215 results about "Clamminess" patented technology

Provided is an adhesive sheet for fixing a polishing pad for high-precision CMP processing, which is easy to adjust the reattachment position, has excellent air permeability, and also has excellent adhesive physical properties, and is a double-sided adhesive sheet for fixing the polishing pad to a surface plate. 【Solution means】 An adhesive sheet for fixing a polishing pad to a surface plate, comprising an adhesive layer A on one surface of a sheet-shaped base material, and an adhesive layer B on the other surface of the sheet-shaped base material, the surface of the adhesive layer A that is not in contact with the sheet-shaped base material has irregularities, and in the Bekk smoothness test, the smoothness of the said surface calculated | required on the following condition 1 is 1-100 second, the smoothness of the said surface calculated | required on the following condition 2 is 15-1125 second, An adhesive sheet for fixing a polishing pad, characterized by the above. Condition 1: The time until the pressure changes from -50.7 kPa to -48.0 kPa. Condition 2: The time until the pressure changes from -50.7 kPa to -29.3 kPa.

The invention discloses a high-temperature-resistant heat insulation and sound insulation function integrated amorphous material and a preparation method thereof, and belongs to the technical field of heat insulation and sound insulation protection of marine pipelines and equipment. The materials of the amorphous material with a preferable ratio comprise the binder, the additive, the aerogel particles, the hollow structure material and the reinforced phase material, the materials are treated by a certain process to form the amorphous material with high viscosity, and the amorphous material can play a role in heat insulation and sound insulation when being smeared on the surfaces of pipelines and equipment; and the material can be used at the temperature of 400 DEG C, and has good heat resistance and wide application prospects.

The utility model relates to the field of single-shaft rewinding machines, and discloses a single-shaft rewinding machine which comprises a single-shaft rewinding machine body, and the single-shaft rewinding machine body comprises a main machine, a rewinding shaft and a supporting seat. The base is provided with a lower seat and an upper seat, the lower seat of the base is welded to one side of the main machine, and the upper seat is welded to the center of the top face of the lower seat; the base hole is formed in one side of the base; the two groups of convex blocks are symmetrically welded on one side of the top surface of the upper seat; the limiting ring is provided with a groove, the limiting ring is arranged on one side of the top face of the upper base, and the groove is formed in one side of the face opposite to the protruding block; and the cleaning piece is fixed to one side of the inner wall of the limiting ring in a sticky mode. Due to the fact that the limiting ring is installed on the rewinding shaft, and the cleaning piece is arranged on the inner wall of the limiting ring, a user only needs to slide the limiting ring left and right on the rewinding shaft, portable cleaning of the rewinding shaft can be achieved, an operator can conveniently clean the outer surface of the rewinding shaft, and the service life of the rewinding shaft is prolonged.

The invention belongs to a special glass microstructure etching method in the technical field of special glass, and relates to a film layer at the same time. Setting design parameters: minimum line width d and etching depth h, and calculating a viscosity target value: V = 85 * e (-0.12 * d) + 38 * ln (h) = XcP; a film layer is coated on the surface of glass to be etched, a peelable layer (1), a corrosion resistance control layer (2) and an interface bonding layer (3) are sequentially coated, the peelable layer (1) is made of low polyurethane, the viscosity value V1 of the peelable layer (1) is 0.25 V, the corrosion resistance control layer (2) is made of acrylate copolymer, the viscosity value V2 of the corrosion resistance control layer (2) is V + / -3%, and the interface bonding layer (3) is made of epoxy modified organic silicon resin, and the viscosity value V3 of the interface bonding layer (3) is 1.8 V; the special glass microstructure etching method provided by the invention has simple steps, and can inhibit lateral permeation, eliminate film layer residues, stabilize etching depth and improve product processing quality when being used in cooperation with the etching method in the special glass etching process.

