KR20070035488A - Self-draining mop system - Google Patents

Abstract

The present invention is directed to a self-draining mop system for discharging excess liquid using a mop handle or bellows pedal from a floor mop. According to the invention a moving grip is used to slide the plunger, which is captured by a pressure path along the outer part of the cylinder to actuate a pull body which is rigidly attached to the bag via an internal or external thread or a specially designed bushing system. And the plunger catch system and the rotating groove engage the receiving platform while the plunger moves with the end of the bag to operate the cam coupled to the shaft, thereby preventing the end from moving and at the same time with respect to the chamber Prevents increasing pressure. When the moving grip member returns to its original position by a spring or return system, the pull plunger moves backwards and the cam is released from the platform to release the drained bag.

Bucket, Rod, Bucket, Water

Description

Self-draining bag hanger system {SELF-DRAINING MOP SYSTEM}

The present invention relates to a system for launching residual liquid from a cloth-mop, and the present invention relates to a user who is required to pull a handle and operate a lever to add pressure to launch a mop. It is used to eliminate the pushing and twisting forces created by

The device is configured such that the strip and the pieces of cloth that make up the bag and the bag are properly drained and the water or residual liquid is sent to a bucket without special effort, such as twisting or manipulation change by the user. This is due to the pressure generated by the push or traction body operating from the same handle of the rag.

Excess water and liquid mop draining systems are known, such as a mesher or a wringer coupled to a bucket, and the user is required to drain the bag. Use your wrists, arms and back.

In order to alleviate this pressing and twisting effort, an elastic wringer is formed to hold the bag as much as possible when pressed against the starter or drainer, which tends to close the bag.

When placed in a bucket or the like made to receive a bag, the idea has also been disclosed for a type in which the lever is pulled to actuate the rod system and then the bag is inserted first to actuate the pressure plate to assist its discharge.

The foregoing is intended to reduce the effort to drain the bag, but nevertheless additional effort is required to withstand the resistance of the resilient container or the system is required to actuate the plate and pressurize the bag. A pull exercise is required and is beyond the user's natural posture.

The device developed in accordance with the object of the present invention is to solve the problem of the operation, the pressing effort and the user's natural position, which is operated through the mop handle without special effort or difficult operation or twisting by the user's body A liquid or gas pressure relief system and a push puller pressing on the pull body drain the mop and provide the resulting health benefits.

The object of the present invention, which claims priority based on Spanish Patent Application Publication No. P200400997, filed April 21, 2004, is described as four. A first object of the present invention includes a bellows or pressure mechanism that, when actuated by a pedal, flows air, gas or other liquid into a watertight chamber formed of an elastic membrane in communication with a tube, wherein The shell includes a panel having a prism shape that serves to fix and release all channels attached to the platform, which platform is attached to the bucket using an anchor.

Electrical and / or mechanically actuated designs are also devised, as well as plungers or pumps that act as bellows.

Another object of the present invention is to drain a piece of mop cloth from the mop handle itself, which presses air, gas or fluid against the elastic membrane when the press plunger slides through the pressure cylinder and when passing through the valve. Increases in size to launch or drain mops against a release grid or mesh, which is first connected to the same vessel. Electrical and / or mechanically actuated are designed for pressure mechanisms.

Still another object of the present invention includes a pressure starting cylinder with water, gas or liquid, and when actuated by a pedal to pressurize the cylinder, connect the aforementioned pressing member to the pressing cylinder or path through the tube, The rod is opened at the base and closed at the top as it moves the pressing platform during upward movement and reaches the roller, which is caused by the predetermined axis of rotation, thereby supporting the end of the bag by using a clamp to raise the bag. As a result, the rag is squeezed within the path of the pressing platform and inserted into the through-vessel through the chamber so that the water is drained into the bucket.

Finally, another object of the present invention is to drain the rag from the handle of the rag through the moving grip, which moves the starting plunger to the pulling body along its pressure path as the moving grip moves along the outside of the cylinder. , The pull plunger is moved, acts or pressed to the place where the bag is attached, and the cylinder of the press plunger is pressed against the chamber container and drained equally as it is moved.

