RU47870U1 - DEVICE FOR DISCHARGE OF LIQUID FLUID PRODUCT (OPTIONS) - Google Patents

Abstract

The utility model relates to the delivery of a fluid product from a hermetically sealed container and can be used in fire fighting, medicine, agriculture, for spilling food fluid products, etc.

Option 1. A device for dispensing a fluid product, including a container with a product possibly under pressure, a tube placed inside the container, an element for fixing the container, a clamping and regulating element, a throttle-cooling element, an uncoupling element, a product spill vessel, and a flexible tube or partially flexible, consists of two parts: a supply tube and an output tube, while the device may include a clamping-regulating element, including a clamping-regulating element, includes a fixed rack, an independent stand, a movable support surface, an elastic element, a fixed clamping surface, a movable clamping surface or a valve-float-type control element consisting of a housing, a locking member, a dispensing tube and a clamp-adjusting element of the bracket.

Option 2. A device for dispensing a fluid product, including a container with a product possibly under pressure, a flexible or partially flexible tube, a sealing element and an element for fixing the container, the container containing a recess into which the tube can be laid.

Option 3. A device for dispensing a fluid product, including a container with a product, possibly under pressure, a tube placed inside the container, possibly containing a corrugation and made with a variable diameter and the ability to pull it out of the container and return it back to the container when the pressure decreases in it 4. Device for dispensing a fluid product, including a container with a product possibly under pressure, a tube, flexible

or partially flexible, consisting of two parts: the supply tube and the delivery tube, the delivery tube is fixed in any known manner. for example, by means of adhesive tape, on the outer surface of the container. Option 5. Device for dispensing a fluid product, including a container with a product possibly under pressure, an element for fixing the container, a flexible or partially flexible tube, which consists of two parts: a supply tube and an output tube, a clamping and regulating element, a throttle-cooling element an element, an uncorking-sealing element, a vessel for spilling the product, while the tube can be laid outside the housing, for example, wound on a spool principle and fixed by the vessel for spilling the product. Option 6. A device for dispensing a fluid product, including a container with a product possibly under pressure, contains an element for fixing the container, a tube issuing a flexible or partially flexible, clamping-regulating element, a throttle-cooling element, an uncoupling and sealing element, a spill vessel product, while the tube can be laid outside the housing, for example, wound on a spool principle and fixed by a vessel for spilling the product. Option 7. Device for dispensing a fluid product, including a container with a product possibly under pressure, an element for fixing the container, a clamping and regulating element, a throttle-cooling element, an uncoupling element, a tube containing corrugation, made with the possibility of stretching. Option 8. A device for dispensing a fluid product, including a container with a product, possibly under pressure, and a plug, and a hole is provided in the plug, covered by a membrane or a short sealed tube in the form of a “nipple” is removed from it. Option 9. Device for dispensing a fluid product, including a container with a product possibly under pressure, a flexible tube or partially flexible tube placed inside the container, consisting of two

parts of the supply and delivery, the delivery part of the tube is made of easily deformable material for laying it inside the supply tube.

Description

The utility model relates to devices for dispensing a fluid product from a hermetically sealed container and can be used in fire fighting, medicine, agriculture, for spilling food fluid products, etc.

A device for bottling drinks is known, application No. 97110907 MKP B 67 D 1/04, priority date from 06/27/1997, publication date 06/20/99 g, including a dispensing device, safety valve and a plastic container with a pressurized beverage.

A disadvantage of the known device and method is the inconvenience of using the device associated with the need to move the entire vessel with liquid, with the possibility of foaming of the drink, volumetric coordinate inaccuracy of fluid delivery to the place of consumption.

A device for dispensing a liquid under pressure (options), application No. 99114593/13, comprising a housing with a spring pressure plate in the upper part, hermetically connected with it to move along the axis, a channel, a flange with a tail, a tube reaching the bottom capacity, while on the inner side of the plate contains a rod with a cone-shaped valve installed in the working position by forcing through a cone-shaped hole in the flange.

The disadvantage of this device is the significant consumption of materials and, as a consequence, the high cost, as well as the impossibility of a single use, in addition, the inconvenience of its operation associated with the need to move the vessel.

