53results about How to "Delivery does not affect" patented technology

The invention discloses a glass deep processing jacking mechanism. The glass deep processing jacking mechanism comprises a conveying device and a jacking device, wherein the conveying device is provided with the jacking device capable of vertically moving; the conveying device comprises a first rack, a first driving assembly, driving assemblies and driven assemblies, the first driving assembly isdriven, and the driving assemblies rotate to drive the driven assemblies to rotate; and the jacking device comprises a second rack, a second driving assembly, supporting frames and supporting rods, the second driving assembly is driven, and the supporting rods are driven by the supporting frames to vertically move in gaps between the driven assemblies. The glass deep processing jacking mechanism has the advantages that under the condition that the conveying device does not stop running, the jacking mechanism prevents the stacking phenomenon on the conveying device when the manipulators grab and stack glass, and an existing mode of stopping conveying of the conveying device for preventing glass stacking does not need to be adopted, so that the glass stacking efficiency is greatly improved,and then the glass production efficiency is improved.

The invention provides an improved sleeving and shrinking machine which includes a machine frame, wherein the machine frame includes a sleeving and shrinking machine body, oil coating clamps and a casing stripping device; the casing stripping device includes at least two pairs of casing stripping wheels, and each pair of casing stripping wheels includes an upper casing stripping wheel and a lower casing stripping wheel; the upper casing stripping wheels and the lower casing stripping wheels are connected with transmission shafts; the transmission shafts penetrate through a machine panel and are connected with external gears; the external gears are driven by a motor, so as to drive the upper casing stripping wheels or the lower casing stripping wheels to rotate. According to the improved sleeving and shrinking machine provided by the invention, the casing stripping efficiency of the casing stripping wheels is high, the casing conveying speed is increased, and the oil coating clamps can be used for on-line oil coating without affecting the conveying of casings, therefore, the production efficiency of the entire production line is greatly improved.

The invention belongs to the technical field of weighing detection, and provides a weighing detecting line. The weighing detecting line comprises a first conveying platform, a weighing detecting platform and a second conveying platform, which are all arranged in sequence. A mounting frame is movably arranged on one side of the first conveying platform. A first regulating mechanism is arranged between the mounting frame and the first conveying platform. The mounting frame is rotatably provided with a conveying roller which is driven by a driving device. The conveying roller is provided with conveying threads with the thread pitch being wider gradually in the conveying direction of processing products. The other side of the first conveying platform is provided with at least two stop levers.A plurality of second regulating mechanisms is uniformly arranged between the stop levers and the first conveying platform. One side of the weighing detecting platform is provided with a weight detector and a supporting plate, and the other side of the weighing detecting platform is provided with a pushing mechanism which is arranged corresponding to the supporting plate. The upper surface of thesupporting plate and a conveying belt of the weighing detecting platform are located at the same level. Smooth and orderly conveying and automatic weighting detection of the processing products are realized, and efficiency of weighing and detecting quality of the processing products are improved.

The invention relates to a classification mechanism with an adjustable size, belonging to the field of a product conveying device. The classification mechanism comprises an upper conveying mechanism, a buffering mechanism and a lower conveying mechanism which are successively arranged from top to bottom, wherein the upper conveying mechanism is provided with a transport passage for transversely transporting products to be classified, the buffering mechanism comprises buffering wheels (5) rotatably arranged at two sides of the lower part of the transport passage, a rotation axis of the buffering wheels (5) is parallel to a transport direction of the products to be classified on the upper conveying mechanism, the buffering wheels (5) are made of an elastic material, the products to be classified on the upper conveying mechanism drop between the buffering wheels (5) at two sides, and when the buffering wheels (5) rotate, the products to be classified are placed on the lower conveying mechanism; and the classification mechanism also comprises a distance adjusting mechanism. By using the buffering way of the buffering wheels (5), the products to be classified are prevented from being impacted in the dropping process, and thus the rate of finished products is increased; and the distance adjusting mechanism can adjust the width of the transport passage and the distance between the two side buffering wheels, so that the classification mechanism is suitable for the products of different sizes.

