TH15356A3 - Hand sanitizer dispenser that uses feet to press the lever - Google Patents

Abstract

1 page of the number 1 page summary of the invention Hand sanitizer dispenser that uses feet to press the lever Will work without touching the dispenser bottle with your hands Rather, the lever method is used to convey the force of the foot in which the shoe is pressed against the pedals and beams at ground level. Transmit power through vertical beams up. Make the indenter at the top of the machine Press on the lid of the liquid hand sanitizer used. Deposit with spring Which will dispense the detergent from the bottle In controlled quantities With pressure on the foot On the pedal And by providing the foot pressure more than the pressure In the case of using a hand to press down on the keypad of Reagent bottle cap It uses less pressure on the foot than the pressure required. If hands are pressed on the bottle cap, dispense the detergent directly when removing the foot from the pedals. The spring wire in the cap of the handwash dispenser will push the keypad on the bottle cap up. Make the indenter press down on the vertical transmission beam This will raise the pedal and it is ready for the next use.

Claims (2)

(All) rights, which will not appear on the advertisement page: EDIT 26/02/2019 1. A foot hand sanitizer dispenser consisting of a stainless steel base. It consists of 2 pieces of beams (3) at the ends of these 2 pieces with 4 sets of bolts and nuts (2) for adjusting the base of the machine to be level. It is attached to the beams (4) and the beams (6) form a rectangular frame - the bottom wall of the base section is covered with stainless steel plates (1) fixed to the base frame with bolts in a way. The top wall of the base section is covered with a stainless steel plate (16) fixed to the base section by bolts in a removable fixing method - a fabricated foot-operated hand sanitizer dispenser. up It uses a lever action consisting of a pedal (8), a lever (11), a lever (17), and an indenter (25) made of stainless steel. By the first lever, the foot pedal (8) is rectangular rusted metal. Which has a beam-like axis connected together to act as a foot pedal for the foot wearing the shoe to press down - the pedal (8) is connected to the level lever, the second is the beam (11) in the trajectory Removable So that beam (11) and beam (17) can be inserted into a stainless steel pipe (15) while the machine is assembled - another end of the beam (11) is connected to the third lever, beam (17), which Will convey the vertical force Up to the top of the device With a common pivot point It is a through hole (14) that is inserted with bolt and nut. In the way of fastening the two beams can be rotated - the body is connected from the base up to a pipe (15). The lower part of the pipe (15) is connected to the frame (6). Inside the pipe is a beam (17) stainless steel for vertical transmission of power. Up to the fourth lever is the indenter (25), stainless steel - a hand sanitizer dispenser, the foot presser lever, there is a hand sanitizer (23) with a palm-type, with a spring-operated pusher at the end of the tube. A clear plastic pipe (24) is attached - a hand sanitizer dispenser (23) is mounted on a shelf (20) of stainless steel. Connected to the pipe (15) ------------------------------------------ ---- Page 1 of the number 4 pages. 1. A foot hand sanitizer dispenser consisting of a stainless steel base (3,4,6) that is connected to a rectangular frame. There are bolts and knots (2) for adjusting the base level. The bottom wall of the plinth is covered with a stainless steel plate (1) fixed to the plinth with a pin. Threaded in a detachable fastening path The upper wall of the plinth is made of stainless steel plate (16) fixed to the base with bolts. In a removable retention way - a foot-operated hand sanitizer dispenser, a fabricated lever. Use the lever operation (8,11,17,25) made of stainless steel. The first lever (8) is a rectangular stainless steel plate. Which has a characteristic axis Are connected beams Serves as a pedal for the foot wearing the shoe to press down - the pedal (8) is connected to the level lever, the second is period (11) in a detachable trajectory. So that beam (11) and beam (17) can be inserted into the pipe (15) while the machine is assembled - the other end of the crossbar (11) is connected to the third lever, beam (17), which will transmit the force. Vertically Up to the top of the device With a common pivot point It is a through hole (14) inserted with bolts and nuts. In the way of fastening the two beams can be rotated - the unit is connected from the base up to a rectangular (15) stainless steel tube. The lower part of the pipe (15) is welded to the frame (6). Inside the pipe is a stainless steel beam (17) for vertical transmission of power. Up to the fourth lever is the indenter (25) - a hand sanitizer that presses the lever. There is a hand sanitizer bottle (23) with a cap, a spring-operated push-button on the end of the dispenser tube, a clear plastic tube (24) attached - a handwashing bottle (23) is mounted on the shelf. Stainless steel (20) welded to the pipe (15) - on the shelf (20), install two sets of bolts and knots (19) close to the sides of the hand sanitizer (23) to force the water bottle. Medicines, which are placed on the shelf in the center of the machine - under this shelf (20), a stainless steel tray (18) is installed to hold the excess hand sanitizer. This detergent tray is installed on page 2 of 4 pages, a path that can be removed from the machine for cleaning - the upper part of the foot-operated hand sanitizer dispenser. There was a stainless steel box (28) which was secured by two bolts (28 b) and two (28 c) to the stainless steel bracket (21) through the through-hole through the through-hole through the removable mounting