WO2016112562A1 - 一种分体式饮料机 - Google Patents

一种分体式饮料机 Download PDF

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Publication number
WO2016112562A1
WO2016112562A1 PCT/CN2015/071592 CN2015071592W WO2016112562A1 WO 2016112562 A1 WO2016112562 A1 WO 2016112562A1 CN 2015071592 W CN2015071592 W CN 2015071592W WO 2016112562 A1 WO2016112562 A1 WO 2016112562A1
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WO
WIPO (PCT)
Prior art keywords
guiding
air
main body
air outlet
cavity
Prior art date
Application number
PCT/CN2015/071592
Other languages
English (en)
French (fr)
Inventor
宋宁
马建强
王照军
Original Assignee
宋宁
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by 宋宁 filed Critical 宋宁
Priority to EP15877480.2A priority Critical patent/EP3266312B1/en
Priority to ES15877480T priority patent/ES2874563T3/es
Priority to KR2020177000009U priority patent/KR200486411Y1/ko
Publication of WO2016112562A1 publication Critical patent/WO2016112562A1/zh
Priority to US15/651,493 priority patent/US10406488B2/en

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    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
    • B01F23/00—Mixing according to the phases to be mixed, e.g. dispersing or emulsifying
    • B01F23/20—Mixing gases with liquids
    • B01F23/23—Mixing gases with liquids by introducing gases into liquid media, e.g. for producing aerated liquids
    • B01F23/236—Mixing gases with liquids by introducing gases into liquid media, e.g. for producing aerated liquids specially adapted for aerating or carbonating beverages
    • B01F23/2361—Mixing gases with liquids by introducing gases into liquid media, e.g. for producing aerated liquids specially adapted for aerating or carbonating beverages within small containers, e.g. within bottles
    • A—HUMAN NECESSITIES
    • A23—FOODS OR FOODSTUFFS; TREATMENT THEREOF, NOT COVERED BY OTHER CLASSES
    • A23L—FOODS, FOODSTUFFS, OR NON-ALCOHOLIC BEVERAGES, NOT COVERED BY SUBCLASSES A21D OR A23B-A23J; THEIR PREPARATION OR TREATMENT, e.g. COOKING, MODIFICATION OF NUTRITIVE QUALITIES, PHYSICAL TREATMENT; PRESERVATION OF FOODS OR FOODSTUFFS, IN GENERAL
    • A23L2/00—Non-alcoholic beverages; Dry compositions or concentrates therefor; Their preparation
    • A23L2/52—Adding ingredients
    • A23L2/54—Mixing with gases
    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47J—KITCHEN EQUIPMENT; COFFEE MILLS; SPICE MILLS; APPARATUS FOR MAKING BEVERAGES
    • A47J31/00—Apparatus for making beverages
    • A47J31/44—Parts or details or accessories of beverage-making apparatus
    • A47J31/46—Dispensing spouts, pumps, drain valves or like liquid transporting devices
    • A47J31/468—Pumping means
    • A—HUMAN NECESSITIES
    • A23—FOODS OR FOODSTUFFS; TREATMENT THEREOF, NOT COVERED BY OTHER CLASSES
    • A23V—INDEXING SCHEME RELATING TO FOODS, FOODSTUFFS OR NON-ALCOHOLIC BEVERAGES AND LACTIC OR PROPIONIC ACID BACTERIA USED IN FOODSTUFFS OR FOOD PREPARATION
    • A23V2002/00—Food compositions, function of food ingredients or processes for food or foodstuffs
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
    • B01F23/00—Mixing according to the phases to be mixed, e.g. dispersing or emulsifying
    • B01F23/20—Mixing gases with liquids
    • B01F23/23—Mixing gases with liquids by introducing gases into liquid media, e.g. for producing aerated liquids
    • B01F23/237—Mixing gases with liquids by introducing gases into liquid media, e.g. for producing aerated liquids characterised by the physical or chemical properties of gases or vapours introduced in the liquid media
    • B01F23/2376—Mixing gases with liquids by introducing gases into liquid media, e.g. for producing aerated liquids characterised by the physical or chemical properties of gases or vapours introduced in the liquid media characterised by the gas being introduced
    • B01F23/23762—Carbon dioxide
    • B01F23/237621—Carbon dioxide in beverages

Definitions

  • the present invention relates to a beverage making device, and more particularly to a split type beverage machine.
  • the beverage is prepared by placing a raw material such as wine, syrup, water, etc. into a special container in a certain proportion, and the special bartender mixes the raw materials in the container through the action of the performance form. Pour into a water cup and add soda and fruit. Therefore, it is necessary to develop a beverage making device, especially a beverage machine that can conveniently prepare a beverage in a home or in a private place.
  • a raw material such as wine, syrup, water, etc.
  • the object of the present invention is to provide a split type beverage machine, which makes it possible to prepare a beverage very conveniently, and is safe and reliable, and is easy to operate.
  • Split beverage machine which accommodates a cylinder bottles and CO 2, further comprising: a body, having a side notch for accommodating the beverage bottle, the other side has a receiving CO 2 a receiving cavity of the gas cylinder; the main body has upper and lower openings; a base disposed under the main body and fixedly connected with the bottom of the main body; the upper cover is fastened to the upper opening of the main body; the main body bracket is disposed at the An upper portion of the main body; an air outlet device disposed on the main body bracket and opposed to the accommodating cavity of the main body to cooperate with the CO 2 gas cylinder; an air outlet driving device disposed on the upper cover, and Cooperating with the air outlet device; a gas guiding device disposed on the main body bracket and opposite to the notch of the main body; and an air intake device disposed on the main body bracket, detachably connecting the beverage bottle The bottle mouth is connected to and detachably engaged with the air guiding device, and the air guiding device is in communication with the air outlet device.
