DE20221173U1 - Reusing of used 12-gram carbon dioxide cylinder with e.g. soda machines, or fire extinguishers, involves attaching one-way valve to the cylinder with filling device - Google Patents

Abstract

Used 12-gram carbon dioxide cylinder is reused by attaching a one-way valve to the cylinder with a filling device. The valve enables the cylinder to be refilled with liquidized carbon dioxide several times. The cylinder can be used as a newly manufactured cylinder and sold to customers.

Description

technical Field of the invention

These The invention relates to devices with which persons in particular 12 gr. CO2 capsules (bottles) with liquid carbon dioxide several times to fill and thus can use them continuously. In addition, it also affects the refillable Capsules (bottles).

In the context of this invention, the one-way valve ( 1 ) by mounting the one-way valve ( 1 ) 12 gr. CO2 capsules with the disposable valve ( 1.T.1 ) ( 1.T.2 ) and the filling device ( 2 ) available.

at The CO2 guns require the pressure of the carbon dioxide gas that the shot or similar Object that gives the power to send it to its destination.

Of the Pressure at the respective CO2 guns shotgun or similar The object that gives the power to send it to its destination is through the Get 12 gr. CO2 capsules.

The 12 gr. CO2 capsules produced in the factories will be after the filling of the liquid Riveted carbon dioxide gas. Thus, the liquid carbon dioxide gas is passed through Help of rivets kept.

The riveted 12 gr. CO2 capsules are sold without a deposit. The riveted 12 gr. CO2 capsules can only be used once.

Of the Consumer must use his 12 carbon after using the carbon dioxide gas Gr. CO2 discard the capsule. Besides the cost of carbon dioxide gas Also, the cost of the capsule is reflected to the consumer. This Condition affects some consumers in the financial sense negative. According to this can these consumers because of the financial burden, although they want the Do not use 12g CO2 capsules effectively. That's why consumers prefer instead of the CO2 pistols other cheaper systems, such as air pistols (without fire).

Of the Consumers have no equipment, which he uses several times with liquid CO2 Refill gas and thus use the 12 gr. CO2 capsules for cheaper costs can.

at the CO2 pistols we know need a needle with the gas channel, which can pierce the rivet to use the liquid carbon dioxide gas.

The Needle pierced with the gas channel of the CO2 pistols we know the rivets of the 12 gr. CO2 capsules and thus the liquid CO2 released and transferred to the gas state. That's how it works Carbondioxid gas through the gas channel to the gun's valve system.

The Needle with the gas channel of the CO2 gun, which rivets the CO2 capsule pierced, can by excess use wither. In this case, the needle can not perform the piercing as necessary. As a result, The known CO2 pistols become useless with time.

The Need of the needle with the gas channel forms at the CO2 pistols for the Consumers unavoidable costs.

Of the Consumers need the carbon dioxide gas that penetrated themselves in the 12 gr. CO2 capsule, use completely. Or you have to he has a 12 gr. CO2 capsule, which is partly full, in his CO2 gun let. In this case, the carbon dioxide gas destroys the Property of the valve mechanism. In addition, the valve mechanism at higher Temperatures can not withstand the rising carbon dioxide pressure. As a result, the known CO2 pistol degenerates and is then no longer usable.

Of the Consumers can use the carbon dioxide gas of its 12 gr. CO2 free deposit Capsule, which he has mounted in his known CO2 pistols, not as required use. The consumer can buy the half full, no deposit 12 gr. CO2 Do not take the capsule out of its CO2 pistol and return it later to use. Therefore, he can not protect the valve mechanism, also can he does not use your CO2 capsule in another pistol.

If The consumer is trying the 12 lbs. CO2 capsule from his CO2 gun, the carbon dioxide gas that is in the pierced 12 gr. CO2 capsule is empty immediately.

The purpose of the development this invention

• – Das Recycling der gebrauchten 12 gr. CO2 Kapsel, die Abfall sind.
• – Dass auch der Benutzer die 12 gr. CO2 Kapsel, die in den Fabriken gefüllt werden, mit Hilfe des Füllvorrichtungens selbständig füllen kann.
• – Dass der Benutzer das Carbondioxidgas billiger benutzt, indem er die gleiche Kapsel mehrmals nachfüllt.
• – Dass die Kapsel, wenn sie nicht benutzt wird, aus der Pistole rauszunehmen. Hierdurch wird der Verfall des Ventilsystems von der Pistole verhindert, der durch den Carbondioxiddruck verursacht werden kann.
• – Die Verkümmerung der Nadel mit dem Gaskanal der Pistole zu verhindern. Den Ventilsystem der Kapsel ausnutzen und CO2 Pistolen herstellen, die keinen Ventilsystem haben und billiger sind.

In the Development of the Invention "The devices that require individuals to self-refill 12 gr. Of carbon dioxide capsules" and "12 gr. CO2 capsules with one-way valve" were intended to:

• - The recycling of used 12 gr. CO2 capsule, which are waste.
• - That also the user can fill independently the 12 gr. CO2 capsule, which are filled in the factories, with the help of the filling devices.
• - That the user uses the carbon dioxide gas cheaper by putting the same capsule several times refills.
• - That the capsule, when it is not used to take out of the gun. This prevents the decay of the valve system from the gun, which can be caused by the carbon dioxide pressure.
• - To prevent deterioration of a needle with the gas channel of the gun. Take advantage of the capsule valve system and make CO2 guns that have no valve system and are cheaper.

Around the invention "The Devices that attract people to apply 12 gr. Carbon dioxide capsules independently refill "and" 12 gr. CO2 capsules with one-way valve "better To define the following pictures were prepared (available as an attachment):

1 - Cross section of the one-way valve ( 1 )

2 Cross-section of the body part of the one-way valve ( 1.A )

3 Cross-section of the solid part of the one-way valve 1.B )

4 - Cross section of the valve part ( 1.C ), the seals ( 1.D ) ( 1.E ) and the recess ( 1.F ) from the one-way valve

5 Cross-section of the seals of the one-way valve ( 1.G u. 1.h ) and the cylindrical compression spring ( 1.I )

6 - Cross section of the drilling device (DAA) used in the production of the one-way valve ( 1 ) is applied

7 - cross-section of the mounting vise (MM) used in the production of the one-way valve ( 1 ) is applied.

8th - cross-section of the parts of the mounting vise (MM) used in the production of the one-way valve ( 1 ) is applied.

9 - Cross section of the 12 gr. CO2 capsule (T.2), which consists of two parts.

10 - Cross section of the mounted 12 gr. CO2 capsule (T.2), which consists of two parts.

11 - Cross section of the 12 gr. CO2 capsule with the one-way valve ( 1.T.2 )

12 - Cross section of the 12 gr. CO2 capsule (T.1), which is produced as a massive part.

13 - Cross section of the 12 gr. CO2 capsule with the one-way valve ( 1.T.1 )

14 - filling device ( 2 ) (Cross section with full assembly)

15 Cross-section of the connecting part of the filling device ( 2.J ), the gas release tap ( 2.KA ) and massive part ( 2.KB ) and the department with the capsule space ( 2.L )

16 - cross-section of the moving part of the filling device ( 2.M ), of the bolt part ( 2.N. ) and the seals ( 2.O . 2.P ), which in the connecting part ( 2.J ) are put into it

17 - Cross section of the seal ( 2nd round ), which in the connecting part ( 2.J ) is placed in the filling device, the handle instrument ( 2.S ), which under the gas release tap to the massive, unified part ( 2.KB ), the connecting screws from the filling device ( 2.TT ), the bottom ball bearing ( 2.U ), which is mounted in the latch part of the portable part ( 2.V ) mounted in the ground ball bearing.

18 - The recesses ( 2.W.1 ) between the capsule space ( 2.L ) of the filling device and of the moving part ( 2.M ), the recesses ( 2.W.2 ) between the connecting screws ( 2.TT ), the segment ( 2.Y ), which is the bottom ball bearing ( 2.U ), which enters the capsule room of the latch section ( 2.N.3 ), the handle instrument ( 2.Z ) attached to the bolt department ( 2.N. ), the mother ( 2.X ) attached to the lower section of the gas outlet tap, to the solid, unitary part ( 2.KB ).

19 - Perspective view of the one-way valve ( 1 )

20 - Perspective view of the 12 gr. CO2 capsule with the disposable valve ( 1.T.1 )

21 - Perspective view of the 12 gr. CO2 capsule with the disposable valve ( 1.T.2 ); and

22 - Perspective view of the filling device ( 2 ).

Description of the invention

• – Einweg-Ventil (1),
• – 12 gr. CO2 Kapsel, an die das Einweg-Ventil (T.1)(T.2) montiert werden kann,
• – 12 gr. CO2 Kapsel mit dem Einweg-Ventil (1.T.1)(1.T.2),
• – sowie die Füllvorrichtung, die an die verschiedengroßen Feuerlöscher montiert werden kann, um die 12 gr. CO2 Kapsel mit dem Einweg-Ventil (1.T.1)(1.T.2) mit flüssigem Carbondioxidgas selbstständig zu füllen.

In the context of this invention, the following has been developed to avoid the disadvantages of the known 12 gr. CO2 capsules:

• - Disposable valve ( 1 )
• - 12 gr. CO2 capsule to which the one-way valve (T.1) (T.2) can be mounted,
• - 12 gr. CO2 capsule with the disposable valve ( 1.T.1 ) ( 1.T.2 )
• - As well as the filling device, which can be mounted on the different sized extinguishers, to the 12 gr. CO2 capsule with the one-way valve ( 1.T.1 ) ( 1.T.2 ) to fill with liquid carbon dioxide gas independently.

The person can use this equipment ( 1.T.1 ) ( 1.T.2 ) ( 2 ), thanks to a filling device ( 2 ) the carbon dioxide gas, which is in a well-known fire extinguisher, into the 12 gr. CO2 capsule with one-way valve ( 1.T.1 ) ( 1.T.2 ) and thus fill his capsule several times with liquid carbon dioxide gas. The same capsule ( 1.T.1 ) ( 1.T.2 ) he can use continuously.

Basic elements of the invention (Basic Factors of the Invention)

• – 12 GR CO2 KAPSEL (T.1) (T.2)
• – FÜLLVORRICHTUNG FÜR DIE 12 GR CO2 KAPSEL MIT EINWEG-VENTIL (1.T.1)(1.T.2)

The basic factors of the invention "devices with which persons in particular 12 gr. Carbondioxid capsules automatically refill" and "the capsules (bottles, cylinders), in particular the 12 gr. CO2 capsules with one-way valve" are the following:

• - 12 GR CO2 CAPSULE (T.1) (T.2)
• - FILLING DEVICE FOR THE 12 GR CO2 CAPSULE WITH ONE-WAY VALVE ( 1.T.1 ) ( 1.T.2 )

These Factors are described in detail below:

12 GR CO2 CAPSULE (T.1) (T.2)

• – Einweg-Ventil und
• – 12 gramm CO2 Kapsel.

The refillable 12 grams of carbon dioxide capsules (bottles, cylinders) with the disposable valve consist of

• - Disposable valve and
• - 12 grams CO2 capsule.

The disposable valve ( 1 ) can be mounted (as explained below) in 2 different assembly techniques to the 12 gr. CO2 capsule (T.1) (T.2) prepared or produced for assembly.

The first method is the disposable valve 12 gr. CO2 capsule assembly. In this assembly, the disposable valve ( 1 ) to the 12 gr. CO2 capsule (T.1) ( 1.T ) screwed. In this method, attention is paid to the connecting part of the one-way valve body ( 1.A.4 ) Male screws open. In the mouth (T.1) (T.2) of the 12 gr CO2 capsule then female screws are opened to match the male screw of the disposable valve. Thus, then the one-way valve ( 1 ) by screwing on the 12 gr. CO2 capsule (T.1) (T.2).

The disposable valve 12 gr. CO2 capsule assembly is the first way. The other way is by pressing method the disposable valve to the 12 gr. CO2 capsule (T.1) (T.2) to assemble. In this method, the diameter of the connecting part ( 1.A.4 ) of the one-way valve is correspondingly larger than the diameter of the 12 gr. CO2 capsule (T.1) (T.2) to which the one-way valve is mounted. Thus, the one-way valve ( 1 ) to the 12 gr. CO2 capsule (T.1) (T.2). As a result of the pressing process, the connecting part of the one-way valve ( 1.A.4 ) in the flap of 12 gr. CO2 capsule (T.1) (T.2) plastered and attached.

The 12 gr. CO2 capsules with the disposable valve, using the first method (Screwing method) is more applicable to the consumer than as the 12 gr. CO2 capsules, using the second method (pressing method) to get prepared.

Because if the gaskets have to be replaced, the consumer as well as the producer can replace the gaskets by using the mounting vice (MM) to seal the gaskets (gasket (gasket)). 1.D ), Poetry ( 1.E ), Poetry ( 1.G ), Poetry ( 1.h )) of the 12 gr. CO2 capsules replaced. This condition provides equity for the consumer.

But if the one-way valve ( 1 ) from the 12 gr. CO2 capsule (T.1) (T.2), deformations of both parts can occur. The deformations on the connecting part of the one-way valve ( 1.A.4 ) and at the flap of 12 gr. CO2 capsules are difficult to remove.

Therefore, the method by which the one-way valve ( 1 ) is mounted to the 12 gr. CO2 capsule (T.1) (T.2), a route that should be preferred.

• A- DIE ABTEILUNGEN UND TEILE, DIE DAS EINWEG-VENTIL (1) BILDEN
• B- DER BOHRVORRICHTUNG (DAA), DER BEI DER PRODUKTION DES EINWEG-VENTILS (1) GEBRAUCHT WIRD
• C- DER MONTAGE-SCHRAUBSTOCK (MM), DER BEI DER PRODUKTION DES EINWEG-VENTILS GEBRAUCHT WIRD
• D- MONTAGEVERFAHREN DES EINWEG-VENTILS (1)
• E- 12 GR CO2 KAPSEL (1.T.1) (1.T.2) FÜR DAS EINWEG-VENTIL (1)
• F- 12 GR CO2 KAPSEL (T.1) (T.2) MIT WEIBLICHEN SCHRAUBEN
• G- DIE VERFAHREN, IN DER DIE UNS BEKANNTE PFANDLOSE 12 GR CO KAPSEL, DIE ENTLEERT SIND, IN DIE 12 GR CO2 KAPSEL (1.T.1) (1.T.2) UMFORMT WERDEN
• H- DAS MONTAGEVERFAHREN DER 12 GR CO2 KAPSEL (1.T.1) (1.T.2 ) MIT DEM EINWEG-VENTIL
• I- DIE ARBEITSFORM DES EINWEG-VENTILS (1)
• J- BEDIENUNGSFORM (BETÄTIGUNG) DER 12 GR CO2 KAPSEL (1.T.1) (1.T.2) MIT DEM EINWEG-VENTIL IN DER CO2 PISTOLE

The disposable valve and the refillable 12 gr. CO2 capsule are described in detail under these headings:

• A- THE DEPARTMENTS AND PARTS THAT THE ONE-WAY VALVE ( 1 ) FORM
• B- THE DRILLING DEVICE (DAA) WHICH IS USED IN THE PRODUCTION OF THE ONE-WAY VALVE ( 1 ) IS NEEDED
• C- THE ASSEMBLY SCREW (MM) USED IN THE PRODUCTION OF THE ONE-WAY VALVE
• D-MOUNTING PROCEDURE OF THE ONE-WAY VALVE ( 1 )
• E-12 GR CO2 CAPSULE ( 1.T.1 ) ( 1.T.2 ) FOR THE ONE-WAY VALVE ( 1 )
• F-12 GR CO2 CAPSULE (T.1) (T.2) WITH FEMALE SCREWS
• G- THE PROCEDURE IN WHICH THE US-KNOWN POWLLESS 12 GR CO. CAPSULE DEFROSTED INTO THE 12 GR CO2 CAPSULE ( 1.T.1 ) ( 1.T.2 ) TO BE FORMED
• H- THE ASSEMBLY PROCEDURE OF THE 12 GR CO2 CAPSULE ( 1.T.1 ) ( 1.T.2 ) WITH THE ONE-WAY VALVE
• I- THE WORKING FORM OF THE ONE-WAY VALVE ( 1 )
• J-OPERATING FORM (OPERATION) OF 12 GR CO2 CAPSULE ( 1.T.1 ) ( 1.T.2 ) WITH THE ONE-WAY VALVE IN THE CO2 PISTOL

A- THE DEPARTMENTS AND PARTS THAT THE ONE-WAY VALVE ( 1 ) FORM

• 1- Körperabteilung (1.A)
• 2- Massiver, einheitlicher Teil (1.B)
• 3- Ventilteil (1.C)
• 4- Dichtung (1.D)
• 5- Dichtung (1.E)
• 6- Unterlegscheibe (1.F)
• 7- Dichtung (1.G)

The disposable valve consists of these following sections and parts:

• 1- body department ( 1.A )
• 2- Massive, consistent part ( 1.B )
• 3- valve part ( 1.C )
• 4- Seal ( 1.D )
• 5- seal ( 1.E )
• 6- washer ( 1.F )
• 7- Seal ( 1.G )

8- seal ( 1.h )

9- The cylindrical compression spring ( 1.1 )

The Divisions and parts of the one-way valve are described below.