Electrical and / or mechanically actuated are designed for the starting body and the pressure body.

1-4 show the inclusion of a support housing at the base of a bucket which is attached to the support fixture of the bucket.

5 to 7 illustrate the launching of the rags, strings or pieces of cloth that make up the bag when the handle of the bag itself is operated.

8 to 10 include a pressure cylinder with water, pressurizing the cylinder when the pedal is actuated to transfer pressurized water through the tube to the press cylinder, with upward movement near the press platform reaching the roller; And opening the base rods and closing the rods at the top.

11 to 13 show that the starting body includes a part indicated by reference numeral 1 in FIG. 13, and the push or pull body includes a part indicated by reference numeral 2 in FIG. 13.

14 and 15 show a system for joining a piece of cloth bag using a bushing.

DETAILED DESCRIPTION OF THE INVENTION The present invention is described in four embodiments with reference to the accompanying drawings, in which FIGS. 1 to 4 show a support housing which is located at or around the base of the bucket 5 and is attached to the support fixing device 8 of the bucket ( 7) wherein the support housing houses the bellows 11 pedal 6 and has an input valve and a discharge valve. Referring to FIG. 4B, the air pressurized when the bellows pedal is actuated is provided with a tube 3 Passed through it is formed between the elastic membrane (1) and the shell (10) and transported to a watertight chamber to which a pressure fold is attached as shown above and below the figure. .

Referring to FIG. 3 (A), a flexible panel having a prismatic shape and a trapezoidal base is positioned on the elastic membrane to provide a pressure clamp and an exhaust channel. preloaded on grid support 12 because it increases the volume of the membrane when the pedal is pressed and reduces the internal distance between the panel and the clamp as shown in FIG. 3A. It hangs, attaches to the platform 9 and is supported in the bucket by a support lug or anchor 4, leaving residual water after pressing the panel-clamp A and the membrane. Transfer to the bucket through the channel or hollow by the surface.

Referring to Figures 5, 6 and 7, showing another embodiment of the present invention, when the handle of the bag itself is operated, weaving rags, strings or pieces of cloth making up the bag, because the bag is supported by a support (5). And a bucket 4 with a support fixture or claw 3, the slide receptacle or chamber 1 penetrates to discharge residual water or residual water 2. Equipped with a perforated grid and received in a tapered position, when the handle 6 and the press plunger 7 are moved, cause the guide bushing 13 to pass through a pressure jacket, or air Slides without vibration due to the cylinder 9 injecting air as pressure is applied to the air expansion membrane or body 14 as it passes through the hole or valve 12, and when the volume is increased, the vessel or slide ramp Ceiling inserted into (1) in advance Each bag 11 is launched against a channeling grid or draining grid 2.

The hanger 11 is attached to the support 10 using an elastic system, a quick-lock latch or other flexible and / or oily attachment methods known on the market. The elastic membrane 14 is bonded by a bottle inserted into a pressure groove, a pressure cylinder by adhesion or other sealing method, or an attachment method. Apart from joining the rag and the piece of cloth, the support 10 serves as a support base for assembling when the piece of cloth is inserted onto the container 1 in a perfect position. An actuating trigger 8 in the form of a lever serves as a braking device for the plunger and is inserted into an identically manufactured hole.

Another preferred method shown in FIGS. 8, 9 and 10 includes a pressure cylinder with water 5, which pressurizes the cylinder when the pedal 4 is actuated to draw the pressurized water into the tube 6. Through to the pressing cylinder 8, an upward movement near the pressing platform 7 reaches the roller 9, opening the base rods and closing the rods of the top 12, which causes some of the rotating shafts 10 to This is because the holding clamp is supported on the rag bushing. Referring to FIG. 10, reference numeral 13 activates the pressing platform 7 in the path of preventing movement upward and compresses the same, and the baggage is pre-inserted into the through-vessel 2 through the chamber 1. Residual water is discharged into the bucket and when the pedal is released, the pedal returns to its original position because the system is made of an elastic part or spring 11.