The present invention relates to the technical field of tire preparation, and particularly to a manufacturing method for increasing the bonding of a film to the inner liner, comprising the following steps: Step a: A rubber feeder supplies rubber to an extruder, and the extruder extrudes an airtight layer, a transition layer, and a film layer respectively; Step b: A composite roller press composites the airtight layer and the transition layer together; Step c: A film bonding device bonds the airtight layer and the transition layer that are composite together with the film layer to form an inner liner layer; Step d: A forming machine presses and forms the inner liner layer, a cord fabric layer, a carcass layer, a bead core, and a tire side, then performs an inverse wrapping process, and finally laminates with a belt layer to form a tire blank; In Step a, the adhesion grade G between the inner liner layer and the cord fabric layer is determined according to the adhesion S of the film layer; The quality Z of the inner liner layer is determined according to the rubber supply pressure P of the rubber feeder. The present invention reduces the stretching and deformation in the tire flexure area; reduces the probability of air bubbles appearing in the inner liner layer; and saves cost investment.

The utility model discloses a holeless installation handle which comprises a handle body and a multifunctional installation structure. By arranging the multifunctional mounting structure at the head end of the handle main body, when the handle main body needs to be repeatedly mounted, as the used double-sided rubber mat loses viscosity, when an assembly seat needs to be replaced and an old assembly seat needs to be dismounted, the elastic fastener is firstly pushed towards the inner side of the fastener groove, so that the fastening part is separated from the inner side of the fastening groove; when a new assembly seat is installed, the assembly seat is inserted into the assembly groove, after the assembly seat is installed in place, the buckling groove is buckled with the buckling part, then the assembly seat is buckled and fixed into the assembly groove, and therefore the installation operation is completed. After a new assembly seat is replaced, the handle body can be pasted and installed again, and the technical problem that the reusability of the handle body is poor is solved.

The utility model relates to the technical field of material storage and conveying, in particular to a viscous material anti-blocking bin which comprises an upper shell, a lower shell is arranged at the bottom of the upper shell, a feeding pipe is fixedly connected to the surface of the upper shell, the feeding pipe is connected with external material conveying equipment, a discharging valve pipe is arranged at the bottom of the lower shell, and the discharging valve pipe is connected with the lower shell. A conical net plate is fixedly connected to the interior of the lower shell, a second rotating rod is rotationally connected to the interior of the net plate, a scraper is fixedly connected to the surface of the second rotating rod, the surface of the scraper makes contact with the surface of the net plate, the scraper is made of rubber, and a fixing rod is fixedly connected to the inner wall of the lower shell. By starting the motor, the output end of the motor drives the second rotating rod to rotate, then the second rotating rod drives the scraping plate to rotate, uniform flowing of materials is achieved, overflowing is avoided, the flowing speed of the materials is increased, the materials are rapidly discharged, and use by workers is facilitated.

The utility model discloses a mechanical expansion shaft which comprises an end cover, an inner shaft, an outer sleeve, a swing rod and a driving part. The inner shaft penetrates through and is rotationally connected to the end cover. The outer sleeve comprises a plurality of supporting plates distributed in the circumferential direction of the inner shaft. One end of the swing rod is rotationally connected with the supporting plate, and the other end of the swing rod is rotationally connected with the inner shaft. The driving part can drive the supporting plates to swing relative to the inner shaft so that the outer diameter of the outer sleeve can be increased or decreased. When the film is rolled on the outer sleeve with the increased outer diameter, the driving component drives the supporting plate to swing to be close to the inner shaft, so that the outer diameter of the outer sleeve is reduced, and the rolled film and the outer sleeve are separated from each other. After the mechanical expansion shaft is used for rolling a film, the film can be easily separated from a rolled film, meanwhile, an inner core required by a rolled film finished product is omitted, the cost is saved, the rolled film can be conveniently unrolled from an inner ring in subsequent production and processing, different rolled film use environments are met, the mechanical expansion shaft is particularly suitable for unrolling of film products with large viscosity, and the production efficiency is improved. For example, an adhesive-free film comprising a hot melt adhesive layer is provided.

