CN110243135B

CN110243135B - Semiconductor refrigeration stick special for iced wine

Info

Publication number: CN110243135B
Application number: CN201910435531.6A
Authority: CN
Inventors: 黄进土
Original assignee: Ji Xuhui
Current assignee: Dongying Jinhui Technology Consulting Co.,Ltd.
Priority date: 2019-05-23
Filing date: 2019-05-23
Publication date: 2020-11-24
Anticipated expiration: 2039-05-23
Also published as: CN110243135A

Abstract

The invention discloses a novel semiconductor refrigeration rod special for iced wine, which structurally comprises a pressurizing bubble-removing blocking cover, a semiconductor refrigeration rod and a protective sleeve, wherein the protective sleeve is sleeved on the semiconductor refrigeration rod, and the top of the semiconductor refrigeration rod is movably matched with the pressurizing bubble-removing blocking cover, and compared with the prior art, the novel semiconductor refrigeration rod has the beneficial effects that: the length of the semiconductor refrigerating rod can be adjusted by combining the telescopic refrigerating pipe, the sealing rubber head, the mould head and the telescopic adjusting mechanism, so that the semiconductor refrigerating rod is suitable for glass bottled beer with different heights, and the refrigerating rings are increased or reduced at equal intervals during adjustment, so that the wine is refrigerated more uniformly, the refrigerating effect is good, the refrigerating efficiency is greatly improved, and the refrigerating time is shortened.

Description

Semiconductor refrigeration stick special for iced wine

Technical Field

The invention relates to the technical field of semiconductors, in particular to a novel semiconductor refrigeration rod special for iced wine.

Background

In the hot summer, in order to promote the taste of beer, people often place the bottled beer of glass at the refrigerator and refrigerate, but the refrigeration area of refrigerator is big for heat transfer is slow, leads to the cooling time long, can not cool down beer rapidly, so have the production of semiconductor refrigeration stick, can cool down beer fast.

The beer packing capacity of glass bottle has 330ml, 350ml, 550ml, 750ml and so on, so the height is different, and the length of current semiconductor refrigeration stick is fixed, has the limitation, can only refrigerate the bottle wine of the corresponding length of semiconductor refrigeration stick, if the beer refrigeration of high contrast semiconductor refrigeration stick length is long, local refrigeration is fast, the part does not receive the refrigeration, lead to refrigerating inhomogeneously, and then increased the refrigeration time, if the beer refrigeration of high contrast semiconductor refrigeration stick length is short, easily make in the outside hot-air gets into the beer, influence refrigeration effect.

Disclosure of Invention

The invention mainly aims to overcome the defects of the prior art and provide a novel semiconductor refrigeration rod special for iced wine.

The invention is realized by adopting the following technical scheme: a novel semiconductor refrigeration rod special for iced wine structurally comprises a pressurization defoaming plug cover, a semiconductor refrigeration rod and a protective sleeve, wherein the protective sleeve is sleeved on the semiconductor refrigeration rod, and the top of the semiconductor refrigeration rod is movably matched with the pressurization defoaming plug cover;

the semiconductor refrigeration rod comprises a telescopic refrigeration pipe, a sealing rubber head, a T-shaped head and a telescopic adjusting mechanism, wherein the bottom of the T-shaped head is connected with the telescopic refrigeration pipe, the telescopic refrigeration pipe is connected with the telescopic adjusting mechanism, the telescopic adjusting mechanism is arranged in the T-shaped head, and the sealing rubber head is fixed on the T-shaped head;

furthermore, the telescopic refrigeration pipe comprises connecting sheets, two sections of corrugated pipes, refrigeration rings, connecting lines, built-in weight rubber heads and through holes, thirteen sections of corrugated pipes are longitudinally arranged, two adjacent sections of corrugated pipes are connected together through the refrigeration rings, the two sections of corrugated pipes at the head and the tail are fixedly provided with the connecting sheets, the two sections of corrugated pipes at the tail are further connected with the built-in weight rubber heads, the two sections of corrugated pipes at the head are connected with the T-shaped head, the two connecting lines are arranged, one ends of the two connecting lines are connected with the connecting sheets, the other ends of the two connecting lines penetrate through the through holes to be connected with the telescopic adjusting mechanism, and the through holes are arranged at two ends of the refrigeration rings which are of an integrated.