1- BODY DISTRIBUTION ( 1.A )

• – Schlüsselraumteil (1.A.1)
• – Stützteil (1.A.2)
• – Dichtungskanalteil (1.A.3)
• – Verbindungsteil (1.A.4)
• – Zwischenteil (1.A.5)
• – Unterer Teil (1.A.6)
• – Schlittenteil (1.A.7)
• – Körperauslass-Lochteil (1.A.8)

The bodypart ( 1.A ) collects the other parts in its construction and thus the one-way valve ( 1 ). The body part serves the one-way valve ( 1 ) to the 12 gr. CO2 capsule (T.1) (T.2) with the female screw. The bodypart ( 1.A ) consists of the following 8 parts:

• - key space part ( 1.A.1 )
• - supporting part ( 1.A.2 )
• - sealing channel part ( 1.A.3 )
• Connecting part ( 1.A.4 )
• - intermediate part ( 1.A.5 )
• - Lower part ( 1.A.6 )
• - sledge part ( 1.A.7 )
• - Body outlet hole part ( 1.A.8 )

Key space part ( 1.A.1 ) starts from one side of the body part ( 1.A ) and ends at the part where the support part starts ( 1.A.2 ). The vertex of the body part ( 1.A ) forms the surface of the key space part ( 1.A.1 ).

Starting from the center of the surface of the key space part, the hole that starts the slide part ( 1.A.7 ). The two mutual sides of the key space part ( 1.A.1 ) are smoothed by the size of the key that is open. Therefore, the key space part ( 1.A.1 ) partially cylindrical. The extent of the cylindrical key space part ( 1.A.1 ) is identical to the extent of the main part of the massive, unified part ( 1.B.1 ). The extent of the cylindrical key space part ( 1.A.1 ) is smaller than the extent of the support part ( 1.A.2 ). At the part where the key space part ( 1.A.1 ) ends, the support part ( 1.A.2 ).

The support part ( 1.A.2 ) continues to the part where the seal channel part ( 1.A.3 ) begins. The support part ( 1.A.2 ) is cylindrical. The diameter of the supporting part ( 1.A.2 ) is larger than the other parts ( 1.A.1 ) ( 1.A.3 ) ( 1.A.4 ) ( 1.A.5 ) ( 1.A.6 ) ( 1.A.7 ) ( 1.A.8 ) of the body part ( 1.A ). Thus, at the part where the seal channel part ( 1.A.3 ) begins a deposit surface formed, the support part ( 1.A.2 ) belongs. From the point where the support part ( 1.A.2 ) ends, the circular recess of the sealing channel part ( 1.A.3 ).

The sealing channel part ( 1.A.3 ) goes to the connection part ( 1.A.4 ) further. The diameter of the sealing channel part ( 1.A.3 ) is smaller than the diameter of the connecting part ( 1.A.4 ). From the point where the sealing channel part ( 1.A.3 ), the connection part ( 1.A.4 ).

The connecting part ( 1.A.4 ) goes to the intermediate part ( 1.A.5 ) further. On the connecting part ( 1.A.4 ) are male screws. The amount of male screws from the connector ( 1.A.4 ) adapts to the size of the female screws from the 12 gr. CO2 capsule (T.1) (T.2). The diameter of the connecting part ( 1.A.4 ) is greater than the diameter of the intermediate part ( 1.A.5 ). From the point where the connecting part ( 1.A.4 ), the intermediate part ( 1.A.5 ).

The intermediate part ( 1.A.5 ) goes to the lower part ( 1.A.7 ) further. The diameter of the intermediate part ( 1.A.5 ) is smaller than the diameter of the connecting part ( 1.A.4 ). The diameter of the intermediate part ( 1.A.5 ) is smaller than the diameter of the hole, which is located on the 12 gr. CO2 capsule with female screws (T.1) (T.2). From the point where the intermediate part ( 1.A.5 ) ends, the lower part ( 1.A.6 ) located on the other side of the body part ( 1.A ) is located.

The diameter of the lower part ( 1.A.6 ) is smaller than the diameter of the intermediate part ( 1.A.5 ). The lower part ( 1.A.6 ) goes to the insert surface of the body part ( 1.A ) further. The insert surface of the body part ( 1 .A) forms the insert surface of the lower part ( 1.A.6 ). At the center of the insert surface of the lower part ( 1.A.6 ) is the body outlet hole part ( 1.A.8 ). The diameter of the lower part ( 1.A.6 ) is smaller than the diameter of the space part of the seals ( 1.C.2 ). From the center of the insert surface of the lower part ( 1.A.6 ) begins the hole that the Körperauslassloch part ( 1.A.8 ).

The hole containing the body outlet hole part ( 1.A.8 ), opens to the sledge part ( 1.A.7 ). The diameter of the body outlet hole part ( 1.A.8 ) is smaller than the diameter of the hole forming the carriage part ( 1.A.7 ). The measure of the body hole hole part ( 1.A.8 ) is greater than the diameter of the axis portion of the solid, unitary part ( 1.B.3 ). From the point where the body outlet hole part ( 1.A.8 ) begins, the hole that starts the slide ( 1.A.7 ).

The diameter of the hole containing the slide ( 1.A.7 ) is greater than the diameter of the Körperauslassloch-part ( 1.A.8 ). Thus, at the point where the body outlet hole part ( 1.A.8 ), a deposit surface has been created which 1.A.7 ) belongs. The hole that holds the slide ( 1.A.7 ), opens from the vertex of the body part ( 1.A ). The diameter of the slide part ( 1.A.7 ) is in the smallest sense larger than the diameter of the neck portion ( 1.B.2 ) of the uniform, massive part. The diameter of the slide part ( 1.A.7 ) is smaller than the diameter of the main part ( 1.B.1 ) of the uniform, massive part.

2- MASSIVE, UNIFORM PART ( 1.B )

The massive, unified part ( 1.B ) serves the one-way valve ( 1 ) by pressing the valve part ( 1.C ) opens and closes.

• – Hauptteil (1.B.1)
• – Halsteil (1.B.2)
• – Achsenteil (1.B.3)
• – Teil mit männlichen Schrauben (1.B.4)
• – Raumteil (1.B.5)
• – Gaskanalteil (1.B.6)
• – Teil mit Gas Ein- und Auslöchern (1.B.7)

The massive, unified part ( 1.B ) serves the 12 gr. CO2 capsule with the one-way valve (T.1) (T.2) to the filling device ( 2 ) or to adapt to the CO2 pistols. Thus, you can use the 12 gr. CO2 capsules press carbon dioxide by either filling or deflating. The massive, unified part ( 1.B ) is the movable part of the one-way valve ( 1 ). The massive, unified part ( 1.B ) consists of the following 7 parts:

• - Bulk ( 1.B.1 )
• - neck part ( 1.B.2 )
• - axis part ( 1.B.3 )
• - Part with male screws ( 1.B.4 )
• - Room part ( 1.B.5 )
• - Gas channel part ( 1.B.6 )
• - Part with gas holes and holes ( 1.B.7 )

The main part ( 1.B.1 ) starts from one side of the massive, unified part ( 1.B ) and continues to the point where the neck part ( 1.B.2 ) begins. The vertex of the massive, unitary part ( 1.B ) is the insert surface of the main part ( 1.B.1 ). From the center of the insert surface of the main part of the cavity begins, the space part ( 1.B.5 ). The cavity that holds the room part ( 1.B.5 ) is located in the interior of the main part ( 1.B.1 ). The diameter of the main part is identical to the partially cylindrical diameter of the key space part ( 1.A.1 ). The diameter of the main part ( 1.B.1 ) is larger than the diameter of the other parts ( 1.B.2 ) ( 1.B.3 ) ( 1.B.4 ) ( 1.B.5 ) ( 1.B.6 ) ( 1.B.7 ) of the massive, unified part ( 1.B ). Therefore, at the point where the neck part ( 1.B.2 ), a deposit surface is formed, which is the main part ( 1.B.1 ) belongs. From the point where the main part ( 1.B.1 ) ends, the neck part ( 1.B.2 ).

The neck part ( 1.B.2 ) goes to the axis part ( 1.B.3 ) further. The diameter of the neck part ( 1.B.2 ) is greater than the diameter of the axle part ( 1.B.3 ). Thus, at the point where the axle part ( 1.B.3 ), an insert surface is formed, dei the neck part ( 1.B.2 ) belongs.

The diameter of the neck part ( 1.B.2 ) is in the smallest sense smaller than the diameter of the slide ( 1.A.7 ) of the body part. From the point where the neck part ( 1.B.2 ) ends, the axle part ( 1.B.3 ).

The axle part ( 1.B.3 ) goes to the part with the male screws ( 1.B.4 ) further. The diameter of the axle part ( 1.B.3 ) is larger than the diameter of the part with the male screws ( 1.B.4 ). Thus, at the point where the part with the male screws ( 1.B.4 ), a deposit surface formed, which the axis part ( 1.B.3 ) belongs. Inside the axle part ( 1.B.3 ) is located in certain dimensions the hole that the gas channel part ( 1.B.6 ). On the axle part ( 1.B.3 ) start the holes that the gas inlet and outlet part ( 1.B.7 ) form.

The gas inlet and outlet part ( 1.B.7 ) is sent to the hole that contains the gas channel part ( 1.B.6 ) of the massive, unified part ( 1.B ) is bound. From the point where the axle part ( 1.B.3 ), the part starts with the male screws ( 1.B.4 ).

The diameter of the part with the male screws ( 1.B.4 ) is smaller than the diameter of the axle part ( 1.B.3 ). The part with the male screws ( 1.B.4 ) goes up to the insert surface of the massive, uniform part ( 1.B ) further. The part with the male screws ( 1.B.4 ) forms the other side of the massive, unified part ( 1.B ). On the part with the male screws ( 1.B.4 ) are male screws. The diameter of the male screws, which are located on the part with male screws, fits the diameter of the female screws, which are inside the valve part ( 1.C.3 ). From the center of the massive, unified part ( 1.B ) begins the cavity, the Raumteil ( 1.B.5 ).

The room part ( 1.B.5 ) is located inside the main part ( 1.B.1 ) of the uniform, massive part. The diameter of the room part ( 1.B.5 ) is greater than the diameter of the gas channel part ( 1.B.6 ). From the center of the cavity, the space part ( 1.B.5 ), the hole that starts the Gas channel part ( 1.B.6 ).

The hole containing the gas channel part ( 1.B.6 ), a certain amount in the interior of the axle part ( 1.B.3 ). The gas channel part ( 1.B.6 ) is the part where the holes that fill the part with gas holes ( 1.B.7 ) are bound.

3-VALVE PART (1.C)

• – Aussenteil (1.C.1)
• – Raumteil (1.C.2)
• – Teil mit weiblichen Schrauben (1.C.3)

The valve part ( 1.C ) serves to drain the carbon dioxide gas, which is inside the 12 gr. CO2 capsule (T.1) (T.2) with female screws, at which the one-way valve ( 1 ) is mounted to control. The valve part ( 1.C ) will be sent to the massive, unified ( 1.B ) and mounted. Thus, the valve part ( 1.C ), so opened and closed, by the movements of the uniform, massive part ( 1.B ) is dependent. The valve part ( 1.C ) is the movable part of the one-way valve ( 1 ). The valve part ( 1.C ) comes from 3 parts:

• - outside part ( 1.C.1 )
• - Room part ( 1.C.2 )
• - Part with female screws ( 1.C.3 )

The outer part of the valve part ( 1.C ) is cylindrical. The diameter of the outer part ( 1.C.1 ) is smaller than the diameter of the flap, which is located on the 12 gr. CO2 capsule (T.1) (T.2). From the center of the vertex of the outer part ( 1.C.1 ) begins the cavity, the space part ( 1.C.2 ).

The cavity that holds the room part ( 1.C.2 ) is located somewhat inside the valve member ( 1.C ). From the center of the vertex of the part of the room begins the blind hole that surrounds the part with the female screws ( 1.C.3 ). The part with the female screws ( 1.C.3 ) is located somewhat inside the valve part ( 1.C ).

Inside the part with the female screws ( 1.C.3 ) are the female screws. The diameter of the screws, which are located inside the part with the female screws, fits the diameter of the screws of the part with the male screws ( 1.B.4 ), at.

4- SEAL ( 1.D )

The seal ( 1.D ) is a square piece that provides the density, is annular and has a hole in the middle. The seal ( 1.D ) is made of soft, carbon dioxide-resistant material, in the required hardness. The seal 1.D is in the room part ( 1.B.5 ) of the massive, unitary part.

The seal ( 1.D ) takes the needle with the gas channel of the CO2 gun, after the adaptation of the 12 gr. CO2 capsule with the one-way valve ( 1.T.1 ) ( 1.T.2 ), in itself.

The seal ( 1.D ) fills in the gaps between the needle with the gas channel of the 12 gr. CO2 capsule and the space part of the solid, uniform part. Thus, the seal prevents ( 1.D ), that in the interior of the room part ( 1.B.5 ) Carbon dioxide gas accumulates.

5- SEAL ( 1.E )

The seal ( 1.E ) is a square piece that provides the density, is annular and has a hole in the middle.

The seal ( 1.E ) is made of soft, carbon dioxide-resistant material, in moderate hardness. The seal ( 1.E ) is on the axle part ( 1.B.3 ) of the massive, unitary part.

The seal ( 1.E ) after mounting the one-way valve ( 1 ), between the insert surface of the neck portion of the solid, unitary part and the washer ( 1.F ) jammed. Thus, it can fulfill its function.

The seal ( 1.E ) prevents the use of the 12 gr. CO2 capsule with the one-way valve ( 1.T.1 ) ( 1.T.2 ) the outlet of the carbon dioxide gas between the slide part ( 1.A.7 ) and the neck part ( 1.B.2 ). Thus, the gas can not leak from the one-way valve.