The utility model discloses an unloader. The discharger comprises a shell, blades and an air injection device. A containing cavity is defined by the shell, a feeding port and a discharging port are formed in the shell, and the feeding port and the discharging port are located in the two sides of the containing cavity and communicate with the containing cavity. The blades are installed in the containing cavity, and the shell is further provided with an air blowing opening communicating with the containing cavity. The air spraying device communicates with the air blowing opening and is used for spraying air into the containing cavity through the air blowing opening. The air injection device can blow air to the blades, so that materials adhered to the blades can be blown by the air injected by the air injection device and are not adhered to the blades any more, and the blades are cleaned. Thus, it can be ensured that the materials adhering to the blades can be cleaned in time, the problem that the viscous materials continuously adhere to the unloader and block the unloader, and consequently equipment operation is not smooth or stopped is solved, and the operation stability of the unloader is improved.

The present disclosure relates to phosphonic acids for enhancing the performance of thermal interface materials. Specifically, the present invention relates to the use of phosphonic acid for enhancing the performance of thermal interface materials (generalized, composites), for example by improving rheological properties, improving aging properties, improving shelf life, improving stickiness / adhesion, and / or reducing diffusion of materials (if any) migrating therefrom (e.g., reduced diffusion of oil exudate, etc. The present disclosure also relates to methods of enhancing the performance of composites for managing thermal and / or electromagnetic interference (EMI) using phosphonic acid. The composites may include thermal management and / or electromagnetic interference (EMI) mitigation materials, such as thermal interface materials (TIMs), EMI absorber materials, thermally conductive EMI absorber materials, electrically conductive materials, combinations thereof, etc.

This invention discloses a manufacturing process for a positioning and bonding process component, relating to the field of die-cutting technology. The process involves sequentially punching out the shapes of a backing layer, a product block, and a release film. The backing layer and product block are then bonded together to form a composite component. Finally, the composite component is bonded to the release film to obtain the finished positioning and bonding process component. In this manufacturing process, the product block and the process base film of the produced positioning and bonding process component have a backing layer. This backing layer is diagonally divided into two halves. The half of the backing layer closest to the peeling start position only covers 25% to 60% of the product layer area. Furthermore, the first backing layer has a special shape; when the protective layer is peeled off, the backing layer attached to it is peeled off first, effectively preventing the adhesive protective layer from lifting the product layer. This process uses asynchronous die-cutting, saving production costs and improving production efficiency.

The invention relates to a machining method and system for a hard and brittle material workpiece. In one aspect, the machining method comprises the steps that a viscous medium is applied to the to-be-machined surface of a workpiece; and the fixed abrasive tool makes contact with the to-be-machined surface and generates relative movement for grinding machining, in the grinding machining process, abrasive particles falling off from the fixed abrasive tool in the grinding machining process are captured by the viscous medium and suspended at the contact interface of the fixed abrasive tool and the workpiece, so that a free abrasive layer is formed, and the free abrasive layer is separated from the to-be-machined surface. And therefore, the abrasive particles in the free abrasive material layer perform in-situ grinding on the to-be-machined surface. Therefore, the cutter lines are reduced or even eliminated, and the surface machining quality of the workpiece is improved.

The present application relates to the technical field of enameled wire winding, in particular to a bidirectional synchronous winding mechanism and a winding machine, which are used for winding self-adhesive enameled wire into alpha coils and comprise a U-shaped frame, the U-shaped frame is provided with a positive rotating part and a reverse rotating part which are coaxial and are rotatably installed on both sides of the U-shaped frame, a resisting part is rotatably installed on one end of the positive rotating part close to the reverse rotating part, a guide rod is fixedly installed on the outer wall of the positive rotating part, a conveying hole is formed in the positive rotating part, the enameled wire passes through the conveying hole and is in contact with the end of the guide rod, the reverse rotating part can slide along the length direction in the U-shaped frame, an extrusion rod is rotatably installed in the reverse rotating part and can slide along the length direction, the top of the U-shaped frame is provided with an XYZ three-axis module, and a clamping assembly is installed at the output end of the XYZ three-axis module.