  • the air outlet device includes an air outlet body, an air outlet rod, a spring, and a driven driving member, and the air outlet driving device cooperates with the driven driving member;
  • the utility model comprises: an air outlet rod passage, a thimble passage, a lower interface, an outlet passage and two brackets, the outlet rod passage, the ejector passage and the lower interface are on one axis, and the outlet passage is connected with the ejector passage;
  • the outlet rod comprises: a sliding rod portion, a stop plate and a thimble portion;
  • the driven drive member includes: a trigger end, a pivot end and a connecting portion adjacent to the pivot end, the connecting portion has a cavity with a lower opening;
  • the lower interface of the air outlet body is inserted a connecting hole on the main body bracket so as to be fixedly connected to the main body bracket;
  • the sliding rod portion of the air outlet rod passes through the ejector channel and the air outlet rod passage of the air outlet body and protrudes out of
  • the air guiding device comprises a rotating bracket, an air intake positioning post, an air guiding tube and a fastening nut;
  • the rotating bracket comprises: a lower opening and a side opening a seat body, a guiding cavity at the top of the seat body, a guiding hole on the seat body, an angular pivoting frame on the side of the guiding cavity, and a clamping plate on both sides of the lower part of the seat body, and a guiding groove on the guiding cavity wall plate;
  • the guiding hole is connected to the guiding cavity and has a center in a straight line;
  • the airing positioning column comprises: a base body, an external thread interface at the top of the base body, a conduit located at a lower portion of the base body, and a guiding rod on both sides of the base body;
  • the main body bracket A mounting position having an upper and lower opening and a side opening is disposed, a pivoting frame cavity is disposed on both sides of the closed end of the mounting position,
  • the air guiding tube Fixing the air guiding tube; the end of the air guiding tube is in communication with the air outlet device; the top plate at the notch of the main body has a fitting hole, and the mounting position of the main body bracket is engaged with the fitting hole
  • the open end of the mounting position and the fitting hole constitute a guiding stop hole;
  • the guiding cavity of the rotating bracket is rotatably engaged with the mounting position on the main body bracket, and the seat body of the rotating bracket and the lower side of the main body bracket
  • the surface of the pivoting bracket is pivotally engaged with the pivoting bracket, and the end of the pivoting bracket is pivotally connected to the pivoting seat.
  • the pivoting bracket of the rotating bracket has a jacking rod; further comprising a pressure spring and a limiting rod, the limiting rod has a spring seat at one end and a tilted end at the other end
  • the guiding stop surface is pivotally connected to the main body bracket, one end of the pressure spring is inserted into the spring seat, and the other end is abutted against the stopper on the main body bracket; the end of the top rod is slidingly matched with the oblique guiding stop surface .
  • the air intake device includes a lower opening Outer cover, lower cover, positioning ear block, air intake cover, safety valve core, safety spring, screw plug, exhaust valve core, exhaust spring, exhaust fixed block, exhaust pull ring, check valve core, rubber a sleeve, a filter net, a gas nozzle rod, a compression spring, a sealing ring and a bottle joint;
  • the top plate of the outer cover has a central hole and a guide hole, the circumferential wall has two embedded grooves; and the outer cover has two pivot joints;
  • the ear block is fitted with the insertion groove;
  • the air inlet cover has a valve core cavity communicating with the air inlet cover, the top of the valve core cavity has an air inlet interface;
  • a safety pressure relief cavity is connected with the air inlet cover, and the safety pressure relief cavity is
  • the axis is perpendicular to the axis of the spool cavity; the two exhaust chambers are in communication with the intake cover; the exhaust fixed block has two lower
  • the import and export CO 2 receiving chamber on the cylinder body further comprising a side cover, the side cover pivotally connected with the body side cover With the import and export button.
  • the split type beverage machine of the invention adopts the above structure, and can drive the air outlet device by pressing the air outlet driving device, the gas in the CO 2 gas cylinder flows out, then enters the air guiding device, enters the device, and finally enters the beverage bottle, and is convenient to operate.
  • the safety device is set to ensure safety and prevent the pressure inside the beverage bottle from being too high, thus eliminating safety hazards.
  • the side cover can be easily replaced with a CO 2 cylinder.
  • Figure 1 is a cross-sectional view showing a specific embodiment of a split type beverage machine according to the present invention.
  • Figure 2 is a perspective view of a specific embodiment of the split type beverage machine of the present invention.
  • Figure 3 is a partial cross-sectional view showing a specific embodiment of the split type beverage machine of the present invention.
  • Figure 4 is an exploded perspective view of one embodiment of the split type beverage machine of the present invention.
  • Figure 5 is another perspective exploded view of one embodiment of the split type beverage machine of the present invention.
  • Fig. 6 is an exploded perspective view showing a gas guiding device of a specific embodiment of the split type beverage machine according to the present invention.
  • Figure 7 is an exploded perspective view of an air intake device of a specific embodiment of the split type beverage machine of the present invention.
  • Figure 8 is a cross-sectional view of an air intake device of a specific embodiment of the split type beverage machine of the present invention.
  • Figure 9 is another cross-sectional view of the air intake device of one embodiment of the split type beverage machine of the present invention.
  • a split type beverage machine as shown in FIG. 1, includes a beverage bottle 1, and further comprises a base 2, a main body 3, a main body bracket 4, an upper cover 5, an air outlet driving device 6, an air outlet device 7, and a gas guiding device.
  • Device 8 air intake 9 and CO 2 cylinder 10.
  • the main body 3 has an upper and lower opening, a notch 31 of the beverage bottle on one side, and a receiving cavity 32 of the CO 2 gas cylinder on the other side; the upper cover 5 is engaged with the upper opening of the main body 3, and the lower end of the main body 3 and the base 2
  • the base 2 is located at a portion of the vacant chamber 32 and has a CO 2 cylinder holder.
