CN203493424U - Soft drink manufacturing machine with wide-neck type container - Google Patents

Soft drink manufacturing machine with wide-neck type container Download PDF

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Publication number
CN203493424U
CN203493424U CN201320506284.2U CN201320506284U CN203493424U CN 203493424 U CN203493424 U CN 203493424U CN 201320506284 U CN201320506284 U CN 201320506284U CN 203493424 U CN203493424 U CN 203493424U
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China
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assembly
nappe
container
container cup
carbon dioxide
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CN201320506284.2U
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Chinese (zh)
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王雍骅
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王雍骅
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Priority to TW101216099U priority Critical patent/TWM453370U/en
Priority to TW101216099 priority
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Abstract

The utility model discloses a soft drink manufacturing machine with a wide-neck type container. The soft drink manufacturing machine comprises a container cup body assembly, a closing cover body assembly, a carbon dioxide input set, a sealing power assembly set and a machine body structure assembly, wherein the closing cover body assembly covers the container cup body assembly and the bottom of the closing cover body assembly can be connected with the container cup body assembly to form a sealed space; the carbon dioxide input set is used for inputting carbon dioxide into the container cup body assembly; the sealing power assembly set is used for enabling the sealed space to generate the high resistance; the machine body structure assembly is used for fixing and positioning the container cup body assembly, the carbon dioxide input set, the sealing power assembly set and the sealing power assembly set. The inner diameter of an inlet of the container cup body assembly is more than 31mm and beverages and ice blocks can be conveniently and directly put; the soft drink manufacturing machine can also be made of transparent plastic so that an operation implementation result can be conveniently observed and high-pressure bursting can also be prevented.

Description

The gasogene of wide-mouth type container
Technical field
The utility model relates to a kind of carbonated drink producing device, relates in particular to a kind of gasogene.
Background technology
Carbonated drink, claim again soda, air-bubble, except the bottled or canned soft drink that the commercially available factory of purchase completes in advance, general family or liquor store will be made soda, have only and use the commercially available machines such as aerated water machine (air-bubble machine, carbonic acid bottle), with machine, clear water is filled with and pressed carbon dioxide to make carbonated water in advance, the various taste syrup of rear mixing form the carbonated drink of different taste, for example, bubble hydrogenesis machine (patent number M365070) and sode water maker (patent number 141090), its shortcoming is as follows:
1, bottleneck is too small, inconvenient by the clear water containing ice cube, directly puts into the clear water of general commercially available aerated water machine and puts PET bottle.
2, cannot facilitate and directly will show squeezed juice and be made into immediately carbonated fruit beverage, if make the milk-toast clear carbonated drink that fresh carbonated fruit beverage is made upper general commercially available aerated water machine with fruit juice, become " the light air-bubble of fruit juice " of low bubbles volume, but not the real carbonated fruit beverage of high bubbles volume, so on local flavor, be subject to the limitation of certain degree.
3, step is complicated, will be first clear water be mixed rock or refrigerate with ice cube and temperature is reduced to increase incorporating property of carbon dioxide (solution temperature is low, when 1-5 Celsius spends, carbon dioxide degree of incorporating is higher), insert clear water and put PET bottle, rotation lock tooth locking PET bottle, then fill with and press carbon dioxide to make milk-toast clear carbonated drink, Unscrew PET bottle, after pour in cup, mix the carbonated drink that various taste syrup form different tastes, the complicated quick and convenient principle that does not very much meet business of its process.
Utility model content
The defect and the deficiency that for prior art, exist, main purpose of the present utility model is to provide a kind of wide-mouth type container gasogene.
For achieving the above object, the utility model by the following technical solutions:
A kind of wide-mouth type container gasogene comprises: a container cup assembly; One closes nappe assembly, is covered on container cup assembly, and bottom can engage with container cup assembly, forms a confined space; One carbon dioxide input combination, in order to see through this confined space, input carbon dioxide is to this container cup assembly, to manufacture carbonated drink; One closely sealed Power Component combination, can be that the combination of oil hydraulic power assembly, the combination of manual rotation press rods assembly, manual clamping type press rods assembly combination or closely sealed power-generating assembly are in conjunction with the bar gas contiguous block combination of exerting pressure, in order to produce a dynamic pressurization in closing on nappe assembly, make container cup assembly and close nappe assembly and engage the confined space forming and produce high crushing resistance; One housing construction assembly, is fixing material structure, in order to fix and position container cup assembly, carbon dioxide input combination, to close nappe assembly and the combination of closely sealed Power Component; In housing construction assembly, there are two special assemblies, the one, transparent window sheet material, for transparent solid material, be fixed on all sides of housing construction, for sheet material or the general clear sheet of transparent plastic material are sticked on transparent explosion-proof paster, conveniently watch operation result of implementation, more can protect the danger that high pressure splits cruelly, the 2nd, container cup location holder is placed in appropriate location, housing construction bottom, make container cup assembly can locate placement, in order to operation, implement; Close nappe assembly and more can comprise a level pressure safety valve, be arranged at the Exhaust Gas channel position that closes nappe surface, overall operation must be worked in setting fixing safety restriction force value, prevent gas cruelly dangerous, can manufacture according to wish carbonic acid degree and the bubble degree of carbonated drink, its better setting fixation pressure value is between 6KG/CM2 to 14KG/CM2.
A wide-mouth type container gasogene, comprising: a container cup assembly, comprising: a transparent material container cup is the transparent vessel that an inside can contain, and the public thread of a container cup is positioned at the container rim top of transparent material container cup, and one close nappe assembly, be covered on container cup assembly, its bottom area is slightly larger than the container top of container cup assembly, bottom can engage with container cup assembly top, form a confined space, comprising: one closes nappe, its bottom is for being slightly larger than the cover-shaped body of relative transparent material container cup top geometry, and can engage with its covering, one injecting gas passage, in close nappe central authorities from surface, be through to bottom hollow duct, one snow nozzle pipe, be connected on the injecting gas tunnel ends of closing nappe bottom, one gasket seal, be that the pad insert gluing of a circle shape is in closing nappe bottom, in order to the closely sealed use of rim of a cup end contact with transparent material container cup, one closes the female thread of nappe, be positioned at and close nappe bottom cover shape inner side, the public thread of container cup with respect to transparent material container cup, in order to male and female thread, mutually lock to form the high resistance to pressure of a confined space, and a carbon dioxide input combination, in order to see through this injecting gas passage, input carbon dioxide is to this container cup assembly, to manufacture carbonated drink.