6- WASHER ( 1.F )

The washer ( 1.F ) is a square piece, which is ring-shaped and has a hole in the middle.

The washer ( 1.F ) is made of carbon dioxide-resistant metal material. The diameter of the washer ( 1.F ) is in the smallest sense smaller than the diameter of the slide ( 1.A.7 ) of the body part. The diameter of the hole located in the center of the washer ( 1.F ) is in the smallest sense larger than the diameter of the axle part ( 1.B.3 ) from the massive, unified part. The washer ( 1.F ) is applied to the axle part ( 1.B.3 ) of the massive, unitary part.

The washer ( 1.F ) pushes the cylindrical compression spring ( 1.I ) immediately. Thus, the washer prevents ( 1.F ) that the cylindrical compression spring ( 1.I ) the seal ( 1.E ) does not rip. The washer ( 1.F ) serves to ensure that both the cylindrical compression spring ( 1.I ), as well as the seal ( 1.E ) her functions as needed chen.

7- SEAL ( 1.G )

The seal ( 1.G ) is a square piece that provides the density, is annular and has a hole in the middle.

The seal ( 1.G ) is made of soft, carbon dioxide-resistant material, in the required hardness.

The seal ( 1.G ) is inserted into the seal channel part ( 1.A.3 ) of the body part.

The thickness of the seal ( 1.G ) is more surplus than the seal of the seal chamber, which is mounted on the 12 gr. CO2 capsule with female screws (T.1) (T.2).

The seal ( 1.G ) prevents the outlet of the carbon dioxide gas (it is located inside the 12 gr. CO2 capsule with the one-way valve ( 1.T.1 ) ( 1.T.2 )) between the connecting screws of the 12 gr. CO2 capsule with female screws (T.1) (T.2) and the one-way valve ( 1 ).

8- SEAL ( 1.h )

The seal ( 1.h ) is a square piece that provides the density, is annular and has a hole in the middle.

The seal ( 1.h ) is made of soft, carbon dioxide-resistant material, in the required hardness. The outer diameter of the seal ( 1.h ) is in the smallest sense smaller than the diameter of the space part ( 1.C.2 ) of the valve member. The diameter of the hole located in the middle of the seal ( 1.h ) is in the smallest sense larger than the diameter of the part with the male screws ( 1.C.2 ) from the massive, unified part. The seal ( 1.h ) is placed in the room part ( 1.C.2 ) of the valve member attached. The seal ( 1.h ) after mounting the one-way valve ( 1 ) between the insert surface of the axle part ( 1.B.3 ) of the solid, uniform part and the insert surface of the room part ( 1.C.2 ) of the valve member. Thus, the seal ( 1.h ) in the room part ( 1.C.2 ) of the valve part attached.

The seal ( 1.h ) prevents the outflow of carbon dioxide gas, which is inside the sealed 12 gr. CO2 capsule with the disposable valve ( 1.T.1 ) ( 1.T.2 ), from the body outlet hole portion ( 1.A.8 ).

9- CYLINDER PRESSURE SPRING ( 1.I )

The cylindrical compression spring ( 1.I ) is made of stainless steel spring wires.

The outer diameter of the cylindrical compression spring ( 1.I ) is smaller than the diameter of the slide part ( 1.A.7 ) of the body part. The diameter of the hole located in the middle of the cylindrical compression spring ( 1.I ) is greater than the diameter of the axle part ( 1.B.3 ) from the massive, unified part.

The length of the cylindrical compression spring ( 1.I ) is smaller than the length of the slide part ( 1.A.7 ).

The cylindrical compression spring ( 1.I ) forms inside the slide part ( 1.A.7 ) Print. Thus, the cylindrical compression spring biases the solid, unitary part ( 1.B ). The result is: The cylindrical compression spring ( 1.I ) procures the force for the valve part ( 1.C ), so that the one-way valve ( 1 ) works perfectly.

B- THE DRILLING DEVICE (DAA) WHICH IS USED IN THE PRODUCTION OF THE ONE-WAY VALVE ( 1 ) IS NEEDED

The inlet and outlet of the carbon dioxide gas, which is inside the 12 gr. CO2 capsule with the one-way valve ( 1.T.1 ) ( 1.T.2 ) is detected by the gas channel part ( 1.B.6 ) of the solid, unitary part and the gas inlet and outlet hole part.

The opening of a hole, which forms the gas inlet and outlet hole part, over the axle part ( 1.B.3 ) is disadvantageous.

Because when refilling the 12 gr. CO2 capsule with the one-way valve ( 1.T.1 ) ( 1.T.2 ), the carbon dioxide gas injects powerfully into the body compartment of the one-way valve ( 1.A.7 ) ( 1.A.8 ), through the body outlet part ( 1.A.8 ) directly to the seal ( 1.h ). Thus, the carbon dioxide gas hits directly on the seal ( 1.h ) and the capsule ( 1.T.1 ) ( 1.T.2 ) is filled.

As a result of this condition, the seal loses ( 1.h ) in their density due to high pressure.

That's why it's important that the gasket ( 1.h ), which are located in the room part ( 1.C.2 ) of the valve part, the insert surface ( 1.A.6 ) of the lower part of the body part ( 1.B.7 ) and the gas inlet and outlet hole part ( 1.B.7 ) between the surface, above the axle part ( 1.B ).

Thus, the seal (on 1.h ) is not exposed to direct carbon dioxide pressure. Because of the sensitive dimensions of the axle part ( 1.B ) of the body part, calls for the hole method of holes, the the gas inlet and outlet part ( 1.B.7 ), sensitivity. In order to easily open the holes forming the gas inlet and outlet part, the hole device (DAA) was developed.

• – Äußerer Teil (DAA.1)
• – Leitlöcherteil (DAA.2)
• – Achsenzugangslöcherteil (DAA.3)
• – Verbindungsteil (DAA.4)

The hole device (DAA) gives the drill direction. Thus, over the axle part ( 1.B.3 ) of the uniform, massive part of moderate and regular holes open. These holes form the gas inlet and outlet part ( 1.B.7 ). The punching device consists of the following 4 parts:

• - Outer part (DAA.1)
• - Leitlöcherteil (DAA.2)
• - Axis access hole part (DAA.3)
• Connecting part (DAA.4)

The outer part The drilling device (DAA) is cylindrical. On the outer part (DAA.1) are the holes, the the Leitlöcherteil Form (DAA.2). The holes, the the Leitlöcherteil (DAA.2), go from the outer part (DAA.1) to the axis access hole part (DAA.3).

Of the Cavity located on one side of the drilling device (DAA) forms the axis access hole part (DAA.3).

At the Center of the insert from the axis access hole part (DAA.3) is located the connection part (DAA.4).

OPERATING INSTRUCTIONS OF HOLE DEVICE (DAA)

The manufacturer brings the massive, unified part ( 1.B ) in the sledge part ( 1.A.7 ) of the body part. Thus, the manufacturer has the part with the male ( 1.B.4 ) Screws from the body outlet hole part ( 1.A.8 ) of the body part completely and the axle part ( 1.B.3 ) partially get out.

The manufacturer screws the hole device (DAA) to the solid, uniform part ( 1.B ) until it leans against the surface of the lower part of the body part.

Thus, the axle part ( 1.B.3 ) of the unitary solid part in the axis access hole part (DAA.3).

Of the Manufacturer leads the drill in the Leitlöcherteil (DAA.3) of the drilling device. Thus, the Leitlöcherteil (DAA.2) in the hole procedure the drill point way and at the same time prevent the handing over of the drill.

The manufacturer will use the holes that the gas inlet and outlet part ( 1.B.7 ), over the axle part ( 1.B ) open with ease, exactly where they should be.

C- THE ASSEMBLY SCREW (MM), WHICH IS USED IN THE PRODUCTION OF THE ONE-WAY VALVE

In the assembly process of disposable valves ( 1 ), the valve part ( 1.C ) to the part with the screws ( 1.B.4 ) are bolted and fully assembled from the solid, unitary part. The assembly is done by hand.

With one hand, the massive, unified part of the main body ( 1.B.1 ) and with the other hand the valve part ( 1.C ) completely mounted by screwing. In this case, because of the pressure of the cylindrical compression spring ( 1.I ) of the body part ( 1.A ) the screws from the two sides strained. As a result of the effort of these connecting screws, the screws are deformed. Therefore, the massive, unified part ( 1.B ) of sensitivity. It can even cause tearing of the part with the male screws ( 1.B.4 ) come.

Around Overcoming these sieges and problems became the special one Mounting vice (MM) developed.

The mounting vice (MM) is used during assembly of the one-way valve ( 1 ) second hand.

• – Körperteil des Montage-Schraubstockes (MM.1)
• – Riegelteil des Montage-Schraubstockes (MM.2)

The mounting vise (MM) serves the two parts, ie the solid, uniform part ( 1.B ) and the valve part ( 1.C ) without the screws, to assemble with ease. The assembly vice consists of the following 2 parts:

• - Body part of the mounting vise (MM.1)
• - Latch part of the mounting vise (MM.2)

1- BODY PART OF ASSEMBLY SCREW (MM.1)

• – Riegellochteil (MM.1.1)
• – Montagelöcherteil (MM.1.2)
• – Ventilzugangsteil (MM.1.3)
• – Außenteil (MM.1.4)
• – Innenteil (MM.1.5)

The body part of the mounting vise (MM.1) grips the locking part of the mounting vise (MM.2) in its construction. Thus, it serves to form the mounting vice (MM). The body part of the mounting vise (MM.1) consists of the following 5 parts:

• - Bolt Hole Part (MM.1.1)
• - Mounting hole part (MM.1.2)
• Valve access part (MM.1.3)
• - outer part (MM.1.4)
• - Inner part (MM.1.5)

On one side of the body part is the hole that forms the Rigellochteil (MM.1.1). The bolt hole part (MM.1.1) opens from the one side of the outdoor unit (MM.1.4) of the body part (MM.1) in the inner part (MM.1.5).

in the Inside the locking hole part (MM.1.1) are female holes. Of the Diameter of the female screws, which are inside the bar hole part (MM.1.1) matches the diameter of the male screws that are located on the handle of the grip (MM.2.1). The bolt hole part (MM.1.1) is in the same center with the valve access part (MM.1.3).

The holes, that of the body part (MM.1), from the insert surface of the inner part (MM.1.5) protrude from the insert surface of the outer part (MM.1.4), form the mounting hole part (MM.1.2).

The Splitting, located on the other side of the body part is located, forms the valve access part (MM.1.3).

Of the Valve access part (MM.1.3) is in the same center with the bolt hole part (MM.1.1).

2- RACK OF ASSEMBLY SCREW (Mm.2)

The locking part of the mounting vice (MM.2) serves to fix the part with the male screws ( 1.B.4 ) of the solid, unitary part, from the body outlet hole part ( 1.A.8 ) to take out completely.

• – Griffvorrichtung (MM.2.1)
• – Plastikteil (MM.2.2)

The latch part (MM.2) is actuated by rotation with the help of the screws located inside the latch part (MM.1.1). The latch part is screwed to the body part and mounted. The latch part (MM.2) consists of the following 2 parts:

• - Handle device (MM.2.1)
• - plastic part (MM.2.2)

Of the Handle device (MM.2.1) is a known device that can be used for various Purpose is needed and with the help of its handle objects by screwing assembled. The grip device is in the existence and operation of the Latch part (MM.2) located on the mounting vice (MM), second hand.

On one side of the gripping device (MM.2.1) is the Handle made of metal material. On this Grif are male Screws.

Of the Diameter of the screws on the handle (MM.2.1) is fitting with the diameter of the female screws, which are located on the bolt hole part (MM.1.1) of the body part.

Of the Plastic part (MM.2.2) is used in the production of the bolt part (MM.2) second hand. The plastic part (MM.2.2) is made of hard, plastic Materials have been produced. The plastic part (MM.2.2) is cylindrical. On one side of the plastic part (MM.2.2) is a room the one by the certain extent created cavity has been formed.

in the Inside the plastic part (MM.2.2) room are female Screws. The diameter of these screws fits with the Diameter of the male Screws located on the grip part of the handle (MM.2.1) are located.

Of the Plastic part (MM.2.2) is screwed to the handle (MM.2.1) mounted.

The plastic part (MM.2.2) serves to ensure that the latch part (MM.2) fulfills its function without the vertex of the main part (MM.2) 1.B.1 ) is deformed by the massive, unitary part.

THE ASSEMBLY PROCEDURE OF MOUNTING vice

The plug-in screws known to us ( 2.TT ) are mounted in the mounting hole part (MM.1.2). The mounting vise is fixed with the help of the screws ( 2.TT ) mounted on the place to which it is to be attached.

Of the Grip device (MM.2.1) is used with its handle on the bolt hole part screwed.

Of the Plastic part (MM.2.2) is in the inner part (MM.1.5) of the body part appropriate. The grip device (MM.2.1) is rotated by the Screwed plastic part (MM.2.2). Thus, the assembly of the latch part (MM.2). After mounting the latch part (MM.2) is the assembly of the assembly vise (MM) finished.

D- THE ASSEMBLY PROCEDURE OF THE ONE-WAY VALVE ( 1 )

First, the seal ( 1.E ) on the axle part ( 1.B.3 ) appropriate. One side of the seal must be against the insert surface of the neck part ( 1.B.2 ) lean against. Then the washer ( 1.F ) to the seal ( 1.E ), on the axle part ( 1.B.3 ) appropriate. The cylindrical compression spring ( 1.I ) is placed in the sledge ( 1.A.7 ) of the body part.

The massive, unified part ( 1.B ), the axle part ( 1.B.3 ) are passed through the hole of the cylindrical compression spring and in the slide part ( 1.A.7 ) appropriate. The part with the male screws ( 1.B.4 ) of the solid, unitary part are partially out of the body outlet hole portion (FIG. 1.A.8 protrude).

After these machining operations are completed, the axle part ( 1.B.3 ) somewhat into the body outlet hole portion ( 1.A.8 ) has been installed. The other side of the washer ( 1.F ) is with the cylindrical compression spring ( 1.I ) in touch.

Also the neck part ( 1.B.2 ) of the solid, unitary part is reasonably in the sledge part ( 1.A.7 ) has been installed. Thus, the massive, unified part ( 1.B ) inside the body part ( 1.A ) move with ease.

The seal ( 1.h ) is placed in the room part ( 1.C.2 ) of the valve member attached. The valve part ( 1.C ), the seal ( 1.h ) are attached to the part with the male screws ( 1.B.4 ) partially screwed until they are to the insert surface of the lower part ( 1.A.5 ) lean against the body part.

With this procedure, the assembly of the disposable valve ( 1 ) partially finished.

So that the valve part ( 1.C ) to the single, massive part ( 1.B ) can be mounted by screwing, the one-way valve ( 1 ) in the mounting vice (MM).

The disposable valve ( 1 ), the supporting part ( 1.A.2 ) are mounted in the inner part (MM.1.5) of the mounting vise so that they lean against the insert surface.

Of the Bolt part (MM.2) of the mounting vice turns counterclockwise turned.

Thus, the uniform, massive part ( 1.B ) with the help of the latch part (MM.2) until the insert surface of the main part ( 1.B.1 ) to the vertex of the key space part ( 1.A.1 ) is based on the body part.

As a result of these operations, the part with the male screws ( 1.B.4 ) of the unitary, solid part completely and the axle part partially protrude from the Körperauslasslöcherteil.

At the same time, the washer jams ( 1.F ) with the help of the neck part ( 1.B.2 ) of the solid, uniform part directly the cylindrical compression spring ( 1.1 ).