Closest to the claimed device is the "Bottle, tube, tube retainer and cap" RU 2238895, consisting of a bottle placed inside the tube retainer, the tube itself and the cap, in which the top of the tube is located. A tube having a corrugation is placed in a bottle

at the top and connected to the latch. The latch interacts with the inner surface of the bottle, which in the upper part has protrusions or recesses for fixing the rods of the latch when placing it inside the bottle. Elastic rods come from the center, are inclined to the tube and abut with their ends against the surface of the bottle (in the protrusions or indentations). The tube is threaded through the center of the retainer. The corrugation of the tube has an increased size and is capable of stretching. On the one hand, the upper part of the corrugation has enlarged folds, which ensures bending of the tube after stretching the corrugation. The bottle cap is increased in height and has a cavity in which the top of the tube is placed. The inner surface of the lid has a protrusion, pressed against the top of the bottle to prevent liquid from getting out from under the lid.

The above device has disadvantages: not the manufacturability of the device assembly, the complexity of manufacture and use. In addition, the corrugation in this device is not stretched by pressure, is not formed by pressure, does not take a predetermined position in space and there is no increased pressure in the container. The vessel is not sealed in working condition, the product is delivered to a specified place by the application of external forces to the tube channel

The purpose of the proposed utility model is as follows:

Providing the possibility of dispensing a fluid product, possibly under pressure, from a container mounted on a table or floor level to a container through the channel, creating a pressure differential between the inner and peripheral ends of the channel, coordinate-volumetric accuracy of product delivery to the place of consumption, regulation product consumption, eliminating the loss of carbonation throughout the consumption of the product.

The goal is solved as follows:

Option 1. Device for the issuance of a fluid product, including a container with a product, possibly under pressure, placed

inside the container there is a tube, an element for fixing the container, a clamping and regulating element, a throttle-cooling element, an uncoupling element, a vessel for pouring the product, and the tube is flexible or partially flexible, consists of two parts: a supply tube and a delivery tube, while the device may contain clamping and regulating element, including a fixed stand, a movable stand, a movable supporting surface, an elastic element, a clamping surface, a fixed, a clamping surface, a movable or control element of a valve-float type, consisting of a housing, a locking element, an issuing tube and a clamping and regulating element.

Option 2. A device for dispensing a fluid product, including a container with a product possibly under pressure, a flexible or partially flexible tube, a sealing element and an element for fixing the container, the container containing a recess into which the tube can be laid.

Option 3. Device for dispensing a fluid product, including a container with a product, possibly under pressure, a tube placed inside the container, possibly containing a corrugation and made with a variable diameter and the ability to pull it out of the container by pressure of the contents of the container or by hand and return it back to the container. Option 4. A device for dispensing a fluid product, including a container with a product, possibly under pressure, a tube, flexible or partially flexible, consisting of two parts: a supply tube and a delivery tube, the delivery tube is fixed by any known method, for example, using tape, to the outer surface of the tank. Option 5. Device for dispensing a fluid product, including a container with a product possibly under pressure, an element for fixing the container, a flexible or partially flexible tube, which consists of two parts: a supply tube and an output tube, a clamping and regulating element, a throttle-cooling element uncoupling element

a sealing element, a vessel for spilling the product, while the tube can be laid outside the housing, for example, wound on a spool principle and fixed by the vessel for spilling the product. Option 6. A device for dispensing a fluid product, including a container with a product possibly under pressure, contains an element for fixing the container, a tube issuing a flexible or partially flexible, clamping-regulating element, a throttle-cooling element, an uncoupling and sealing element, a spill vessel product, while the tube can be laid outside the housing, for example, wound on a spool principle and fixed by a vessel for spilling the product. Option 7. Device for dispensing a fluid product, including a container with a product possibly under pressure, an element for fixing the container, a clamping and regulating element, a throttle-cooling element, an uncoupling element, a tube containing corrugation, made with the possibility of stretching. Option 8. A device for dispensing a fluid product, including a container with a product, possibly under pressure, and a plug, and a hole is provided in the plug, covered by a membrane or a short sealed tube in the form of a “nipple” is removed from it. Option 9. A device for dispensing a fluid product, including a container with a product, possibly under pressure, a flexible or partially flexible tube placed inside the container, consisting of two parts: a supply and a delivery, the delivery part of the tube is made of easily deformable material for laying it inside the supply tube.

The inventive device for dispensing a fluid product under pressure is shown in FIG. 1, FIG. 2, FIG. 3, FIG. 4, FIG. 5, FIG. 6, FIG. 7., FIG. 8, FIG. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14, Figure 15, Figure 16, Figure 17, Figure 18, Figure 19.

