187 results about "Flaked Material" patented technology

A dispenser for sheet materials is disclosed. The dispenser includes a housing having an including a cover assembly, a back frame member comprising a first side and a second and opposite side forming an interior surface of the housing, and the first side of the back frame member comprising at least one mating receptor; and a plate comprising a carrier member primarily made from plastic and a decorative facia, wherein the carrier member has a facia side coupled to the decorative facia and a back and opposite side, including a locking element, wherein the plate is configured to be removably coupled to the first side of the back frame member when the locking element of the carrier member is releasably engaged to the mating receptor of the back frame member such that the decorative facia forms an exterior surface of the dispenser.

To provide a separation device capable of easily changing a separation interval of a sheet-like member.SOLUTION: A separation device (1) includes an anvil roll (2) configured to feed a sheet-like member (10) while the sheet-like member (10) is sucked onto the anvil roll (2), a cutter roll (3) configured to cut the sheet-like member (10) sucked onto the anvil roll (2), a transfer roll (4) including a first region (4b) from which air is ejected and a second region (4c) in which ejection and suction of air can be switched, and a transport unit (5a) configured to transport the sheet-like member (10) that has been cut. The conveyance part (5a) ejects air from the entire area of the transfer roll (4) facing the cut sheet member (10), and accelerates the cut sheet member (10) at a preset acceleration in a state where the cut sheet member (10) is separated from the anvil roll (2).SELECTED DRAWING: Figure 1

A dispenser is disclosed for holding and dispensing a package containing a wiping product, such as flushable premoistened wipes. The dispenser can be made from a single piece blank. The dispenser can include arms for engaging a rolled bathroom tissue fixture and can include an open end for receiving a package of wiping products and mating with the package in a way that facilitates dispensing of the product.

The utility model discloses a sheet material, which is characterized in that a convex frame (101) is arranged on the sheet material (1), and a through hole (102) is formed in the convex frame (101).

The invention belongs to the field of aluminum-based composite material recycling, and particularly relates to an aluminum-based composite material machining chip recycling method which comprises the steps that oil stains and floating dust on the surfaces of machining chips are removed, and the machining chips are crushed into sheets; carrying out alkali washing and acid washing cleaning to remove an oxide layer; determining a reinforced phase mass fraction through pickling; stirring the flaky material, and performing gravity settling to obtain particles arranged in parallel; performing low-temperature vacuum sintering to obtain a billet; and the aluminum-based composite material with high interface bonding strength and good uniformity is prepared through high-temperature plastic deformation. And the particle reinforced aluminum matrix composite material processing chips are recycled, so that the machining loss is reduced. And the oxide layer is removed, and the particle sintering difficulty is reduced. And the processing chips are arranged in parallel, so that the problems that the sheet-shaped aluminum-based composite material particles are not dense in hot pressing and easy to generate pores due to high strength are solved, and a new scheme is provided for recycling and reusing the composite material.

A knife and associated guide for the cutting of fibrous batt insulation products, as well as rigid foam board insulation products are described. The knife has a handle and blade, each oriented so as to maximize the ability to pull the blade through the material to be cut, while minimizing the muscular effort and strain required of the user. The guide is configured to easily compress batt insulation products and to be easily moved over the products for improved efficiency.

A dispenser for sheet materials is disclosed that has a unique opening feature. The dispenser includes a housing that encloses a tray for containing one or more sheet materials. The dispenser further includes a tab member that is attached to an internal conveyor system. When the conveyor system is pulled out, the tray member exits the housing for enabling a user to have access to the sheet materials for dispensing.

The utility model discloses a stamping die accurate in positioning, which relates to the field of die design and comprises an upper die and a lower die, a core is fixedly mounted on the bottom side of the upper die, and a cavity is fixedly mounted on the upper side of the lower die. A first through groove is formed in the bottom side of the cavity, and a lifting assembly is arranged in the first through groove; a second through groove is formed in the middle of the lower die, and the lifting assembly slides in the first through groove and the second through groove in a lifting mode; at least two first ejector pin holes are formed in the lifting assembly, limiting ejector pins and first elastic pieces are installed in the first ejector pin holes in a clearance fit mode, the upper ends of the limiting ejector pins extend out of the first ejector pin holes, the first elastic pieces abut against the bottom ends of the first ejector pin holes and the bottom ends of the limiting ejector pins, and correction cones are formed at the upper ends of the limiting ejector pins. Compared with the prior art, the device has the advantages that the limiting ejector pin is enabled to be automatically aligned with a hole site on a sheet material through the correction cone, so that the sheet material is accurately aligned on the lifting component, the production efficiency is improved, and the production quality is improved.