Container cup assembly described in above-mentioned wide-mouth type container gasogene, it is the container that an inside can contain, its container entrance internal diameter is greater than 31mm, can directly put easily beverage and the ice cube of wanting to make carbonated drink, it can also be transparent plastic material, conveniently watch operation result of implementation, more can protect the danger that high pressure splits cruelly, mat and form a kind of beverage device that can facilitate field fabrication carbonated drink.
Accompanying drawing explanation
Fig. 1 illustrates the schematic diagram that conventional domestic aerated water machine is manufactured.
Fig. 2 illustrates the schematic diagram of container-PET bottle of being manufactured by conventional domestic aerated water machine.
Fig. 3 illustrates the basic composition schematic diagram of the utility model preferred embodiment " wide-mouth type container gasogene ".
Fig. 4 illustrates the schematic perspective view of the utility model preferred embodiment " the wide-mouth type container gasogene that the oil hydraulic power device of take combines as closely sealed Power Component ".
Fig. 5 illustrates the front view of the utility model preferred embodiment " the wide-mouth type container gasogene that the oil hydraulic power device of take combines as closely sealed Power Component ".
Fig. 6 illustrates the generalized section of the utility model preferred embodiment " the wide-mouth type container gasogene that the oil hydraulic power device of take combines as closely sealed Power Component ".
Fig. 7 illustrates the schematic perspective view that the utility model preferred embodiment " is closed nappe ".
Fig. 8 illustrates the front view that the utility model preferred embodiment " is closed nappe ".
Fig. 9 illustrates the top view that the utility model preferred embodiment " is closed nappe ".
Figure 10 illustrates the upward view that the utility model preferred embodiment " is closed nappe ".
Figure 11 illustrates the schematic perspective view that the utility model preferred embodiment " is closed nappe and linked snow nozzle pipe ".
Figure 12 illustrates the front view that the utility model preferred embodiment " is closed nappe assembly and connected snow nozzle pipe ".
Figure 13 illustrates the top view that the utility model preferred embodiment " is closed nappe assembly and connected snow nozzle pipe ".
Figure 14 illustrates the upward view that the utility model preferred embodiment " is closed nappe assembly and connected snow nozzle pipe ".
Figure 15 illustrates the generalized section of the utility model preferred embodiment " close nappe and transparent material container cup forms closely sealed container ".
Figure 16 illustrates the schematic perspective view of the utility model preferred embodiment " the wide-mouth type container gasogene that the manual rotation press rods of take combines as closely sealed Power Component ".
Figure 17 illustrates the front view of the utility model preferred embodiment " the wide-mouth type container gasogene that the manual rotation press rods of take combines as closely sealed Power Component ".
Figure 18 illustrates the generalized section of the utility model preferred embodiment " the wide-mouth type container gasogene that the manual rotation press rods of take combines as closely sealed Power Component ".
Figure 19 illustrates the right side view of the utility model preferred embodiment " manual rotation press rods ".
Figure 20 illustrates the front view of the utility model preferred embodiment " manual rotation press rods ".
Figure 21 illustrates the right side view of the utility model preferred embodiment " the wide-mouth type container gasogene that the manual clamping type press rods of take combines as closely sealed Power Component ".
Figure 22 illustrates the front view of the utility model preferred embodiment " the wide-mouth type container gasogene that the manual clamping type press rods of take combines as closely sealed Power Component ".
Figure 23 illustrates the upward view of the utility model preferred embodiment " the wide-mouth type container gasogene that the manual clamping type press rods of take combines as closely sealed Power Component ".
Figure 24 illustrates the schematic perspective view of the utility model preferred embodiment " with the exert pressure wide-mouth type container gasogene of closely sealed Power Component combination of bar gas contiguous block of tool ".
Figure 25 illustrates the front view of the utility model preferred embodiment " with the exert pressure wide-mouth type container gasogene of closely sealed Power Component combination of bar gas contiguous block of tool ".
Figure 26 illustrates the generalized section of the utility model preferred embodiment " with the exert pressure wide-mouth type container gasogene of closely sealed Power Component combination of bar gas contiguous block of tool ".
Figure 27 illustrates the top view of the utility model preferred embodiment " the bar gas contiguous block of exerting pressure ".
Figure 28 illustrates the upward view of the utility model preferred embodiment " the bar gas contiguous block of exerting pressure ".
Figure 29 illustrates the front view of the utility model preferred embodiment " the bar gas contiguous block of exerting pressure ".
Figure 30 illustrates the right side view of the utility model preferred embodiment " the bar gas contiguous block of exerting pressure ".
Figure 31 illustrates the generalized section of the utility model preferred embodiment " the bar gas contiguous block of exerting pressure ".
Figure 32 illustrates the schematic perspective view of the utility model preferred embodiment " the bar gas contiguous block of exerting pressure ".
Figure 33 illustrates the schematic perspective view that the utility model preferred embodiment " is closed nappe assembly and connected snow nozzle pipe and level pressure safety valve ".
Figure 34 illustrates the front view that the utility model preferred embodiment " is closed nappe assembly and connected snow nozzle pipe and level pressure safety valve ".
Figure 35 illustrates the top view that the utility model preferred embodiment " is closed nappe assembly and connected snow nozzle pipe and level pressure safety valve ".
Figure 36 illustrates the upward view that the utility model preferred embodiment " is closed nappe assembly and connected snow nozzle pipe and level pressure safety valve ".