Figure 1 A device for dispensing a fluid product under pressure, located upstream of the outlet and a dispensing tube wound on the outside of the container. Option 1

Figure 2 A device for dispensing a fluid product under pressure, located upstream of the outlet and the issuing tube fixed in a niche outside the container. Option 2

Figure 3 A device for dispensing a fluid product under pressure, located upstream of the outlet and a dispensing tube wound on the outside of the container and secured by a conical vessel. Option 5

Fig. 4 Device for dispensing a fluid product under pressure and with a dispensing tube fixed to the outside of the container. Option 4

Figure 5. A device for dispensing a fluid product under pressure, located with a dispensing hole downward and a dispensing tube wound on the outside of the container and secured by a conical vessel. Option 6

6. A device for dispensing a fluid product under pressure, located with the dispensing hole down, depicted when using the vessel.

7. A device for dispensing a fluid product shown in conjunction with a clamping control element.

Fig. 8. Device for dispensing a fluid product. The delivery tube is made integral with the cork.

Fig.9. Option to lay the delivery tube inside the supply tube (working position).

Figure 10. The option of laying the delivery tube inside the supply tube (not working position).

11. Clamping element (not working position)

Fig. 12. Clamp-adjusting element (working position)

Fig.13. Clamp-adjusting element.

Fig.14. Uncoupling element.

Fig.15. A device for dispensing a fluid product, in which the delivery tube comprises corrugation.

Fig.16. Valve-float control element (operating position)

Fig. 17 Control element of the valve-float type (not operating position)

Fig. 18. and Fig. 19. A device for dispensing a fluid product in the idle position, the tube, contains a corrugation and is made with a variable diameter for the possibility of pulling the tube and return the tube back to the tank

A device for dispensing a fluid product, possibly under pressure (Figure 1) consists of a container 1 with a dispensing hole 12, covered by a stretchable membrane 16 and applied to the tank by a scale 10, a supply tube 2, an issuing tube 3, fixing elements 4 for fixing the container, the issuing head 17, the seal 5, the uncoupling element 6, the clamping-regulating element 7, the throttle-cooling element 8, the vessel 13 on the tank is applied a measuring scale 23 for controlling the consumption of the product. The delivery head may include a dynamic jet absorber, nozzle, mouthpiece, dispenser for dispensing a product.

A device for dispensing a fluid product possibly under pressure (FIG. 2) consists of a container 1 with a dispensing hole 12, a supply pipe 2, a dispensing pipe 3 connected to a supply pipe and laid in a recess 32 in the container 1, and a sealing element 5

A device for dispensing a fluid product possibly under pressure (FIG. 3) consists of a container 1, a fixing element 4, a feeding tube 2, an issuing tube 3, wound around the container 1 and secured by a vessel for spilling the product 13, an uncoupling element 6,

consisting of a ring 10 for tearing the membrane 11. the opening of the vessel for spilling the product is blocked by an aseptic film 38.

In the device for dispensing a fluid product (Figure 4) possibly under pressure, the delivery tube 3 is fixed on the outside of the container 1 along its vertical axis.

A device for dispensing a fluid product (FIG. 5) located downstream of the discharge opening 12, covered by a membrane 16, consists of a container 1, a delivery pipe 3, laid on the outside of the container 1 and fixed by the vessel 13, the fixing device 4, the membrane 11, the uncoupling element 6 , clamping and adjusting element 7, throttle-cooling element 8 and uncoupling-sealing element 9.

The device for issuing a fluid product (Fig.6), consists of a container 1 located downstream of the outlet 12, covered by a membrane 11, an issuing tube 3, a fixing device 4, a seal 5, an uncoupling element 6, a clamping and adjusting element 7, a throttle-cooling element 8, uncoupling element 9 and vessel 13.

A device for dispensing a fluid product (FIG. 7), includes a container 1, a dispensing tube 3, a clamping-regulating element 7, a vessel 13.

The fluid product dispenser (Fig. 8) consists of a container 1, a fixing element 4, a plug 36, in which the outlet 12 can be covered by a membrane or a short sealed tube in the form of a “nipple” is removed from it.

Fig. 9 and Fig. 10 show an embodiment of the production of the delivery tube 3 from easily deformable material for laying inside the supply tube 2, Fig. 9 - the delivery tube 3 is prepared for operation. Figure 10 is not the working position of the issuing tube 3, located inside the supply tube 2.

The clamping and regulating device (Fig. 11) and (Fig. 12), (not the working position of Fig. 11), (the working position of Fig. 12), consists of a fixed strut 25, a movable strut 24, a movable supporting surface 18, elastic

element 19, the clamping surface of the stationary 20, the clamping surface of the movable 21.

The clamping-regulating device, (Fig.13) consists of a closed bracket 14, which shows the issuing tube 3 in position A is open and position B is closed

The uncoupling element (Fig. 14), where the filiform body 37, for example, a wire or fishing line, is laid in a spiral of Archimedes inside the issuing tube 3 at its peripheral end.