  • the portion of the base 2 opposite to the notch 31 has a support for the beverage bottle 1 .
  • the main body bracket 4 is disposed in an upper portion of the main body 3, and the air outlet device 7 is disposed on the main body bracket 4 and opposite to the accommodating cavity 31 to cooperate with the CO 2 cylinder 10; the air outlet driving device 6 is disposed on the upper cover 5 and the air outlet device 7 cooperate, the air outlet driving device 6 drives the air outlet device 7; the air guiding device 8 is disposed on the main body bracket 4 and opposite to the notch 31; the air inlet device 9 is disposed on the main body bracket 4, and the bottle mouth and the air inlet device 9 of the beverage bottle can be
  • the air intake device 9 is in communication with the air guide device 8 and is detachably coupled, and the air guide device 8 is in communication with the air outlet device 7.
  • the air outlet device 7 includes an air outlet body 71, an air outlet rod 72, a spring 73, and a driven drive member 74.
  • the air outlet drive 6 cooperates with the driven drive member 74.
  • the air outlet body 71 includes an air outlet rod passage 711, a thimble passage 712, a lower interface 713, an air outlet passage 714, and two brackets 715.
  • the air outlet rod passage 711, the ejector needle passage 712 and the lower interface 713 are on one axis, and the air outlet passage 714 and the ejector pin Channel 712 is in communication.
  • the air outlet lever 72 includes a sliding lever portion 721, a stop plate 722, and a ejector portion 723.
  • the driven driving member 74 includes a triggering end 741, a pivoting end 742 and a connecting portion 743 adjacent to the pivoting end, and the connecting portion 742 has a cavity with a lower opening.
  • the lower port 713 of the air outlet body 71 is inserted into the connecting hole 41 of the main body bracket 4 and fixedly connected with the main body bracket 4; the sliding rod portion 721 passes through the thimble channel 712 and the air outlet rod passage 711 and protrudes out of the air rod passage 711, the sliding rod
  • the portion 721 is slidably engaged with the air outlet passage 711 and is hermetically sealed.
  • the stop plate 722 is engaged with the top plate of the thimble passage 712.
  • the upper end of the sliding rod portion 721 extends into the connecting portion 743.
  • the spring 73 is sleeved on the air outlet passage 711. The upper end extends into the connecting portion 743 of the driven driving member 74, and the lower end cooperates with the bracket body 71; the pivoting end 742 of the driven driving member 74 is pivotally connected 715 with the bracket.
  • the air outlet passage 714 is connected to the air guide device 8. Pressing the air outlet driving device 6, the air outlet driving device 6 rotates the driven driving member 74, and the driven driving member 74 moves the air outlet rod downward to open the air outlet valve of the CO 2 cylinder 10; when the air outlet driving device 6 loses pressure, due to The action of the spring 73, the outlet drive unit 6 and the driven drive member 74 are automatically reset, and the outlet rod 72 is reset by the gas pressure of the CO 2 cylinder 10.
  • the air guiding device 8 includes a rotating bracket 81, an air intake positioning post 82, an air guiding tube 83, and a fastening nut 84.
  • the rotating bracket 81 includes a seat body 811 having a lower opening and a side opening, a guiding cavity 812 at the top of the seat body, a guiding hole on the seat body, an angular pivoting frame 813 on the side of the guiding cavity, and a lower part of the seat body.
  • the card plate 814 on both sides has a guiding groove 8121 on the wall of the guiding cavity 812; the guiding hole communicates with the guiding cavity 812 and the center thereof is in a straight line.
  • the intake positioning post 82 includes a base 821, an externally threaded interface 822 at the top of the base, a conduit 823 at the lower portion of the base, and a guide rod 824 on both sides of the base; the outer surface of the conduit 823 has a guide groove on the base There is a guide rail in the guide hole, and the guide rail and the guide groove cooperate to prevent the intake positioning post 82 from rotating.
  • the main body bracket 4 is provided with a mounting position 42 having an upper and lower opening and a side opening.
  • the two sides of the closed end of the mounting position are provided with a pivoting frame cavity 43 and the side open end is provided with a pivoting seat 44.
  • the base 821 of the intake positioning post 82 is disposed in the guiding cavity 812 of the rotating bracket 81.
  • the guiding rod 824 is slidably engaged with the guiding slot 8121, and the conduit 823 is slidably engaged with the guiding hole on the seat body 811; the air guiding tube 83
  • One end passes through the extension of the air inlet positioning post 82, and the other end protrudes through the fastening nut 84.
  • the fastening nut 84 is screwed with the external thread interface 822 to fix the air guiding tube 83; the end of the air guiding tube 83 and the air outlet
  • the device is in communication; that is, the air guiding tube 83 is connected to the air outlet passage 714.
  • a fitting hole 33 is formed in the top plate of the notch 31 of the main body 3, and the mounting position 42 of the main body bracket 4 is fitted into the fitting hole 33.
  • the open end of the mounting position 42 and the fitting hole 33 constitute a guiding stop hole.
  • the guiding cavity 812 of the rotating bracket 81 is rotatably engaged with the mounting position 42.
  • the seat body 811 of the rotating bracket 81 is engaged with the lower surface of the main body bracket 4; the pivoting frame 813 and the pivoting frame cavity 43 are slidably engaged with the stop position.
  • the end of the bracket 813 is pivotally connected to the pivoting seat 44.
  • a pivoting rod 813 of the rotating bracket 81 has a jack 8131.
  • the utility model further comprises a pressure spring 11 and a limiting rod 12.
  • the limiting rod 12 has a spring seat at one end and an oblique guiding stop surface 121 at the other end.
  • the limiting rod 12 is pivotally connected to the main body bracket 4, one end of the compression spring 11 is inserted into the spring seat, and the other end is abutted against the stopper on the main body bracket 4; the end of the top rod 8131 is slidably matched with the oblique guiding stop surface 121. .