Figure 37 illustrates the front view of the utility model preferred embodiment " the wide-mouth type container gasogene that the thread of take combines as closely sealed Power Component ".
Figure 38 illustrates the generalized section of the utility model preferred embodiment " the wide-mouth type container gasogene that the thread of take combines as closely sealed Power Component ".
Figure 39 illustrates the utility model preferred embodiment schematic perspective view of " the nappe assembly that closes of tool thread connects snow nozzle pipe ".
Figure 40 illustrates the utility model preferred embodiment front view of " the nappe assembly that closes of tool thread connects snow nozzle pipe ".
Figure 41 illustrates the utility model preferred embodiment top view of " the nappe assembly that closes of tool thread connects snow nozzle pipe ".
Figure 42 illustrates the utility model preferred embodiment upward view of " the nappe assembly that closes of tool thread connects snow nozzle pipe ".
Figure 43 illustrate the utility model preferred embodiment " by the wide-mouth type container gasogene of container cup assembly lifting " basic composition schematic diagram.
[primary clustering symbol description]
10 closely sealed Power Component combinations
11 closely sealed power-generating assemblies
111 oil hydraulic power devices
112 lift control switch
113 manual clamping type press rods
114 fixed axostyles
115 rotation fixed pivots
116 manual rotation press rods
117 connecting rods
118 close the female thread of nappe
The public thread of 119 container cups
The 13 power assembly of exerting pressure
The 131 power bar of exerting pressure
132 spherical pulleys
133 circle shape pulleys
134 slope rail pieces
135 braces
The 136 bar gas contiguous blocks of exerting pressure
137 gases at high pressure passages
138 connect gasket seal
15 oil hydraulic power assembly combinations
16 manual rotation press rods assembly combinations
17 manual clamping type press rods assembly combinations
18 closely sealed power-generating assemblies are in conjunction with the bar gas contiguous block combination of exerting pressure
20 close nappe assembly
21 close nappe
22 gasket seals
30 container cup assemblies
31 transparent material container cups
32 rim of a cup end faces
50 carbon dioxide input combinations
51 high-pressure carbon dioxide supplies (steel cylinder group)
52 high-pressure air pipes
53 carbon dioxide injection gauge taps
54 high-voltage tube connectors
55 snow nozzle pipes
56 injecting gas passages
57 level pressure safety valves
58 Exhaust Gas passages
70 housing construction assemblies
71 structural frameworks
72 solid plates
73 transparent window sheet materials
74 container cup location holders
Tradition gasogene
81 clear water are put PET bottle
82 carbon dioxide add press button
83 bottleneck threads
91 want to make the beverage of carbonated drink
92 ice cubes
The specific embodiment
About traditional conventional domestic aerated water machine, summary kenel illustrates the schematic diagram of conventional domestic aerated water machine as Fig. 1, tradition aerated water machine 80, its mode of operation: be first clear water is mixed rock or refrigerate with ice cube temperature is reduced to increase incorporating property of carbon dioxide (solution temperature enters 0-5 Celsius while spending carbon dioxide degree of incorporating higher), insert clear water and put PET bottle 81 in clear water, rotation bottleneck thread 83 locking PET bottles (it is in detail as Fig. 2 illustrates the schematic diagram by the container-PET bottle of conventional domestic aerated water machine), press again and by carbon dioxide, add press button 82 and fill with to press carbon dioxide to enter to put PET bottle 81 with clear water clear water is made to carbonated water, Unscrew PET bottle, after pour in cup, the carbonated drink of mixing various taste syrup formation different tastes, its shortcoming is as follows:
It is too small that clear water is put PET bottle bottleneck, and the general commercially available general 22mm of machine bottleneck entrance internal diameter, is 30mm to the maximum, and inconvenience, by containing the ice cube clear water of (general ice cube diameter commercially available or that ice cube maker makes is about 30-35mm), is directly inserted.
Because cannot directly the fruit juice of now squeezing the juice be made into carbonated fruit beverage immediately, mouth is not subject to the limitation of certain degree.
Step is complicated.
For these reasons, limit too much and the complicated use inconvenience again of process, and do not meet the quick and convenient principle of business, be therefore difficult for being extended to beverage hotel owner's business use, so creator proposes the utility model, seek for and solve the above problems.
Fig. 3 illustrates the basic composition schematic diagram of the utility model preferred embodiment " wide-mouth type container gasogene ", it at least comprises a container cup assembly 30, nappe assembly 20, housing construction assembly 70 and a closely sealed Power Component combination 10 are closed in a carbon dioxide input combination 50,, wherein:
One container cup assembly 30 is in the container that can contain of an inside; One closes nappe assembly 20, is covered on container cup assembly 30, and bottom can engage with container cup assembly 30, forms a confined space; One carbon dioxide input combination 50, in order to see through this confined space, input carbon dioxide is to this container cup assembly 30, to manufacture carbonated drink; One closely sealed Power Component combination 10, in order to produce a dynamic pressurization in closing on nappe assembly 20, makes container cup assembly 30 produce high crushing resistance with the confined space that closes nappe assembly 20 and engage formation; One housing construction assembly 70, is fixing material structure, in order to location or fixed container cup assembly 30, carbon dioxide input combination 50, close nappe assembly 20 and closely sealed Power Component combination 10.
Or, closely sealed Power Component combination is not pressurizeed in closing on nappe assembly, change lifting on container cup assembly in detail as Figure 43 illustrate the utility model preferred embodiment " by the wide-mouth type container gasogene of container cup assembly lifting " basic composition schematic diagram, wherein:
One container cup assembly 30 is in the container that can contain of an inside; One carbon dioxide input combination 50, in order to input carbon dioxide to container cup assembly 30, to manufacture carbonated drink; One closes nappe assembly 20, is covered on container cup assembly 30, and bottom can engage with container cup assembly 30, forms a confined space; One closely sealed Power Component combination 10, in order to produce a moving lifting on container cup assembly 30, makes container cup assembly 30 produce high crushing resistance with the confined space that closes nappe assembly 20 and engage formation; One housing construction assembly 70, is fixing material structure, in order to fix and position container cup assembly 30, carbon dioxide input combination 50, to close nappe assembly 20 and closely sealed Power Component combination 10.