Finally according to another preferred method of the invention shown in FIGS. 11, 12 and 13, the starting body comprises a part indicated by reference number 1 in FIG. 13, and the push or pull body is referred to by reference number 2 in FIG. 13. Include the parts shown. FIG. 12 shows in detail the starting body received in the operating system, the plunger catch 8 drawing the pressure path 9 when the movable grip slides along the jacket of the plunger 6 or the outer part of the cylinder. Thus actuating a pull body made of plunger 11 and received in pull cylinder 10, plunger catch 12 and rotating groove 13, which actuates cam 16 coupled to its shaft 15. All that is coupled to the rag bushing 14 is carried out by an internal or external thread or other fastening or detachable system, whereby the pull or push plunger 11 is driven by a mobile grip 4. Passes through the starting plunger when it is actuated, the catcher 8 can move the press plunger while on its pressure path, and the cap rotates the rotating shaft 9 when the cam reaches reference 15 in FIG. 12. Let's tap again Opening and securing to the corners of the impeller, increasing the pressure applied and preventing the working body from moving back and forth, it is possible to launch the bag, which is the plunger at the end of the bag through the assembly or the inner or outer groove. And make the working plunger a male or female connector according to reference numeral 14 of FIG. To return to the initial position, the slide handle simply slides back to its original position, which may have a return system or a spring system 3, in which the cam returns to the initial position while the plunger is moving and the baggage from the drain Can be released. The fixed grip form is designed in FIG. 11 by reference numeral 1, which comprises a return cylinder and a pressure cylinder 3 with a plunger 2. The pressing body can adopt any geometry as well as a cylinder shape.

Also claimed herein is a system for joining a piece of cloth bag using a bushing as shown in FIGS. 14 and 15. Thus, while the working cylinder ends with an inner or outer groove that is firmly coupled to the cloth piece bag, the working cylinder is coupled with the designed bag bushing and is intended to be claimed as shown in FIG. 15. The bushing, which is made of a cylinder loop 1, supports a press plunger or work plunger inserted into a large diameter grooved housing, thereby inserting a top support device rod and operating the support device with a work plunger. When used as a guide in an orifice, the diameter of the loop 1 is bent and reduced through the trajectory until the loop 1 reaches the trajectory and opening to secure the mop bushing, and the bag is reduced to a predetermined value. When pulling under pressure, the diameter of the loop 1 can be reduced to extract the bag. According to the purpose of closing the cam, reference numeral 13 in FIG. 14 indicates that the upper cylinder bushing 4 satisfies this task when the cam or the projection returns to the initial position, while grabbing against the cylinder and at the same time avoiding the form of motion. The cam is opened at the beginning of the pressing plunger with the bottom tapered bushing 5 and accepts and forms a bag, the cam being rope-shaped or circular. In order to fix the platform or washer 9, a lower rod 6 which ends with a tapered fixing projection 7 is used. The support tray 8 serves as a stop in the working rod and at the same time receives the pressure to drain the bag. At the same time the support fixture or platform 9 is fixed to the lower rod, which catches the bag against the tapered lower bushing to prevent its movement or detachment. The perforation or hole 10 is formed such that the lower rod is inserted through the tapered end to firmly support the support washer or platform 9.

The present invention can be used in a self-draining bagger system.

Claims (20)

