382results about How to "Achieve demoulding" patented technology

The invention relates to a method for producing powder smelt screw ratchet, which comprises: mixing the materials, compressing molding, sintering, compressing and shaping, to obtain the ratchet. The invention also discloses a relative mould, which is formed by a compressing upper punch, compressing middle mould, compressing lower punch; the upper part of lower punch has the inner screw tooth matched with the outer screw tooth; the upper punch is sliding matched with the middle mould; the middle mould is sliding matched with the lower mould; the compressing core rod has compressing core rod, friction plate, and rotation element; the upper part of compressing core rod has outer screw tooth; the lower end of core rod and the upper end of rotating element have friction plate between them, while their contact surface has lubricant. The invention, via the rotation of core rod, realizes the one-time molding and demoulding of inner screw ratchet, to improve the yield and reduce the cost.

The invention discloses a spinning and molding device for glassware, which comprises a molding operation system consisting of an upper operating floor and a lower operating floor. A pair of vertically opposite moulds is arranged between the upper operating floor and the lower operating floor; the upper mould is a male mould and the lower mould is a female mould; a pressing jacking device provided with one end connected with the male mould is arranged on the upper operating floor; a positioning mechanism used for positioning the female mould in an operating position and a driving and rotating device used for driving the female mould to rotate are arranged on the lower operating floor; the positioning mechanism comprises a liftable support platform used for supporting the female mould, and a holder arranged on the supporting platform; the holder can be used for positioning the female mould through clamping the female mould in the circumferential direction. As the positioning of the female mould of the molding device is accurate, the molding precision of the obtained glassware is largely improved, and the male mould is preheated in the molding operation system, so that time and labor are saved.

The invention relates to a hydraulic self-moving steel mould trolley and a construction method of the hydraulic self-moving steel mould trolley. The hydraulic self-moving steel mould trolley is used for full-section circular tunnel concrete lining construction. The hydraulic self-moving steel mould trolley comprises a trolley moving device, a trolley structural frame, a steel structure combination formwork and a hydraulic control device, the trolley structural frame is arranged on the trolley moving device, the trolley structural frame is movably connected with the trolley moving device, the steel structure combination formwork is arranged in the trolley structural frame, the steel structure combination formwork is hinged to the trolley structural frame, and the hydraulic control device is used for controlling the hydraulic self-moving type steel mould trolley. The hydraulic self-moving steel mould trolley is simple in structure, convenient to install, strong in adaptability and capable of carrying out demoulding on concrete at the bottom of the tunnel at first and repairing concrete construction defects in time.

The invention discloses a winding system of a winding machine, which comprises a stand, demolding mechanisms, a demolding power mechanism and coil twisting mechanisms, wherein the demolding mechanisms and the coil twisting mechanism are both fixed on the stand; the front parts of a first winding mold fixture main shaft and a second winding mold fixture main shaft are respectively and fixedly provided with the demolding mechanisms with uniform structure; and the coil twisting mechanisms with uniform structure are respectively arranged in front of winding molds adjacent to the demolding mechanisms. The reliable and smooth winding, demolding and twisting of coils of a micromotor can be realized by reasonably installing and designing the demolding mechanisms, the demolding power mechanism and the coil twisting mechanisms, so that the automation of winding, demolding and twisting is realized. Thus, the production efficiency is greatly improved, the uniformity of products can be improved, and stale and reliable coil sheets can be provided for the subsequent rounding process. The coil demolding mechanisms, the demolding power mechanism and the coil twisting mechanisms are stable and reliable and have the advantages of long service life and high precision.

This patent application discloses a hollow brick manufacturing device, which includes a frame, a lifting mechanism and a mold structure. The lifting mechanism includes a cylinder, a forming block, two sliding rods and two sliding sleeves; The rods are respectively located on both sides of the cylinder and one end of each sliding rod is statically connected to the upper end of the frame; the two sliding sleeves are respectively slidingly connected to the two sliding rods; the forming block is statically connected to the output end of the cylinder; the two ends of the forming block of the cylinder are connected to the sliding The sleeve is statically connected; a sliding sleeve is connected with a first wedge; the mold mechanism includes a slide seat, a first spring, a first mold cavity and a second mold cavity; the slide seat is located at the lower part of the frame, and the first mold cavity and the second mold cavity The second mold cavities are all located on the sliding seat, and the second mold cavity is slidably connected with the sliding seat. The second mold cavity is provided with a second wedge matched with the first wedge; one end of the first spring is connected to the second spring. The mold cavity is connected, and the other end is connected with the frame. This patent application can avoid causing the brick body to break when the hollow brick is manufactured.