Hold composition, when implementing, it by containing in container cup assembly 30, wants to make the beverage 91 of carbonated drink and ice cube 92 in container, be placed in housing construction assembly 70 to fix and position, add and cover nappe assembly 20 to form a confined space and to use closely sealed Power Component combination 10, in order to produce a dynamic pressurization in closing on nappe assembly 20, make container cup assembly 30 and close nappe assembly 20 and engage the confined space forming and produce high crushing resistance, open carbon dioxide input combination 50 to input carbon dioxide to container cup assembly 30, carbonation by the beverage 91 of wanting to make carbonated drink by the carbon dioxide under high pressure is to manufacture carbonated drink.
Hold the basic composition schematic diagram that Fig. 3 illustrates the utility model preferred embodiment " wide-mouth type container gasogene ", continuous partly to form the more careful explanation of assembly, as Fig. 4, illustrate in detail the schematic perspective view of the utility model preferred embodiment " the wide-mouth type container gasogene that the oil hydraulic power device of take is closely sealed Power Component ", Fig. 5 is front view, Fig. 6 is generalized section, forms and operation summary narration as rear:
Container cup assembly is a container cup 31 that can contain, and cup material can be transparent plastic material, conveniently watches operation result of implementation, more can protect the danger that high pressure splits cruelly, and there is a rim of a cup end face 32 on top, in order to close nappe assembly and contact closely sealed use.
Carbon dioxide input combination sees through high-pressure air pipe 52 by high-pressure carbon dioxide supply (steel cylinder group) 51 and connects carbon dioxide injection gauge tap 53, with high-voltage tube connector 54 with close nappe assembly and be connected, connect again snow nozzle pipe 55, reach the injection path of carbon dioxide.
Closely sealed Power Component is used in combination oil hydraulic power assembly combination 15, comprise that oil hydraulic power device 111 is fixedly placed on the structural framework 71 of body framework, by lift control switch 112, control oil hydraulic power device 111 and produce rising or down maneuver, and exert pressure bar 131 of power connects braces 135 and is fixed on and closes nappe 21, by lift control switch 112, control oil hydraulic power devices 111 and close to reach that nappe 21 rises or the requirement of down maneuver, and make to close nappe 21 and transparent material container cup 31 reach closely sealed with open.
Closing nappe assembly is to close nappe 21, in this, close nappe 21 appropriate locations and have an injecting gas passage 56 that is through to bottom from surface, allowed carbon dioxide be able to by, this closes nappe 21 bottom insert gluing one gasket seals 22, be that the pad of a circle shape is in order to contact closely sealed use with the rim of a cup end face 32 of transparent material container cup 31, in detail as Fig. 7 illustrates the schematic perspective view that the utility model preferred embodiment " is closed nappe ", Fig. 8 is its front view, Fig. 9 is its top view, Figure 10 is its upward view, for making carbon dioxide input more smooth and easy, in closing nappe 21 bottom injecting gas passage 56 ends, connect again snow nozzle pipe 55, in detail as Figure 11 illustrates the schematic perspective view that the utility model preferred embodiment " is closed nappe and linked snow nozzle pipe ", Figure 12 is its front view, Figure 13 is its top view, its upward view of Figure 14, close nappe 21 and the closely sealed container of the closely sealed rear formation one of transparent material container cup 31, inside be equipped with and want to make the beverage 91 of carbonated drink and ice cube 92 and as Figure 15, illustrate in detail the generalized section of the utility model preferred embodiment " close nappe and transparent material container cup forms closely sealed container ".
Housing construction assembly 70 parts, by structural framework 71, form body framework, left and right sides fixed solid sheet material 72, as iron, aluminium, plank, the transparent window sheet material 73 that can open and close is combined in both sides, front and back, thoroughly except observing manufacturing process, handled easily personnel more can attract guest to watch using to canvass business orders, surrounding deadens the defencive function while more having its interior unit fault generation high pressure gas of protection sudden and violent, for strengthening its defencive function, its material is the sheet material of transparent plastic material, for example: PE, PP, PET, PVC or general clear sheet are sticked on transparent explosion-proof paster, in appropriate location, housing construction bottom, there is in addition a container cup location holder 74, allow transparent material container cup 31 be placed in housing construction assembly 70 and can locate placement when interior, in order to operation, implement.Operating procedure general introduction as after, the 31 interior placements of transparent material container cup are wanted to make in right amount to beverage 91 and the ice cube 92 of carbonated drink, preferably surpass the height that suitable snow nozzle pipe 55 stretches into transparent material container cup 31, the beverage 91 that carbon dioxide is poured want to make carbonated drink obtains the carbonated drink of better carbonating, cover again and close nappe assembly, open lift control switch 112 and control oil hydraulic power device 111 generation down maneuvers, to reach the requirement of closing nappe 21 down maneuvers, and make to close nappe 21 and reach closed intensity to form a closely sealed space with transparent material container cup 31, open in right amount again carbon dioxide injection gauge tap 53, making carbon dioxide see through high-pressure air pipe 52 by carbon dioxide supply (steel cylinder group) 51 connects and closes the snow nozzle pipe 55 that the injecting gas passage 56 of nappe 21 connected and inject the beverage 91 of wanting to make carbonated drink with high-voltage tube connector 54, open again lift control switch 112 and control the 111 generation vertical motions of oil hydraulic power device, to reach the requirement of closing nappe rise and fall action, take out transparent material container cup 31 drinkable.