Further, T type head is including cavity, hollow tube, wine outlet, base member, rectangular opening, wine inlet, passageway, the wine outlet of circular structure is seted up at base member top surface center, wine outlet has the hollow tube with base member fixed connection, the hollow tube communicates with each other with the passageway, wine inlet, wine outlet, wine inlet is equipped with two and lays in the base member both sides, the passageway is seted up in the base member, the inner wall of base member and the outer wall vacuole formation of hollow tube, the cavity communicates with each other with rectangular opening, one side at the base member is seted up to rectangular opening, the base member is connected with sealed gluey head, wine outlet and pressure boost remove bubble blanking cover and cooperate, the cavity embeds there is flexible adjustment mechanism.

Further, flexible adjustment mechanism is including ring, hand pulley, I-shaped wheel, pivot, follow driving wheel, action wheel, quill shaft, gear, the quill shaft from last from bottom to bottom excessively cooperates and has ring, gear, action wheel in proper order, the gear meshes with the interior tooth block of hand pulley mutually, the hand pulley is located on the ring, the both sides of action wheel all mesh from the driving wheel, be connected with the pivot separately from the driving wheel, the equal interference fit of one end of following the driving wheel has the I-shaped wheel is kept away from in the pivot, the quill shaft cover is put on the hollow tube that adopts clearance fit with it, the rectangular opening of a small part protrusion of hand pulley.

Advantageous effects

The hand pulley slides at the strip opening, the gear rotates along with the hand pulley in the opposite direction, the hollow shaft is linked under the guiding and supporting action of the hollow pipe, so that the driving wheel rotates along with the hand pulley, the rotating shaft rotates along with the rotating wheel, the I-shaped wheel further rolls or releases the connecting line, if the connecting line rolls inwards, a pulling force is generated on the telescopic refrigeration pipe, the two corrugated pipes are retracted inwards, the space between the refrigeration ring and the refrigeration ring is reduced at equal intervals, and finally the length of the telescopic refrigeration pipe is reduced, if the connecting line releases outwards, the pulling force on the telescopic refrigeration pipe is reduced, so that the two corrugated pipes are stretched due to the dead weight of the telescopic refrigeration pipe, the space between the refrigeration ring and the refrigeration ring is increased at equal intervals, and finally the length of the telescopic refrigeration pipe is increased, and after the length is adjusted, stretch into scalable refrigeration pipe from the beer bottleneck, the setting of built-in pouring weight rubber head can prevent to lead to the overlength because of the improper two of scalable refrigeration pipe length modulation, produce the weight force to the beverage bottle bottom when stretching into, avoid the beverage bottle impaired, can produce the pulling force to the connection piece of bottom because of the dead weight simultaneously, make whole two sections bellows can stretch out and draw back simultaneously, prevent that only two sections bellows in bottom from piling up, two sections bellows at top are stretched, until receiving the restriction of type head flange portion, cover the pressure boost and remove the bubble blanking cap, bubble to in the beer makes the bubble rupture through the pressure boost, refrigerate wine through the refrigeration ring, after refrigerating, when pouring wine, the wine accessible enters the wine hole, the passageway, the hollow passageway of hollow tube is poured from going out the wine mouth, the setting of sealed gluey head can make the wine leak protection.

Compared with the prior art, the invention has the beneficial effects that: the length of the semiconductor refrigerating rod can be adjusted by combining the telescopic refrigerating pipe, the sealing rubber head, the mould head and the telescopic adjusting mechanism, so that the semiconductor refrigerating rod is suitable for glass bottled beer with different heights, and the refrigerating rings are increased or reduced at equal intervals during adjustment, so that the wine is refrigerated more uniformly, the refrigerating effect is good, the refrigerating efficiency is greatly improved, and the refrigerating time is shortened.

Drawings

Other features, objects and advantages of the invention will become more apparent upon reading of the detailed description of non-limiting embodiments with reference to the following drawings:

fig. 1 is a schematic structural diagram of a novel semiconductor refrigeration rod special for iced wine.

Fig. 2 is a schematic front view of the semiconductor refrigeration rod of the present invention.

Fig. 3 is a schematic front view of the retractable refrigerant tube of the present invention.

Fig. 4 is a schematic top view of the refrigeration ring of the present invention.

Fig. 5 is a left side view of the T-head according to the present invention.

Fig. 6 is a schematic bottom view of the telescopic adjustment mechanism of the present invention.