A device for dispensing a fluid product, (FIG. 15), consists of a container 1, with a dispensing hole 12, covered by a membrane 16, a dispensing tube 3, containing a corrugation 30, laid on the outside of the device 1 and fixed by the vessel 13, fixing the container 1 of the device 4, uncoupling element 6, clamping and adjusting element 7, throttle-cooling element 8.

The control device of the valve-float type (Fig. 16) and (Fig. 17) consists of a housing 29, a locking member 28, an issuing tube 41, a seat 22 and a clamping-regulating element 27, for example, a closed bracket of Fig. 13, or a clamping-adjusting element, 11.

A device for issuing a fluid product (Fig. 18). The delivery tube 3 contains a corrugation 30 and the delivery head 17 is located inside the container 1. Not working position.

A device for issuing a fluid product (Fig.19). The issuing tube 3 is elongated due to the fact that the tube is made with a variable diameter and contains a corrugation 30. Operating position.

Capacity 1 with a retainer 4 (Fig. 1, 2, 3, 4, 5, 6, 7, 8, 15, 18.19,) can be glass, metal, plastic (polyethylene terephthalate), (PET bottle), etc. , with fluid possibly under pressure. The opening 12 of the container 1 can be blocked by a membrane 16 or by a sealing element 5. Inside the container 1, a tube 2 can be located (Figs. 1, 2, 3, 7, 18, 19), which is possibly partially flexible and can be composed

of two or more parts, and which from the liquid to the dispensing hole 12 and the sealing element 5 is the supply pipe 2, and from the dispensing hole 12 and the sealing element 5 to the clamping-adjusting element 7 is the delivery pipe 3. The tubes are one-piece . They can be installed during the manufacturing process of the device and fixed in the outlet 12 using the sealing element 5 or installed by the consumer, in this case, the outlet 12 is blocked, for example, by a membrane 16, which, when used, is pierced by the delivery tube, then the flexible end 9 (Fig. 1, FIG. 5, FIG. 6) of the supply tube 2 operates as an uncoupling element. If the container 1 is used by the delivery hole 12 down, then the supply pipe 2 is unnecessary. On the dispensing tube 2, it is possible to provide an uncoupling and sealing element 9, which pierces the membrane 16, overlapping the dispensing hole 12 and ensures the tightness of the device after opening the membrane 16. The dispensing tube 3 can be non-detachably attached to the opening 12 of the container 1. The dispensing tube 3 for compactness the initial position, can be entwined around the container 1 (Fig. 1, 3, 5, 6, 7) and fixed in any known manner, for example, with tape or entwined around the container 1 and fixed in a conical (Fig. 3, 5) or cylindrical vessel m 13, laid in the recess 32 of the container 1 (Figure 2), laid inside the supply tube (Figure 9 and Figure 10), and also fixed, for example, with tape or in any other way outside the container 1 along its vertical axis (Figure 4 ) or is located inside the tank 1 (Fig. 18, 19).

The device operates as follows:

Capacity 1 (Fig. 1, Fig. 6) (mounted on a support, horizontal or vertical (table, floor, ground, wall, any stand, on a person’s body, etc.) and fixed with a latch 4. The free end of the issuing the tubes 3 are clamped with a clamping and adjusting element 7, moving it to position B (Fig. 13), then the release tube 3 is uncorked with an uncorking

element 11 (Fig. 1, Fig. 3, Fig. 5, Fig. 6) it can be a tear-off, bursting membrane or a membrane opened by several turns of the thread, which is located in the form of a compressed cylindrical, conical spring or compressed Archimedes spiral (Fig. 14) or can be opened by any available method, for example, with a knife in place 35 (Fig. 8). In this case, the clamping and adjusting element 7 is positioned as close as possible to the issuing end of the tube 3 to reduce the "dead" unregulated volume of the issued fluid product.

In the case of laying the delivery tube 3 inside the supply tube 2 (Fig. 9 and Fig. 10), the tube 3 is made of easily deformable material, which allows, if necessary, the extension tube 3 to be pulled out by pressure of the contents of the vessel or by hand (Fig. 9), after using the device, remove her back (Figure 10).