method. The metal bracket (21) is attached to the back of the pipe (15) - this box (28) has a stainless steel front cover (22). That has a cutout (22 g) to allow the hose (24) to protrude from the unit And has a cutout (22b) to view the level of detergent remaining in the bottle (23) - this front cover is attached to a stainless steel case (28) by bolts and knots through through-through holes (22c , 28 a) in a fastening way that the lid can be rotated open, the style leaf is hanging downward - the top of the front cover (22) has a loop (22 d) that can be attached to the hook (28 d) by While the lid can be put on the key To prevent removal or loss of the hand sanitizer bottle It has a unique feature - on the pedal axis (8) there is a pilot hole (9) and on the frame (4) there is a metal pivot (7) installed in the center line. Of the machine base In a trajectory, the axis of the pedal (8) moves up and down along the metal pivot (7) to steer the pedal (8) so that it does not diverge from the center of the engine base - the tip of the pedal axis (8). ) It is characterized as a right angle, extending from the center line of the axis and operates the characteristic blade of the beam. At the end of this rod, a pilot hole (9a) is drilled and a metal bolt (10) is installed on the metal frame (3) in the mounting path that makes it possible while removing the foot from the pedal. The axis of the pedal moves. Up along the bolts (10) until the knots (10 g) and by adjusting the position of the knots (10 g) the pedal axis. Position the pedals (8) do not tilt from the level. While there is no pressure on the pedal - the lever (11) in connection with the axis of the pedal plate (8) is parallel to the horizontal. And will connect With connecting beams that are perpendicular In this section there is a hole for inserting the bolt (12), which has a welded stand on the frame (5), with the beam (11) rotated around the bolt (12) with a stainless steel tube (13a, 13b). Wear on both sides of the bolt (12) to use the beam (11) to be in the center of the machine base, front 3 of the number 4 - The top of the beam (17) has a right angle to the back. This is so that the bottles (23), which are loaded with heavy hand sanitizer with pressure, are applied to the bottle caps when dispensing the hand sanitizer. In line with the pipe (15) to allow the transfer. The weight of the reagent bottle and the pressure. Down near the center of the base of the machine This stabilizes the unit while in use - at the top end of the lever (17) there is a hole used to insert the bolt and nut (27) which are attached to the stainless steel indenter (25) in the fastening way that makes the end The top of the beam (17) rotates around the bolt (27) and a stainless steel tube (27a, 27 b) is worn on both sides of the bolt (27) to steer the vertical crossbar (17). Center of the indenter (25) - the side of the indenter (25), drill two corresponding holes with the other two holes drilled on the side of the tube (15) and have a threaded pin and nut (26) inserted in the trajectory. The indenter (25) rotates around the bolt (26) so that the front of the indenter (25) presses against the spring-loaded keypad of the hand sanitizer. While the back of the indenter (25) is raised by the lever (17) following the downward pressure of the foot on the pedal (8). 2. A hand sanitizer dispenser that uses the feet to press the period according to claim 1, which will work by means of lever. By using the foot, which is wearing shoes, press down on the foot pedal (8) at floor level. So that handwashing liquid is dispensed from the bottle. You can put a lid-type detergent with a spring-operated keypad (23) on the top of the machine. Without touching the hand This pedal (8) hand sanitizer bottle has an attached axis to the horizontal beam (11) with a pivot point around the spool (12), causing the lever (11) to raise the vertical transmission lever (17) and convey. The force of the foot pressed into the level Floor on the foot pedal (8) up to the indenter (25) located on the top of the machine The upper end of the lever (17) raises the rear indenter (25), causing the front indenter to press against the spring-operated pusher of the dispenser (23) and cause hand sanitizer to flow out to the support hand. are When the user receives the required solution and removes his feet From the pedals (8), a spring wire inside the handwash bottle cap pushes the pusher on the detergent bottle cap up and raises the pusher (25) in front, causing the rear indenter to press against the vertical transmission axis (17). ) Which will raise the lever (11) and the pedal (8) up, the machine will be ready for the next use. Page 4 of the number 4 pages - a hand sanitizer dispenser using the foot to press the lever. It uses the function of the lever to be able to control the quantity. By pressing the foot on the foot pedal (8) hard and deep, the machine will deliver a large amount of liquid at once. And when using the method, gently press the foot Land on the foot pedal (8) and pull the foot up Will cause the dispenser Little quantity comes out If you repeat it many times The machine will dispense the drug little by little. According to the number of times the foot is pressed down Until enough for use It helps to save liquid handwashing - dispensers that use the feet to press the lever. The lever action is used to relieve the pressure of the foot on the pedals (8), where the amount of liquid dispensed each time is proportional to the pressure of the foot and the distance pressed by the machine. Has provided more foot pressure on the pedal (8) than the pressure. In the case of hand pressing on the keypad of the dispensing bottle cap (23), the pressure on the foot is less than the pressure required. If you press your hand on the bottle cap, dispense the detergent directly.