  • the guiding cavity 812 of the rotating bracket 81 is located in the guiding stop hole formed by the opening end of the mounting position 42 and the fitting hole 33.
  • the rotating bracket 81 can be rotated clockwise by a certain angle, and the rotation and the guiding stop hole The fitting hole portion cooperates with the stop position; and when the rotation bracket 81 rotates, the ejector rod 8131 and the oblique guide stop surface 121 are slidably engaged with the limit position.
  • the air intake device 9 includes a lower opening cover 91, a lower cover 92, a positioning ear block 93, an air intake cover 94, a safety valve core 95, a safety spring 96, and a screw plug. 97.
  • the top plate of the outer cover 91 has a central hole 911 and a guiding hole 912.
  • the circumferential wall has two insertion grooves 913.
  • the outer cover has two pivoting seats 914.
  • the positioning lugs 93 are engaged with the insertion grooves 913.
  • the intake cover 94 has a spool cavity 941 communicating with the intake cover 94.
  • the top of the spool chamber 941 has an intake port 942.
  • a safety relief chamber 943 is in communication with the intake cover 94.
  • the safety relief chamber 943 is The axis is perpendicular to the axis of the spool cavity 941; the two exhaust chambers 945 are in communication with the intake cover 94.
  • the exhaust fixing block 101 has two lower opening receiving cavities 1011, and the guiding rod holes 1012 are in communication with the receiving cavity 1011.
  • the air inlet cover 94 is disposed in the outer cover 91, and the central hole 911 of the outer cover 91 is connected to the air inlet interface 942.
  • the guide hole 912 of the outer cover 91 is opposite to the air discharge chamber 945 on the air inlet cover 94.
  • the positioning ear piece 93 is fitted into the insertion groove 913, and the screw is screwed through the positioning ear block 93 and the air inlet cover 94.
  • 94 and the outer cover 91 are fixedly connected together; the safety valve core 95 is disposed in the safety pressure relief chamber 943, one end of the safety spring 96 is engaged with the safety valve core 95, the other end is matched with the screw plug 97, the screw plug 97 and the safety pressure relief chamber 943 Screwing.
  • the exhaust valve core 98 is disposed in the exhaust chamber 945, and the exhaust spring 99 is sleeved on the valve stem 981 of the exhaust valve core 98.
  • the exhaust chamber 945 is inserted into the receiving cavity 1011 of the exhaust fixing block 101.
  • the gas fixing block 101 is fixedly connected to the air inlet cover 94, and the valve rod 981 passes through the guiding rod hole 1012 on the exhaust fixing block 101.
  • the pivoting end of the exhausting ring 102 is pivotally connected to the pivoting seat 914 in the outer cover 91.
  • the exhaust pull ring 012 is rotatably engaged with the guide hole 912 on the outer cover 91; the upper end of the valve rod 981 is pivotally connected to the exhaust pull ring 102; the exhaust pull ring 102 is lifted up, and the exhaust valve core 98 is moved upward to reach the exhaust Purpose; the exhaust pull ring loses power and the exhaust spool 98 is reset.
  • the filter screen 105 is attached to the top plate of the valve core chamber 941.
  • the rubber sleeve 104 is sleeved on the one-way valve core 103, and the one-way valve core 103 is embedded in the cavity 1061 of the head of the nozzle rod 106.
  • the head of the rod 106 is screwed with the valve core chamber 941; the sealing ring 108 is engaged with the air inlet cover 94, and the bottle joint 109 is fixedly coupled to the air inlet cover 94 and presses against the circumferential edge of the sealing ring 108; the nozzle rod 106
  • the rod portion 1062 protrudes through the sealing ring 108, the bottle joint 109 and the lower cover 92; one end of the pressing spring 107 cooperates with the air inlet cover 94, and the other end cooperates with the inner ring table on the sealing ring 108, the beverage bottle 1 and the bottle
  • the joint 109 is detachably fitted.
  • the one-way spool 103 has an upper opening cavity 1031, a radial air outlet 1032 communicating with the cavity, and a flange.
  • the rubber sleeve 104 has a flange and a through hole, and the cavity 1061 of the head of the nozzle rod 106 There is a counterbore on the top, and the flange is placed on the bottom plate of the counterbore. There is a gap between the bottom of the one-way spool 103 and the bottom plate of the cavity.
  • the receiving chamber 32 of the CO 2 cylinder on the main body 3 has an inlet and outlet port, and further includes a side cover 11 pivotally connected to the main body 3, and the side cover 11 is engaged with the inlet and outlet.