The closely sealed Power Component combination of above-mentioned wide-mouth type container gasogene is except using oil hydraulic power assembly combination 15, also can change and adopt manual rotation press rods assembly combination 16, as Figure 16, illustrate in detail the schematic perspective view of the utility model preferred embodiment " the wide-mouth type container gasogene that the manual rotation press rods of take combines as closely sealed Power Component ", and change and adopt manual clamping type press rods assembly combination 17, as Figure 21, illustrate in detail the right side view of the utility model preferred embodiment " the wide-mouth type container gasogene that the manual clamping type press rods of take combines as closely sealed Power Component ", other assembly and operation part except above-mentioned closely sealed Power Component combination, all in detail as illustrated the preferred embodiment as described in the basic composition schematic diagram of the utility model preferred embodiment " wide-mouth type container gasogene " according to Fig. 3 and illustrating the preferred embodiment as described in the basic composition schematic diagram of the utility model preferred embodiment " the wide-mouth type container gasogene that the oil hydraulic power device of take is closely sealed Power Component " according to Fig. 4, the assembly of two preferred embodiments and operation narration are all as described in it, the composition of relevant different closely sealed Power Component combination and the narration of operation summary as after, the utility model proposes following preferred embodiment:
Manual rotation press rods assembly combination 16: the schematic perspective view that illustrates in detail the utility model preferred embodiment " the wide-mouth type container gasogene that the manual rotation press rods of take combines as closely sealed Power Component " as Figure 16, Figure 17 is front view, Figure 18 is generalized section, comprising: a manual rotational pressure bar 116; One connecting rod 117, is a shaft, wherein one end with " L " type is vertically fixedly connected with manual rotation press rods 116; The one power bar 131 of exerting pressure, is a shaft, and wherein one end is vertically fixedly connected on the stage casing of manual rotation press rods 116; One spherical pulley 132, is vertically fixedly connected on power bar 131 ends of exerting pressure; Its mode of operation is, with the upper and lower rotational pressure bar 116 of hand rotation manual, the interlock bar 117 that is rotatably connected, the power bar 131 of exerting pressure is rotatablely moved as circular arc type, according to its degree difference that seesaws, make the exert pressure spherical pulley 132 of bar 131 ends of power contact and force in and close nappe 21, generation downforce in various degree, as Figure 19, illustrate in detail the right side view of the utility model preferred embodiment " manual rotation press rods ", Figure 20 is front view.
Manually the combination of clamping type press rods assembly 17: the right side view that illustrates in detail the utility model preferred embodiment " the wide-mouth type container gasogene that the manual clamping type press rods of take combines as closely sealed Power Component " as Figure 21, Figure 22 is front view, Figure 23 is upward view, comprising: a rotation fixed pivot 115; One manual clamping type press rods 113, is the hand lever of a tail end " ㄇ " word, and its " ㄇ " suffix end is fixing with rotation fixed pivot 115, can be used as circular arc type motion; One circle shape pulley 133, in manual clamping type press rods 113 middle section positions; One fixed axostyle 114, to be connected in series fixing circle shape pulley 133 in manual clamping type press rods 113; One slope rail piece 134 is when drive circle shape pulley 133 contact slope rail pieces 134 with 113 epoch of circular arc type motion clamping type press rods, in order to contact to produce larger downforce with circle shape pulley 133; Its mode of operation is, rotary manual clamping type press rods 113 can be used as circular arc type motion, round shape pulley 133 contact slope rail pieces 134 simultaneously, and produce larger downforce while teaching high inclined-plane according to circle shape pulley 133 by the lower inclined-plane migration of slope rail piece 134.
Utility model above still has a problem unresolved, because directly fruit juice or Sugared beverages are made into carbonated drink, therefore more to strengthen cleaning with aforesaid liquid contact portion, with dimension health, with above-mentioned Fig. 4, illustrate preferred embodiment described in the basic composition schematic diagram of the utility model preferred embodiment " the wide-mouth type container gasogene that the oil hydraulic power device of take is closely sealed Power Component " as example, need fixed time cleaning in respect of the transparent material container cup 31 of container cup assembly, that closes nappe assembly closes nappe 21 and connected snow nozzle pipe 55 thereof, so transparent material container cup 31 is that movable assembly can clean by sentence a large amount of clear water to tap at any time, be involutory nappe 21 and connected snow nozzle pipe 55 was all connected because inputting combined high pressure pipe connector 54 with carbon dioxide in preferred embodiment before above-mentioned, inconvenience is movable mobile cleaning at any time, in the course of time easily cause germ to grow and affect food hygiene, therefore, allow and close the movable cleaning as container cup assembly of nappe assembly energy, to safeguard the sanitary condition of making carbonated drink finished product, for solving the utility model of suitable major issue.