The invention relates to a vacuum cutting conveyor for an automatic blade cutting machine of sheet material, comprising a plurality of cutting supports (14) rigidly connected to a driving mechanism driven along a rectilinear and curvilinear trajectory, each of the cutting supports comprising a plurality of bristles (16), each of the bristles comprising a foot (16a) rigidly connected to a bottom (18) and a head (16b) opposite the foot for placing the sheet material to be cut, the bottom of each cutting support being elastically deformable along the trajectory of the driving mechanism.

Disclosed is a method for loading a stack of sheet material into a dispenser, the method including moving a lid of the dispenser from a closed use position into an open refilling position, the dispenser including a body having side walls, a base, an opening, the lid covering the opening, wherein the lid has a dispensing opening to enable sheet material to be dispensed therefrom, a platform for supporting a plurality of sheet material from below, wherein the platform is movable from a lowermost position to an uppermost position adjacent the lid, a biasing means for urging the platform towards the lid, a releasable locking mechanism for holding the platform in a locking position in the lowermost position, the releasable locking mechanism including a first pair of first arms movably attached to one of the side walls.

The invention belongs to the technical field of bulletproof ceramic material preparation, and discloses a preparation method of a granite-imitated structure boron carbide bulletproof ceramic. According to the invention, the technical problems of how to construct the boron carbide anti-bullet ceramic with the granite organization structure and how to ensure that the boron carbide anti-bullet ceramic can be sintered compactly are solved. By simulating the organization structure of granite, on one hand, the overall hardness of the material is not reduced, and it is guaranteed that the material has the good projectile breaking capacity; and on the other hand, the fracture toughness of the material is greatly improved through the effects of crack deflection of particles, pulling-out of the flaky material, microcrack toughening and the like, so that the damaged area is greatly reduced after the ceramic is hit, and the ceramic has good multi-bullet resistance.

The utility model relates to the technical field of speed reduction support installation, and discloses a speed reduction support riveting structure which comprises a main gear shaft, a clamping groove is formed in the main gear shaft, a first sheet-shaped plate is arranged in the clamping groove, a second sheet-shaped plate is arranged on one side of the first sheet-shaped plate, a groove is formed in the main gear shaft, a clamping ring is arranged in the groove, and the first sheet-shaped plate and the second sheet-shaped plate are arranged on the other side of the first sheet-shaped plate. A guide groove is formed in the first sheet-shaped plate, and a pin column is inserted into the guide groove. The utility model has the beneficial effects that the groove is arranged on the main gear shaft, the open clamping ring is additionally arranged, after the first sheet material is sleeved at the appointed position of the main gear shaft, the clamping ring is placed in the groove, the single sheet is preliminarily limited by the clamping ring, and after riveting, the clamping ring is deformed and lengthened to be clamped with the groove more tightly, so that the single sheet is prevented from being damaged. And the second sheet-shaped material also deforms to generate a groove for accommodating the clamping ring, so that the main gear shaft and the sheet-shaped materials are fixed more firmly under the matching of an external riveting structure and the matching of the groove and the clamping ring.

The invention relates to the field of processing and forming of medical antibacterial flaky materials, in particular to a production method of a medical flaky profile, which is mainly applied to production of an I-shaped slide rail part and a T-shaped slide groove part in a dressing bracket in a wound closing device. The method comprises the following main process steps that a planar soft film with a pressure-sensitive hot melt adhesive layer on one side serves as a strip-shaped belt raw material, the strip-shaped belt raw material is arranged on unwinding equipment, and the strip-shaped belt raw material passes through a forming cavity of a folding and shaping module under the traction effect of winding equipment, so that the strip-shaped belt is formed. A forming cavity of the folding and shaping module is provided with a plurality of sections of folding and shaping cavities in the conveying direction of the strip-shaped belt raw materials so as to fold and shape the strip-shaped belt raw materials for multiple times; and the folded and shaped strip-shaped belt raw material is pressed and shaped by using a heat-seal pressing machine. The manufacturing cost of required equipment is low, the production operation is simple, the production efficiency is high, and meanwhile, the product can be made into an extremely thin shape.