The invention relates to a rubber pad mounting mechanism facilitating ejection. The mechanism comprises a conveying frame, a conveying belt matched with a product is arranged on the conveying frame, atransverse frame of the product is attached to the conveying frame, and a pad feeding device matched with the product is arranged on the conveying frame. The pad feeding device comprises a square upper fixing plate above the conveying frame, a material taking groove is formed in the upper fixing plate in the diagonal direction, the material taking groove is matched with a material taking air cylinder, and the material taking air cylinder is connected with a pushing device. An air cylinder head of the material taking air cylinder penetrates through the material taking groove and is matched with a rubber pad. A pushing device and the material taking air cylinder are connected to a controller. The rubber pad mounting mechanism facilitating ejection is provided with the conveying belt matchedwith the product, and a rubber pad feeding device matched with the product is arranged on the conveying belt. The rubber pad is taken and placed through the material taking air cylinder. The rubber pad is pressed in through the pushing device, meanwhile, conveying is not affected, the rubber pad installation efficiency is greatly improved, and the rubber pad installation time is shortened.

The invention discloses a spraying instrument special for a waterproof heat-preservation outer wall coating. The spraying instrument comprises a cart and a taking and placing device, wherein one side, close to a first threaded rod, of the cart is connected with a first guide rod, and the taking and placing device is fixed on one side of a binding device. According to the spraying instrument special for the waterproof heat preservation outer wall coating, a spraying device is arranged, the coating in a three-way pipe enters a hose through a conveying pipe, then enters a spraying head at one end through the hose and is sprayed out through a mist spraying opening in one side of the spraying head, a third threaded rod is rotated, the third threaded rod drives the spraying head to move in the direction of a second guide rod, the spraying head moves to extrude sealing gaskets on the two sides, pressure borne by the sealing gaskets is transmitted to a stopping block, the stopping block is stressed to extrude a third spring to enter a groove, the number of spraying nozzles blocked by the sealing gaskets is smaller and smaller, the number of spraying nozzles capable of being sprayed is larger and larger, the spraying area is increased due to the increase of the number of the spraying nozzles, and the spraying area is convenient to control.

The invention provides a dust removal and discharging device for a grain color sorter, and the problem that the color separation effect is not good due to the fact that dust exists on the surface of the grain when the grain enters the color sorter is effectively solved. According to the device, impurities in soybeans are removed through a vibration dust removal device, then the soybeans are cleaned through a conveying and cleaning device, due to the fact that conveying and wiping are simultaneously carried out, the conveying and wiping efficiency is high; a plurality of roller brushes are arranged along a conveying rod, so that the soybeans can be subjected to multi-stage wiping, the wiping effect is good, the roller brushes can rotate around the conveying rod and an extending rod, the roller brushes can rotate by oneself, rolling and wiping are carried out on the soybeans from a plurality of angles, air blowing and auxiliary wiping are simultaneously carried out in the wiping process,so that the wiping effect is better, the impurities on the soybeans can be timely blown away, the impurities are drawn out from an air collecting pipe at the upper part, the wiped beans are output from a discharging hopper at the outlet of a conveying cylinder to a wind power dust removal device, so that the cleaned impurities of the soybeans can be further cleaned.

The invention discloses a detecting and selective discharging conveying device for injection molded parts of a notebook computer shell, comprising a conveying track, a base and a detection device, wherein the base is located at the bottom of the right side of the conveying track; the detection device is located at the top of the left side of the conveying track; the top of the base is fixedly connected with a lifting platform; the top of the lifting platform is fixedly connected with two sets of guide bars; the top of the conveying track is movably connected with a plurality of chain plate frames; each chain plate frame comprises a connecting frame and a shelf, wherein the inner wall of the chain plate frame is provided with two sets of guide rails, moving blocks are movably connected to the guide rails, two sets of object tables are rotatably connected between the moving blocks through a rotating shaft, and the bottoms of the left sides of the object tables are fixedly provided with clamping wheels; and two sides of the conveying track are fixedly connected with guide slides. The detecting and selective discharging conveying device can automatically detect and selectively discharge the products in the conveying process, collect the unqualified products, and improve the working efficiency and the product quality.