Thus, the cylindrical compression spring ( 1.1 ) the pressure of the massive, unitary part ( 1.B ) keeps excited.

The pressure of the cylindrical compression spring ( 1.1 ) also jammed the seal ( 1 .E) extending between the washer ( 1.F ) and the insert surface of the neck part ( 1.B.2 ) is located. Thus, the seal ( 1.E ) fulfill their function.

The valve part ( 1.C ) is screwed to the part with the male screws ( 1.B.4 ) mounted. Thus, the seal ( 1.h ) between the insert surface of the axle part ( 1.B.3 ) of the solid, uniform part and the insert surface of the room part ( 1.C.3 ) jammed and fastened.

After these operations are completed, the latch part (MM.2) is opened. The disposable valve ( 1 ) is taken out of the mounting vice (MM). The seal ( 1.G ) is inserted into the seal channel part ( 1.A.3 ) of the body part. Thus, the assembly of the one-way valve ( 1 ) finished. The disposable valve ( 1 ) has been prepared so that the 12 gr. CO2 capsule can be mounted with the female screws (T.1) (T.2).

E-12 GR CO2 CAPSULE ( 1 .T.1) (1.T.2) FOR THE ONE-WAY VALVE ( 1 )

The 12 gr. CO2 capsule (T.1) (T.2) (for the one-way valve ( 1 )) are "single-pressure" gas containers, which have a chamber that can hold 12 grams of liquid carbon dioxide gas, have female screws and are made of carbon dioxide-resistant metal material.

To the 12 gr. CO2 capsule (T.1) (T.2) are the disposable valves ( 1 ) screwed. Thus, the 12 gr. CO2 capsule with the one-way valve ( 1.T.1 ) ( 1.T.2 ) created.

• – die als eine Einheit hergestellte 12 gr. CO2 Kapsel (T.1)
• – die in Stücken hergestellte 12 gr. CO2 Kapsel (T.2)

For the one-way valve ( 1 ), the 12 gr. CO2 capsule (T.1) (T.2) can be prepared in 2 ways as follows:

• - the 12 gr. CO2 capsule (T.1) produced as one unit
• - the pieces made in 12 gr. CO2 capsule (T.2)

The 12 gr. CO2 capsules (bottles) (T.1), which are manufactured as one unit, have on their flaps sealing compartments and female screws, which are used for the assembly of the one-way valve ( 1 ) are necessary. The construction of these capsules is identical to that of the riveted 12 gr. CO2 capsules.

• – KOPFTEIL (T.2.A)
• – KÖRPERTEIL (T.2.B)

The 12 gr. CO2 capsule (T.2), which are made in pieces, are capsules that are made by assembling different parts. The 12 gr. CO2 capsule (T.2) consists of the following 2 parts:

• - HEAD PIECE (T.2.A)
• - BODY PART (T.2.B)

THE DECLARATION OF THE CAPSULE HEADPHONES (T.2.A)

• – Backenteil (T.2.A.1)
• – Halsteil (T.2.A.2)
• – beuliger Teil (T.2.A.3)
• – Verbindungsteil (T.2.A.4)
• – Ventileingansteil (T.2.A.5)
• – Teil mit dem kleinen Behälter (T.2.A.6)

The headboard (T.2.A) is mounted by pressing with the help of its other side, in the body part (T.2.B). Thus, the 12 gr. CO2 capsule (T.2) ent stood. After the head part (T.2.A) is mounted on the body part (T.2.B), the one-way valve ( 1 ) and thus is the 12 gr. CO2 capsule with the one-way valve ( 1.T.2 ) emerged. The headboard (T.2.A) consists of the following 6 parts:

• - jaw part (T.2.A.1)
• - neck part (T.2.A.2)
• - bulging part (T.2.A.3)
• - connection part (T.2.A.4)
• - Valve input part (T.2.A.5)
• - Part with the small container (T.2.A.6)

Of the Jaw part (T.2.A.1) starts from one side of the head part (T.2.A) and continues to the point where the neck part (T.2.A.2) starts. The vertex of the head part (T.2.A) is the insert surface of the Back part (T.2.A.1). The diameter of the jaw part (T.2.A.1) is smaller than the diameter of the neck part (T.2.A.2). Internally of the jaw part (T.2.A.1) goes through the hole that the valve inlet part (T.2.A.5) forms. From the point where the jaw part (T.2.A.1) ends, begins the neck part (T.2.A.2).

Of the Neck (T.2.A.2) continues to the point where the bulge Part (T.2.A.3) begins. The diameter of the neck part (T.2.A.2) is bigger than that Diameter of the jaw part (T.2.A.1). The diameter of the neck (T.2.A.2) is smaller than the diameter of the bulging part (T.2.A.3). Inside the neck part (T.2.A.2) the hole goes through, which leads to the Part with the small container (T.2.A.6) forms. From the point where the neck ends (T.2.A.2) ends, begins the bulging part (T.2.A.3).

Of the bulging part (T.2.A.3) continues to the point where the connecting part (T.2.A.4) begins. The diameter of the bulging part (T.2.A.3) is greater than the diameters of all other parts of the headboard (T.2.A). Therefore, at the point where the connection part (T.2.A.4) starts, an insert surface originated belonging to the bulging part (T.2.A.3). The thickness of the buckle Part (T.2.A.3) is smaller than the length of all other parts. The hole passing through the bulging part (T.2.A.3) forms the part with the small container (T.2.A.6).

Of the Diameter of the hole covering the part with the small container (T.2.A.6) is greater than the diameter of the hole surrounding the valve inlet part (T.2.A.5) forms. The diameter of the hole covering the part with the small one container (T.2.A.6) is smaller than the diameter of the hole that is located inside the connection part (T.2.A.4). From the Point where the bulging part (T.2.A.3) ends, the connecting part begins (T.2.A.4). The connecting part (T.2.A.4) goes up to the inlay area of the Head part (T.2.A) on and thus forms the other side. The insert surface of the head part (T.2.A) forms the insert surface of the connecting part (T.2.A.4). The valve inlet part (T.2.A.5) is located inside the jaw part (T.2.A.1) from the headboard.

At the Center of the jaw (T.2.A.1) is a cavity. The Hole starting from the center of this cavity opens to the hole forming the part with the small container (T.2.A.6). Of the Diameter of the cavity is larger than the diameter of the Hole. Inside the valve inlet part (T.2.A.5) are located female screws.

The diameter of the female screws located inside the valve inlet part (T.2.A.5) matches the diameter of the male screws located on the connecting part ( 1.A.4 ) of the body part.

DECLARATION OF THE CAPSULAR BODY PART (T.2.B)

Of the body part (T.2.B) is the part made in certain dimensions. The insert surface the 12 gr. CO2 capsule (T.2) is in an oval glass form. The bodypart (T.2.B) presses with the help of his other side mounted the headboard (T.2.A). Thus, the 12 gr. CO2 capsule (T.2) emerged.

With the assembly of the head part (T.2.A), the cavity located inside the body part (T.2.B) is transformed into a container. Thus, the 12 gr. CO2 capsule (T.2) comes after the assembly of the disposable valve ( 1 ) to the state that it can take 12 gr. of liquid carbon dioxide gas in itself.

THE ASSEMBLY OF 12 GR. CO2 CAPSULE (T.2)

The Ingredients (T.2.A) (T.2.B) forming the 12 gr CO2 capsule (T.2), are pressed together and turned into a unity. Later, the approaches made hard solder. Thus, the assembly of the 12 gr. CO2 capsule completed. Now the 12 gr. CO2 capsule (T.2) has arisen and usable.

F-12 GR CO2 CAPSULE (T.1) (T.2) WITH FEMALE SCREWS

The 12 gr. CO2 capsule with the female screws (T.1) (T.2) are 12 gr. CO2 capsule, which are located inside the valve inlet part (T.2.A.5) sealing chambers and female screws. The disposable valve ( 1 ) is mounted by screwing to the 12 gr. CO2 capsule (with the female screws). Thus, the 12 gr. CO2 capsule with the one-way valve (T.1) was created.

G- THE PROCEDURE IN WHICH THE US-KNOWN POWLLESS 12 GR CO. CAPSULE DEFROSTED INTO THE 12 GR CO2 CAPSULE ( 1.T.1 ) ( 1.T.2 ) TO BE FORMED

To the 12 gr. CO2 capsule with the disposable valve ( 1.T.1 ), the riveted 12 gr. CO2 capsule must be transformed into the 12 gr. CO2 capsule with the female screws (T.1).

The used, derogatory, riveted 12 gr. CO2 capsule are from the flap part to the lathe attached to work on it.

The length of the 12 gr. CO2 capsule with the one-way valve ( 1.T.1 ) ( 1.T.2 ) must be identical to the length of the riveted 12 gr. CO2 capsule. Thus, he can use the 12 gr. CO2 capsule with the one-way valve everywhere, where he also uses the riveted 12 gr. CO2 capsule. To do this, the length of the riveted 12 gr. CO2 capsule is shortened from the flap part in required dimensions. As a result of the shortening there is a hole on the flap of the 12 gr. CO2 capsule, which is opened into the gas container. The diameter of this hole is smaller than the diameter of the hole forming the gas container. The hole on the flap of the 12 gr. CO2 capsule is enlarged with the help of a drill. Thus, at the flap of the 12 gr. Co2 capsule has reached the extent necessary for the bore of the female screws. Inside the flap of the 12 gr. CO2 capsule is the width of the seal ( 1.G ) of the one-way valve ( 1 ), a seal chamber is opened.

After this processing, inside the 12 gr. CO2 capsule female screws are opened, which are the male screws, which are located on the connecting part ( 1.A.4 ) of the one-way valve are adaptive.

As a result of this procedure, the riveted 12 gr. CO2 capsule is transformed into the 12 gr. CO2 capsule with female screws (T.1), to which the one-way valve ( 1 ) can be mounted.

H- THE ASSEMBLY PROCEDURE OF THE 12 GR CO2 CAPSULE ( 1.T.1 ) ( 1.T.2 ) WITH THE ONE-WAY VALVE

The fitter brings the one-way valve ( 1 ) to the connecting part ( 1.A.4 ) into the 12 gr. CO2 capsule with the female screws (T.1) (T.2). Screws the disposable valve ( 1 ) to the 12 gr. CO2 capsule with the female screws (T.1) (T.2), as far as its power goes.

The assembly he continued with an Englishman (key) and unscrew the one-way valve ( 1 ) by removing it from the key space part ( 1.A.1 ) turns. The fitter brings the insert surface of the support member ( 1.A.2 ) from the disposable valve to the insert surface of the flap part of the 12 gr. CO2 capsule with the female screws (T.1) (T.2). He has firmly clamped the connecting screws of the disposable valve and the 12 gr. CO2 capsule with the female screws (T.1) (T.2). In addition, the seal jams ( 1.G ) in the sealing chamber of the 12 gr. CO2 capsule with the female screws (T.1) (T.2) and can fulfill their function.

As a result of this procedure, the installer has his 12 gr. CO2 capsule with the one-way valve ( 1.T.1 ) ( 1.T.2 ) educated.

Finally, the mechanic brings the seal 1.D in the room part ( 1.B.5 ) of the one-way valve. The 12 gr. CO2 capsule with the disposable valve ( 1.T.1 ) ( 1.T.2 ) ready for use.

I- THE WORKING FORM OF THE ONE-WAY VALVE ( 1 )

After assembly, the one-way valve ( 1 ) by means of the valve part ( 1.C ) closed until the massive, unified part ( 1.B ) has reached the necessary working pressure.

The disposable valve ( 1 ) can be influenced by movements of the massive, unified part ( 1.B ) to open.

The solid, uniform part moves as a result of the pressure applied to the insert surface of the head part ( 1.B.5 ) is practiced, down.

The massive, unified part ( 1.B ) moves upright of the slide part ( 1.A.7 ) of the body part along and thus it serves to the valve member ( 1.C ) the one-way valve ( 1 ) opens.

The massive, unified part ( 1.B ) conveys the movements of the valve part ( 1.C ), at the same time jamming the insert surface of the neck portion ( 1.B.2 ) the cylindrical compression spring ( 1.I ).

After the on the vertex of the head part ( 1.B.5 ) pressure exerted by the one-way valve is released brings the cylindrical compression spring ( 1.I ) the massive, unified part ( 1.B ) in its first position. Thus, the one-way valve ( 1 ) by means of the valve part ( 1.C ) back to the closed state.

The influence of the carbon dioxide gas in the 12 gr. CO2 capsule with the one-way valve ( 1.T.1 ) ( 1.T.2 ) is passed through the valve part ( 1.C ) controls.

Also the gas ratio of the 12 gr. CO2 capsule with the one-way valve ( 1.T.1 ) ( 1.T.2 ) located carbon dioxide gas is using the gas channel part ( 1.B.6 ) of the solid, unitary part and with the help of the gas inlet and outlet part ( 1.B.7 ) carried out.

J-OPERATING FORM (OPERATION) OF 12 GR CO2 CAPSULE ( 1.T.1 ) ( 1.T.2 ) WITH THE ONE-WAY VALVE IN THE CO2 PISTOL

With the CO2 pistols the operation of the 12 gr. CO2 capsules with the one-way valve ( 1.T.1 ) ( 1.T.2 ) the same as in the known, riveted 12 gr. CO2 capsules.

After the user the 12 gr. CO2 capsule with the disposable valve ( 1.T.1 ) ( 1.T.2 ) has filled with liquid carbon dioxide gas, it brings in the space part ( 1.B.5 ) of the one-way valve, the seal 1.D at. Thus, the 12 gr. CO2 capsule with the one-way valve ( 1.T.1 ) ( 1.T.2 ) ready to be used in CO2 guns.

The user brings his 12 gr. CO2 capsule with the disposable valve ( 1.T.1 ) ( 1.T.2 ) into the capsule space of the CO2 gun.

Screws (turns ... etc.) On the part of the CO2 gun. This pushes his 12 gr CO2 capsule with the one-way valve ( 1.T.1 ) ( 1.T.2 ) to the needle with the CO2 gun gas channel.

The user jams his 12 gr. CO2 capsule with the disposable valve ( 1.T.1 ) ( 1.T.2 ) with the part of the CO2 gun, between the gaskets, which orbit the insert surface of the needle with the gas channel, before activating it. As a result of this processing comes the 12 gr. CO2 capsule with the one-way valve ( 1.T.1 ) ( 1.T.2 ) in a condition that it can not move in the capsule space of the CO2 gun.

After the user has done this editing, the 12 gr. CO2 capsule with the disposable valve can be placed in the hole that is in the middle of the gasket 1.D from the needle with the gas channel is down. This causes the needle with the gas channel of the CO2 gun to enter the room part ( 1.B.5 ) of the massive, unitary part. Thus, the vertex of the head part ( 1.B.1 ) from the one-way valve to the gasket that surrounds the insert surface of the needle with the CO2 gun gas channel.

The user screws (turns, ... etc.) The screw part of the CO2 pistol as quickly as possible. Hereby he clamped his 12 gr CO2 capsule with the disposable valve ( 1.T.1 ) ( 1.T.2 ) between the seal of the CO2 gun and the screw part. As a result of this processing, there is a massive, uniform part ( 1.B ) the working pressure that serves the one-way valve ( 1 ) to open. Hereby the user activates his 12 gr. CO2 capsule with the disposable valve ( 1.T.1 ) ( 1.T.2 ) and transfers the carbon dioxide gas of the CO2 gun.