The invention relates to a forging and moulding die for a composite insulator ball socket fitting. The forging and moulding die is characterized by comprising an upper die plate, a convex die, movable die holders, a fixed die holder, a lower die holder and a demoulding mandril, wherein the convex die is arranged on the upper die plate; a left die core and a right die core are respectively arranged on the left movable die holder and the right movable die holder, and the left die core and the right die core are assembled to form a cavity for accommodating the ball socket fitting; the fixed die holder is fixed on the lower die plate, an inner cavity is formed in the center of the fixed die holder, the left movable die holder and the right movable die holder are arranged in the inner cavity of the fixed die holder, and the left movable die holder and the right movable die holder are matched with the side wall of the inner cavity of the fixed die holder through a guide structure, wherein the upper end of the guide structure inclines outwards. In the compression process, a ball socket fitting blank is subjected to pre-forging and trimming and then put in the die cores, the convex die moves downwards, and a ball socket is subjected to once compression moulding in the die cores; in the demoulding process, a demoulding cylinder jacks upwards, the die cores move upwards along with the left movable die holder and the right movable die holder, so that the demoulding is realized; and the forging and moulding die is high in compression efficiency, and the manufactured ball socket fitting is low in rejection rate.

The invention discloses a side wall concrete construction method employing a side wall trolley. The employed side wall trolley is formed by a side wall trolley unit or longitudinal splicing of a plurality of side wall trolley units, the side wall trolley unit comprises a trolley moving and fixing system and a steel moulding plate connecting and positioning system; the construction steps are the followings in sequence: paving a walking track, precoating a release agent, enabling the trolley to move and take place, adjusting a screw jack, repeatedly adjusting an extension-type cantilever beam and a hydraulic jack, adjusting a bearing jack, mounting a lateral screw rod jack, mounting a foot margin inhaul cable, mounting an anti-floating screw rod jack, mounting an opposite-support pipe fitting, mounting a closing-up net and a water stop steel plate, casting concrete, stripping and the like, that building a steel pipe support and a spliced template is not required can be achieved, after the adoption of the invention, the mounting and the demounting speeds are fast, three-direction accurate adjustment can be achieved, the construction is stable and reliable, the concrete surface flatness is good, and joint deviation is small.

The invention provides a chip stripping device. The chip stripping device includes an absorption platform used for absorbing a blue film, wherein an absorption face of the absorption platform is provided with a plurality of absorption holes; a boss used for pre-demolding a chip and arranged in the absorption platform capable of moving upward and downward in a direction perpendicular to the absorption face so as to enable the boss to protrude from the absorption face or to be accommodated in the absorption platform; a jacking needle used for jacking the chip so as to stripping the blue film andarranged in the boss and capable of moving upward and downward in a direction perpendicular to the absorption face relative to the boss so as to enable the jacking needle to protrude from the boss orto be accommodated in the boss; a first lifting mechanism used for driving the absorption platform to move upward and downward and connected with the absorption platform; and a second lifting mechanism used for driving the jacking needle to move upward and downward and connected with the jacking needle. In this way, the chip can be stripped gradually and chip failure can be avoided effectively.

The invention relates to a one-time forming mold for a pin-type insulator steel cap, which includes an upper template and a lower template. The left mold and the right mold, the outside of the left mold and the right mold are provided with a T-shaped slider structure, the mold base is provided with a T-shaped guide groove that can fit the T-shaped slider, and the T-shaped guide groove is formed from the bottom of the mold base The outside extends obliquely upwards; the inner surfaces of the left mold and the right mold are respectively connected with a left mold core and a right mold core by bolts, and the combination of the left mold core and the right mold core forms a cavity of a pin-type insulator steel cap. Through the cooperation of the punch and the left and right mold cores, the pin-type insulator steel cap is punched and formed at one time, and the punching effect is good and the yield is high. When demoulding, the left and right molds are lifted by the demoulding cylinder below, so that the left and right molds are opened to both sides under the action of the T-shaped slider and the T-shaped guide groove, and the demoulding of the steel cap is realized.