Fig. 7 is a schematic top view of the telescopic adjustment mechanism of the present invention.

In the drawings, the corresponding relationship between the component names and the reference numbers is as follows:

a pressurizing bubble-removing blocking cover-1, a semiconductor refrigeration rod-2, a protective sleeve-3, a telescopic refrigeration pipe-2 a, a sealing rubber head-2 b, a T-shaped head-2 c, a telescopic adjusting mechanism-2 d, a connecting sheet-2 aa, a two-section corrugated pipe-2 ab, a refrigeration ring-2 ac, a connecting line-2 ad, a built-in weight rubber head-2 ae, a through hole-2 af and a cavity-2 ca, hollow tube-2 cb, wine outlet-2 cc, base-2 cd, strip opening-2 ce, wine inlet-2 cf, channel-2 cg, circular ring-2 da, hand pulley-2 db, I-shaped wheel-2 dc, rotating shaft-2 dd, driven wheel-2 de, driving wheel-2 df, hollow shaft-2 dg and gear-2 dh.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

In the description of the present invention, it is to be noted that, unless otherwise explicitly specified or limited, the terms "connected" and "connected" are to be interpreted broadly, e.g., as being fixed or detachable or integrally connected; can be mechanically or electrically connected; may be directly connected or indirectly connected through an intermediate. The specific meanings of the above terms in the present invention can be understood in specific cases to those skilled in the art.

Referring to fig. 1-7, the present invention provides a technical solution of a novel semiconductor refrigeration rod dedicated for iced wine: the structure of the beer brewing device comprises a pressurizing bubble-removing plug cover 1, a semiconductor refrigeration rod 2 and a protective sleeve 3, wherein the protective sleeve 3 is sleeved on the semiconductor refrigeration rod 2, the top of the semiconductor refrigeration rod 2 is movably matched with the pressurizing bubble-removing plug cover 1, and the pressurizing bubble-removing plug cover 1 is arranged to enable bubbles in beer to be broken through pressurizing.

Semiconductor refrigeration stick 2 is including scalable refrigeration pipe 2a, sealed first 2b, T type head 2c, flexible adjustment mechanism 2d of gluing, but T type head 2c bottom is connected with scalable refrigeration pipe 2a, but scalable refrigeration pipe 2a is connected with flexible adjustment mechanism 2d, place T type head 2c in flexible adjustment mechanism 2d in, T type head 2c still is fixed with sealed first 2b of gluing, the setting of sealed first 2b of gluing can make the beverage leak protection.

The telescopic refrigerating pipe 2a comprises a connecting piece 2aa, two corrugated pipes 2ab, a refrigerating ring 2ac, a connecting line 2ad, a built-in weight rubber head 2ae and a through hole 2af, wherein thirteen corrugated pipes 2ab are longitudinally arranged, two adjacent corrugated pipes 2ab are connected together through the refrigerating ring 2ac, the connecting piece 2aa is fixed on the two corrugated pipes 2ab at the head and the tail, the built-in weight rubber head 2ae is also connected with the two corrugated pipes 2ab at the tail, the two corrugated pipes 2ab at the head are connected with a T-shaped head 2c, two connecting lines 2ad are arranged, one ends of the two connecting lines are connected with the connecting piece 2aa, the other ends of the two corrugated pipes penetrate through the through hole 2af and are connected with a telescopic adjusting mechanism 2d, the through holes 2af are arranged at two ends of the refrigerating ring 2ac which is in an integral structure, and the arrangement of the two corrugated pipes 2ab and the refrigerating ring 2ac can enable the distance between the refrigerating ring 2ac and the refrigerating ring 2ac to be equidistantly increased or reduced, so that the wine refrigeration is more uniform, and the refrigeration time is shortened and the refrigeration efficiency is improved.