Preferred embodiment of the present utility model is below proposed, in detail as Figure 24 illustrate the schematic perspective view of the utility model preferred embodiment " with the tool wide-mouth type container gasogene that the closely sealed Power Component of bar gas contiguous block combines of exerting pressure ", Figure 25 is front view, Figure 26 is generalized section, comprise: a closely sealed Power Component is used in combination closely sealed power-generating assembly in conjunction with the bar gas contiguous block combination 18 of exerting pressure, comprising: one adopts closely sealed power-generating assembly 11, in order to produce downforce, the one power bar 13 of exerting pressure, it is a shaft, wherein one end connects the closely sealed power-generating assembly 11 of employing, the one bar gas contiguous block 136 of exerting pressure, is connected with the power bar 13 of exerting pressure, and is a block, in its block, have one to lead to from the side the middle air channel of bottom surface, gases at high pressure passage 137, separately has an insert gluing in the pad of bottom, connects gasket seal 138, as Figure 27, illustrate in detail the top view of the utility model preferred embodiment " the bar gas contiguous block of exerting pressure ", Figure 28 is upward view, and Figure 29 is front view, and Figure 30 is right side view, Figure 31 is generalized section, and Figure 32 is schematic perspective view, one closes nappe assembly 20, can be connected with the bar gas contiguous block 136 of exerting pressure, in detail as Figure 33 illustrates the schematic perspective view that the utility model preferred embodiment " is closed nappe assembly and connected snow nozzle pipe and level pressure safety valve ", Figure 34 is front view, Figure 35 is top view, Figure 36 is upward view, comprising: one closes nappe 21, one injecting gas passage 56, is air channel in, is positioned at the central center point that closes nappe 21 and from surface, is through to bottom, and a snow nozzle pipe 55, is a tube, is positioned at injecting gas passage 56 ends that close nappe 21 bottom surfaces, one gasket seal 22, is a round pad, in closing nappe 21 bottom surface insert gluings, one Exhaust Gas passage 58, is air channel in, is positioned at the appropriate location of closing nappe 21 and from surface, is through to bottom, one level pressure safety valve 57, is positioned at Exhaust Gas passage 58 ends that close nappe 21 bottom surfaces, except closely sealed Power Component is used in combination, closely sealed power-generating assembly combines 18 in conjunction with the bar gas contiguous block of exerting pressure this gasogene, other assembly and operation part, all in detail as illustrated the preferred embodiment as described in the basic composition schematic diagram of the utility model preferred embodiment " wide-mouth type container gasogene " according to Fig. 3 and illustrating the preferred embodiment as described in the basic composition schematic diagram of the utility model preferred embodiment " the wide-mouth type container gasogene that the oil hydraulic power device of take is closely sealed Power Component " according to Fig. 4, the assembly of two preferred embodiments and operation narration, the composition of its different parts and operation summary narration as rear:
Closely sealed power-generating assembly, in conjunction with the bar gas contiguous block combination 18 of exerting pressure, comprising: a closely sealed power-generating assembly 11 is the assembly of a generation downforce, the one power bar 131 of exerting pressure, it is a shaft, one end connects closely sealed power-generating assembly 11, the one bar gas contiguous block 136 of exerting pressure, end face connects power bar 131 one end of exerting pressure, comprising: one connects gasket seal 138, it is a round pad, insert gluing is positioned at exert pressure bar gas contiguous block 136 bottom surfaces and a gases at high pressure passage 137, it is a hollow channel, with " L " shape from the body side of the bar gas contiguous block 136 of exerting pressure through body to body bottom surface, as Figure 27, illustrate in detail the top view of the utility model preferred embodiment " the bar gas contiguous block of exerting pressure ", Figure 28 is upward view, Figure 29 is front view, Figure 30 is right side view, Figure 31 is generalized section, Figure 32 is schematic perspective view, operation summary is as following, after closely sealed power-generating assembly 11 actions, produce downforce and reach through the power bar 131 of exerting pressure the bar gas contiguous block 136 of exerting pressure, to press down the bar gas contiguous block 136 that makes to exert pressure, because connecting gasket seal 138 and closing nappe 21 integral body, connect airtight, because closing nappe 21, cover on transparent material container cup 31 again, so, depression bar gas contiguous block 136 closes nappe 21 and 31 one-tenth one confined spaces of transparent material container cup, when opening carbon dioxide injection gauge tap 53, carbon dioxide is with high-pressure air pipe 52, gases at high pressure passage 137 in the bar gas contiguous block 136 of exerting pressure, the beverage 91 of making carbonated drink of wanting injecting in transparent material container cup 31 with snow nozzle pipe 55 through injecting gas passage 56 is again made carbonated drink by beverage, that is, see through the bar gas contiguous block 136 of exerting pressure, close nappe 21, can move freely mobile cleaning at any time, needn't with high-voltage tube connector, connect high-pressure air pipe as illustrated according to Fig. 4 in the preferred embodiment as described in the basic composition schematic diagram of the utility model preferred embodiment " the wide-mouth type container gasogene that the oil hydraulic power device of take is closely sealed Power Component ", cause and close nappe 21 and involved and cannot move at any time cleaning by high-pressure air pipe.
Level pressure safety valve 57: when the above-mentioned assembly of carbon dioxide injection combines, except meeting inject want to make the beverage 91 of carbonated drink is also can be by the pressure rise in container, if do not limited, can cause that container pressure is excessive and to produce gas sudden and violent, therefore be overall operation safety, therefore arrange and see through Exhaust Gas passage 58 arrival level pressure safety valves 57, must in setting fixing safety restriction force value, this level pressure safety valve 57 work, the air pressure that is about to surpass while arriving pressure set points is discharged, prevent gas cruelly dangerous, and according to wish, manufacture carbonic acid degree and the bubble degree of carbonated drink, its better setting fixation pressure value is between 6KG/CM2 to 14KG/CM2.
Above utility model solves suitable problem, closely sealed Power Component combines divided by external mechanical force outside closing nappe assembly, at this, another preferred embodiment is proposed, as Figure 37, illustrate in detail the front view of the utility model preferred embodiment " the wide-mouth type container gasogene that the thread of take combines as closely sealed Power Component ", Figure 38 is generalized section, comprising:
One container cup assembly 30, comprising: a transparent material container cup 31, it is the transparent vessel that an inside can contain, this transparent material container cup entrance internal diameter is greater than 31mm, to facilitate, will want beverage 91 and the ice cube 92 of making carbonated drink directly to contain, the public thread 119 of one container cup, is positioned at the container rim top of transparent material container cup 31, one carbon dioxide input combination 50, comprising: a high-pressure carbon dioxide supply (steel cylinder group) 51, in order to store the carbon dioxide that high pressure is provided, one high-pressure air pipe 52 is in order to connect high-pressure carbon dioxide supply (steel cylinder group) 51 with transportation carbon dioxide, whether one carbon dioxide injection gauge tap 53 is inputted in order to control carbon dioxide, high-voltage tube connector 54 one end connect high-pressure air pipe 52 one end in order to close nappe assembly and be connected, one closes nappe assembly 20, be covered on container cup assembly 3O, bottom can engage with container cup assembly 30, form a confined space, comprising: one closes nappe 21, bottom is covered in the top of container cup assembly 30 and can engages, form a confined space, in detail as Figure 39 illustrates the schematic perspective view that the utility model preferred embodiment " is closed nappe assembly and connected snow nozzle pipe and level pressure safety valve ", Figure 40 is front view, Figure 41 is top view, Figure 42 is upward view, comprising: one closes nappe 21, its bottom is for being slightly larger than the cover-shaped body of relative transparent material container cup 31 top geometries, and can engage with its covering, one injecting gas passage 56, in close nappe 21 central authorities from surface, be through to bottom hollow duct, one snow nozzle pipe 55, be connected on injecting gas passage 56 ends that close nappe 21 bottoms, one gasket seal 22, be that the pad insert gluing of a circle shape is in closing nappe 21 bottoms, in order to contact closely sealed use with the rim of a cup end face 32 of transparent material container cup 31, one closes the female thread 118 of nappe, be positioned at and close nappe 21 bottom cover shape inner sides, the public thread 119 of container cup with respect to transparent material container cup 31, in order to male and female thread, mutually lock to form the high resistance to pressure of a confined space.
