33results about How to "Improve water squeeze effect" patented technology

The invention discloses a scroll mop convenient to use. The scroll mop comprises a first bracket, wherein a second bracket is movably connected to the bottom end of the first bracket, a lint use roller and a lint storage roller are respectively arranged at the left and right ends of the upper part of the second bracket, rollers are connected to the left and right ends of the lower part of the second bracket, the lint storage roller is wound with multiple cycles of floor mopping lint, the floor mopping lint winds out of the lint storage roller, passes through the rollers and the bottom of the second bracket and then winds the lint use roller; cloth exchanging mechanisms are arranged in the lint use roller and the lint storage roller and are connected with a lifting handle through steel wires; and a first water extruding device and a second water extruding device are respectively arranged at the left and right parts of the second bracket. The scroll mop has the characteristics that the adsorption capacity is very strong, and wiping cloth is convenient to clean.

The invention discloses a double-sided flat mop. The double-sided flat mop comprises a bucket, a mop body and a cylinder and is characterized in that a shaft is arranged between the bucket and the mopbody, one end of the shaft is embedded into the bucket, the other end of the shaft is movably connected with the mop body through a rotary shaft, a retaining block is fixedly mounted at the end, embedded into the bucket, of the shaft through nuts, the end, embedded into the bucket of the shaft is movably connected with the bucket, slide grooves are formed in two ends of the outer side of the cylinder, a strong transverse spring is arranged inside the cylinder, two ends of the strong transverse spring respectively penetrate the slide grooves, one end of the strong transverse spring is connected with a sector-shaped toothed block through a lifting rod, the other end of the strong transverse spring is connected with a pedal through a pressing rod, two ends of the strong transverse spring arerespectively embedded into the pressing rod and the lifting rod, each of two sides of the mop body is provided with a first mop part and a second mop part, a rack is arranged between each first mop part and the corresponding second mop part, and the rack is fixedly mounted onto the mop body through screws.

A device for wringing papermaking waste residues belongs to the technical field of devices for wringing the papermaking waste residues, and comprises a base, wherein an electric motor, a transmission gear which is connected with the electric motor through a first coupling and a bearing base which is connected with the transmission gear through a second coupling are sequentially arranged on the base through a support, the other end of the bearing base is provided and connected with a shaftless spiral body in a matching way through a third coupling, a feed bin is arranged above one end of the shaftless spiral body in a matching way, which is close to the bearing base, a shaftless spiral body shell is arranged outside the shaftless spiral body, and is connected with a material seal shell through a flange, and drain holes are respectively arranged on the shaftless spiral body shell and the material seal shell in a matching way. The device adopts the technology, has a simple structure, thematerial extruding strength is increased, and the wringing effect is improved; and one end of the shaftless spiral body shell is connected with the material seal shell, the material traveling distance and the material forward resistance are increased, the extruding force on the material is improved, the wringing effect is enhanced, and the continuity and stability of the wringing process are protected.

The invention discloses a wringing mop bucket for a flat mop and belongs to the technical field of cleaning supplies. The wringing mop bucket comprises a bucket body, wherein the bucket body comprisesa cleaning area and a wringing area which are not communicated; a water retaining cover is arranged in the wringing area and is provided with a wringing port allowing the flat mop to penetrate through, a wringing strip for wringing a wiping article of the flat mop and propping parts opposite to the wringing strip are arranged at the wringing port, an oblique water guide slope is formed on the upper surface of the wringing strip, an upper drainage port communicated with the cleaning area is formed in the bottom end of the water guide slope, and the positions, used for propping a panel of the flat mop, of the propping parts are propping ends. The mop bucket is provided with the wringing strip integrally formed with the water retaining cover, the stability during wringing is guaranteed, thewater guide slope formed by the oblique wringing strip can drain wringed water out of the upper drainage port, wringing is completed by propping the panel of the flat mop with swing arms, fluctuationof the wringing strip can be effectively reduced, and the wringing effect is improved.