The invention relates to a method for preparing a support (1) for a composite substrate (S) comprising forming a surface porous layer (P) on a first face (1c) of the support (1), and applying a viscous solution comprising a solvent and a precursor of a filler material to the first face (1c) of the support (1) so as to absorb at least a portion of the viscous solution into open pores of the surface porous layer (P). In a fourth step, the support (1) is heat-treated to transform the viscous solution present in the open pores so that they are filled with the filler material. Figure to be published with the abbreviation: Fig 1

The application discloses a kind of for plane or curved surface abrasive tool preparation device, it is related to abrasive tool advanced manufacturing technical field.The device includes workbench, abrasive arrangement mechanism, clamping mechanism and abrasive transfer mechanism, abrasive arrangement mechanism includes template and the material placing disc for carrying template, template is opened with multiple regularly arranged holes, each hole is used to accommodate abrasive, and satisfy when abrasive is placed in corresponding hole, the top of abrasive is higher than the top surface of template, clamping mechanism is used to clamp abrasive tool, the abrasive surface of abrasive tool is coated with first adhesive, abrasive transfer mechanism includes elastic rubber head, elastic rubber head is coated with second adhesive, and the viscosity of second adhesive is lower than first adhesive;The technical scheme of the application is that elastic rubber head adheres abrasive in template hole by abrasive transfer mechanism, and abrasive adhered by elastic rubber head is transferred and adhered to the abrasive surface of abrasive tool.The application can realize the ordered arrangement of abrasive on plane or curved surface abrasive tool.

This application relates to a cable sheath mold core and a cable sheath mold, belonging to the field of cable mold technology. The cable sheath mold core includes a mold core body and an insert. The mold core body is conical in shape, with its radius gradually decreasing along the upper direction of height. The mold core body is hollow inside and open at both ends. The insert is disposed inside the mold core body and extends from the upper end of the mold core body. The insert is hollow inside and open at both ends for the wire core to pass through. The portion of the insert extending out of the mold core body is made of resin material. This application aims to solve the problem that the high surface viscosity of current cable sheath mold cores leads to the easy precipitation of waste material in the molding material, resulting in bulging inside the wrapping layer.

The invention relates to a dispensing device (100) for dispensing viscous and non-viscous materials from a cartridge (1). The dispensing device comprises a base structure (48), a plunger (3), a drive mechanism and a drive member (4) configured to transmit a drive force from the drive mechanism to the plunger (3). The drive member (4) is a bendable drive rod which is coupled to the drive mechanism in a non-releasable manner, in particular via a shaft plug (7). The drive member (4) is a continuous coil of spring steel formed from a wire having a substantially square cross-section and a thickness corresponding to the coil pitch.

The invention relates to the technical field of enamelled wire winding, in particular to a bidirectional synchronous winding mechanism and a winding machine, which are used for winding a self-adhesive enamelled wire into an alpha coil and comprise a U-shaped frame, and a forward rotating part and a reverse rotating part of which the central axes coincide penetrate through and are rotationally mounted on the two sides of the U-shaped frame respectively; the end, close to the reverse rotation piece, of the forward rotation piece is rotationally provided with an abutting piece, a guide rod is fixedly installed on the outer wall of the forward rotation piece, a conveying hole is formed in the forward rotation piece, the enameled wire penetrates through the conveying hole and makes contact with the end of the guide rod, and the reverse rotation piece can slide in the U-shaped frame in the length direction. And an extrusion rod is slidably installed in the reverse rotating piece in the length direction in a penetrating mode, an XYZ three-axis module is arranged at the top of the U-shaped frame, and a clamping assembly is installed at the output end of the XYZ three-axis module.