The T-shaped head 2c comprises a cavity 2ca, a hollow tube 2cb, a wine outlet 2cc, a substrate 2cd, a strip opening 2ce, a wine inlet hole 2cf and a channel 2cg, wherein the wine outlet 2cc with a circular structure is arranged at the center of the top surface of the substrate 2cd, the hollow tube 2cb fixedly connected with the substrate 2cd is arranged below the wine outlet 2cc, the hollow tube 2cb is communicated with the channel 2cg, the wine inlet hole 2cf and the wine outlet 2cc, the wine inlet hole 2cf is provided with two strips arranged at two sides of the substrate 2cd, the channel 2cg is arranged in the substrate 2cd, the inner wall of the substrate 2cd and the outer wall of the hollow tube 2cb form the cavity 2ca, the cavity 2ca is communicated with the strip opening 2ce, the strip opening 2ce is arranged at one side of the substrate 2cd, the substrate 2cd is connected with a sealing rubber head 2b, the wine outlet 2cc is matched with a pressurizing bubble-removing and blocking cover 1, the cavity 2ca is internally provided with a telescopic adjusting mechanism 2d, and the hollow tube 2cb and the cavity 2ca are arranged to accommodate the telescopic adjusting mechanism 2d and enable the telescopic adjusting mechanism to be installed without affecting wine outlet.

The telescopic adjusting mechanism 2d comprises a circular ring 2da, a hand pulley 2db, a spool 2dc, a rotating shaft 2dd, a driven wheel 2de, a driving wheel 2df, a hollow shaft 2dg and a gear 2dh, wherein the hollow shaft 2dg is sequentially and excessively matched with the circular ring 2da, the gear 2dh and the driving wheel 2df from top to bottom, the gear 2dh is meshed with an internal tooth block of the hand pulley 2db, the hand pulley 2db is arranged on the circular ring 2da, the driven wheel 2de is respectively meshed with two sides of the driving wheel 2df, the driven wheel 2de is respectively connected with the rotating shaft 2dd, one end, far away from the driven wheel 2de, of the rotating shaft 2dd is in interference fit with the spool 2dc, the hollow shaft 2dg is sleeved on a hollow pipe 2cb in clearance fit with the hollow pipe, a small part of the hand pulley 2d protrudes out of the opening 2, and the telescopic adjusting mechanism 2d is arranged in a way that the length of the telescopic refrigerating pipe 2a can be adjusted and the length of the telescopic refrigerating pipe 2a can be stably adjusted .

The setting of built-in pouring weight rubber head 2ae can prevent to produce the heavy pressure to the beverage bottle bottom when stretching into because of the improper two of scalable refrigeration pipe 2a length adjustment leads to the overlength, avoids the beverage bottle impaired, can produce the pulling force to the connection piece 2aa of bottom because of the dead weight simultaneously, makes whole two sections bellows 2a can stretch out and draw back simultaneously, prevents only that two sections bellows 2a in bottom from piling up, and two sections bellows 2a at top are stretched.

The working principle of the invention is as follows: sliding the hand pulley 2db at the long-strip opening 2ce, making the hollow shaft 2dg rotate in the opposite direction along with the hand pulley 2db and making the hollow shaft 2dg link under the guiding and supporting action of the hollow tube 2cb, so that the driving wheel 2df rotates along with the hand pulley 2db and drives the driven wheel 2de to rotate, making the rotating shaft 2dd link and drive the spool 2dc to rotate, further making the spool 2dc roll the connecting wire 2ad inwards or outwards, if the connecting wire 2ad rolls inwards, generating a pulling force on the telescopic refrigeration tube 2a, making the two corrugated tubes 2ab shrink inwards, making the refrigeration rings 2ac and the refrigeration rings 2ac be reduced in equal distance, finally achieving the purpose of reducing the length of the telescopic refrigeration tube 2a, if the connecting wire 2ad discharges outwards, reducing the pulling force on the telescopic refrigeration tube 2a, making the telescopic refrigeration tube 2a stretch the two corrugated tubes 2ab due to self weight, the length of the telescopic refrigerating pipe 2a is increased by the equidistant distance between the refrigerating ring 2ac and the refrigerating ring 2ac, after the length is adjusted, the telescopic refrigerating pipe 2a is extended from the opening of the beer bottle, the arrangement of the built-in weight rubber head 2ae can prevent overlong caused by improper length adjustment of the telescopic refrigerating pipe 2a, the weight pressure is generated on the bottom of the wine bottle when the telescopic refrigerating pipe is extended, the wine bottle is prevented from being damaged, meanwhile, the tension can be generated on the connecting piece 2aa at the bottom due to the weight, all the two sections of corrugated pipes 2a can be simultaneously extended and retracted, only the two sections of corrugated pipes 2a at the bottom are prevented from being stacked, the two sections of corrugated pipes 2a at the top are stretched until being limited by the flange part of the T-shaped head 2c, the pressurizing bubble removing and blocking cover 1 is covered, bubbles in beer are broken by pressurizing, the wine is refrigerated by the refrigerating ring 2ac, after the refrigeration, when the wine is poured, wine can be poured out from the wine outlet 2cc through the wine inlet 2cf, the channel 2cg and the hollow channel of the hollow tube 2cb, and the arrangement of the sealing rubber head 2b can prevent the wine from leaking.