The invention provides a gypsum building block shaping machine, comprising a rack and a mould fixedly arranged on a conveyance line. The gypsum building block shaping machine is characterized in that a powder material metering device, a water metering device, a stirring device and a plugging core machine for sealing the mould, scraping, crushing and recovering slurry are respectively installed on the rack; the powder material metering device and the water metering device are respectively installed on the upper part of the rack; powder materials and water can be sent into an internal chamber of a stirring warehouse through a powder material passage and a water passage; and the plugging core machine is installed on the lower part of the rack. In comparison with the current technique, the gypsum building block shaping machine has the advantages of simple structure, low manufacture cost, simple operation, and no redundant slurry discharged, thereby being especially applicable for the shaping of the gypsum building blocks in continuous efficient work of a gypsum building block shaping production line.

The invention discloses a porous ecological slope protection concrete block precast mold which comprises a base, a plurality of outer mold side plates, a push-pull mechanism, an inner mold, a modelingboss, cone pins, telescopic mechanisms and a vibration motor. The outer mold side plates are spliced and enclosed to an outer mold, the bottoms of the outer mold side plates are hinged to the base, one end of the push-pull mechanism is hinged to the base and the other end of the push-pull mechanism is hinged to the outer mold side plates, when the push-pull mechanism moves in extending and retracting modes, the outer mold side plates are horizontally flipped. The inner mold is arranged at the center of the outer mold, the molding boss is arranged on the side surfaces of the outer mold side plates, and when the outer mold side plates are closed, the molding boss is in contact with the side surface of the inner mold. Telescoping mechanisms are arranged at edge corners where every two adjacent outer mold side plates are closed, and the big ends of the cone pins are fixed to the telescoping ends of the telescoping mechanisms. The vibration motor is arranged in the inner mold. The porous ecological slope protection concrete block precast mold can prepare concrete blocks for ecological slope protection, the integration is high, the operation is simple, and use is convenient.

The invention relates to a moxa-moxibustion tool and a preparation process thereof. The moxa-moxibustion tool comprises a moxibustion tool and a moxibustion core, wherein an air hole is formed in the bottom end of the moxibustion tool, the moxibustion tool is of a cylindrical structure, the moxibustion core is fixed to the upper portion of the inner cavity of the moxibustion tool, the upper surface of the moxibustion core protrudes out of the moxibustion tool, and the portion, in contact with a moxa cake, of the inner surface of the moxibustion tool is a flame-retardant face and is of a wedge surface structure. The moxibustion core is the moxa cake, the maximum size of the bottom surface of the moxa cake is 1-5 times of the height of the moxa cake, the bottom surface of the moxa cake is a cambered surface protruding upwards, the center of the upper surface of the cambered surface protrudes and is higher than the upper surface of the cambered surface, the bottom surrounding of the protrusion is downwards sunken and is lower than the upper surface of the moxa cake, a blind hole with a downward opening is formed in the moxa cake, and the hole bottom of the blind hole is located in the protrusion. The invention also correspondingly provides the preparation process of the moxa-moxibustion tool. The moxa-moxibustion tool is aligned during the moxa cake releasing, releasing and installation of the moxa cake can be simultaneously achieved, and working processes are saved. A central hole of the moxa cake is the blind hole, and the blind hole blocks an upper-end outlet of a flue, so that moxibustion smoke only flows downward, and the moxibustion utilization rate is improved.