The invention discloses a washing machine with a partial pre-washing function. The washing machine includes an ultrasonic cleaning device; the washing machine has an accommodating space for the ultrasonic cleaning device, and the ultrasonic cleaning device can be screwed in / out. in the accommodation space. The whole set of ultrasonic washing device is embedded in the washing machine and assembled with the washing machine as a whole, which does not affect the normal washing, but also adds a partial pre-washing function to the washing machine; the invention uses the cavitation effect of ultrasonic waves to send high-frequency waves locally to the initially wet clothes Ultrasonic waves emulsify oil stains and other stains under the action of the sound field, so that solid ions can be separated from the clothes, realize surface purification, and remove local stubborn stains to realize the partial pre-washing function of clothes.

The invention provides a chain scraper conveyor. The chain scraper conveyor comprises an outer hood, a first conveying chain wheel, a second conveying chain wheel and a conveying chain, wherein the first conveying chain wheel and the second conveying chain wheel are rotatably arranged in the outer hood, the conveying chain is annularly arranged and matched with the first conveying chain wheel and the second conveying chain wheel, and a plurality of conveying chain scrapers are fixedly arranged on the conveying chain and evenly distributed in the length direction of the conveying chain; flexible heat insulating cushion plates are fixedly arranged on the conveying chain scrapers, a plurality of heat insulating plates are fixedly arranged on the heat insulating cushion plates and matched with the conveying chain scrapers in size, and a heat insulating sealing cover is fixedly arranged above the heat insulating plates; a hopper is fixedly arranged above the heat insulating plates and located in a heat insulating sealing cavity formed by the heat insulating plates and the heat insulating sealing cover. The manufacturing cost is low, and the chain scraper conveyor can conveniently convey high-temperature inflammable materials.

The invention discloses a defoaming device for a cellulose solution, and a defoaming method of the defoaming device. The defoaming device comprises an outer barrel, a material barrel, a speed regulation device, a liquid inlet pipe and a material storage device, wherein the outer barrel is configured into a main body of the defoaming device; a liquid outlet is formed in the bottom of the outer barrel; the material barrel is arranged in the outer barrel and is provided with a through hole; the speed regulation device is used for driving the material barrel to make centrifugal movement; the liquid inlet pipe passes through the outer barrel and feeds a solution into the material barrel; the material storage device is communicated with the liquid outlet formed in the bottom of the outer barrel,and is arranged at the position lower than the outer barrel; a discharge device is arranged at the bottom of the material storage device. The defoaming device, which is simple in structure and easy to operate, for the cellulose solution has the characteristics of being high in defoaming efficiency, realizing continuous defoaming, and guaranteeing the continuous proceeding of the subsequent spinning; material conveying is not affected by a defoaming process, and efficient defoaming and continuous production are carried out at the same time; furthermore, the defoaming method is good in effect;the defoaming device for the cellulose solution can be used for producing a spinning solution with good stability and evenness, and does not produce gel.

The invention relates to a classification mechanism with an adjustable size, belonging to the field of a product conveying device. The classification mechanism comprises an upper conveying mechanism, a buffering mechanism and a lower conveying mechanism which are successively arranged from top to bottom, wherein the upper conveying mechanism is provided with a transport passage for transversely transporting products to be classified, the buffering mechanism comprises buffering wheels (5) rotatably arranged at two sides of the lower part of the transport passage, a rotation axis of the buffering wheels (5) is parallel to a transport direction of the products to be classified on the upper conveying mechanism, the buffering wheels (5) are made of an elastic material, the products to be classified on the upper conveying mechanism drop between the buffering wheels (5) at two sides, and when the buffering wheels (5) rotate, the products to be classified are placed on the lower conveying mechanism; and the classification mechanism also comprises a distance adjusting mechanism. By using the buffering way of the buffering wheels (5), the products to be classified are prevented from being impacted in the dropping process, and thus the rate of finished products is increased; and the distance adjusting mechanism can adjust the width of the transport passage and the distance between the two side buffering wheels, so that the classification mechanism is suitable for the products of different sizes.