The invention provides a squeezing device for papermaking, and relates to the technical field of papermaking. The squeezing device for papermaking comprises a shell, a driving motor, a shaft, a hose,a first water squeezing mechanism and second water squeezing mechanisms, and the first water squeezing mechanism is arranged at the bottom end of the shell. Water in a water squeezing device is discharged through the first water squeezing mechanism, the top end of the first water squeezing mechanism is fixedly connected with the top end in the shell, and the shaft penetrates through the central axis of the first water squeezing mechanism and is fixedly connected with the first water squeezing mechanism. A driving motor is arranged on the left side of the first water squeezing mechanism, the output end of the driving motor is fixedly connected with the shaft, the hose is fixedly connected to the bottom end of the right side of the first water saving mechanism, and the second water squeezingmechanisms are arranged on the left side and the right side of the first water saving mechanism and movably connected with the first water squeezing mechanism. The squeezing device solves the problemthat the squeezing efficiency of a squeezing device is affected due to the fact that water can be thrown out and fall on squeezed paper blanks in the rolling process of a rolling shaft after the paper blanks are squeezed through the rolling shaft.

The invention discloses a plastic knitting machine, which is characterized by including a shedding mechanism, a water jet weft insertion mechanism, a beating-up mechanism, a let-off mechanism, a winding mechanism and an auxiliary mechanism. The auxiliary mechanism includes a frame mechanism and an electronic weft cutter. The electronic weft cutter comprises a main controller, a current relay, a current transformer, a first copper terminal, a second copper terminal and a resistance wire for thermally cutting off a weft yarn; the main controller is connected with the current relay; the current relay is connected with the current transformer; the current transformer is connected with the first copper terminal and the second copper terminal; and the resistance wire has one end connected with the first copper terminal and the other end connected with the second copper terminal. The frame mechanism includes a left wall plate, a right wall plate and spacers; a middle wall plate is arranged between the left and the right wall plate; the left wall plate is connected with the middle wall plate through a first spacer group; and the right wall plate is connected with the middle wall plate through a second spacer group. The plastic knitting machine is not only suitable for knitting wide and heavy fabrics, but also in favor of further improvement and guarantee on the quality of plastic fabrics.

A printing and dyeing process having a low decolourization ratio is disclosed. The process includes (1) a singeing step; (2) a dyeing step, namely a step of adding gray cloth into a dyeing pool and dyeing the gray cloth; (3) a squeeze drying step, namely a step of subjecting the dyed cloth to squeezing treatment by adopting a squeeze drying device, and then performing scotching treatment; and (4)a drying step, namely a step of subjecting the cloth to pre-baking treatment at 70-80 DEG C for 1-5 min before drying, the cooling the cloth to 40-60 DEG C, maintaining the temperature for 5-8 min, then raising the temperature to 120-150 DEG C, and baking the cloth for 3-8 min. The printed and dyed cloth is squeezed to remove water by the squeeze drying device so as to reduce the water content ofthe cloth before drying operation and to increase the drying efficiency, thus increasing the overall treatment efficiency. Pre-baking is performed before drying, and therefore the adhesion degree of dyeing liquid is increased, the cloth is not too hard and softness of the cloth is ensured.

The invention discloses a slag extruding machine of a sisal hemp leaf slag-juice separation production line. The slag extruding machine is characterized in that a feeding port is formed in one end ofthe top of a water extruding tank, the other end of the top of the water extruding tank is provided with a discharging port, a partition plate located between the feeding port A and the discharging port in the water extruding tank divides the water extruding tank into a water extruding groove and a slag discharging groove, a water extruding pipe is fixedly connected in the water extruding groove,the pipe wall of the water extruding pipe is a mesh plate with a plurality of water filtering holes uniformly distributed, a notch is formed in the position, correspondingly located below the feedingport A, of the top of the water extruding pipe to form a feeding port B, a slag extruding roller is rotationally connected into the water extruding pipe, a water extruding plate of a spiral structureis arranged on the surface of the slag extruding roller in the axial direction of the slag extruding roller, and a liquid discharge port is formed in the position, on one side of the water extruding groove, of the bottom of the water extruding tank. According to the structure, the slag extruding machine of the sisal hemp leaf slag-juice separation production line has the effects that by means of the mechanical extrusion force, leaf pulp is extruded, so that juice in the leaf pulp is extruded as much as possible, then the recovery amount of the sisal juice is improved, and the extruded slag canbe further collected.