In all devices (Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6), a clamping and adjusting element (Fig. 11 and Fig. 12) or a clamping and adjusting element ( Fig. 17 and Fig. 16)

The clamping and adjusting element (Fig. 11 and Fig. 12) works as follows: in the inoperative position, the delivery tube 3 is sandwiched between the clamping surfaces 20 - fixed and 21 - movable (Fig. 11), the vessel 13 is mounted on the movable support 18 and slightly they are pressed by the vessel and due to the movable stand 24 and the elastic element 19, the clamping surface of the movable 21 goes down, the gap between it increases by the clamping surface of the stationary 20, the delivery tube is released and the liquid enters the vessel 13 (Fig. 12)

The control element of the valve-float type (Fig. 17 and Fig. 16) works as follows: when the clamping bracket 27 is open, the shut-off element 28 moves downward onto the seat 22 of the dispensing tube 41 by the fluid flow of the product and closes the passage opening of the guide 22, a predetermined amount of product is dispensed . The clamp bracket 27 is moved to the closed position, the housing 29 continues to be filled with product.

Through the seat 22, a guaranteed minimum flow of the fluid product into the space between the locking element 28 and the clamping bracket 27 is achieved. When the space under the locking element is filled with the product, the locking element will pop up.

At the free end of the tube, an element can be installed (not shown in the Figures), depending on the purpose of use, it can be a drinking bowl, if used in domestic or medical applications, a nozzle, if used in fire fighting or agriculture for, for example, spraying plants, etc. .d. or as shown in FIG. 1 and FIG. 6 for spilling liquid into a vessel 13. The flow rate of the liquid is controlled by a scale 10 applied to the vessel (FIG. 1) or by a control element of a valve-float type. The delivery tube 3 is unwound, or pulled out depending on the method of attachment to the container 1 and delivered directly to the place of consumption. To dispense the liquid, a clamping and adjusting element is used, for example, in the form of a closed bracket, with a variable size of the inscribed circles (Fig. 8), while it is moved to position A.

This device allows you to more economically spend the liquid due to the possibility of feeding the outer end of the issuing tube to the place of consumption by the pressure of the container, while due to the fact that the container does not need to be held in hands, the functionality of the claimed device is increased.

Claims (11)

1. Device for dispensing a fluid product, including a container with a product under pressure, a tube placed inside the container, characterized in that it contains an element for fixing the container, a clamping and regulating element, a throttle-cooling element, an uncoupling element, a vessel for pouring the product , and the tube consists of two parts: the supply tube and the delivery tube. 2. The device according to claim 1, characterized in that it contains a control element of a valve-float type, consisting of a housing, a locking element, an issuing tube and a clamping-regulating element. 3. The device according to claim 1, characterized in that it comprises a clamping and adjusting element, including a fixed stand, a movable stand, a movable supporting surface, an elastic element, a clamping surface, a fixed, a clamping surface, moving. 4. Device for dispensing a fluid product, including a container with a product under pressure, a tube placed inside the tank, characterized in that it contains a sealing element and an element for fixing the container, and the container contains a recess in which the tube can be placed 5. A device for dispensing a fluid product, including a container with a product under pressure, a tube placed inside the tank, characterized in that the tube possibly contains corrugation and is made with a variable diameter and can be pulled out of the container by pressure of the contents of the container or by hand and returning it back to the container. 6. A device for dispensing a fluid product, including a container with a product under pressure, a tube placed inside the tank, characterized in that the tube consists of two parts: a supply tube and a delivery tube, the delivery tube is fixed, for example, with tape, to the outer surface capacities. 7. A device for dispensing a fluid product, including a container with a product under pressure, characterized in that it contains an element for fixing the container, a tube that consists of two parts: a supply tube and an output tube, clamping and regulating element, throttle-cooling an element, an uncorking-sealing element, a vessel for spilling the product, while the tube can be laid outside the housing, for example, wound on a spool principle and fixed by the vessel for spilling the product. 8. A device for dispensing a fluid product, including a container with a product under pressure, characterized in that it contains an element for fixing the container, an issuing tube, a clamping and regulating element, a throttle-cooling element, an uncoupling and sealing element, a vessel for filling the product , while the tube can be laid outside the housing, for example, wound on a reel principle and fixed by a vessel for spilling the product. 9. A device for dispensing a fluid product, including a container with a product under pressure, a tube containing a corrugation, made with the possibility of stretching, characterized in that it contains an element for fixing the container, clamping and regulating element, throttle-cooling element, uncoupling element . 10. Device for dispensing a fluid product, including a container with a product under pressure and a plug, characterized in that the plug has a hole covered by a membrane or a short sealed tube in the form of a “nipple” is removed from it. 11. A device for dispensing a fluid product, including a container with a product under pressure, a tube placed inside the tank, characterized in that the tube is made of easily deformable material for laying it inside the supply tube.