A preliminary forming device capable of efficiently applying a pattern even on a deep-drawn or a complicatedly shaped formed product without applying any special working on an existing metal mold of a main forming device, a preliminary forming method using the preliminary forming device, and a main forming method; the preliminary forming device, comprising a film feeder (25) feeding a film with pattern (4) to a preliminary forming part (F) for performing a preliminary forming, a heater (30) movable closely to and away from the preliminary forming part and heating the film with pattern before the preliminary forming so as to be plasticized at the preliminary forming part (F), a preliminary forming mold (22) for preliminarily forming the film with pattern, and a film feeder (50) to feed a forming film for releasing the film from the mold after the preliminary forming of the film with pattern and inserting the film into a main forming mold, wherein, after the forming film is inserted into the main forming mold, resin is fed to provide a formed product with pattern, the preliminary forming being performed by vacuum forming or compressed air forming.

The invention relates to an injection die for unshadowed double-colour light-transmitting plastic products. The injection die comprises a male die plate and a male die core arranged on the male die plate. The injection die further comprises a fixed block fixedly inlaid on the male die core, and a top block inserted on the male die core in a manner of being capable of moving up and down along a die opening direction and with one side surface bonded with the fixed block, wherein a half-horn runner is arranged on one side surface bonded with the fixed block, of the top block, the tip of the half-horn runner stretches in a die cavity and is provided with at least one sprue used for carrying out glue injection on a non-light-transmitting layer contained in a light-transmitting layer; the glue injection is directly carried out below the product through the half-horn runner, and construction of a runner below the light-transmitting layer is not required, thus the problem of shadows during light transmitting of the light-transmitting layer is solved, and the quality of the product is improved; and the problem of difficult die release is solved and damage to the product during die release is avoided through adopting a method of secondary die release.

The invention relates to an assembly type precast concrete member die. The assembly type precast concrete member die comprises a die mechanism and a bearing mechanism. According to the assembly type precast concrete member die, the die adopts an assembly structure, so that when a prefabricated member is molded and demoulded, the effect of rapidly disassembling and assembling the prefabricated member is achieved through a die split mechanism; meanwhile, in the disassembly and assembly process, the prefabricated member is not required to be carried and overturned, so that the prefabricated member is prevented from being damaged; and specifically, the die is composed of a first master die, a second master die, a first slave die and a second slave die, during form removal, firstly the first slave die and the second slave die are disassembled and assembled, and then one of the first master die or the second master die is removed, so that the demoulding of the prefabricated member is realized.

The invention discloses an automatic demolding machine for medical gloves, and relates to the technical field of automatic demolding machines for the gloves. Demolding is realized without participation of a blow-off mechanism. The automatic demolding machine specifically comprises a mold conveying rail used for conveying glove molds and a demolding rail with demolding mechanisms, the glove molds are installed on the mold conveying rail through a conveying fixing seat, the demolding rail is arranged below the mold conveying rail, the demolding mechanisms are evenly distributed on the demoldingrail, and the demolding mechanisms comprise demolding clamps, demolding bases and lifting motors; and a pushing mechanism for pushing the demolding mechanisms to longitudinally move relative to the glove molds is further arranged on one side of the demolding rail. By arranging a lifting stud, the lifting motors, a rotating rod and other structures, a mounting frame can be driven to perform liftingmotion, rolling wheels correspondingly slide on the outer wall of the rotating rod, the motion trails of the rolling wheels are limited through the acting force between the rotating rod and the rolling wheels, and the demolding clamps can achieve demolding without the participation of the blow-off mechanism.

The invention discloses a shoe material processing method which comprises the following steps of: first laying a TPU thin film in the cavity of a lower mould of the shoe material; injecting a liquid PU material into the mould; then leading the shoe material to be formed in the mould; and finally taking out the shoe material and repairing a PU film on the periphery of the shoe material. Compared with the prior art, the method adopts the TPU thin film to substitute a release agent and improves the liquidity of the liquid PU material and the fineness of material in the forming process of the shoe material; the liquid PU material and the TPU thin film are combined into a whole in the cavity of the mould, which can avoid the occurrence of defects including bubbles, nicks, pits and the like, thus reducing the cost of materials and labor cost for repairing the shoe material and enhancing the brightness and smoothness and aesthetic feeling of the formed shoe material; in addition, the TPU thin film is easier to be separated from the mould, thus being capable of realizing the demoulding of the shoe material without spraying the release agent in the mould; besides, the TPU thin film 1 can further enhance the anti-hydrolysis performance of the shoe material.