When the user releases the carbon dioxide gas that is inside the 12 gr. CO2 capsule with the one-way valve ( 1.T.1 ) ( 1.T.2 ), does not want to use it completely, he unscrews the part, the CO2 gun counterclockwise (turns, ... etc.) And opens it.

This closes the one-way valve ( 1 ), which is located on the 12 gr. CO2 capsule with the one-way valve. The user can use the 12 gr. CO2 capsule with the one-way valve ( 1.T.1 ) ( 1.T.2 ) Remove the CO2 gun to use the carbon dioxide gas later.

THE FILLING DEVICE ( 2 ) FOR THE 12 GR. CO2 CAPSULE WITH THE ONE-WAY VALVE ( 1.T.1 ) ( 1.T.2 )

• K- DIE ABTEILUNGEN UND TEILE, DIE DEN FÜLLVORRICHTUNG (2) BILDEN
• L- DAS MOGASAUSLASSHAHNES NTAGEVERFAHREN DES (2.K) VON DEM FÜLLVORRICHTUNG
• M- DAS MORIEGELTEILES NTAGEVERFAHREN DES (2.N) VON DEM FÜLLVORRICHTUNG
• N- DAS MONTAGEVERFAHREN DES FÜLLVORRICHTUNGENS (2)
• O- DAS MONTAGEVERFAHREN DES FÜLLVORRICHTUNGENS (2) AN DEN HERKÖMMLICHEN CO2 FEUERLÖSCHER (PER ANSCHRAUBUNG)
• P- DAS FÜLLVERFAHREN DES FLÜSSIGEN CARBONDIOXIDGASES IN DIE 12 GR. CO2 KAPSEL MIT DEM EINWEG-VENTIL MIT HILFE DES FÜLLVORRICHTUNGENS (2)

The filling device ( 2 ) for the refillable 12 gr. CO2 capsule with the one-way valve has been explained under the following headings:

• K- THE DIVISIONS AND PARTS OF THE FILLING DEVICE ( 2 ) FORM
• L- THE MOGAS-EXCLUSIVE NTAGE PROCESS OF ( 2 Cor ) FROM THE FILLING DEVICE
• M- THE MORIEGELTEILES NTAGE PROCEDURE OF ( 2.N. ) FROM THE FILLING DEVICE
• N- THE ASSEMBLY METHOD OF THE FILLING DEVICE ( 2 )
• O- THE ASSEMBLY METHOD OF THE FILLING DEVICE ( 2 ) TO THE CONVENTIONAL CO2 FIRE EXTINGUISHER (BY BOLT)
• P- THE FILLING METHOD OF LIQUID CARBONDIOXIDE GAS IN THE 12 GR. CO2 CAPSULE WITH THE ONE-WAY VALVE THROUGH THE FILLING EQUIPMENT ( 2 )

K- THE DIVISIONS AND PARTS OF THE FILLING DEVICE ( 2 ) FORM

• 1- VERBINDUNGSTEIL (2.J)
• 2- GASAUSLASSHAHN ABTEILUNG (2.K)
• 3- KAPSELRAUMTEIL (2.L)
• 4- BEWEGLICHER TEIL (2.M)
• 5- RIEGELTEIL (2.N)
• 6- DICHTUNG (2.O)
• 7- DICHTUNG (2.P)
• 8- DICHTUNG (2.R)
• 9- GRIFFVORRICHTUNG (2.S)
• 10- STECKSCHRAUBEN (2.TT)
• 11- FLÄCHENKUGELLAGER (2.U)
• 12- TRAGBARER TEIL (2.V)
• 13- UNTERLAGE (2.W.1)
• 14- UNTERLAGE (2.W.2)
• 15- SEGMENT (2.Y)
• 16- GRIFFVORRICHTUNG (2.Z)
• 17- MUTTER (SCHRAUBE) (2.X)

The filling device ( 2 ) consists of the following 17 sections and parts:

• 1- CONNECTION PART ( 2.J )
• 2- GAS EXHAUST VALVE DEPARTMENT ( 2 Cor )
• 3- CAPSULE PART ( 2.L )
• 4- MOBILE PART ( 2.M )
• 5- RIBBON PART ( 2.N. )
• 6- SEAL ( 2.O )
• 7- SEAL ( 2.P )
• 8- SEAL ( 2nd round )
• 9- HANDLE DEVICE ( 2.S )
• 10- PLUG SCREWS ( 2.TT )
• 11- SURFACE BALL BEARINGS ( 2.U )
• 12- PORTABLE PART ( 2.V )
• 13- DOCUMENT ( 2.W.1 )
• 14- DOCUMENT ( 2.W.2 )
• 15-SEGMENT ( 2.Y )
• 16- HANDLEBAR ( 2.Z )
• 17- NUT (SCREW) ( 2.X )

Everyone Part and each department is described in detail below.

1- CONNECTION PART ( 2.J )

The connecting part ( 2.J ) is used for mounting the filling device ( 2 ) to the valve with the male screws from the conventional CO2 fire extinguisher (by screw connection).

The connecting part ( 2.J ) is used to transfer the carbon dioxide gas transferred from the CO2 extinguisher to the gas outlet 2 Cor ) and in the 12 gr. CO2 capsule with the one-way valve ( 1.T.1 ) ( 1.T.2 ).

• – 1. Raumteil (2.J.1)
• – Hauptgaskanalteil (2.J.2)
• – Sekundärer Gaskanalteil (2.J.3)
• – 2. Raumteil (2.J.4)
• – Teil mit den männlichen Schrauben (2.J.5)
• – Spitzenteil (2.J.6)
• – Außenteil (2.J.7)

The gas outlet valve part ( 2 Cor ) is screwed onto the connecting part ( 2.J ) assembled. In addition, the capsule space part ( 2.L ) mounted to the connecting part. The connecting part ( 2.J ) consists of the following 7 parts:

• - 1st room part ( 2.J.1 )
• - main gas channel part ( 2.J.2 )
• - Secondary gas channel part ( 2.J.3 )
• - 2nd room part ( 2.J.4 )
• - part with the male screws ( 2.J.5 )
• - top part ( 2.J.6 )
• - outer part ( 2.J.7 )

The outer part ( 2.J.7 ) starts from one side, where the connecting part ( 2.J ) begins and continues to the point where the part with the male screws ( 2.J.5 ) begins. The diameter of the outer part ( 2.J.7 ) is larger than the diameter of the part with the male screws ( 2.J.5 ) and the top part ( 2.J.6 ). That's why at the point where the part with the male screws ( 2.J.5 ), a deposit surface has been created, which is the outer part ( 2.J.7 ) belongs.

The outer part ( 2.J.7 ) of the connecting part is hexagonal. From the center of the insert surface of the outer part ( 2.J.7 ) begins the cavity, the 1st room part ( 2.J.1 ). Inside the 1st part of the room ( 2.J.1 ) are female screws. The diameter of the female screws, which are inside the 1st part of the room, matches the diameter of the male screws on the valve of the known CO2 extinguisher. From the center of the insert surface of the cavity, the 1st room part ( 2.J.1 ), the hole starting the main gas channel part ( 2.J.2 ).

The hole containing the main gas channel part ( 2.J.2 ), passes through the connecting part and opens to the tip part ( 2.J.6 ). On the outer part ( 2.J.7 ) begins the room, the 2nd room part ( 2.J.4 ).

From the center of the insert surface of the second part of the room ( 2.J.4 ) begins the hole that the secondary gas channel part ( 2.J.3 ).

The hole containing the secondary gas channel part ( 2.J.3 ) connects to the main gas channel part. From the point where the outer part ( 2.J.7 ), the part starts with the male screws ( 2.J.5 ).

The part with the male screws ( 2.J.5 ) continues to the point where the tip part ( 2.J.6 ) begins. The diameter of the part with the male screws ( 2.J.5 ) is larger than the diameter of the tip part ( 2.J.6 ). Therefore, at the point where the tip part ( 2.J.6 ), a deposit surface has arisen, which is the part with the male screws ( 2.J.5 ) belongs. The part with the male screws ( 2.J.5 ) is cylindrical. The diameter of the part with the male screws ( 2.J.5 ) is smaller than the diameter of the outer part ( 2.J.7 ). On the part with the male screws ( 2.J.5 ) are male screws. The diameter of these male screws is matched to the diameter of the female screws located in the interior space part ( 2.L.2 ) from the capsule space part. From the point where the part with the male screws ( 2.J.5 ) ends, the tip part ( 2.J.6 ).

The lace part ( 2.J.6 ) forms the other side of the connecting part ( 2.J ). The lace part ( 2.J.6 ) is cylindrical. The diameter of the tip part ( 2.J.6 ) is smaller than the diameter of the part with the screws ( 2.J.5 ) and the outer part ( 2.J.7 ). At the center of the insert surface of the tip part ( 2.J.6 ) is the hole that contains the main gas channel part ( 2.J.2 ).

2- GAS EXHAUST VALVE DEPARTMENT ( 2 Cor )

The gas outlet tap department ( 2 Cor ) is used, the carbon dioxide gas, with the help of the CO2 fire extinguisher in the 12 gr. CO2 capsule with the one-way valve ( 1.T.1 ) ( 1.T.2 ) is filled with the aid of the filling device ( 2 ).

The gas outlet tap department ( 2 Cor ) is screwed to the connecting part ( 2.J ) assembled.

The gas outlet tap department ( 2 Cor ) fulfills its function by acting on the outer part ( 2.J.7 ) of the connecting part is in operation.

• – Körperteil (2.K.A)
• – einheitlicher, massiver Teil (2.K.B)

The gas outlet tap department ( 2 Cor ) consists from the following 2 parts:

• - Body part ( 2.KA )
• - uniform, solid part ( 2.KB )

• – Außenteil (2.K.A.1)
• – Teil mit den männlichen Schrauben (2.K.A.2)
• – Schlittenteil (2.K.A.3)
• – Lochteil mit weiblichen Schrauben (2.K.A.4)
• – Gasauslasslochteil (2.K.A.5)

The bodypart ( 2.KA ) serves the gas outlet valve department ( 2 Cor ) by forming the massive, unified part ( 2.KB ) holds in its construction. The bodypart ( 2.KA ) is used for mounting the gas outlet tap section to the connection part (J). The bodypart ( 2.KA ) is the lower part ( 2.KA ) of the gas outlet tap department ( 2 Cor ). The bodypart ( 2.KA ) has been created from 5 parts. The bodypart ( 2.KA ) consists of the following 5 parts:

• - outer part ( 2.KA1 )
• - part with the male screws ( 2.KA2 )
• - sledge part ( 2.KA3 )
• - hole part with female screws ( 2.KA4 )
• - Gas outlet hole part ( 2.KA5 )

The outer part ( 2.KA1 ) starts from one side of the body part and goes up to the part with the male screws ( 2.KA2 ) further. The outer part ( 2.KA1 ) is hexagonal. The diameter of the outer part ( 2.KA1 ) is larger than the diameter of the part with the male screws ( 2.KA2 ). Thus, at the point where the part with the male screws ( 2.KA2 ), an insert surface has been created, which is the outer part ( 2.KA1 ) belongs.

At the center of the insert surface of the outer part ( 2.KA1 ) begins the hole that the hole part with the female screws ( 2.KA4 ). The hole part with the female screws ( 2.KA4 ) opens to the slide ( 2.KA3 ). The diameter of this hole is smaller than the diameter of the cavity, the slide part ( 2.KA3 ). Inside the part with the screws ( 2.KA4 ) are female screws. The diameter of these female screws matches the diameter of the male screws on the handle ( 2.KB1 ) of the uniform, massive part.

On the outer part ( 2.KA1 ) is the Gasauslasslchteil ( 2.KA5 ).

The hole containing the gas outlet hole part ( 2.KA5 ), starts from the outer part ( 2.KA1 ) and opens in the sledge ( 2.KA3 ).

The part with the male screws ( 2.KA1 ) starting from the point where the outer part ( 2.KA1 ), forms the other side of the body part ( 2.KA2 ).

The diameter of the part with the male screws ( 2.KA2 ) is smaller than the diameter of the outer part ( 2.KA1 ). On the part with the male screws ( 2.KA2 ) are male screws. The diameter of these screws is suitable for the diameter of the female screws, which are located inside the second part of the room ( 2.J.4 ) are located from the connecting part.

From the center of the insert surface of the part with the male screws ( 2.KA2 ) begins the cavity, the slide part ( 2.KA3 ). At the center of the insert surface of the cavity containing the carriage part ( 2.KA3 ), is the hole part with the female screws ( 2.KA4 ). The diameter of this cavity is larger than the diameter of the hole, which the hole part with the female screws ( 2.KA4 ). The length of the slide part ( 2.KA3 ) is greater than the length of the hole part with the female screws ( 2.KA4 ).

On the membrane of the slide part ( 2.KA3 ) is the Gasauslasslochteil ( 2.KA5 ).

The massive, unified part ( 2.KB ) of the gas outlet cock serves to ensure that the gas outlet tap department fulfills its function by removing the pressure which it has formed by jamming from the gasket ( 2.P ) and thus the hole that is in the middle of the seal opens.

The uniform, massive part ( 2.KB ) is inside the hole part with the female screws ( 2.KA4 ) of the body part, by means of the screws by rotation.

The uniform, massive part ( 2.KB ) is the lower section of the gas outlet tap ( 2 Cor ) on which the grip device ( 2.S ) is mounted.

• – Griffteil mit den männlichen Schrauben (2.K.B.1)
• – Unterteil (2.K.B.2)
• – Gaskanalteil (2.K.B.3)

The uniform, massive part ( 2.KB ) consists of the following 3 parts:

• - Handle with the male screws ( 2.KB1 )
• - lower part ( 2.KB2 )
• - Gas channel part ( 2.KB3 )

The grip with the male screws ( 2.KB1 ) starts from one side of the unified, massive part ( 2.KB ) and continues to the point where the lower part ( 2.KB2 ) begins.

The grip with the male screws ( 2.KB1 ) is cylindrical.

The diameter of the handle with the male screws ( 2.KB1 ) is smaller than the diameter of the lower part ( 2.KB2 ).

On the handle with the male screws ( 2.KB1 ) are male screws. From the point where the grip part with the male Screws ( 2.KB1 ) ends, the lower part ( 2.KB2 ).

The diameter of the lower part ( 2.KB2 ) is larger than the diameter of the handle part with the male screws ( 2.KB1 ). Thus, at the point where the grip part with the male screws ( 2.KB1 ), a deposit surface has arisen, the lower part ( 2.KB2 ) belongs.

The lower part ( 2.KB2 ) is cylindrical. The lower part ( 2.KB2 ) is much smaller than the handle with the male screws ( 2.KB1 ). The vertical recesses on the lower part ( 2.KB2 ) form the gas channel part ( 2.KB3 ).

3- CAPSULE PART ( 2.L )

The capsule space part ( 2.L ) is used to store the 12 gr. CO2 capsule with the disposable valve ( 1.T.1 ) and for adaptation to the filling device ( 2 ).

The filling and filling of the carbon dioxide gas in the 12 gr. CO2 capsule with the one-way valve ( 1.T.1 ) ( 1.T.2 ) are inside the capsule space part ( 2.L ) made.

The capsule space part ( 2.L ) is connected to the connecting part ( 2.J ) is mounted by being screwed with one part.

Also the moving part ( 2.M ) with the help of the screws ( 2.TT ) to the capsule space part ( 2.L ) without fixing (can be moved).