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  • Chemical & Material Sciences (AREA)
  • Engineering & Computer Science (AREA)
  • Food Science & Technology (AREA)
  • Chemical Kinetics & Catalysis (AREA)
  • Health & Medical Sciences (AREA)
  • Nutrition Science (AREA)
  • Life Sciences & Earth Sciences (AREA)
  • Polymers & Plastics (AREA)
  • Devices For Dispensing Beverages (AREA)

Abstract

一种分体式饮料机，其上容置有饮料瓶（1）和CO 2气瓶（10），还包括：底座（2）、主体（3）、主体支架（4）、上盖（5）、出气驱动装置（6）、出气装置（7）、导气装置（8）和进气装置（9）。所述主体（3）上的CO 2气瓶（10）的容置腔（32）上有进出口，还包括侧盖（11），所述侧盖（11）与主体（3）枢接，侧盖（11）与进出口扣合。按压分体式饮料机的出气驱动装置（6）可驱动出气装置（7），使CO 2气瓶（10）内气体流出，依次进入导气装置（8）和进气装置（9），最后进入饮料瓶（1）。该分体式饮料机操作方便，使用安全，并能够方便地更换CO 2气瓶（10）。

Description

一种分体式饮料机 技术领域
本发明涉及饮料制作装置，尤其是一种分体式饮料机。
背景技术
目前的现有技术中，饮料的制作是将酒、糖浆、水等原料按一定比例放入特制的容器内，由专门的调酒师通过表演形式的动作，将容器里的原料充分混合后，倒入水杯内再加入苏打水及水果点缀而成。因此，有必要开发饮料制作装置，尤其是可以在家庭内或私人场所内方便地配制饮料的饮料机。
发明内容
本发明的目的在于提供一种分体式饮料机，使得能非常方便地配制饮料，而且安全可靠，操作方便。
本发明所述的分体式饮料机，其上容置有饮料瓶和CO2气瓶，还包括：主体，一侧具有容置所述饮料瓶的缺口，另一侧具有容置所述CO2气瓶的容置腔；所述主体具有上、下开口；底座，设置在所述主体的下方，与主体的底部固定连接；上盖，与主体的上开口扣合；主体支架，设置在所述主体内的上部；出气装置，设置在所述主体支架上，并与所述主体的容置腔相对，与所述CO2气瓶配合；出气驱动装置，设置在所述上盖上，并与所述出气装置配合；导气装置，设置在所述主体支架上，并与所述主体的缺口相对；以及进气装置，设置在所述主体支架上，其可拆卸地连接所述饮料瓶的瓶口，并与所述导气装置连通且可拆卸配合，所述导气装置与所述出气装置连通。
根据本发明所述的一种分体式饮料机的进一步特征，所述出气装置包括出气主体、出气杆、弹簧和从动驱动件，所述出气驱动装置与从动驱动件配合；所述出气主体包括：出气杆通道、顶针通道、下接口、出气通道和二个支架，出气杆通道、顶针通道和下接口在一条轴线上，出气通道与顶针通道连通；所述出气杆包括：滑动杆部、止位盘和顶针部；所述从动驱动件包括：触发端、枢接端和与枢接端相邻的连接部，连接部具有下开口的腔体；所述出气主体的下接口插入所 述主体支架上的连接孔以致与所述主体支架固定连接；所述出气杆的滑动杆部穿过所述出气主体的顶针通道和出气杆通道并伸出出气杆通道，滑动杆部与出气杆通道滑动配合且液气密封；所述出气杆的止位盘与所述出气主体的顶针通道的顶板配合止位；所述出气杆的滑动杆部的上端伸入所述从动驱动件的连接部内；所述弹簧套在所述出气主体的出气杆通道上，其上端伸入所述从动驱动件的连接部内，其下端与所述支架主体配合；所述从动驱动件的枢接端枢接于所述出气主体的支架；所述出气主体的出气通道接通所述导气装置。
根据本发明所述的一种分体式饮料机的进一步特征，所述导气装置包括转动支架、进气定位柱、导气管和紧固螺帽；所述转动支架包括：具有下开口和侧开口的座体、位于座体顶部的导向腔、位于座体上的导向孔、位于导向腔侧的角形的枢接架和位于座体下部两侧的卡板，导向腔壁板上有导向槽；导向孔与导向腔连通且其中心在一条直线上；所述进气定位柱包括：基体、位于基体顶部的外螺纹接口、位于基体下部的导管和位于基体两侧的导向杆；所述主体支架上设有具有上下开口和侧开口的安装位，安装位的封闭端的两侧设有枢接架腔、侧开口端设置有枢接座；所述进气定位柱的基体设置在所述转动支架的导向腔内；所述进气定位柱的导管与所述转动支架的座体上的导向孔滑动配合；所述进气定位柱的导向杆与所述转动支架的导向槽滑动配合；所述导气管的一端穿过所述进气定位柱而伸出，另一端穿过所述紧固螺帽而伸出，所述紧固螺帽与所述进气定位柱的外螺纹接口螺合以致固定所述导气管；所述导气管的端部与所述出气装置连通；所述主体的缺口处的顶板上有嵌合孔，所述主体支架的安装位与所述嵌合孔嵌合，所述安装位的开口端与所述嵌合孔构成导向止位孔；所述转动支架的导向腔与所述主体支架上的安装位转动配合，所述转动支架的座体与主体支架的下表面贴合；所述转动支架的枢接架与枢接架腔滑动配合止位，枢接架的端部枢接于所述枢接座。