The invention discloses a foamed cotton mop with a guiding structure. The foamed cotton mop comprises a mop rod and a mop head, wherein the mop head comprises a mounting seat and a foamed cotton headfixed on the mounting seat; a water squeezing device is further mounted on the mop rod; the water squeezing device comprises a water squeezing head which slides up and down relative to the mop rod; the water squeezing head is provided with a through hole for the foamed cotton head to pass through; and a water squeezing component is arranged in the through hole. The guiding structure is located between the axial side part of the mounting seat and the inner wall of the through hole, and the guiding structure comprises an upstream guiding structure used for guiding the water squeezing component on the water squeezing head to squeeze the surface of the foamed cotton head and axially move and squeeze along the foamed cotton head; and the independent upstream guiding structure is arranged between the water squeezing head and the mounting seat, and the water squeezing head guides the water squeezing component to squeeze the surface of the foamed cotton head through the upstream guiding structure when the water squeezing head slides forwards and/or backwards. In the process that the water squeezing head moves forwards and/or backwards, the water squeezing head carries the water squeezing component to move in the direction of squeezing the surface of the foamed cotton head, so that the water squeezing effect is improved.

The invention discloses a plain-weave plastic braiding machine which is characterized by comprising a shedding mechanism, a water jet weft insertion mechanism, a weft beating-up mechanism, a let-off mechanism, a take-up mechanism and an auxiliary mechanism; the take-up mechanism comprises a wringing roller, the wringing roller comprises a rubber roller inner barrel and a coating layer arranged onthe outer barrel wall of the rubber roller inner barrel, a spindle nose is arranged at the two ends of the roller tube inner barrel respectively, each spindle nose is fixedly arranged on the inner barrel wall of the rubber roller inner barrel through a spindle nose inner support disc and a spindle nose outer support disc, a plurality of radial reinforcing ribs are arranged between the spindle nose inner support disc and the spindle nose outer support disc, one end of each reinforcing rib is fixedly arranged on one spindle nose, the other end of each reinforcing rib is fixedly arranged on the inner barrel wall of the rubber roller inner barrel, in the length range of being 350-450 mm from the each end part of the coating layer, the diameter of the coating layer is reduced gradually from the middle part to the end parts, and the diameter of the end part is smaller than the diameter of the middle part by 1-1.5 mm. The plain-weave plastic braiding machine is suitable for weaving wide and heavy fabric and is also beneficial to further improving and guaranteeing the quality of plastic fabric.

The invention provides a pickle water squeezing device which comprises an outer shell, a shaking-loose mechanism and a conveying mechanism. The shaking-loose mechanism and the conveying mechanism are mounted inside the outer shell, the shaking-loose mechanism is positioned above the conveying mechanism and close to an opening of the outer shell, a squeezing mechanism is arranged below the conveying mechanism and comprises squeezing oblique plates, a squeezing middle plate and a limiting plate, and both the squeezing oblique plates and the limiting plate are arranged on one side of the squeezing middle plate and not in a same-side position. By arranging the squeezing mechanism and a transmission mechanism, water of pickles can be squeezed out efficiently; through cooperation of the squeezing oblique plates which incline inwards and the squeezing middle plate, contact area between the pickles and the squeezing mechanism is increased in the process of water squeezing; by arranging water squeezing holes and water squeezing convex plates, squeezing strength in the process of squeezing the pickles can be improved, and water squeezing effect is further enhanced.