To manufacture a high-strength resin wheel having a rim part and a disk part integrated with each other with good moldability in an extremely short time.SOLUTION: In a method for manufacturing a resin wheel by molding a material 11 composed of a thermoplastic fiber reinforced resin by a mold 31, the mold 31 is set to a temperature lower than the melting point of the resin matrix of the material 11. A billet-like material 13 and a sheet-like material 12 are prepared as a material 11, and heated to a temperature higher than the melting point of the resin matrix. The heated billet-like material 13 is held in a die 31 surrounded by a disk outer surface die 32 and a rim outer diameter die 33, and the sheet-like material 12 is held on the surface of the punch die 34 side in the rim outer diameter die 33. A part of the sheet-like material 12 is pressed to the billet-like material 13 to join both of them while forming the rim part of the wheel by performing the forming for closing the notch of the outer peripheral part of the sheet-like material 12 by lowering the punch die 34, and the disk part of the wheel is formed by compression-forming the billet-like material 13.SELECTED DRAWING: Figure 1

The utility model relates to the technical field of photovoltaics and semiconductors, in particular to a boat structure and a carrying device, and solves the problem that the side edge of a sheet material has a winding plating phenomenon due to the fact that the side edge of the sheet material is exposed outside. The boat structure comprises a first side plate, a second side plate, a third side plate and a cover plate which are vertically arranged, the third side plate is connected with the first side plate and the second side plate to define a containing space with a side opening, and the cover plate is detachably connected with the first side plate and the second side plate and used for closing or opening the side opening. The first side plate and the second side plate are each provided with a first clamping groove facing the containing space, the first clamping grooves can contain the first side edge or the second side edge of the sheet-shaped material, the third side plate is provided with a second clamping groove facing the containing space, the second clamping groove can contain the third side edge of the sheet-shaped material, and the cover plate can make contact with the fourth side edge of the sheet-shaped material. And the four side edges of the sheet material are prevented from being exposed outside, so that the winding plating phenomenon of the side edges of the sheet material is reduced.

A winding apparatus configured to wind a sheet material is provided. The apparatus includes a belt configured to contact an outermost circumferential surface of a rolled material to rotate the rolled material, and a belt driving device configured to rotationally drive the belt. The apparatus is configured such that a radius of curvature of a portion of the belt configured to be in contact with the rolled material increases in conjunction with an increase in a diameter of the rolled material. The rolled material is the sheet material wound to form layers in its thickness direction. The sheet material is a flexible sheet-shaped member.

The invention discloses a sheet wettability testing device and method, and relates to the technical field of battery testing. The method comprises the following steps: adding an electrolyte to a flaky material; a permeation area is formed on the sheet-shaped material; the real-time voltage and the real-time current of the flaky material are obtained; based on the real-time voltage and the real-time current, acquiring a resistance change curve of the flaky material; and based on the resistance change curve, obtaining the electrolyte infiltration rate of the flaky material. Compared with a liquid absorption method and a weighing method in the prior art, the electrolyte infiltration rate of the flaky material can be accurately measured. The method is not affected by the environment, and has high repeatability and consistency of measurement results.

The utility model discloses a flaky material automatic rubberizing production device which comprises a base, supporting plates are fixedly connected to the two sides of the base, a containing cavity is formed between the two supporting plates, the front end of the containing cavity is movably connected with an adhesive tape roller, and the rear end of the containing cavity is fixedly connected with a laminating platform. The part, located above the attaching platform, of the containing cavity is fixedly connected with a discharging bin in the inclined direction, and the part, located above the discharging bin, of the containing cavity is movably connected with a pressing mechanism. The back adhesive tape can be bonded with the sheet materials stacked in the discharging bin when penetrating through the position between the discharging bin and the attaching platform, continuous adhesive attaching action is achieved under the action of the pressing plate and the weight of the materials, the production efficiency of attaching the back adhesive to the sheet materials can be greatly improved through the device, and meanwhile the device is simple in structure, low in cost and suitable for popularization and application. And the practicability is high.