• – Außenteil (2.L.1)
• – Raumteil (2.L.2)
• – Ventileingangslochteil (2.L.3)
• – Kapselraumteil (2.L.4)
• – Montagelöcherteil mit den weiblichen Schrauben (2.L.5)
• – Gasauslasslöcherteil (2.L.6)

The capsule space part ( 2.L ) is made up of the following 6 parts:

• - outer part ( 2.L.1 )
• - Room part ( 2.L.2 )
• - Valve input hole part ( 2.L.3 )
• - Capsule space part ( 2.L.4 )
• - Mounting hole part with the female screws ( 2.L.5 )
• - Gas outlet hole part ( 2.L.6 )

The outer part ( 2.L.1 ) of the capsule space part is hexagonal. On the outer part ( 2.L.1 ) are the mounting holes with the female screws ( 2.L.5 ) and the gas outlet hole part ( 2.L.6 ).

The cavity located on one side of the capsule space part ( 2.L ), forms the space part ( 2.L.2 ). Inside the room part ( 2.I.2 ) are female screws. The diameter of the female screws of the room part ( 2.L.2 ) matches the diameter of the male screws on the part with the male screws ( 2.J.5 ) are located from the connecting part.

At the center of the insert surface of the room part ( 2.L.2 ) begins the hole that the valve input hole part ( 2.L.3 ). This hole opens to the capsule space part ( 2.L.4 ).

The diameter of the valve inlet hole part ( 2.L.3 ) is smaller than the cavity, the space part ( 2.L.2 ). Thus, at the point where the valve entrance hole portion (FIG. 2.L.3 ), a deposit surface emerged, which is the space part ( 2.L.2 ) belongs.

From the center of the other side of the capsule space part ( 2.L ) begins the cavity, the capsule space part ( 2.L.4 ).

At the center of the insert surface of the cavity, the capsule space part ( 2.L.4 ), the hole which holds the valve entrance hole part ( 2.L.3 ). The diameter of this hole is smaller than all the diameter of the cavity containing the valve entrance hole part (FIG. 2.L.3 ). Therefore, at the point where the hole starts, the valve entrance hole part (FIG. 2.L.3 ) forms, a deposit surface formed, the capsule space part ( 2.L.4 ) belongs.

At the membrane of the capsule space part ( 2.L.4 ) are the holes that the Gasauslasslöcherteil ( 2.L.6 ) and the mounting hole part with the female screws ( 2.L.5 ) form.

The holes coming from the outer part ( 2.L.1 ) the capsule compartment department ( 2.L ) and enter the capsule space portion ( 2.L.4 ), form the mounting hole part with the female screws ( 2.L.5 ).

Inside the mounting hole part with the female screws ( 2.L.5 ) are female screws. The diameter of these screws is suitable for the diameter of the male screws used in the assembly of the screws ( 2.TT ) are needed.

The gas outlet hole part ( 2.L.6 ) is located on the insert surface of the capsule space part ( 2.L.4 ), in front of the valve inlet part ( 2.L.6 ). The holes start from the outer part ( 2.L.1 ) and open into the capsule space part ( 2.L.4 ). These holes form the gas outlet hole part ( 2.L.6 ).

4- MOBILE PART ( 2.M )

The moving part ( 2.M ) serves the purpose that the Reigelteil ( 2.N. ) fulfills its function. The 12 gr. CO2 capsule with the disposable valve ( 1.T.1 ) ( 1.T.2 ) with the help of the moving part ( 2.M ) to the filling device ( 2 ) adapted.

The moving part ( 2.M ) with the help of the screws ( 2.TT ) to the capsule space part ( 2.L ) mounted without fixing (can be moved). Thus, the movable part ( 2.M ) are moved to the right and left to the front of the capsule space part ( 2.L.4 ) to open.

This allows the 12 gr. CO2 capsule with the one-way valve ( 1.T.1 ) ( 1.T.2 ) in the capsule space part ( 2.L.4 ) are attached and brought out. The moving part ( 2.M ) is cylindrical.

• – Außenteil (2.M.1)
• – Verbindungsaufnahmeteil (2.M.2)
• – Montagelöcherteil (2.M.3)
• – chlitzteil (2.M.4)
• – beweglicher weibliche Schraubenteil (2.M.5)

The moving part ( 2.M ) consists of the following 5 parts:

• - outer part ( 2.M.1 )
• - connection receiving part ( 2.M.2 )
• - mounting hole part ( 2.M.3 )
• - chill part ( 2.M.4 )
• - movable female screw part ( 2.M.5 )

The outer part of the moving part ( 2.M ) is cylindrical.

The parallel extensions extending on one side of the moving part ( 2.M ) and from the slot part ( 2.M.4 protrude) form the connection receiving part ( 2.M.2 ).

On the connection receiving part ( 2.M.2 ) is the mounting hole part ( 2.M.3 ). The holes over the outer part ( 2.M.1 ) and enter the slot part ( 2.M.4 ), form the mounting hole part ( 2.M.3 ). The diameter of these holes is in the smallest sense larger than the diameter of the screws ( 2.TT ), which are needed during assembly.

On one side of the moving part ( 2.M ) is the slot part ( 2.M.4 ), which from the outer part ( 2.M.1 ), caused by the emptying of the middle.

The slot part ( 2.M.4 ) is located between the connection receiving part ( 2.M.2 ). The slot part ( 2.M.4 ) continues to the point where the movable female screw part ( 2.M.5 ) begins.

The slot part ( 2.M.4 ) is in the smallest sense larger than the diameter of the outer part ( 2.L.1 ) of the Kapsaumteil.

The hole that starts from the point where the slot part ( 2.M.4 ), forms the movable female screw part ( 2.M.5 ).

The hole that holds the movable female screw part ( 2.M.5 ), opens from the other side of the moving part ( 2.M ).

Inside the movable female screw part ( 2.M.5 ) are female screws that are big step.

5- RIBBON PART ( 2.N. )

The bolt part ( 2.N. ) adapts the 12 gr. CO2 capsule with the one-way valve ( 1.T.1 ) ( 1.T.2 ) to the filling device ( 2 ) by moving from the rear part of the capsule by means of the movable part ( 2.V ) in the capsule space part ( 2.L.4 ) pushes in and jammed.

As a result, the bolt part ( 2.N. ) that the one-way valve ( 1 ) of the 12 gr. CO2 capsule with the one-way valve ( 1.T.1 ) ( 1.T.2 ) opens and performs the filling process.

The bolt part ( 2.N. ) is made with the help of connecting screws located inside the moving part ( 2.M ) are pressed. While the latch part ( 2.N. ) fulfills its function, it also serves to ensure that the movable part ( 2.M ) with the help of pressure.

The bolt part ( 2.N. ) fulfills its function with the help of assembled parts ( 2.U .) ( 2.V ) ( 2.Y ) ( 2.Z ).

• – beweglicher männlicher Schraubenteil (2.N.1)
• – Segmentkanalteil (2.N.2)
• – Raumteil (2.N.3)
• – Stielteil (2.N.4)
• – Griffteil (2.N.5)

The bolt part ( 2.N. ) is made up of the following 5 parts:

• - movable male screw part ( 2.N.1 )
• - segment channel part ( 2.N.2 )
• - Room part ( 2.N.3 )
• - stem part ( 2.N.4 )
• - handle part ( 2.N.5 )

The movable, male screw part ( 2.N.1 ) starts from one side of the latch part ( 2.N. ) and continues to the point where the stem part ( 2.N.4 ) begins.

The movable, male screw part ( 2.N.1 ) is located outside the latch part ( 2.N. ) and is cylindrical.

The diameter of the movable, male screw part ( 2.N.1 ) is larger than the diameter of the stem part ( 2.N.4 ).

On the movable, male screw part ( 2.N.1 ) are male screws that are big step. The diameter of these screws is matched to the diameter of the female screws located inside the movable female screw part ( 2.M.5 ) are located. The cavity extending from the center of the insert surface of the movable, male screw part ( 2.N.1 ) begins, forms the space part ( 2.N.3 ).

The diameter of the room part ( 2.N.3 ) is in the smallest sense larger than the diameter of the washer in the space part ( 2.N.3 ) is attached.

Inside the room part ( 2.N.3 ) is the circular projection, the segment channel part ( 2.N.2 ).

The segment channel part ( 2.N.2 ) is appropriate to the dimensions of the washer installed in it.

The stem part ( 2.N.4 ) is cylindrical. The diameter of the stem part ( 2.N.4 ) is smaller than the diameter of the movable, male screw part ( 2.N.1 ). On the stem part ( 2.N.4 ) are holes that the handle part ( 2.N.5 ) form.

Inside the handle part ( 2.N.5 ) are female screws. The diameter of these screws matches the diameter of the male screws on the handle ( 2.N.5 ) are located.

6- SEAL ( 2.O )

The seal ( 2.O ) is a square piece that provides the density, is annular and has a hole in the middle.

The seal ( 2.O ) is made of soft material, in moderate hardness.

The seal ( 2.O ) is carbondioxide-resistant.

The seal ( 2.O ) is in the 1st room part ( 2.J.1 ) of the connecting part.

The seal ( 2.O ) prevents the outlet of the carbon dioxide gas between the connecting screws of the known CO2 fire extinguisher ( 2 ).

7- SEAL ( 2.P )

The seal ( 2.P ) is a square piece that provides the density, is annular and has a hole in the middle.

The seal ( 2.P ) is made of soft material, in moderate hardness.

The seal ( 2.P ) is carbondioxide-resistant.

The seal ( 2.P ) is in the 2nd room part ( 2.J.4 ) of the connecting part.

The seal ( 2.P ) prevents the outlet of the carbon dioxide gas between the connecting part ( 2.J ) and the connecting screws of the gas outlet cock portion ( 2 Cor ).

The seal ( 2.P ) serves to ensure that the gas outlet valve part ( 2 Cor ) fulfills its function by means of the uniform, massive part, opening and closing the hole in the middle.

8- SEAL ( 2nd round )

The seal ( 2nd round ) is a square piece that provides the density, is annular and has a hole in the middle.

The seal ( 2nd round ) is made of soft material, in the required hardness.

The seal ( 2nd round ) is carbondioxide-resistant.

The diameter of the seal ( 2nd round ) is in the smallest sense smaller than the diameter of the second part of the room ( 2.L.2 ) from the capsule space part.

The diameter of the hole located in the middle of the seal ( 2nd round ) is in the smallest sense larger than the diameter of the tip part ( 2.J.6 ) from the connecting part.

The seal ( 2nd round ) is placed on the top part ( 2.J.6 ) of the connecting part.

The seal ( 2nd round ) serves to ensure that the one-way valve ( 1 ) of the 12 gr. CO2 capsule with the one-way valve ( 1.T.1 ) ( 1.T.2 ) remains open.

The seal ( 2nd round ) prevents the outlet of the carbon dioxide gas between the connecting part ( 2 .J) and the connecting screws of the capsule space part ( 2.L ).

In addition, the seal ( 2nd round ) that the one-way valve ( 1 ) of the 12 gr. CO2 capsule with the one-way valve ( 1.T.1 ) ( 1.T.2 ), which is mounted on the filling device, remains open. This prevents the seal ( 2nd round ) the outlet of the carbon dioxide gas in the filling process, between the main part ( 1.B.1 ) of the disposable valve.

9- HANDLE DEVICE ( 2.S )

The grip device ( 2.S ) is a cylindrical part, which has a hole in the middle and inside female screws are present.

The diameter of the female screws of the handle device ( 2.S ) matches the diameter of the male screws on the handle with the male screws ( 2.KB1 ) from the massive, unitary part.

The grip device ( 2.S ) is screwed to the solid, unitary part, which is the lower part of the Gasauslasshahnteiles ( 2 Cor ) is mounted.

The grip device ( 2.S ) serves to make the user the massive, unified part ( 2.KB ) can turn with ease.

10- PLUG SCREWS ( 2.TT )

The during assembly of the filling devices ( 2 ) used plug screws ( 2.TT ) are known parts.

The screws ( 2.TT ) are used for the assembly of the moving part ( 2.M ) to the capsule space part ( 2.L ).

11- SURFACE BALL BEARINGS ( 2.U )

The surface ball bearing ( 2.U ), which in the filling device ( 2 ) is a kind of ball bearing that has hole in the middle. The diameter of the surface ball bearing ( 2.U ) is in the smallest sense smaller than the diameter of the space part ( 2.N.3 ) of the latch part.

The diameter of the hole located in the center of the surface ball bearing ( 2.U ) is in the smallest sense larger than the diameter of the handle ( 2.V.1 ) of the portable part.

The surface ball bearing ( 2.U ) is used for mounting the portable part ( 2.V ).

While the surface ball bearing the function of the bolt part ( 2.N. ), it also serves to ensure that the 12 gr. CO2 capsule with the one-way valve ( 1.T.1 ) ( 1.T.2 ) does not turn in the direction of the movement screws.

12- PORTABLE PART ( 2.V )

While the portable part ( 2.V ) the function of the latch part ( 2.N. ), it also prevents the deformation of the rear part of the 12 gr. CO2 capsule with the one-way valve ( 1.T.1 ) by the pressure. The portable part ( 2.V ) is made of hard, plastic material.

The portable part ( 2.V ) with the help of the hole located in the center of the surface ball bearing ( 2.U ), mounted.

• – Griffteil (2.V.1)
• – stoßender Teil (2.V.2)

The portable part ( 2.V ) touches during actuation of the latch part ( 2.V ), directly the rear part of the 12 gr. CO2 capsule with the one-way valve ( 1.T.1 ). The portable part ( 2.V ) is made up of the following 2 parts:

• - handle part ( 2.V.1 )
• - pushing part ( 2.V.2 )

The grip part ( 2.V.1 ) starts from one side of the portable part ( 2.V ) and goes up to the abutting part ( 2.V.2 ) further.

The grip part ( 2.V.1 ) is cylindrical.

The diameter of the handle ( 2.V.1 ) is in the smallest sense smaller than the diameter of the hole located in the middle of the surface ball bearings.

From the point where the handle part ( 2.V.1 ) ends, the abutting part ( 2.V.2 ).

The pushing part ( 2.V.2 ) forms the other side of the portable part ( 2.V ).

The pushing part ( 2.V.2 ) is cylindrical.

The diameter of the abutting part ( 2.V.2 ) is greater than the diameter of the handle part ( 2.V.1 ). Therefore, at the point where the handle part ( 2.V.1 ), a deposit surface has arisen, which is the abutting part ( 2.V.2 ) belongs.

The front of the abutting part ( 2.V.2 ) is oval-shaped. It takes the oval-shaped back part of the 12 gr. CO2 capsule with the one-way valve ( 1.T.1 ) ( 1.T.2 ) in itself.

13- DOCUMENT ( 2.W.1 )

The underlay ( 2.W.1 ) is a known part that has a hole in the middle.

The underlay ( 2.W.1 ) is made of hard, plastic material. The diameter of the hole located in the center of the pad ( 2.W.1 ) is greater than the diameter of the part with the male screws of the push-in screws ( 2.TT ).

The outer diameter of the pad ( 2.W.1 ) is greater than the width of the extension, which the connection receiving part ( 2.M.2 ).

The underlay ( 2.W.1 ) is between the capsule space part ( 2.L ) and the movable part ( 2.M ) appropriate. Thus, it prevents the friction of the two parts ( 2.L ) ( 2.M ) of the filling device.

14- DOCUMENT ( 2.W.2 )

The underlay ( 2.W.2 ) is a known part that has a hole in the middle.

The underlay ( 2.W.2 ) is made of hard, plastic material. The underlay ( 2.W.2 ) is attached to the screws ( 2.TT ), which during assembly of the moving part ( 2.M ) to the capsule space part ( 2.L ) are installed. Thus, the pad prevents ( 2.W.2 ) the friction of the Heads of the push-in screws ( 2.TT ) to the moving part (M).