The present invention relates to an automatic assembly device for automotive screw foam gaskets, which includes a frame, a turntable, and a plurality of screw positioning seats evenly distributed on the turntable. Along the rotation direction of the turntable, the frame is sequentially provided with a screw feeding station, a pressing station, a gasket sleeving station, and a blanking station. The screw conveying component and the screw feeding component realize the directional arrangement and batch transfer of screws. The manipulator at the gasket sleeving station is equipped with a foam transfer jig, which accurately grabs the foam gasket and sleeves it onto the surface of the screw, and cooperates with the foam pressing plate to enhance the fitting degree. The foam gasket conveying component realizes continuous feeding through the bottom paper peeling and anti-sticking plate feeding. The waste discharging component synchronously removes waste materials, and the blanking component batch removes the finished screws, realizing the full-automatic assembly of screw foam gaskets, significantly improving the efficiency and yield, effectively preventing problems such as foam tearing and adhesive failure caused by manual operation, and meeting the large-scale production requirements of automotive waterproof and shock-absorbing screws.

The utility model relates to a stock bin capable of preventing bridging and blocking of materials. The stock bin comprises a stock bin body, a plurality of spiral autorotation mechanisms and a plurality of spiral moving mechanisms. The stock bin main body is provided with a discharge port, the spiral autorotation mechanism comprises a spiral main body and an autorotation mechanism, one end of the spiral main body is provided with a rotating joint, the other end of the spiral main body and the autorotation mechanism are installed together, and the autorotation mechanism drives the spiral main body to do autorotation motion; and the spiral moving mechanism drives the spiral autorotation mechanism to do circular motion or reciprocating swing motion in the stock bin through the rotating joint. According to the utility model, the spiral main body realizes circumferential or swinging movement through the spiral moving mechanism while rotating, so that the spiral stirring device can penetrate into materials for shearing and stirring, can cover a larger range, avoids the problem of local dead angles caused by the fixed position of the activation cone or the scraper, and is suitable for powder or high-viscosity materials which are high in cohesion and easy to absorb moisture.

The utility model relates to the technical field of dustproof oil-retaining bearings, in particular to a sealed dustproof oil-retaining bearing which comprises a bearing outer ring and a bearing inner ring, a retainer is mounted in the bearing inner ring, and a plurality of first balls are mounted on the retainer; according to the utility model, through the arrangement of the dustproof structure, the traditional mode that the dustproof pads are mounted by using glue or other viscous materials is changed, so that the bearing outer ring can be quickly mounted, firstly, the plurality of dustproof pads are clamped on the outer side of the retainer, and the plurality of dustproof pads are clamped on the outer side of the retainer; a plurality of second balls on the dustproof pad can be attached to the inner wall of the bearing outer ring and can rotate along with the bearing outer ring when the bearing outer ring rotates, the clamping blocks can be clamped in the through holes under the elastic action of the springs, the clamping blocks cannot stretch into the inner ring of the bearing inner ring when clamped in the through holes, and therefore the situation that installation of the bearing inner ring is affected is avoided; and after the multiple clamping blocks are clamped, the dustproof pad can be fixed, so that the interior of the bearing outer ring is sealed by the dustproof pad.

A thermal pad service kit includes a package having a first clamshell and a second clamshell. A thermal pad is enclosed between the first clamshell and the second clamshell, and a first side of the thermal pad is removably coupled to the first clamshell via an adhesive film. A second side of the thermal pad is tacky and removably coupled to a non-adhesive film. The second side of the thermal pad is coupled to a surface of a component after removing the non-adhesive film from the second side of the thermal pad and laying the thermal pads on the surface of the component.