根据本发明所述的一种分体式饮料机的进一步特征，所述转动支架的枢接架上有顶杆；还包括压力弹簧和限位杆，限位杆的一端有弹簧座、另一端斜导向止位面；限位杆枢接在主体支架上，压力弹簧的一端与弹簧座插接，另一端与主体支架上的挡块抵靠；顶杆的端部与斜导向止位面滑动配合。
根据本发明所述的一种分体式饮料机的进一步特征，所述进气装置包括下开 口的外罩、下盖、定位耳块、进气盖、安全阀芯、安全弹簧、螺塞、排气阀芯、排气弹簧、排气固定块、排气拉环、单向阀芯、橡胶套、过滤网、气嘴棒、压紧弹簧、密封圈和瓶接头；所述外罩的顶板上有位于中心孔和导向孔，周向壁有二个嵌入槽；外罩内有二个枢接座；定位耳块与嵌入槽嵌合；所述进气盖上有阀芯腔与进气盖连通，阀芯腔的顶部有进气接口；一安全泄压腔与进气盖连通，安全泄压腔的轴线和阀芯腔的轴线垂直；二个排气腔与进气盖连通；所述排气固定块的有二个下开口的容置腔，导向杆孔与容置腔连通；所述进气盖设置在外罩内，外罩的中心孔与进气接口相对，外罩的导向孔与进气盖上的排气腔相对，定位耳块与嵌入槽嵌合，螺钉穿过定位耳块与进气盖螺合，进气盖和外罩固定连接在一起；安全阀芯设置在安全泄压腔内，安全弹簧一端与安全阀芯配合、另一端与螺塞配合，螺塞与安全泄压腔螺合；所述排气阀芯设置在排气腔内，排气弹簧套在排气阀芯的阀杆上，排气腔插入排气固定块的容置腔内，排气固定块与进气盖固定连接，阀杆穿过排气固定块上的导向杆孔；排气拉环的枢接端与外罩内的枢接座枢接，排气拉环与外罩上的导向孔转动配合；阀杆的上端与排气拉环枢接；所述过滤网与阀芯腔的顶板贴合，所述橡胶套套在单向阀芯上，单向阀芯嵌入气嘴棒的头部的腔体内，气嘴棒的头部与与阀芯腔螺合；密封圈与进气盖扣合，瓶接头与进气盖固定连接并压紧密封圈的周向边缘；气嘴棒的杆部穿过密封圈、瓶接头和下盖伸出；压紧弹簧一端与进气盖配合、另一端与密封圈配合，饮料瓶与瓶接头可拆卸配合。
根据本发明所述的一种分体式饮料机的进一步特征，所述主体上的CO2气瓶的容置腔上有进出口，还包括侧盖，所述侧盖与主体枢接，侧盖与进出口扣合。
本发明一种分体式饮料机，由于采用上述的结构，只要按压出气驱动装置就可以驱动出气装置，CO2气瓶内气体流出，然后进入导气装置，进入装置，最后进入饮料瓶，操作方便，安全装置的设置保证安全，防止饮料瓶内压力过高，消除安全隐患。而且，侧盖的设置可以方便地更换CO2气瓶。
附图说明
图1是本发明所述的分体式饮料机的一个具体实施方式的剖视图。
图2是本发明所述的分体式饮料机的一个具体实施方式的立体图。
图3是本发明所述的分体式饮料机的一个具体实施方式的局部剖视图。
图4是本发明所述的分体式饮料机的一个具体实施方式的一个立体分解图。
图5是本发明所述的分体式饮料机的一个具体实施方式的另一个立体分解图。
图6是本发明所述的分体式饮料机的一个具体实施方式的导气装置的立体分解图。
图7是本发明所述的分体式饮料机的一个具体实施方式的进气装置的立体分解图。
图8是本发明所述的分体式饮料机的一个具体实施方式的进气装置的一个剖视图。
图9是本发明所述的分体式饮料机的一个具体实施方式的进气装置的另一个剖视图。
具体实施方式
下面结合附图对本发明作进一步描述。
本发明所述的一种分体式饮料机，如图1所示，包括饮料瓶1，还包括底座2、主体3、主体支架4、上盖5、出气驱动装置6、出气装置7、导气装置8、进气装置9和CO2气瓶10。
所述主体3具有上下开口，一侧有饮料瓶的缺口31、另一侧有CO2气瓶的容置腔32；上盖5与主体3的上开口扣合，主体3的下端与底座2固定连接；底座2位于空置腔32内的部位上有CO2气瓶座，底座2与缺口31相对的部位有饮料瓶1的支撑座。
所述主体支架4设置主体3内的上部，出气装置7设置在主体支架4上并与容置腔31相对、与CO2气瓶10配合；出气驱动装置6设置在上盖5并与出气装置7配合，出气驱动装置6驱动出气装置7；导气装置8设置在主体支架4上并与缺口31相对；进气装置9设置在主体支架4上，饮料瓶的瓶口与进气装置9可拆卸连接，进气装置9与导气装置8连通且可拆卸配合，导气装置8与出气装置7连通。
所述出气装置7包括出气主体71、出气杆72、弹簧73和从动驱动件74， 所述出气驱动装置6与从动驱动件74配合。
所述出气主体71包括出气杆通道711、顶针通道712、下接口713、出气通道714和二个支架715，出气杆通道711、顶针通道712和下接口713在一条轴线上，出气通道714与顶针通道712连通。
所述出气杆72包括滑动杆部721、止位盘722和顶针部723。
所述从动驱动件74包括触发端741、枢接端742和与枢接端相邻的连接部743，连接部742具有下开口的腔体。
所述出气主体71的下接口713插入主体支架4上的连接孔41并与主体支架4固定连接；滑动杆部721穿过顶针通道712和出气杆通道711并伸出出气杆通道711，滑动杆部721与出气杆通道711滑动配合且液气密封，止位盘722与顶针通道712的顶板配合止位，滑动杆部721的上端伸入连接部743内；弹簧73套在出气杆通道711上，上端伸入从动驱动件74的连接部743内、下端与支架主体71配合；从动驱动件74的枢接端742与支架枢接715。
出气通道714与导气装置8连接接通。下按出气驱动装置6，出气驱动装置6使从动驱动件74转动，从动驱动件74使出气杆向下移动，打开CO2气瓶10的出气阀；当出气驱动装置6失去压力，由于弹簧73的作用，出气驱动装置6和从动驱动件74自动复位，出气杆72在CO2气瓶10的气体压力的作用下复位。
所述导气装置8括转动支架81、进气定位柱82、导气管83和紧固螺帽84。
所述转动支架81包括具有下开口和侧开口的座体811、位于座体顶部的导向腔812、位于座体上的导向孔、位于导向腔侧的角形的枢接架813和位于座体下部两侧的卡板814，导向腔812壁板上有导向槽8121；导向孔与导向腔812连通且其中心在一条直线上。
所述进气定位柱82包括基体821、位于基体顶部的外螺纹接口822、位于基体下部的导管823和位于基体两侧的导向杆824；导管823的外表面上有导向槽，座体上的导向孔内有导轨，导轨和导向槽配合，防止进气定位柱82转动。
所述主体支架4上设有具有上下开口和侧开口的安装位42，安装位的封闭端的两侧设有枢接架腔43、侧开口端设置有枢接座44。
进气定位柱82的基体821设置在转动支架81的导向腔812内，导向杆824与导向槽8121滑动配合，导管823与座体811上的导向孔滑动配合；导气管83 一端穿过进气定位柱82的伸出、另一端穿过紧固螺帽84伸出，紧固螺帽84与外螺纹接口822螺合将导气管83固定；导气管83的端部与出气装置连通；即导气管83与所述出气通道714连接通。
所述主体3的缺口31处的顶板上有嵌合孔33，所述主体支架4的安装位42与嵌合孔33嵌合，安装位42的开口端与嵌合孔33构成导向止位孔；所述转动支架81的导向腔812与安装位42转动配合，转动支架81的座体811与主体支架4的下表面贴合；枢接架813与枢接架腔43滑动配合止位，枢接架813的端部与枢接座44枢接。
作为一种改进：所述转动支架81的一枢接架813上有顶杆8131。
还包括一压力弹簧11和限位杆12，限位杆12的一端有弹簧座、另一端斜导向止位面121。
限位杆12枢接在主体支架4上，压力弹簧11一端与弹簧座插接、另一端与主体支架4上的挡块抵靠；顶杆8131的端部与斜导向止位面121滑动配合。如图1所示，转动支架81的导向腔812位于安装位42的开口端与嵌合孔33构成的导向止位孔内，转动支架81可以顺时针转动一定角度，转动时与导向止位孔的嵌合孔孔部配合止位；而且转动支架81转动时，顶杆8131与斜导向止位面121滑动配合限位。
如图7、图8、图9所示，所述进气装置9包括下开口的外罩91、下盖92、定位耳块93、进气盖94、安全阀芯95、安全弹簧96、螺塞97、排气阀芯98、排气弹簧99、排气固定块101、排气拉环102、单向阀芯103、橡胶套104、过滤网105、气嘴棒106、压紧弹簧107、密封圈108和瓶接头109。
所述外罩91的顶板上有位于中心孔911和导向孔912，周向壁有二个嵌入槽913；外罩内有二个枢接座914；定位耳块93与嵌入槽913嵌合。
所述进气盖94上有阀芯腔941与进气盖94连通，阀芯腔941的顶部有进气接口942；一安全泄压腔943与进气盖94连通，安全泄压腔943的轴线和阀芯腔941的轴线垂直；二个排气腔945与进气盖94连通。
所述排气固定块101的有二个下开口的容置腔1011，导向杆孔1012与容置腔1011连通。
所述进气盖94设置在外罩91内，外罩91的中心孔911与进气接口942相 对，外罩91的导向孔912与进气盖94上的排气腔945相对，定位耳块93与嵌入槽913嵌合，螺钉穿过定位耳块93与进气盖94螺合，进气盖94和外罩91固定连接在一起；安全阀芯95设置在安全泄压腔943内，安全弹簧96一端与安全阀芯95配合、另一端与螺塞97配合，螺塞97与安全泄压腔943螺合。
所述排气阀芯98设置在排气腔945内，排气弹簧99套在排气阀芯98的阀杆981上，排气腔945插入排气固定块101的容置腔1011内，排气固定块101与进气盖94固定连接，阀杆981穿过排气固定块101上的导向杆孔1012；排气拉环102的枢接端与外罩91内的枢接座914枢接，排气拉环012与外罩91上的导向孔912转动配合；阀杆981的上端与排气拉环102枢接；上提排气拉环102，排气阀芯98向上移动，达到排气的目的；排气拉环失去动力，排气阀芯98复位。
所述过滤网105与阀芯腔941的顶板贴合，所述橡胶套104套在单向阀芯103上，单向阀芯103嵌入气嘴棒106的头部的腔体1061内，气嘴棒106的头部与与阀芯腔941螺合；密封圈108与进气盖94扣合，瓶接头109与进气盖94固定连接并压紧密封圈108的周向边缘；气嘴棒106的杆部1062穿过密封圈108、瓶接头109和下盖92伸出；压紧弹簧107一端与进气盖94配合、另一端与密封圈108上的内环台配合，饮料瓶1与瓶接头109可拆卸配合。
单向阀芯103上有上开口的腔体1031、与腔体连通的径向出气孔1032和法兰，橡胶套104上有法兰和贯通孔，气嘴棒106的头部的腔体1061上有一沉孔，法兰设置在沉孔的底板上。单向阀芯103的底部与腔体的底板之间有间隙。
所述主体3上的CO2气瓶的容置腔32上有进出口，还包括侧盖11，所述侧盖11与主体3枢接，侧盖11与进出口扣合。
以上所述的仅是本发明的优先实施方式。应当指出的是，对于本领域的普通技术人员来说，在不脱离本发明原理的情况下，还可以作出若干改进和变型，这也视为本发明的保护范围。

Claims (6)

  1. 一种分体式饮料机，其上容置有饮料瓶和CO2气瓶，还包括：
    主体，一侧具有容置所述饮料瓶的缺口，另一侧具有容置所述CO2气瓶的容置腔；所述主体具有上、下开口；
    底座，设置在所述主体的下方，与主体的底部固定连接；
    上盖，与主体的上开口扣合；
    主体支架，设置在所述主体内的上部；
    出气装置，设置在所述主体支架上，并与所述主体的容置腔相对，与所述CO2气瓶配合；
    出气驱动装置，设置在所述上盖上，并与所述出气装置配合；
    导气装置，设置在所述主体支架上，并与所述主体的缺口相对；以及
    进气装置，设置在所述主体支架上，其可拆卸地连接所述饮料瓶的瓶口，并与所述导气装置连通且可拆卸配合，所述导气装置与所述出气装置连通。
  2. 根据权利要求1所述的一种分体式饮料机，其特征在于：所述出气装置包括出气主体、出气杆、弹簧和从动驱动件，所述出气驱动装置与从动驱动件配合；
    所述出气主体包括：出气杆通道、顶针通道、下接口、出气通道和二个支架，出气杆通道、顶针通道和下接口在一条轴线上，出气通道与顶针通道连通；
    所述出气杆包括：滑动杆部、止位盘和顶针部；
    所述从动驱动件包括：触发端、枢接端和与枢接端相邻的连接部，连接部具有下开口的腔体；
    所述出气主体的下接口插入所述主体支架上的连接孔以致与所述主体支架固定连接；
    所述出气杆的滑动杆部穿过所述出气主体的顶针通道和出气杆通道并伸出出气杆通道，滑动杆部与出气杆通道滑动配合且液气密封；
    所述出气杆的止位盘与所述出气主体的顶针通道的顶板配合止位；
    所述出气杆的滑动杆部的上端伸入所述从动驱动件的连接部内；
    所述弹簧套在所述出气主体的出气杆通道上，其上端伸入所述从动驱动件的连接部内，其下端与所述支架主体配合；
    所述从动驱动件的枢接端枢接于所述出气主体的支架；
    所述出气主体的出气通道接通所述导气装置。
  3. 根据权利要求1所述的一种分体式饮料机，其特征在于：所述导气装置包括转动支架、进气定位柱、导气管和紧固螺帽；
    所述转动支架包括：具有下开口和侧开口的座体、位于座体顶部的导向腔、位于座体上的导向孔、位于导向腔侧的角形的枢接架和位于座体下部两侧的卡板，导向腔壁板上有导向槽；导向孔与导向腔连通且其中心在一条直线上；
    所述进气定位柱包括：基体、位于基体顶部的外螺纹接口、位于基体下部的导管和位于基体两侧的导向杆；
    所述主体支架上设有具有上下开口和侧开口的安装位，安装位的封闭端的两侧设有枢接架腔、侧开口端设置有枢接座；
    所述进气定位柱的基体设置在所述转动支架的导向腔内；
    所述进气定位柱的导管与所述转动支架的座体上的导向孔滑动配合；
    所述进气定位柱的导向杆与所述转动支架的导向槽滑动配合；
    所述导气管的一端穿过所述进气定位柱而伸出，另一端穿过所述紧固螺帽而伸出，所述紧固螺帽与所述进气定位柱的外螺纹接口螺合以致固定所述导气管；所述导气管的端部与所述出气装置连通；
    所述主体的缺口处的顶板上有嵌合孔，所述主体支架的安装位与所述嵌合孔嵌合，所述安装位的开口端与所述嵌合孔构成导向止位孔；
    所述转动支架的导向腔与所述主体支架上的安装位转动配合，所述转动支架的座体与主体支架的下表面贴合；
    所述转动支架的枢接架与枢接架腔滑动配合止位，枢接架的端部枢接于所述枢接座。
  4. 根据权利要求3所述的一种分体式饮料机，其特征在于：所述转动支架的枢接架上有顶杆；还包括压力弹簧和限位杆，限位杆的一端有弹簧座、另一端 斜导向止位面；限位杆枢接在主体支架上，压力弹簧的一端与弹簧座插接，另一端与主体支架上的挡块抵靠；顶杆的端部与斜导向止位面滑动配合。
  5. 根据权利要求1所述的一种分体式饮料机，其特征在于：所述进气装置包括下开口的外罩、下盖、定位耳块、进气盖、安全阀芯、安全弹簧、螺塞、排气阀芯、排气弹簧、排气固定块、排气拉环、单向阀芯、橡胶套、过滤网、气嘴棒、压紧弹簧、密封圈和瓶接头；
    所述外罩的顶板上有位于中心孔和导向孔，周向壁有二个嵌入槽；外罩内有二个枢接座；定位耳块与嵌入槽嵌合；
    所述进气盖上有阀芯腔与进气盖连通，阀芯腔的顶部有进气接口；一安全泄压腔与进气盖连通，安全泄压腔的轴线和阀芯腔的轴线垂直；二个排气腔与进气盖连通；
    所述排气固定块的有二个下开口的容置腔，导向杆孔与容置腔连通；
    所述进气盖设置在外罩内，外罩的中心孔与进气接口相对，外罩的导向孔与进气盖上的排气腔相对，定位耳块与嵌入槽嵌合，螺钉穿过定位耳块与进气盖螺合，进气盖和外罩固定连接在一起；安全阀芯设置在安全泄压腔内，安全弹簧一端与安全阀芯配合、另一端与螺塞配合，螺塞与安全泄压腔螺合；
    所述排气阀芯设置在排气腔内，排气弹簧套在排气阀芯的阀杆上，排气腔插入排气固定块的容置腔内，排气固定块与进气盖固定连接，阀杆穿过排气固定块上的导向杆孔；排气拉环的枢接端与外罩内的枢接座枢接，排气拉环与外罩上的导向孔转动配合；阀杆的上端与排气拉环枢接；
    所述过滤网与阀芯腔的顶板贴合，所述橡胶套套在单向阀芯上，单向阀芯嵌入气嘴棒的头部的腔体内，气嘴棒的头部与与阀芯腔螺合；密封圈与进气盖扣合，瓶接头与进气盖固定连接并压紧密封圈的周向边缘；气嘴棒的杆部穿过密封圈、瓶接头和下盖伸出；压紧弹簧一端与进气盖配合、另一端与密封圈配合，饮料瓶与瓶接头可拆卸配合。
  6. 根据权利要求1至5之一所述的一种分体式饮料机，其特征在于：所述主体上的CO2气瓶的容置腔上有进出口，还包括侧盖，所述侧盖与主体枢接，侧盖与进出口扣合。
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