In a self-draining bagger system for operating a pull or push body rigidly coupled to the end of the bag, from the handle of the bag itself with a starting plunger, The starting body has a drive system, the plunger having a catch on the pressure path, when slid on the outside of the cylinder via the moving grip, actuates the pulling body including a plunger inserted into the pulling cylinder and rigidly engaged with the end of the bag. The one or more plunger catches and the rotary groove allow the cams coupled to the shaft to move as the plunger moves and engage the receiving platform to prevent the cylinder and pull body from firmly engaging the end of the bag. During the increase in pressure to the rear, it moves backwards and is pre-inserted into the drainage bag, and the moving grip is pulled back with the aid of a spring or return system when the slide grips to its initial position and the cams are closed and disconnected from the platform. Scoop off the rag Self-draining sacks geolrae system of. The method of claim 1, And a starter body comprising a mechanical pump and / or an electric pump. The method of claim 1, A self-draining bagger system, characterized in that the inner or outer groove of the push plunger makes a bushing of a male connector or a female connector bag. The method of claim 1, A self-draining bagger system, comprising gas, water or other liquid in the starting cylinder. The method of claim 1, A self-draining bagger system comprising a plurality of actuating plungers and / or work plungers. The method of claim 1, A self-draining bagger system characterized by having a ring or border and / or tab or cap anchoring mechanisms in the receiving chamber or the receiving impeller / drainage machine. The method of claim 1, When flexing the press plunger, it is firmly connected to a piece of bag cloth with a groove that serves to insert the retaining rod through the orifice of the press plunger, until the cylinder loop reaches the housing and opens again. It reduces the diameter of the cylinder loops in its trajectory direction, fixes the baggage bushings, thereby allowing the rags to be extracted, which adds a lower tapered bushing when adding a set pressure to reduce the diameter of the circular or rope cylinder loops. Thanks to this, the upper cylinder bushing has the task of closing the cam or tab placed on the pressing cylinder upon return to the initial position, holding the same for the cylinder, avoiding movement and allowing opening when initiating the downward movement of the working plunger. The support tray serves as a stop on the rod and is To support pressure for drainage of rags in the vicinity of the support washer fixed to the platform or lower rod, to catch the rags for the tapered bushings at the bottom to prevent their movement or dismantling, and to taper fixing projections and orifices or perforations Self-draining bagger system characterized by a government platform or a support washer bottom rod. In a self-draining bagger system that allows pressurized air to enter the hermetic chamber when the pedal is pressed, catches the bulk of the bulky elastic membrane and bagcloth and discharges the remaining liquid into the bucket, A support coupled to the support fixture, wherein the bellows with an input valve and a release valve delivers pressurized air through the tube until it reaches the hermetic chamber when actuated by the pedal channel and is elastic The membrane is attached with a prism shaped plate clamp as the volume increases, which reduces the distance between the plates to catch pre-inserted baggers through tapered loops to drain and remove residual water. . The method of claim 8, A self-draining bagger system, comprising gas or other liquid in the pressure circuit. The method of claim 8, A self-draining bagger system comprising a plunger or a pump serving as a bellows. The method of claim 8, A self draining bagger system characterized by operating a job with an electrical system and / or a mechanical system. In self-draining bagger system through air pressure, When sliding on the pressure cylinder during the patch through the valve, pressure is applied to the elastic membrane, and when the volume increases, the plunger drains the plunger into the through grid which is pre-inserted through the slide ramp and discharges the water to the bucket. Self-draining bag hanger system, characterized in that provided on the handle. The method of claim 12, A self-draining bagger system, using any liquid or gas as the pressure member on the elastic membrane. The method of claim 12, The actuation trigger is set as a membrane system or the rotating dimple releases the stopper to allow its movement as the plunger rotates on its axis. The method of claim 12, Self-draining mop system, wherein the support is connected to a space in the container, and one of the plungers catches the mop pre-inserted into the container. In a self-draining bagger system that operates a pressure cylinder with water when the pedal is pressed, presses the pressing platform and compresses and drains the bag. When the pedal is actuated, it has a pressing cylinder or a starting cylinder for reaching the pressing cylinder through the tube and moving the pressing platform upward after reaching the pressing platform to the roller, the roller lowering the rod according to the rotation of the shaft The clamps are placed at the top of the rods to support the bags through the bushings.In this way, when the pressing platform is moved, the bags are inserted into the through-vessels through the chamber and compressed and drained. A self-draining bagger system, characterized by draining residual water into a bucket. The method of claim 16, Self-draining bagger system, characterized in that it comprises another liquid or gas in the pressure cylinder. The method of claim 16, Self-draining bagger system characterized by replacing the press cylinder by a plunger or a pump. The method of claim 16, A self-draining bagger system, comprising an electrical and / or mechanical actuation system in a pressure cylinder. In any one of the preceding terms, A self-draining rag system, comprising draining a rag with a mechanism formed by any type of pressure, cylinder, tank system, pneumatic and hydraulic system.

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