The invention discloses a double-layer plastic film for silica gel refining and a production method of the double-layer plastic film, and belongs to the technical field of plastic films. The film is formed by compounding two layers of cascaded master roll materials, and the master roll materials are prepared by taking LLDPE resin, a slipping agent and a nano functional master batch as raw materials through a tape casting method; the production method comprises the steps of mother roll material production and composite molding, the mother roll materials are prepared through raw material mixing, heating melting and tape casting shaping, and then the two rolls of mother roll materials are compounded into a double-layer structure through a self-lapping rewinding machine. Compared with the prior art, the film is excellent in toughness and stretchability, has controllable low viscosity, is not easy to delaminate and damage, and can reliably protect a silica gel sheet; in production, the T-shaped mold can be used for synchronously manufacturing films of multiple specifications and can be used without thick films, so that the cost is reduced, the production efficiency is improved, the pollution of silica gel products is effectively reduced, the qualified rate of finished products is improved, and the method is suitable for various silica gel mixing scenes.

The utility model relates to material conveying equipment field, concretely relates to a kind of anti-blocking feeding machine screw conveying rod, including hopper, for supporting integral device, the hopper right side is fixedly connected with driving motor, the conveying rod with the surface of spiral vane being rotationally connected in hopper inner wall is provided, the conveying rod is drivingly connected with driving motor, the conveying rod outside is provided with transmission assembly;Anti-blocking component, it is set in hopper inner wall, the anti-blocking component includes the rotation rod of being provided with two groups, the rotation rod rotationally connects in hopper inner wall. By setting multiple groups of arc spoiler annular array on the outside of mounting shell, and the spoiler of adjacent mounting shell is obliquely arranged, when rotation rod drives mounting shell to rotate, spoiler can form the continuous agitation, shunting effect to the material in hopper, break the bridge and agglomerate formed by gravity or viscosity of material, especially for powdery, high humidity and other easy agglomerated material, can significantly reduce the risk of accumulation jam.

The application discloses a mold structure for forming a shell of an atomizing device, and a first cavity is formed by cooperation of a movable mold body, an insert assembly and a ejector pin. When the shell is demolded, first, the insert assembly is moved away from a limiting groove, and the shell is core-pulled. Then, the ejector pin which is slidably arranged in a through hole is moved along the through hole to approach the limiting groove, and the shell is ejected out of the first cavity to complete the demolding. The through hole can disperse the radial load borne by the ejector pin, and the ejection force applied by the ejector pin after the core-pulling of the shell is greatly reduced, so that the structural stability of the ejector pin can be improved, the condition that the ejector pin is easily broken due to the large viscosity of the shell material can be avoided, and therefore the operation stability of the mold structure and the production efficiency of the shell can be improved.

To provide a dispenser that can shorten the cycle time of the viscous material coating process. [Solution] The first cylinder 51 has a filling port 52 in front of the discharge nozzle 54. The second cylinder 31 has a supply port 32 from which viscous material is supplied from the liquid storage tank 10, and is connected to the filling port 52 of the first cylinder 51 via a connecting passage 40 connected to a branching section 33. The first plunger 55 fills the filling port 52 with viscous material when retracted and discharges the viscous material from the discharge nozzle 54 when moving forward. The second plunger 35 supplies viscous material from the supply port 32 when retracted and fills the first cylinder 51 with viscous material via the connecting passage 40 when moving forward. The first switching valve 56 blocks the flow path to the discharge nozzle 54 when filling the first cylinder 51 and prevents backflow to the filling port 52 when discharging. The second switching valve 36 blocks the connecting passage 40 when supplying to the second cylinder 31 and prevents backflow to the supply port 32 when filling the first cylinder 51.