Refer to Figure 38, carbon dioxide input combination 50, can be used to see through injecting gas passage 56, input carbon dioxide is to container cup assembly 30, to manufacture carbonated drink, hold composition, when implementing, it by containing in transparent material container cup 31, wants to make the beverage 91 of carbonated drink and ice cube 92 in container, cover and close nappe 21, and conform to the male thread 119 use hands of container cup and lock according to closing the female thread 118 of nappe, fitted seal pad 22 is to form a confined space and to open carbon dioxide input combination 50 to input carbon dioxide to container cup assembly 30, carbonation by the beverage 91 of wanting to make carbonated drink by the carbon dioxide under high pressure is to manufacture carbonated drink.
The above; it is only the specific embodiment of the present utility model; but protection domain of the present utility model is not limited to this; anyly be familiar with those skilled in the art in the technical scope that the utility model discloses; can expect easily changing or replacing, within all should being encompassed in protection domain of the present utility model.Therefore, protection domain of the present utility model should be as the criterion by the described protection domain with claim.

Claims (10)

1. a gasogene for wide-mouth type container, comprising:
One container cup assembly;
One closes nappe assembly, is covered on container cup assembly, and bottom can engage with container cup assembly, forms a confined space;
One carbon dioxide input combination, in order to see through this confined space, input carbon dioxide is to this container cup assembly, to manufacture carbonated drink;
One closely sealed Power Component combination, in order to produce a dynamic pressurization in closing on nappe assembly, makes container cup assembly produce high crushing resistance with the confined space that closes nappe assembly and engage formation; And
One housing construction assembly, is fixing material structure, in order to fix and position container cup assembly, carbon dioxide input combination, to close nappe assembly and the combination of closely sealed Power Component.
2. a gasogene for wide-mouth type container, comprising:
One container cup assembly;
One closes nappe assembly, is covered on container cup assembly, and bottom can engage with container cup assembly, forms a confined space;
One carbon dioxide input combination, in order to see through this confined space, input carbon dioxide is to this container cup assembly, to manufacture carbonated drink;
One closely sealed Power Component combination, in order to produce a power lifting on container cup assembly, makes container cup assembly produce high crushing resistance with the confined space that closes nappe assembly and engage formation; And
One housing construction assembly, is fixing material structure, in order to fix and position container cup assembly, carbon dioxide input module, to close nappe assembly and the combination of closely sealed Power Component.
3. the gasogene of wide-mouth type container according to claim 1 and 2, is characterized in that, described in close nappe assembly and comprise:
One closes nappe, and its area is slightly larger than the rim of a cup end face of container cup assembly;
One gasket seal, insert gluing is in closing nappe bottom, is that the coated container cup assembly area that is involutory is slightly larger than rim of a cup end face and is less than the sealed hollow wreath that closes nappe, makes gasket seal cover rim of a cup end face completely;
One injecting gas passage, wears to the air body of bottom logically from top in the appropriate location of closing nappe and be arranged in gasket seal area, make carbon dioxide be inputted running; And
One snow nozzle pipe, is a hollow tube, and what wherein one end was fixedly connected on injecting gas channel end closes nappe bottom position.
4. the gasogene of wide-mouth type container according to claim 1 and 2, is characterized in that, described closely sealed Power Component combination is an oil hydraulic power assembly combination, and wherein this oil hydraulic power assembly combination comprises:
One oil hydraulic power device, produces a climbing power or decline power by the running of oil pressure mechanism;
One lift control switch, connects oil hydraulic power device and rises or down maneuver to control;
The one power bar of exerting pressure, is a shaft, and generation rising or the decline power end of one end and oil hydraulic power device are fixedly connected, and the other end and brace are fixedly connected, to conduct strength; And
A connecting piece, one area is slightly larger than the exert pressure geometric type tablet of rod end area of power, the fixedly connected power of the end face bar of exerting pressure, another side can be subject to this dynamic pressurization this close nappe assembly and be connected, to conduct rising that oil hydraulic power device produces or decline strength to closing nappe assembly.
5. the gasogene of wide-mouth type container according to claim 1 and 2, is characterized in that, described closely sealed Power Component combination is a manual rotational pressure bar assembly combination, and wherein this manual rotation press rods assembly combination comprises:
One manual rotational pressure bar, is a shaft, can manpower moves up and down and produces a upper and lower displacement energy;
One connecting rod, is a shaft, and level installs to be made L shape with manual rotation press rods and be fixedly connected with, and transfers manual rotation press rods upper the next to circumference spinning movement;
The one power bar of exerting pressure, is a shaft, and one end is fixedly connected on connecting rod bar middle section, and the other end is fixedly connected with spherical pulley, take the power bar circular motion before and after the arm of force makes to add great achievement of exerting pressure by the circumference rotation of connecting rod is moving, to conduct strength; And
One spherical pulley, is spherical thing slidably, and the power bar of exerting pressure is fixed at top, and another side can be connected with the described nappe assembly that closes, and the rising producing with manual rotation press rods or decline strength are to closing nappe assembly.