A device for transporting fibre material between a drawing frame and a loop-forming machine is described. The device contains at least two transport units which are disposed in succession and have respectively one inlet- and outlet opening, said transport units being formed from respectively one twisting member (16a, 16b, 16c) and one transport pipe (17a, 17b, 17c) connected thereto, there being provided between an outlet end (28) of a preceding transport unit (16a, 17a) and the inlet end of a subsequent transport unit (16b, 17b) a gap (27a, 27b) which is intended for forming an air removal opening. According to the invention, a suction device (31a, 31b) is disposed in the region of this gap (27a, 27b) (FIG. 4).

The invention relates to the technical field of workpiece cutting, in particular to hub and barrel-shaped workpiece edge cutting equipment and a processing method. The cutting equipment comprises a control unit as well as a conveying unit, a positioning unit, a clamping rotating unit and a cutting unit, wherein the positioning unit is provided with a closed state and an open state; when the positioning unit is in the closed state, a workpiece is clamped until the center of the workpiece is coaxial with a rotation center of the clamping rotating unit; when the positioning unit is in the open state, a movable space is formed in the positioning unit; when the control unit is configured to ascend to the cutting position and cut the workpiece when the positioning unit is switched to the open state. The positioning unit in the embodiment of the invention is closed to clamp the workpiece, and is opened; the cutting unit ascends to the cutting position and is matched with the clamping rotating unit for directly cutting the workpiece, so that processing efficiency is not affected by processing margin, and processing efficiency is obviously improved; and cutting liquid is not used in a processing process, so that environmental pollution is not easily caused.

The invention discloses a sealing mechanism which comprises a sealing and cutting device and a conveying device. The sealing mechanism is characterized in that a seal cooling device is arranged in front of the sealing and cutting device, and the seal cooling device comprises an upper cooling plate; the conveying device comprises an upper conveyor belt and a lower conveyor belt, the upper conveyorbelt and the lower conveyor belt are arranged in front of the sealing and cutting device, and the upper cooling plate is arranged on a conveying path of the upper conveyor belt. The upper cooling plate cools a sealed part, so that the sealing part of a bag body is cooled quickly and kept level. A cooled sealing line is not adhered to the bag body, so that the bag body is prevented from being damaged during use, and therefore, the quality of the bag body is improved. The upper cooling plate is arranged on the conveying path of the upper conveyor belt, so that conveyance of the bag body is not affected and the cooling effect is also achieved.

The invention relates to the technical field of workpiece cutting, in particular to a cutting device and a processing method for the edge of a wheel hub and a barrel-shaped workpiece. The cutting device includes a control unit, a conveying unit, a positioning unit, a clamping and rotating unit and a cutting unit; the positioning unit has a closed state and an open state, and when the positioning unit is in the closed state, the workpiece is clamped to the center of the workpiece and the distance between the clamping and rotating unit. The rotation center is coaxial, when the positioning unit is in the open state, a moving space is formed in the positioning unit; the control unit is set to control the cutting unit to rise to the cutting position and perform cutting work when the positioning unit is switched to the open state. In the embodiment of the present invention, the positioning unit closes and clamps the workpiece, the positioning unit is opened, the cutting unit rises to the cutting position and cooperates with the rotation of the clamping and rotating unit to directly cut the workpiece, the machining efficiency is not restricted by the size of the machining allowance, and the machining efficiency is significantly improved , and no cutting fluid is used in the processing process, which is not easy to cause environmental pollution.