In summary, the technical progress obtained by the invention compared with the prior art is as follows: the length of the semiconductor refrigerating rod can be adjusted by combining the telescopic refrigerating pipe, the sealing rubber head, the mould head and the telescopic adjusting mechanism, so that the semiconductor refrigerating rod is suitable for glass bottled beer with different heights, and the refrigerating rings are increased or reduced at equal intervals during adjustment, so that the wine is refrigerated more uniformly, the refrigerating effect is good, the refrigerating efficiency is greatly improved, and the refrigerating time is shortened.

Although the present invention has been described in detail with reference to the foregoing embodiments, it will be apparent to those skilled in the art that various changes in the embodiments and/or modifications of the invention can be made, and equivalents and modifications of some features of the invention can be made without departing from the spirit and scope of the invention.

Claims

1. The utility model provides a dedicated semiconductor refrigeration stick of iced wine, its structure includes that the pressure boost removes bubble blanking cover (1), semiconductor refrigeration stick (2), protective sheath (3), establish pressure boost on semiconductor refrigeration stick (2) and remove bubble blanking cover (1), lower protective sheath (3), its characterized in that:

the semiconductor refrigerating rod (2) comprises a telescopic refrigerating pipe (2 a), a sealing rubber head (2 b), a T-shaped head (2 c) and a telescopic adjusting mechanism (2 d), the bottom of the T-shaped head (2 c) is connected with the telescopic refrigerating pipe (2 a) connected with the telescopic adjusting mechanism (2 d), the telescopic adjusting mechanism (2 d) is arranged in the T-shaped head (2 c), and the sealing rubber head (2 b) is further fixed on the T-shaped head (2 c);

the telescopic refrigeration pipe (2 a) comprises a connecting piece (2 aa), two sections of corrugated pipes (2 ab), refrigeration rings (2 ac), a connecting line (2 ad), a built-in weight rubber head (2 ae) and through holes (2 af), wherein the two sections of corrugated pipes (2 ab) are longitudinally distributed in thirteen numbers, two adjacent sections of corrugated pipes (2 ab) are connected through the refrigeration rings (2 ac), the refrigeration rings (2 ac) are provided with the through holes (2 af), the two sections of corrugated pipes (2 ab) are provided with the connecting piece (2 aa) and the built-in weight rubber head (2 ae), and the refrigeration rings (2 ac) are connected with a telescopic adjusting mechanism (2 d) through the connecting line (2 ad);

the T-shaped head (2 c) comprises a cavity (2 ca), a hollow tube (2 cb), a wine outlet (2 cc), a base body (2 cd), a strip opening (2 ce), a wine inlet (2 cf) and a channel (2 cg), wherein the base body (2 cd) is provided with the wine outlet (2 cc), the channel (2 cg) and the wine inlet (2 cf) which are communicated, the hollow tube (2 cb) is arranged in the base body (2 cd), the base body (2 cd) and the hollow tube (2 cb) form the cavity (2 ca) communicated with the strip opening (2 ce), the base body (2 cd) is connected with the sealant head (2 b), the wine outlet (2 cc) is matched with the pressurization bubble removal blocking cover (1), and a telescopic adjusting mechanism (2 d) is arranged in the cavity (2 ca);

the telescopic adjusting mechanism (2 d) comprises a circular ring (2 da), a hand pulley (2 db), an I-shaped wheel (2 dc), a rotating shaft (2 dd), a driven wheel (2 de), a driving wheel (2 df), a hollow shaft (2 dg) and a gear (2 dh), wherein the circular ring (2 da), the gear (2 dh) and the driving wheel (2 df) are matched with the hollow shaft (2 dg), the gear (2 dh) is matched with the hand pulley (2 db) arranged on the circular ring (2 da), the rotating shaft (2 dd) is provided with two parts, one end of the rotating shaft is provided with the driven wheel (2 de), the other end of the rotating shaft is fixedly provided with the I-shaped wheel (2 dc), the driven wheel (2 de) is matched with the driving wheel (2 df), and the hollow shaft (2 dg) is sleeved on the hollow pipe (2 cb).