6. the gasogene of wide-mouth type container according to claim 1 and 2, is characterized in that, described closely sealed Power Component combination is a manual clamping type press rods assembly combination, and wherein this manual clamping type press rods combination comprises:
One manual clamping type press rods, is the forked bar thing of hollow handle in the middle of connecting in the middle of a portion ㄩ font bifurcated bottom, can make the circumference radian generation one displacement energy that seesaws for fulcrum according to ㄩ font bottom;
One rotation fixed pivot, for round rotatable thing, fixedly thinks fulcrum by the portion ㄩ font bifurcated top of manual clamping type press rods respectively, and makes manual clamping type press rods be made circumference radian to seesaw;
One circle shape pulley, is rotating circle wheel thing, is placed in the forked place of the nearly ㄩ font of handle hollow out of manual clamping type press rods;
One fixed axostyle, is a shaft, in circle shape pulley center axis place, wears fixedly connectedly with manual clamping type press rods, makes to justify shape pulley and is rotated; And
One slope rail piece, it is a slope rectangle thing from low to high, its bottom is closed place, nappe assembly face axis with this and is fixedly combined, and its face can be made from low to high different pressures degree with circle shape pulley with this slope rail piece and be connected when manual clamping type press rods advances.
7. the gasogene of wide-mouth type container according to claim 1 and 2, is characterized in that, described container cup assembly is the container that an inside can contain, and its container entrance internal diameter is greater than 31mm.
8. a gasogene for wide-mouth type container, comprising:
One container cup assembly;
One closes nappe assembly, is covered on container cup assembly, and its area is slightly larger than container cup assembly, and bottom can engage with container cup assembly, forms a confined space, and this confined space has an injecting gas passage that passes to bottom from surface, top;
One carbon dioxide input combination, can see through this injecting gas passage input carbon dioxide to this container cup assembly, to manufacture carbonated drink;
One closely sealed Power Component combination, in order to produce a dynamic pressurization in closing on nappe assembly, makes container cup assembly produce high crushing resistance with the confined space that closes nappe assembly and engage formation; And
One housing construction assembly, is fixing material structure, in order to fix and position container cup assembly, carbon dioxide input combination and the combination of closely sealed Power Component.
9. the gasogene of wide-mouth type container according to claim 8, is characterized in that, described in close nappe assembly and comprise:
One closes nappe, and its area is slightly larger than the rim of a cup end face of container cup assembly;
One gasket seal, insert gluing is in closing nappe bottom, is that the coated container cup assembly area that is involutory is slightly larger than rim of a cup end face and is less than the sealed hollow wreath that closes nappe, makes gasket seal cover rim of a cup end face completely;
One injecting gas passage, wears the hollow channel to bottom in closing the center position of nappe bottom in gasket seal area from top, make carbon dioxide be inputted running;
One snow nozzle pipe, is a hollow tube, and what wherein one end was fixedly connected on injecting gas channel end closes nappe bottom position;
One Exhaust Gas passage, wears the hollow channel to bottom in the appropriate location of closing nappe and be positioned at gasket seal area from closing nappe top, makes carbon dioxide be inputted running; And
One level pressure safety valve, is arranged at the Exhaust Gas channel position that closes nappe surface, and overall operation must be worked in setting fixing safety restriction force value.
10. a gasogene for wide-mouth type container, comprising:
One container cup assembly, comprising:
One container cup is the transparent vessel that an inside can contain; And
The public thread of one container cup, is positioned at the container rim top of transparent material container cup;
One closes nappe assembly, is covered on container cup assembly, and its area is slightly larger than container cup assembly, and bottom can engage with container cup assembly, forms a confined space, and this closes nappe assembly and comprises:
One closes nappe, and its bottom, for to be slightly larger than the cover-shaped body of relative transparent material container cup top geometry, and can engage with its covering;
One injecting gas passage, in close nappe central authorities from surface, be through to bottom hollow duct;
One snow nozzle pipe, is connected on the injecting gas tunnel ends of closing nappe bottom;
One gasket seal is that the pad insert gluing of a circle shape is in closing nappe bottom, in order to the closely sealed use of rim of a cup end contact with transparent material container cup;
One closes the female thread of nappe, is positioned at and closes nappe bottom cover shape inner side, with respect to the public thread of container cup of transparent material container cup, mutually locks to form the high resistance to pressure of a confined space in order to male and female thread; And
One carbon dioxide input combination, in order to see through this injecting gas passage, input carbon dioxide is to this container cup assembly, to manufacture carbonated drink.
CN201320506284.2U 2012-08-22 2013-08-19 Soft drink manufacturing machine with wide-neck type container Active CN203493424U (en)

Priority Applications (2)

Application Number Priority Date Filing Date Title
TW101216099U TWM453370U (en) 2012-08-22 2012-08-22 Wide opening type container soda producer
TW101216099 2012-08-22

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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105011760A (en) * 2015-08-18 2015-11-04 胡海明 Multifunctional quick preparation machine for soda
CN105054790A (en) * 2015-08-18 2015-11-18 胡海明 Carbonic acid beverage making device with semiconductor refrigerating and juice squeezing structure
CN105147101A (en) * 2015-08-18 2015-12-16 胡海明 Interchangeable carbonated fruit beverage producing machine

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Publication number Priority date Publication date Assignee Title
TWI571426B (en) * 2014-12-08 2017-02-21 Yung Hua Wang Method and apparatus for manufacturing carbonated beverage for preventing burst deformation of process vessel

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105011760A (en) * 2015-08-18 2015-11-04 胡海明 Multifunctional quick preparation machine for soda
CN105054790A (en) * 2015-08-18 2015-11-18 胡海明 Carbonic acid beverage making device with semiconductor refrigerating and juice squeezing structure
CN105147101A (en) * 2015-08-18 2015-12-16 胡海明 Interchangeable carbonated fruit beverage producing machine
CN105054790B (en) * 2015-08-18 2017-04-26 胡海明 Carbonic acid beverage making device with semiconductor refrigerating and juice squeezing structure
CN105147101B (en) * 2015-08-18 2017-05-10 胡海明 Interchangeable carbonated fruit beverage producing machine

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