15-SEGMENT ( 2.Y )

The segment ( 2.Y ) is a known part made of metal material.

The segment ( 2.Y ) used in the filling device, a hole segment.

The segment ( 2.Y ) is inserted into the segment channel part ( 2.N.2 ) of the latch part attached. The segment ( 2.Y ) is used for the assembly of the latch part of the surface ball bearing ( 2.U ) in the room part ( 2.N.3 ).

16- HANDLEBAR ( 2.Z )

The grip device ( 2.Z ) is a cylindrical rod made of metal materail with male screws on one side.

The diameter of the male screws resting on the handle ( 2.Z ) is matched with the diameter of the female screws located inside the handle ( 2.N.5 ) are located.

The grip device ( 2.Z ) is placed on the stem part ( 2.N.4 ) by screwing to the handle part ( 2.N.5 ) mounted.

The grip device ( 2.Z ) serves to allow the user to rotate the latch member with ease.

17- NUT (SCREW) ( 2.X )

The nut used in the filling device is a known part. The diameter of the female screws of the nut is fitting with the diameter of the male screws, which are on the handle with the male screws ( 2.KB1 ) is located from the massive, unitary part.

The mother ( 2.X ) attaches the handle part ( 2.S ) on the grip part with the male screws ( 2.KB1 ) from the massive, unitary part, by jamming it.

L- THE ASSEMBLY PROCEDURE OF THE GAS EXHAUST VALVE ( 2 Cor ) FROM THE FILLING DEVICE

The installer first screws the solid, unitary part to the female hole part ( 2.KA4 ) of the body part by moving it from the lower part ( 2.KB2 ) turns. In this way, the handle protrudes with the male screws ( 2.KB1 ) from the vertex of the body part ( 2.KA ) partially off.

Thereafter, the fitter of the lower part ( 2.KB2 ) of the uniform, massive part ( 2.KB ) to the mother ( 2.X ) to screw.

The fitter brings the mother ( 2.X ) to the part with the male screws ( 2.KB1 ), to the massive, unitary part to a certain extent. Then he screws the handle device ( 2.S ) to the handle part with the male screws ( 2.KB1 ) at. While holding the grip device ( 2.S ), he turns the nut ( 2.X ) with the help of the Englishman. Thus, he jammed the handle device ( 2.S ) with the help of the mother ( 2.X ) and fixes it on the massive, unified part ( 2.KB ).

The fitter unscrews the lower part ( 2.KB2 ) of the solid, unitary part by means of the gripping devices ( 2.S ) and put him in the sledge ( 2.KA3 ) from the body part. Thus, the installation of the gas outlet cock ( 2 Cor ) finished.

M- THE ASSEMBLY PROCEDURE OF THE ROD ( 2.N. ) FROM THE FILLING DEVICE

The fitter brings the surface ball bearing ( 2.U ) in the room part ( 2.N.3 ) of the latch part. Then he brings the segment ( 2.Y ) in the segment channel part ( 2.N.2 ), which is located in front of the surface ball bearing. Thus he finishes the assembly of the surface ball bearing ( 2.U ).

The fitter screwed the handle device to the handle part ( 2.M.5 ) of the latch part. Hereby he has the grip device ( 2.Z ) on the handle part ( 2.N.4 ) assembled.

The fitter brings the handle part ( 2.V.1 ) of the portable part into the hole located in the center of the surface ball bearing. Thus, he has the portable part ( 2.V ) on the surface ball bearing ( 2.U ) and the assembly of the latch part ( 2.N. ) completed.

N- THE ASSEMBLY METHOD OF THE FILLING DEVICE ( 2 )

The seal ( 2.P ) is in the 2nd room part ( 2.J.4 ) of the connecting part. The gas outlet valve part ( 2 Cor ), the part with the male screws ( 2.KA2 ) are inside the 2nd part of the room ( 2.J.4 ) and screwed onto the connecting part ( 2.J ) appropriate.

The bodypart ( 2.KA ) with the help of an Englishman from the outside ( 2.KA1 ) turned. As a result, with the help of the insert surface of the Part with the male screws ( 2.KA2 ) the seal ( 2.P ) jammed. As a result, the seal ( 2.P ) fulfill their function.

The seal ( 2.P ) we on the top part ( 2.J.6 ) of the connecting part.

The capsule space part ( 2.L ) is connected to the connecting part ( 2.J ) with the help of female screws, which are located inside the room part ( 2.L.2 ), screwed on by rotation and mounted.

The capsule space part ( 2.L ) with the help of an Englishman from the outside ( 2.L.1 ) turned. This will cause the seal ( 2nd round ) between the insert surface of the room part ( 2.L.2 ) and the insert surface of the male screws ( 2.J.5 ) is jammed by the connecting part. Thus, the seal ( 2nd round ) fulfill their function.

The connection receiving part ( 2.M.2 ) of the moving part ( 2.M ) is applied to the capsule space portion ( 2.L ) appropriate.

During assembly, the documents ( 2.W.1 ) between the outer part ( 2.L.1 ) of the capsule space part and the connection receiving part ( 2.M.2 ) of the moving part.

On the screws ( 2.TT ) the documents ( 2.W.2 ) used. Afterwards the screws ( 2.TT ) in turn in the female mounting holes ( 2.L.5 ) of the capsule space part by passing through the mounting hole part ( 2.M.3 ) of the moving part are brought through.

After screwing the screws ( 2.TT ) is the moving part ( 2.M ) on the capsule space part ( 2.L ), where it is also movable. This allows the moving part ( 2.M ) the front side of the capsule space part ( 2.L.4 ) open and close. The surface ball bearing ( 2.U ) is placed in the room part ( 2.N.3 ) of the latch part attached.

The segment ( 2.Y ) is inserted by means of a segment pliers into the segment channel part ( 2.N.2 ), which is located in front of the surface ball bearing. As a result, the surface ball bearing ( 2.U ) that he is inside the room part ( 2.N.3 ) can be operated.

The grip part ( 2.V.1 ) of the portable part is inserted in the hole located in the center of the surface ball bearing. The insert surface of the abutting part ( 2.V.2 ) of the portable part leans against the insert surface of the surface ball bearing ( 2.U ) at. Thus, the portable part ( 2.V ) to the surface ball bearing ( 2.U ) mounted.

The grip device ( 2.Z ) with the help of male screws to the handle ( 2.N.5 ) bolted the bolt part.

The bolt part ( 2.N. ) with the help of the grip devices ( 2.Z ) by rotation to the space part of the movable part ( 2.M.5 ) screwed. Thus, the latch part ( 2.N. ) with the help of the connecting screws to the moving part ( 2.M ), so that it is movable and can fulfill its function.

With the assembly of the bolt part ( 2.N. ) to the moving part ( 2.M ), the assembly process of the filling device is completed.

O- THE ASSEMBLY METHOD OF THE FILLING DEVICE ( 2 ) TO THE CONVENTIONAL CO2 FIRE EXTINGUISHER (BY BOLT)

The seal ( 2.O ) is in the 1st room part ( 2.J.1 ) of the connecting part of the filling device attached.

The filling device ( 2 ) is screwed to the valve with the male screws of the CO2 extinguisher by means of the female screws, which are located inside the first part of the room. The filling device ( 2 ) with the help of an Englishman from the outside ( 2.J.7 ) of the connecting part turned. As a result, the connecting screws of the filling devices ( 2 ) and the valve from the CO2 extinguisher. After this processing, the seal ( 2.O ) between the insert surface of the first space part ( 2.J.1 ) and the insert surface of the valve is jammed by the CO2 extinguisher and can perform its function.

As a result, the filling device ( 2 ) to the CO2 extinguisher.

P- THE FILLING METHOD OF LIQUID CARBONDIOXIDE GAS IN THE 12 GR. CO2 CAPSULE WITH THE ONE-WAY VALVE THROUGH THE FILLING DEVICE ( 2 )

The user needs to fill his 12 gr. CO2 capsule with the disposable valve ( 1.T.1 ) ( 1.T.2 ) with the carbon dioxide gas, the well-known CO2 fire extinguisher.

The user assembles the filling device ( 2 ) by screwing to the valve with the male screws of the CO2 extinguisher.

The user brings his 12 gr. CO2 capsule with the disposable valve ( 1.T.1 ) ( 1.T.2 ), which he holds from the back, into the room part ( 2.L.4 ) of the CO2 extinguisher. This leans the vertex of the head part ( 1.B.1 ) from the one-way valve from the 12 gr. CO2 capsule with the disposable valve ( 1.T.1 ) ( 1.T.2 ) to the seal ( 2nd round ).

While the user with one hand, the moving part ( 2.M ), so that it closes the front side of the room part, he simultaneously turns the handle with the other hand ( 2.Z ). As a result, the user actuates the latch part ( 2.N. ) and push the 12 gr. CO2 capsule with the one-way valve to the seal.

The user jams the 12 gr. CO2 capsule with the one-way valve between the gasket ( 2nd round ) and the portable part ( 2.V ). After the user has carried out this processing, the moving part ( 2.M ), and the one-way valve ( 1 ) of the 12 gr. CO2 capsule with the one-way valve ( 1.T.1 ) ( 1.T.2 ), which has been closed, opened.

The 12 gr. CO2 capsule with the disposable valve ( 1.T.1 ) ( 1.T.2 ), whose one-way valve ( 1 ) in the open state is ready for the filling process of the liquid carbon dioxide gas.

The user opens the valve of the CO2 extinguisher. In this way it transfers the liquid carbon dioxide gas, which is inside the CO2 extinguisher, into the 12 gr. CO2 capsule with the disposable valve (with the help of the filling device). 1.T.1 ) ( 1.T.2 ).

The liquid carbon dioxide gas is with the help of the main gas channel part ( 2.J.2 ) from the filling device into the 12 gr. CO2 capsule with the one-way valve ( 1.T.1 ) ( 1.T.2 ) Have been transferred.

The user closes the valve of the CO2 extinguisher after waiting for a while and thus stops the carbon dioxide gas discharge in the filling device ( 2 ). While the liquid carbon dioxide gas from the inside of the CO2 extinguisher through the filling device ( 2 ) into the 12 gr. CO2 capsule with the disposable valve ( 1.T.1 ) ( 1.T.2 ), it is sublimated because of the heat. In this case, if you use the 12 gr. CO2 capsule with the one-way valve ( 1.T.1 ) ( 1.T.2 ) used, are not given sufficient pressure because the carbon dioxide is in the liquid state.

Therefore, the 12. gr. CO2 capsule with the one-way valve ( 1.T.1 ) ( 1.T.2 ) are completely filled with liquid carbon dioxide gas.

With this in mind, the carbon dioxide gas inside the 12 gr. CO2 capsule with the one-way valve ( 1.T.1 ) ( 1.T.2 ) and the filling device ( 2 ) has been completely emptied.

The energy involved in filling the filling device ( 2 ) and the 12 gr. CO2 capsule with the one-way valve ( 1.T.1 ) ( 1.T.2 ), causes the cooling of the devices ( 1.T.1 ) ( 2 ).

Therefore, the user must use his 12 gr. CO2 capsule with the disposable valve ( 1.T.1 ) ( 1.T.2 ) and cool until the carbon dioxide gas is no longer sublimated.

With this intention, the user opens by turning the handle device ( 2.S ) the gas outlet cock portion ( 2 Cor ) of the filling device. As a result, it empties the carbon dioxide gas, which is inside the 12 gr. CO2 capsule with the disposable valve ( 1.T.1 ) and the filling device ( 2 ) is located.

The user repeats the process until the liquid carbon dioxide gas flowing from the CO2 extinguisher into the devices ( 2 ) ( 1.T.1 ) ( 1.T.2 ) is no longer sublimated.

During the blank process, the carbon dioxide gas flowing out of the gas outlet hole portion (FIG. 2.KA5 ) of the filling device flows out with pressure, observe. While the carbon dioxide gas coming from the gas outlet hole part ( 2.KA5 ) of the filling apparatus, is not visible, one can see the liquid carbon dioxide gas before sublimating, because it is in the white state (like snow).

hereby The user can change the state of the carbon dioxide gas he is from the CO2 extinguisher transferred to the filling device has, track.

The user carries on the filling process by following the density of the carbon dioxide gas which he or she has removed from the filling device ( 2 ) has released.

The user opens the valve of the CO2 extinguisher after disconnecting the gas outlet cockpit ( 2 Cor ) has closed. In this way it transfers for the second time the liquid carbon dioxide gas by means of the filling device ( 2 ) into the 12 gr. CO2 capsule with the disposable valve ( 1.T.1 ) ( 1.T.2 ).

After waiting for a while, the user repeatedly closes the valve of the CO2 extinguisher and stops the carbon dioxide gas drain in the filling device ( 2 ).

As a result of this processing, he has his 12 gr. CO2 capsule with the one-way valve ( 1.T.1 ) ( 1.T.2 ) completely filled with liquid carbon dioxide gas.

The user opens by rotation the bolt part ( 2.N. ).

With the opening of the latch part ( 2.N. ) by the user, the pressure acting on the moving part ( 2.M ) and the 12 gr. CO2 capsule with the one way valve ( 1.T.1 ) ( 1.T.2 ) is raised, lifted off.

As a result, the moving part is freed ( 2.M ) from the attached state and at the same time closes the one-way valve ( 1 ) of the 12 gr. CO2 capsule with the one-way valve ( 1.T.1 ) ( 1.T.2 ) fastest.

This is the liquid carbon dioxide gas in the 12 gr. CO2 capsule with the one-way valve ( 1.T.1 ) ( 1.T.2 ) stored.

At the same time, the liquid carbon dioxide gas sublimating inside the gas channels ( 2.J.2 ) ( 2.J.3 ) of the filling device ( 2 ) and is from the gas outlet hole portion ( 2.L.6 ) of the filling device.

The user opens the front side of the capsule space part ( 2.L.4 ) by indicating the direction of the moving part ( 2.M ) changes.

He gets from the inside of the capsule room part ( 2.L.4 ) the 12 gr. CO2 capsule with the disposable valve ( 1.T.1 ) ( 1.T.2 ) filled with liquid carbon dioxide gas.

The user brings in the room part ( 2.B.5 ) of the disposable valve from the 12 gr. CO2 capsule with the one-way valve ( 1.T.1 ) ( 1.T.2 ), the seal ( 2.D ) at.

Hereby the user has the 12 gr. CO2 capsule with the disposable valve ( 1.T.1 ), in which it has filled liquid carbon dioxide gas, brought into the condition that they can be used with the CO2 guns.

The developed with this invention 12 gr. CO2 capsule and the devices, who bring up the people to fill them independently, can also Sodamaschinen, at fire extinguishers, in life vests, in hospitals for the kotelisation devices (electro), for paint guns, throw the paint capsule, in air jackets, in bicycle and motorcycle pumps, in camera and lens cleaner devices, in model airplanes and in cars with the carbon dioxide pressure actuated become.