The utility model discloses a waterproof moxibustion heat patch which comprises a first film body, the first film body is made of PU waterproof materials, a ring body is installed on the first film body, two sets of clamping grooves are formed in the ring body, sliding grooves are formed in one sides of the two sets of clamping grooves, a cover body is placed on the ring body in an attached mode, and two sets of clamping blocks are installed on the cover body. Firstly, the cover body is placed on the second film body in the plaster, the plaster is flatly paved and uniformly touched on the second film body, then the cover body is taken up to enable the clamping block on the cover body to be aligned and clamped with the clamping groove in the corresponding ring body, and the clamping block is rotated to enable the clamping block to rotate through the sliding groove, so that the cover body can be prevented from falling off; at the moment, the moxibustion heat patch is taken to be aligned with the position where the plaster needs to be pasted and pasted on the moxibustion heat patch, it can be guaranteed that the plaster cannot drip or plaster liquid flows to the adhesive part when the moxibustion heat patch is taken at any angle, and therefore it can be guaranteed that the viscosity of the adhesive part is not affected, and the waterproofness of the moxibustion heat patch is guaranteed.

Provided is a stock material adjusting device that, even when adjusting a stock material raw material containing a large amount of hot melt adhesive, viscous substances, etc., will not cause the adhesive to stack up on the squeegee and will not damage the cylindrical cylinder. Since an annular member (37) is provided in the other end space portion (39), the stock material raw material accumulates in front of the end face (37d) of the annular member (37), becoming a soft state where the moisture is not drained. Therefore, the squeegee fittings (43, 43) are inserted, bringing the squeegee fittings (43, 43) close to the squeegees (21a, 21a,...). Thus, even if the stock material raw material containing a large amount of hot melt adhesive, viscous substances, etc. adheres to the squeegees (21a, 21a,...), a scraping action can be generated on the plate surfaces (43a, 43a) of the squeegee fittings (43) by the rotation of the squeegees (21a, 21a,...) to scrape it off cleanly.

The invention discloses a TC17 composite board with a mechanical interlocking interface and a preparation method of the TC17 composite board, and belongs to the technical field of composite material preparation. The problems that a current titanium alloy composite board of a sandwich structure is low in interface strength and poor in interface bonding capacity, so that the service strength and the ultimate high-temperature strength of the composite board are low, and the anti-fatigue performance is poor are solved. A Ti750S hollow alloy plate is placed in the middle of a TC17 plate, and the TC17 composite plate of a sandwich structure is obtained through hot press forming. In the hot pressing process, TC17 is filled into holes of Ti750S in a viscous flow mode and permeates with TC17 on the other side, a rivet or anchor rod structure is formed in the holes in the middle layer, a three-dimensional mechanical interlocking structure is formed with the Ti750S layer, an interlocking interface provides strong mechanical bonding force, interface stress is effectively transmitted and dispersed, metallurgical bonding is formed through diffusion bonding, and the mechanical bonding strength is improved. And the interface strength of the TC17 composite board is improved.

The utility model relates to the technical field of crushers, and discloses a double-shaft crushing and crushing all-in-one machine capable of forcibly and continuously feeding, which comprises a crushing and crushing bin body and a forcible feeding shell, a double-shaft processing component is arranged on the crushing and crushing bin body and is used for sequentially crushing and crushing materials, and the forcible feeding shell is arranged on the crushing and crushing bin body. According to the double-shaft crushing and crushing all-in-one machine capable of forcibly and continuously feeding, operation parameters can be automatically adjusted according to the feeding speed and material characteristics, it is ensured that materials uniformly and stably enter the crushing and crushing cavity, the phenomenon that the machine is blocked due to the uneven feeding speed, the material viscosity and the irregular shape is avoided, and after the double-shaft crushing and crushing all-in-one machine is used, the working efficiency is greatly improved. The shutdown time of an enterprise caused by machine jamming is almost reduced to zero, and the continuity and stability of production are greatly guaranteed, so that the production loss caused by shutdown is reduced, the service life of equipment is prolonged, the maintenance risk of the equipment is reduced, and the production operation of the enterprise is smoother and more efficient.