A laminated material includes a first base material, and a sheet material laminated on and integrated with a surface of this first base material. The first base material is made of a material selected from the group consisting of a biomass material, a plastic, a metal, a ceramic, a glass, a molded pulp, and a paper. The sheet material is substantially made of a plant-derived component. The sheet material has an absorption peak in a region of 1715 to 1725 cm−1 in an infrared absorption spectrum. The sheet material can be produced by removing a liquid component from a lignocellulose solution produced by dissolving a plant raw material in an organic acid. A laminated material is produced by laminating the sheet material on a surface of the first base material, and thermocompression-bonding the sheet material and the first base material.

A film for forming a sheet material with a structured surface by applying the film to a decorative substrate, the film comprising: a wear-resistant group comprising a bonding layer configured to be bonded to a decorative layer or decorative layer group, a transparent base layer on the bonding layer, and a surface layer on the transparent base layer; a first coating layer on the surface layer of the wear-resistant group, the first coating layer comprising an admixture of solid particles; and a second coating layer on the first coating layer, the second coating layer comprising an admixture of silica particles.

Disclosed are a carrier for sheet-like materials and a passivation device, solving a problems of low processing efficiency and poor consistency of processing effect of sheet-like materials. The carrier for the sheet-like materials includes a carrying assembly and at least one compressing assembly. The carrying assembly includes at least one first accommodating cavity. The first accommodating cavity includes a first opening. The first accommodating cavity is configured to accommodate a plurality of sheet-like materials stacked placed, and the sheet-like material enters and exits the first accommodating cavity from the first opening. The compressing assembly is connected to the carrying assembly and extends into each first accommodating cavity to compress the plurality of sheet-like materials in the first accommodating cavity.

To reduce the time and labor of a worker required for preparing a test piece by preparing the test piece of stable quality regardless of the skill of the worker.SOLUTION: The test piece preparation device 10 is a device for preparing a test piece TP from a sheet material M, and includes a loading unit 20 for loading a standard sized sheet S, which is the sheet material M, a punching unit 40 for punching a test piece TP from one standard sized sheet S at a third stopping position ST3, which is a predetermined punching position, a discharge unit 50 for discharging the test piece TP, and a transport unit 30 for transporting the standard sized sheet S from the loading unit 20 to the third stopping position ST3 and transporting the test piece TP from the third stopping position ST3 to the discharge unit 50.SELECTED DRAWING: Figure 1

To prevent marks caused by contact and rubbing of seam allowances of a stitched part from remaining when a seat cover is removed. [Solution] In a seat cover (11) constructed by joining sheet materials (15) together in the surface direction, at least a portion of the joining portion between the sheet materials (15) is constructed with a stitched portion (16) in which the edges of each sheet material (15) are sewn together, leaving a seam allowance (16a) exposed on the back surface. The stitched portion (16) has a non-matching stitched portion that does not match a depression in the pressurized surface of the object to be covered (12). A buffer sheet (13) is provided on the contact surface that comes into contact with the object to be covered (12), which is the back surface, covering the non-matching stitched portion and interposing it between the object to be covered.

The application provides a roller coating mechanism and a coating device. The roller coating mechanism comprises a roller coating device, which comprises a support frame, a roller coating motor and a coating roller. The coating roller is rotationally connected to the support frame, and the roller coating motor is arranged on the support frame and connected to the coating roller. In the case that a sheet material moves along a first direction above the coating roller, the coating roller contacts the sheet material. The axial direction of the coating roller is parallel to a second direction, and the second direction is perpendicular to the first direction. An adjusting device is connected to the support frame, and the adjusting device is used for adjusting the inclination of the support frame to change the inclination of the coating roller. The mechanism for changing the inclination of the coating roller by the adjusting device makes the coating roller not only suitable for roller coating on a coating surface parallel to the horizontal plane, but also suitable for roller coating on a coating surface with inclination or unevenness, and the working mode is more flexible.

The utility model provides a visual detection device for small sheet materials, which relates to the technical field of visual detection of small sheet materials and comprises a front detection conveying belt, a back detection conveying belt and a qualified product conveying belt. Industrial cameras used for detecting the front side and the back side of the sheet material are arranged on the front side detection conveying belt and the back side detection conveying belt correspondingly, and front side detection can be conducted on the sheet material through the front side detection conveying belt and the back side detection conveying belt by means of the industrial cameras on the front side detection conveying belt; the sheet material moves upwards on the reverse side detection conveying belt, the reverse side of the sheet material can be detected through the industrial camera at the reverse side detection conveying belt, and the front side and the reverse side of the sheet material can be detected along with the movement of the sheet material.

A method for making a carbon carbon, carbon ceramic matrix, or carbon silica composite, comprising melt processing a resin comprising a polyaryletherketone (PAEK) and at least one reinforcing additive to make a precursor part, pyrolyzing the precursor part to make a pyrolyzed part, infusing a liquid second resin into the pyrolyzed part to make an infused part, and pyrolyzing the infused part. Other methods comprise processing aligned reinforcing additives and a resin comprising a PAEK to make an aligned reinforcing additives PAEK, aligned 1-2 dimensional flake material, or aligned 1-2 dimensional platelet material, to create a fabric, prepreg or tape comprising the aligned reinforcing additives and impregnated PAEK. Other methods comprise impregnating continuous fiber tape or fabric with a resin comprising PAEK and at least one reinforcing additive or co-weaving a continuous fiber or fabric with a PAEK fiber comprising PAEK and at least one reinforcing additive.

The invention relates to the technical field of photovoltaics and semiconductors, in particular to a gas uniformizing device and a film coating device, and solves the problem that the film coating uniformity of the film coating device on sheet materials is poor. The gas uniformizing device comprises a gas uniformizing assembly and a plurality of spraying assemblies, the gas uniformizing assembly can be arranged in a containing cavity of the coating device, the gas uniformizing assembly is provided with a plurality of gas uniformizing parts which are sequentially arranged in the first direction, and the gas uniformizing parts can receive coating gas. And the multiple spraying assemblies are arranged on one side of the gas uniformizing assembly and communicate with the multiple gas uniformizing parts in a one-to-one correspondence mode, each spraying assembly is provided with multiple spraying holes, and the spraying holes face or deviate from the adjacent spraying assemblies. At least one side, in the first direction, of the spraying assembly can be provided with a flaky material. The spraying holes of the multiple spraying assemblies can spray the coating gas to the corresponding flaky materials, the gas distribution uniformity in the coating device is improved, and the coating uniformity of the coating device on the multiple flaky materials is improved.

The application provides a material transfer system and a passivation process production line. The material transfer system comprises a bottom support, a carrying device, a transfer device and a flow transfer device. The carrying device can carry sheet materials passing through a processing link through a process carrier. The flow transfer device can flow transfer sheet materials needing to enter a long-distance transportation link through a transfer carrier. Between the flow transfer device and the carrying device, the transfer device realizes the transfer of the sheet materials between the process carrier and the transfer carrier through the bottom support. In this way, different carriers are configured according to the requirements of different process links to meet different production requirements. Moreover, each carrier only needs to be used for the corresponding process link, reducing the overall transportation cycle of a single carrier and shortening the loading waiting time and transfer time between the upper and lower batches of materials, thereby improving the material flow transfer efficiency and production efficiency.

The application discloses a kind of high-performance magnetic material processing with automated transfer equipment, belongs to transfer equipment technical field, including rack and the roller shaft assembled in rack, a plurality of the roller shaft is commonly equipped with conveying belt, the side of the rack is equipped with the speed reducer motor of output end and one of the roller shaft is connected, the conveying belt surface is equipped with multiple variable support components, the variable support component includes the positioning seat assembled on conveying belt;By setting variable support component, it is realized that cylindrical magnetic material can be placed separately adapted, and the support demand of different width sheet-shaped magnetic material is adjusted, after simultaneously, both can small interval support narrow sheet-shaped material, and can large interval support wide sheet-shaped material prone to deformation, avoid material middle or end sagging deformation, a kind of equipment can satisfy the transfer of multiple specifications magnetic material, substantially reduce equipment change cost.