdoor water bottle with two kinds of temperatures | |
| CN203106563U (en) | Quick-cooling heat preservation cup | |
| CN104739155A (en) | Fast cooling cup | |
| CN108308994B (en) | Functional cup with multi-stage rapid cooling and heat preservation functions | |
| CN108354409A (en) | A kind of attemperator that temperature can be controlled with subregion | |
| CN203633676U (en) | Portable thermos kettle | |
| CN201349865Y (en) | Vacuum cup capable of reducing temperature | |
| CN202567544U (en) | Layered water drinking vacuum cup | |
| CN111012140A (en) | Dual-purpose cup for heat preservation and cold insulation | |
| CN104605702B (en) | The vacuum cup of rapid cooling can be shaken | |
| TWI829599B (en) | temperature regulator | |
| CN206603542U (en) | A kind of fast cooling and the dual-purpose water glass of insulation | |
| CN204580738U (en) | Vacuum cup and the cup thereof of rapid cooling can be shaken | |
| CN211242693U (en) | Dual-purpose cup for heat preservation and cold insulation | |
| CN204500192U (en) | Multifunction combined thermal insulation quick-cooking cup | |
| CN204274018U (en) | Dual-purpose cup |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20210105 Address after: No.3, unit 1, building 2, No.57, community main street, Xinglong Town, Tianfu New District, Chengdu, Sichuan 610000 Patentee after: CHENGWU 51 TECHNOLOGY Co.,Ltd. Address before: 611830 South Bridge Garden, 70 Pingyi Road, Dujiangyan City, Sichuan Province Patentee before: Xing Litian |
|
| TR01 | Transfer of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150527 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |