51results about How to "Squeeze water well" patented technology

The invention discloses a system used for printing and dyeing fabric. The system include a dyeing unit, a dewatering unit and a scutching unit which are arrayed in sequence; the dewatering unit includes a frame body, a dewatering device arranged on the frame body, a cloth tensioning device and a water containing device matched with the dewatering device; the dewatering device includes an active component, a dewatering component and a driving component used for driving the active component to rotate; the dewatering component comprises an upper dewatering roller and a lower dewatering roller, and a dewatering gap is formed between the upper and lower dewatering rollers; a cloth knotting detection device is arranged on the frame body and can control the driving component to stop running whenconveyed cloth is knotted or twined. Through the dewatering device, the printed and dyed cloth is extruded and dewatered, and the situation that water drops all around the place during scutching can be avoided.

The invention provides a water squeezing and stretching machine in an improved structure, belonging to the technical field of leather production equipment and solving the technical problems that existing water squeezing and stretching machines in an improved structure have low production efficiency and poor stretching effects. The water squeezing and stretching machine in an improved structure comprises a driving roller and a driven roller capable of rotating freely, wherein the driving roller is driven by a servo motor; a conveyor belt is connected between the driving roller and the driven roller; a longitudinal stretching roller and a water squeezing roller recline against the conveyor belt. The water squeezing and stretching machine in an improved structure also comprises a box body with an opening at the upper end, wherein the driving roller, the driven roller, the longitudinal stretching roller and the water squeezing roller are connected with a plurality of support pillars fixedly arranged at the bottom of the box body; a horizontal stretching roller capable of tightly pressing the leather is arranged above a supporting net. The water squeezing and stretching machine has the advantages of improvement of the production efficiency, good stretching effects, and the like.

The invention discloses an environment pollution reduction based on printing and dyeing system. The system comprises a dyeing unit, a water squeezing unit and a scutching unit; the water squeezing unit comprises a frame body, a water squeezing device arranged on the frame body, a cloth tensioning device and a water receiving device matched with the water squeezing device; the water squeezing device comprises an active part, a water squeezing part and a driving part used for driving the active part to rotate; the water squeezing part comprises an upper water squeezing roller and a lower water squeezing roller; a water squeezing gap is formed between the upper and the lower water squeezing rollers; the frame body is provided with a cloth knotting detection device; and the cloth knotting detection device can control the driving part to stop working when conveyed cloth is knotted or wound. Printed and dyed cloth is subjected to water squeezing through the water squeezing device, so that the situation that water drops drip everywhere in a scutching process is avoided.

The invention discloses automatic printing and dyeing equipment for fabric processing. The equipment includes a dyeing unit, a water squeezing unit and a scutching unit which are arranged in sequence;the water squeezing unit includes a frame body, a water squeezing device disposed on the frame body, a fabric tensioning device, and a water receiving device matching the water squeezing device; thewater squeezing device includes an active part, a water squeezing part, and a driving part used for driving the active part to rotate, the water squeezing part includes an upper water squeezing rollerand a lower water squeezing roller, and a water squeezing gap is formed between the upper water squeezing roller and the lower water squeezing roller; and a fabric knot tying detection device is disposed on the frame body, and can control the driving part to stop working when conveyed fabric is knotted or twined. Squeezing and water squeezing are performed on fabric after printing and dyeing through the water squeezing device, so as to avoid a situation of water droplets dripping everywhere during a scutching process.

The invention discloses a printing and dyeing cloth water squeezing device. The device comprises a supporting frame, a first cloth pressing mechanism and a second cloth pressing mechanism; the first cloth pressing mechanism comprises a cloth feeding assembly for initially squeezing water from cloth and a cloth expanding assembly which cooperates with the cloth feeding assembly; the second cloth pressing mechanism includes a drive roller assembly, a driven roller assembly and a driving member for driving rotation of the drive roller assembly, and the drive roller assembly and the driven rollerassembly cooperate to each other for squeezing water from the cloth for the second time.

The vertical pressure mop squeezing cleaning device has two extrusion plates, the lower ends of the extrusion plates are directly connected to each other or connected by a third mechanism to form a hinge-like relative swing mechanism; the extrusion plate is connected to the support device, and the support device restricts the extrusion plate The upper end slides or swings in the direction of the extrusion surface and the lower end of the extrusion plate. When in use, the mop head is vertically squeezed downward to the joint of the lower end of the extrusion plate. When the joint of the lower end of the extrusion plate is under downward pressure, squeeze The pressure plates move closer to each other to generate squeezing force to squeeze out excess moisture from the mop mop. The invention is suitable for the widely used traditional mop mop with a round head and a wide head, and has the advantages of convenient operation, good water squeezing effect, simple structure, low production cost and easy popularization.

The invention provides a water squeezing device. The water squeezing device comprises a water squeezing part and a fixing part. The water squeezing part is a wheel or a plate or a combination of the wheel and the plate, the water squeezing face of the water squeezing part is arranged in a V shape, the fixing part is a rotating part, and the water squeezing part can rotate or swing around the fixing part. The water squeezing device has the advantages of a simple structure and a good water squeezing effect.

The invention discloses a mop which comprises a holding rod, a bracket connected to the lower end of the holding rod, and two rows of wiping rollers, wherein the two rows of wiping rollers are arranged on the bracket in parallel back and forth and can unidirectionally rotate; non-return directions of the wiping rollers in front and back rows are opposite; when the mop pushes forwards, the roller in the front row rolls forwards to wet the ground, and the roller in the back row stops for wiping the ground; and when the mop is pulled backwards, the roller in the back row backwards rolls to wet the ground, and the roller in the front row stops to wipe the ground. In the mopping process, the surfaces of the wiping rollers can be fully utilized; even if the rollers are dirt, falling dirt in the rolling process can be collected by the roller in a stopping state and is limited between two rows of rollers, so that the phenomena that the dirt and stain are distributed along the movement of the mop can be reduced or avoided, and the times of cleaning the mop in the mopping process can be reduced. The mop further comprises a wringer arranged in a separating manner. The wringer is of a tong-shaped structure with a simple structure; when the wringer is operated, the damage of the wringer to the rollers is little; when the wringer is damaged or lost, the wringer is only needed to be independently replaced; and the wringer can be also used for clamping solid waste on the ground.

The invention discloses a dehydration device of garment fabric. The dehydration device of the garment fabric comprises a machine frame, a first water squeezing roller, a water squeezing roller, a cloth guide roller and a driving part, wherein the first water squeezing roller and the second water squeezing roller are arranged on the machine frame; the cloth guide roller is matched with the fabric;the driving part is used for driving the cloth guide roller to rotate to drive the fabric to move; a water squeezing gap for the fabric to pass through is formed between the first water squeezing roller and the second water squeezing roller; a rotating piece and a transmission part are arranged on the machine frame; the transmission part is matched with the first water squeezing roller; and when the rotating piece rotates, the first water squeezing roller can be driven by the transmission part to move, so that the width of the water squeezing gap is adjusted. The width of the water squeezing gap can be adjusted, so that a water squeezing device adapts to water squeezing and process of the fabric with different thickness, materials and water-absorbing conditions without controlling the width of the water squeezing gap, the phenomenon of damage to the fabric caused by excessive squeezing is avoided, the water squeezing effect is good, the drying speed at the later stage is high and the processing efficiency is effectively improved.

The invention relates to a mop water twisting barrel, which comprises a barrel body. The invention is characterized in that a mop water twisting device is arranged in the barrel body, and the mop water twisting device comprises a rotating shaft, a guide tube and a threaded guide post, wherein the upper part of the rotating shaft is connected with a mop tight grasping assembly, the guide tube is connected with a pedaling element, the lower part of the rotating shaft is arranged in the guide tube in a penetrating way, and the threaded guide post, which drives the guide tube to rotate, is arranged at the lower part of the guide tube. The invention has the advantages of clean dewatering effect on mop cloth and convenient use.