Claims (37)

CO2 capsule, especially 12gr. CO2 capsule ( 1.T.1 ) ( 1.T.2 ) and device for automatically filling the capsule, characterized by - a one-way valve ( 1 ) attached to the 12 gr.-CO2 capsule ( 1.T.1 ) ( 1.T.2 ) is mounted; - the 12 gr. CO2 capsule with the one-way valve ( 1.T.1 ) ( 1.T.2 ) associated with the assembly of the one-way valve ( 1 ) has arisen; and a filling device ( 2 ) to fill the 12 gr.-CO2 capsule (1-T, 1, 1.T.2 ) with liquid carbon dioxide gas. CO2 capsule, especially 12gr. CO2 capsule ( 1.T.1 ) ( 1.T.2 ) and device according to claim 1, characterized by: - body part ( 1.A ), - massive, uniform part ( 1.B ), - Valve part ( 1.C ), - Seals 1.D ( 1.E ) ( 1.G ) ( 1.h ), - Washer ( 1.F ), and - cylindrical compression spring ( 1.I ). CO2 capsule, especially 12gr. CO2 capsule ( 1.T.1 ) ( 1.T.2 ) and device according to claim 1 or 2, characterized in that the one-way valve on the 12 gr. CO2 capsule with the one-way valve ( 1.T.1 ) ( 1.T.2 ) is mountable. Filling device according to claim 1, characterized by: - connecting part ( 2.J ), - Gas outlet tap part ( 2 Cor ), - cylinder space part ( 2.L ), - moving part ( 2.M ), - bolt part ( 2.N. ), - Seals ( 2.O ) ( 2.P ) ( 2nd round ), - grip device ( 2.S ), - push-in screws ( 2.TT ), - surface ball bearings ( 2.U ), - portable part ( 2.V ), - washers ( 2.W.1 ) ( 2.W.2 ), - segment ( 2.Y ), - grip device ( 2.Z ), and mother ( 2.X ). CO2 capsule, especially 12gr. CO2 capsule ( 1.T.1 ) ( 1.T.2 ) and device according to claim 1, 2 or 3, characterized by the body part ( 1.A ) of the one-way valve, which consists of the following 8 parts: - key space part ( 1.A.1 ), - supporting part ( 1.A.2 ), - sealing channel part ( 1.A.3 ), - connection part ( 1.A.4 ), - intermediate part ( 1.A.5 ), - lower part ( 1.A.6 ), - sledge ( 1.A.7 ), and - body exit hole part ( 1.A.8 ). CO2 capsule, especially 12gr. CO2 capsule ( 1.T.1 ) ( 1.T.2 ) and device according to claim 1, 2, 3 or 5, characterized by the existence of parallel corners on the sides of the key space part ( 1.A.1 ) of the body part of the one-way valve ( 1 ). CO2 capsule, especially 12gr. CO2 capsule ( 1.T.1 ) ( 1.T.2 ) and device according to claim 1, 2, 3 or 5, characterized by the existence of male screws with female screws, the are located inside the 12 gr. CO2 cylinder (T.1) (T.2), correspond and are located on the connecting part ( 1.A.4 ) of the body part of the one-way valve ( 1 ) are located. CO2 capsule, especially 12gr. CO2 capsule ( 1.T.1 ) ( 1.T.2 ) and device according to claim 1, 2 or 3, characterized by a movable part ( 1.B ) of the disposable valve ( 1 ), which consists of the following 7 parts: - Headboard ( 1.B.1 ), - neck part ( 1.B.2 ), - Mile part ( 1.B.3 ), - part with the male screws ( 1.B.4 ), - Room part ( 1.B.5 ), - gas channel part ( 1.B.6 ), and - gas inlet and outlet part ( 1.B.7 ). CO2 capsule, especially 12gr. CO2 capsule ( 1.T.1 ) ( 1.T.2 ) and device according to claim 1, 2, 3 or 8, characterized by a head part ( 1.B.1 ) of the uniform, massive part ( 1.B ) of the disposable valve ( 1 ), on one side of the massive, unified part ( 1.B ) and up to the end point ( 1.B.2 ) and through the room part ( 1.B.5 ), which is located inside this part. CO2 capsule, especially 12gr. CO2 capsule ( 1.T.1 ) ( 1.T.2 ) and device according to claim 1, 2, 3 or 8, characterized by a neck part ( 1.B.2 ) of the massive, unified part ( 1.B ) of the one-way valve ( 1 ) starting at the point where the headboard ( 1.B.1 ) ends of the solid, unitary part of the one-way valve, and continues to the point where the mile part ( 1.B.3 ) and through the gas channel part ( 1.B.6 ), which is located inside this part. CO2 capsule, especially 12gr. CO2 capsule ( 1.T.1 ) ( 1.T.2 ) and device according to claim 1, 2, 3 or 8, characterized by a mile part ( 1.B.3 ) of the massive, unified part ( 1.B ) of the one-way valve, which starts at the point where the neck part ( 1.B.2 ) of the solid, unitary part of the one-way valve, and continues to the point where the part with the male screws ( 1.B.4 ) and through the gas channel part ( 1.B.6 ), which is located inside this part and on which the gas inlet and outlet part ( 1.B.7 ) is located. CO2 capsule, especially 12gr. CO2 capsule ( 1.T.1 ) ( 1.T.2 ) and device according to claim 1, 2, 3 or 8, characterized by a part with the male screws ( 1.B.4 ) of the massive, unified part ( 1.B ) of the one-way valve ( 1 ) starting at the point where the mileage part ( 1.B.3 ) of the solid, unitary part terminates from the one-way valve and forms the other side, and there are male screws thereon, corresponding to the female screws located inside the valve member. CO2 capsule, especially 12gr. CO2 capsule ( 1.T.1 ) ( 1.T.2 ) and device according to claim 1, 2, 3 or 3, characterized by a valve part ( 1.C ) of the one-way valve, which consists of the following 3 parts: - outer part ( 1.C.1 ), - Room part ( 1.C.2 ), and - part with the female screws ( 1.C.3 ). CO2 capsule, especially 12gr. CO2 capsule ( 1.T.1 ) ( 1.T.2 ) and device according to claim 1, 2 or 13, characterized by a space part of the valve part ( 1.C ) of the one-way valve, the one side of the valve member ( 1.C ) of the one-way valve forms a cavity which is opened in and wherein the cavity partially in the interior of the valve member ( 1.C ) is located. CO2 capsule, especially 12gr. CO2 capsule ( 1.T.1 ) ( 1.T.2 ) and device according to claim 1, 2 or 13, characterized by a part with the female screws ( 1.C.3 ) of the valve part ( 1.C ) of the one-way valve, which consists of the blind hole, from the center of the insert surface of the space part ( 1.C.2 ) begins and inside female screws are present. CO2 capsule, especially 12gr. CO2 capsule ( 1.T.1 ) ( 1.T.2 ) and device according to claim 1, 2, 3 or 13, characterized in that in the interior of the mouth part of which the one-way valve ( 1 ) to be mounted 12 gr. CO2 capsule (T.1) (T.2) the following parts are present: - sealing chamber, and - female screws, which are connected to the male screws, which are located on the connecting part ( 1.A.4 ) of the body part of the one-way valve, correspond. CO2 capsule, especially 12gr. CO2 capsule ( 1.T.1 ) ( 1.T.2 ) and device according to claim 1, 2, 3 or 16, characterized in that the mouth part of the 12 gr. CO2 capsule (T.1) (T.2) the one-way valve ( 1 ) is screwed. CO2 capsule, especially 12gr. CO2 capsule ( 1.T.1 ) ( 1.T.2 ) and device according to claim 1 or 4, characterized by a connecting part ( 2.J ) of the filling device, which consists of the following 7 parts: 2.J.1 ), - main gas channel part ( 2.J.2 ), - secondary gas channel part ( 2.J.3 ), - 2nd room part ( 2.J.4 ), - part with the male screws ( 2.J.5 ), - tip part ( 2.J.6 ), and - Outer part ( 2.J.7 ). CO2 capsule, especially 12gr. CO2 capsule ( 1.T.1 ) ( 1.T.2 ) and device according to claim 1, 4 or 18, characterized by a first space part ( 2.J.1 ) of the connecting part ( 2 .J) of the filling device, wherein - on one side of the connecting part ( 2 .J) the filling device is a cavity, - there are female screws in the interior, and - a hole is made at the center of the insert surface, containing the main gas channel part ( 2.J.2 ). CO2 capsule, especially 12gr. CO2 capsule ( 1.T.1 ) ( 1.T.2 ) and device according to claim 1, 4 or 18, characterized by a second space part ( 2.J.4 ) of the connecting part ( 2.J ) of the filling device, wherein over one corner of the hexagonal outer part ( 2.J.7 ) of the connecting part ( 2.J ), a cavity is present in the filling device, there are female screws in the interior, and at the center of the insert surface, a hole is created which encloses the secondary gas channel part ( 2.J.2 ). CO2 capsule, especially 12gr. CO2 capsule ( 1.T.1 ) ( 1.T.2 ) and device according to claim 1, 4 or 18, characterized by a part with the male screws ( 2.J.5 ) of the connecting part ( 2.J ) of the filling device, being at the point where the outer part ( 2.J.7 ) of the connecting part of the filling device starts, and continues to the point where the tip part ( 2.J.6 ), and - where there are male screws on it. CO2 capsule, especially 12gr. CO2 capsule ( 1.T.1 ) ( 1.T.2 ) and device according to claim 1, 4 or 18, characterized by a tip part ( 2.J.6 ) of the connecting part ( 2.J ) at the point where the male screw part ( 2.J.5 ) of the connecting part of the filling device ends and forms the other side, - it has a smaller, cylindrical diameter, which is smaller than the diameter of the hole located in the center of the seal ( 2nd round ) and - the hole is located at the center of the front side, which is the gas channel part ( 2.J.2 ). CO2 capsule, especially 12gr. CO2 capsule ( 1.T.1 ) ( 1.T.2 ) and device according to claim 1 or 4, characterized by a capsule space part ( 2.L ) of the filling device, which consists of the following 6 parts - outer part ( 2.L.1 ), - Room part ( 2.L.2 ), - Valve inlet hole part ( 2.L.3 ), - capsule space part ( 2.L.4 ), - mounting hole part with the female screws ( 2.L.5 ), and - gas outlet hole part ( 2.L.6 ). CO2 capsule, especially 12gr. CO2 capsule ( 1.T.1 ) ( 1.T.2 ) and device according to claim 1, 4 or 23, characterized by a space part ( 2.L.2 ) of the capsule space part ( 2.L ) of the filling device, wherein - on one side of the capsule space part ( 2.L ) there is a cavity in the filling device, - inside are female screws, - at the center of the insert surface, a hole is created, which opens the valve inlet hole part ( 2.L.3 ) and opens into the capsule space. CO2 capsule, especially 12gr. CO2 capsule ( 1.T.1 ) ( 1.T.2 ) and device according to claim 1, 4 or 23, characterized by a mounting hole part with the female screws ( 2.L.5 ) of the capsule space part of the filling device and the gas outlet hole part ( 2.L.6 ), which above the hexagonal outer part of the capsule space part ( 2.L.1 ) and enter the capsule space portion ( 2.L.4 ) and that on the mounting hole part with the female screws ( 2.L.5 ) female screws are located. CO2 capsule, especially 12gr. CO2 capsule ( 1.T.1 ) ( 1.T.2 ) and device according to claim 1 or 4, characterized by the movable part ( 2.M ) of the filling device, which consists of the following 5 parts: - outer part ( 2.M.1 ), - connection receiving part ( 2.M.2 ), - mounting hole part ( 2.M.3 ), - slot part ( 2.M.4 ), and - part with the female movement screws ( 2.M.5 ). CO2 capsule, especially 12gr. CO2 capsule ( 1.T.1 ) ( 1.T.2 ) and device according to claim 1, 4 or 26, characterized by a connection receiving part ( 2.M.2 ) of the moving part of the filling device, which consists of parallel extensions extending from the slot part ( 2.M.4 ) protrude and on one side of the moving part ( 2.M ) of the filling device and through holes that start over the Extensions and into the slot part ( 2.M.4 ) and open the mounting hole part ( 2.M.3 ) form. CO2 capsule, especially 12gr. CO2 capsule ( 1.T.1 ) ( 1.T.2 ) and device according to claim 1, 4 or 26, characterized by a part with the female movement screws ( 2.M.5 ) coming from the other side of the moving part ( 2.M ) of the filling device begins, with a hole and large-stepped female screws inside. CO2 capsule, especially 12gr. CO2 capsule ( 1.T.1 ) ( 1.T.2 ) and device according to claim 1 or 4, characterized by a latch part ( 2.N. ) of the filling device, which consists of the following 5 parts - Part with male motion screws ( 2.N.1 ), - segment channel part ( 2.N.2 ), - Room part ( 2.N.3 ), - stem part ( 2.N.4 ), and - grip part ( 2.N.5 ). CO2 capsule, especially 12gr. CO2 capsule ( 1.T.1 ) ( 1.T.2 ) and device according to claim 1, 4 or 29, characterized by a part with the male motion screws ( 2.N.1 ) of the latch part ( 2.N. ) of the filling device, which on one side of the latch part ( 2.N. ) of the filling device begins and continues to the point where the stem part ( 2.N.4 ) and where there are large-scale, male screws on it. CO2 capsule, especially 12gr. CO2 capsule ( 1.T.1 ) ( 1.T.2 ) and device according to claim 1, 4 or 29, characterized by a space part ( 2.N.3 ) of the latch part ( 2.N. ) of the filling device, which forms a cavity which extends on one side of the latch part ( 2.N. ) of the filling device and wherein there is a circular recess in the interior, which the segment channel part ( 2.N.2 ). CO2 capsule, especially 12gr. CO2 capsule ( 1.T.1 ) ( 1.T.2 ) and device according to claim 1 or 4, characterized by a gas outlet cock portion ( 2 Cor ) of the filling device, which consists of the following 2 parts, body part ( 2.KA ), and massive, uniform part ( 2.KB ). CO2 capsule, especially 12gr. CO2 capsule ( 1.T.1 ) ( 1.T.2 ) and device according to claim 1, 4 or 32, characterized by a body part ( 2.KA ), the lower part of the gas outlet tap part ( 2 Cor ) of the filling device and consists of the following 5 parts - outer part ( 2.KA1 ), - part with the male screws ( 2.KA2 ), - sledge ( 2.KA3 ), - hole part with the female screws ( 2.KA4 ), and gas outlet hole portion ( 2.KA5 ). CO2 capsule, especially 12gr. CO2 capsule ( 1.T.1 ) ( 1.T.2 ) and device according to claim 1, 4 or 32, characterized by a solid, uniform part ( 2.KB ), the lower part of the gas outlet tap part ( 2 Cor ) and consists of the following 3 parts - handle with the male screws ( 2.KB1 ), - lower part ( 2.KB1 ), and - gas channel part ( 2.KB3 ). CO2 capsule, especially 12gr. CO2 capsule ( 1.T.1 ) ( 1.T.2 ) and device according to claim 1, 4, 32 or 34, characterized by a gas channel part ( 2.KB3 ), which consists of vertical recesses extending on the sides of the lower part ( 2.KB2 ) of the solid, unitary part, which is the lower part of the gas outlet tap part. CO2 capsule, especially 12gr. CO2 capsule ( 1.T.1 ) ( 1.T.2 ) and device according to one of the preceding claims, characterized by refillable capsules, to the one-way valves ( 1 ), wherein the capsules can have different geometrical shapes and different weights, and by the filling devices ( 2 ), which have matching geometric shape. CO2 capsule, especially 12gr. CO2 capsule ( 1.T.1 ) ( 1.T.2 A device according to any one of the preceding claims, characterized by being provided in the following items: CO2 guns, pistols casting color caps, pumps used on bicycle tires, motorcycle tires and scooter tires, air jackets, camera and lens cleaning devices , Soda and beer machines and their accessories, laboratories, medical equipment, hospitals in kotelemaschine (electro), model airplanes and model cars, refillable or the pressure-working objects, toys that are made of carbondioxidfestem material.