The invention belongs to the technical field of demoulding of winding products, and particularly discloses a demolding method and equipment for a large-scale winding product. The method comprises the steps that a mold and the product can be radially separated through the shrinkage of the opening and closing type mold, and the mold is connected to a machine frame and a cantilever support; the product is supported by second movable trolleys and moves in the direction of the cantilever support so that one end of the mold can be exposed; when the mold is exposed above a half length, the movement of the second movable trolleys is stopped, a first movable trolley is enabled to move to the middle position of the mold and support the mold; the mold is separated from the cantilever support, the cantilever support is enabled to move outwards, then the second movable trolleys are enabled to move so as to drive the product to be continuously demolded until the product is completely separated from the mold, and therefore the whole demolding procesdure is completed; and the equipment is used for implementing the method. The device and the method can effectively solve the de-molding problem in the winding production process of the large-scale oversized and overlong winding products and has the advantages of being convenient and rapid to demold, simple in equipment structure, convenient to operate and the like.

The invention belongs to the technical field of composite material molding, and provides an integral molding method of a cylindrical composite material structural part that is easy to release the mold. The method comprises the following steps: preparing a sealed airbag of a high-temperature and high-pressure resistant material according to the size of the cylindrical composite material structural part to be formed; sealing the sealed airbag after being filled with compressed gas, as a mold for the cylindrical composite material structural part; Molding agent or laying release cloth; the fiber laying of the tubular composite structural part is completed by winding molding method; the tubular composite structural part completed with fiber laying is cured by autoclave-vacuum bag method; the sealed airbag Deflate and decompress to separate the cylindrical composite material structure from the airbag, complete the demoulding process, and obtain the overall cylindrical composite material structure. The method of the invention has simple process, not only can realize the integral molding of various complex cylindrical composite material structural parts, but also is convenient for demoulding, and can obviously reduce the cost.

The invention discloses an integral forming method of an easy-to-demold composite material storage tank, and relates to the technical field of composite material forming. The integral forming method comprises the following steps: preparing a sealed airbag which is made of a high-temperature and high-pressure resistant material according to the size of a to-be-formed composite material storage tank; sealing the sealed airbag after fully filling the sealed airbag with a compressed gas, and using the sealed airbag which is fully filled with the compressed gas as a mold of the composite material storage tank; coating the surface of the sealed airbag with a demolding agent or paving and adhering demolding cloth; completing fiber pavement of the composite material storage tank by adopting a filament winding method; solidifying the composite material storage tank on which filament pavement is completed by adopting an autoclave-vacuum bag method; carrying out gas bleeding and decompression on the sealed airbag, enabling the composite material storage tank to be separated from the sealed airbag, completing a demolding process, and obtaining an integral composite material storage tank. The integral forming method of the easy-to-demold composite material storage tank, disclosed by the invention, has the advantages that the technology is simple, the integral performance of the composite material storage tank can be increased, demolding is convenient, and the cost can be obviously reduced.

The invention belongs to the technical field of die for car parts processing, and discloses a die for a car interior part. The die for the car interior part comprises an upper male die and a lower female die; the lower female die is provided with a support formed by a cross plate and two vertical plates; the upper male die is provided with an electromagnet and a sliding rod penetrating through thecross plate; the cross plate is provided with a drive piece; the top portion of a sliding rod is provided with a support block; the lower portion of the side wall of the support block is provided with a conducting strip; an electric lead is arranged between the conducting strip and the electromagnet; the cross plate is provided with a support frame; a communicating block is arranged between the support frame and the cross plate; an elastic piece is arranged between the top potion of the communicating block and the bottom of the support frame; the communicating block is provided with a power source; the power source is provided with a conductive needle; one end, away from the power source, of the conductive needle is connected with the side wall provided with the conducting strip of the support frame in a sliding mode; the lower female die is internally provided with a cavity; and the cavity is internally connected with an iron block in a sliding mode. The die for the car interior partsolves the problem that the interior parts are tightly attached with the lower die after impact molding to the interior parts in the prior art, leading to the difficulty of removing the car interiorparts.