15 results about "Material applicator" patented technology

A method of making a metallic component includes mounting a polymeric scaffold onto a mandrel, wherein the mandrel includes one or more chucks configured to secure the polymeric scaffold onto the mandrel and wherein the mandrel is configured to rotate the polymeric scaffold; depositing, with a second additive manufacturing (AM) technique using a material applicator, a component material onto the polymeric scaffold to form the metallic component on the polymeric scaffold, wherein the component has a shape that is the same as the polymeric scaffold; removing the polymeric scaffold; and the metallic component deposited on the polymeric scaffold from the mandrel; and removing the polymeric scaffold from the metallic component.

A pen-type hazardous material applicator for applying metal pretreatment material to complex geometries including blind holes, through holes, rivets, slots, chamfers, counterbores, counterbores and other hard to access surfaces.

An additive manufacturing (AM) system includes a build chamber, a base adjustably coupled to the build chamber, and a build material applicator for depositing a build material above a build platform for creating the object. The build platform includes a fixed region fixedly and rigidly coupled to the base and a flex region configured to flex relative to the base in response to a force applied to the build platform by an object. The partial flexibility allows deformation caused by thermal distortion of the build platform during use to reduce final object stress. The AM system can produce larger additively manufactured objects out of crack-prone material. In addition, the partial flexibility may prevent damage to the build platform and / or base without an overly complicated arrangement.

The invention relates to the technical field of water-absorbent resin mixing equipment, and particularly discloses a super absorbent resin online discharging device which comprises a feeding assembly, a material mixing assembly and a discharging funnel, the feeding assembly is provided with a feeding bin used for temporarily storing a first material, and a through hole allowing the first material to leak out is formed in the bottom of the feeding bin; the mixing assembly comprises a mixing bin and a material spray head, the feeding end of the mixing bin and the discharging end of the feeding bin are oppositely arranged, the material spray head is used for spraying out a second material so that the first material and the second material can be mixed to form a third material, and the discharging hopper is arranged at the discharging end of the mixing assembly and used for outputting the third material. The feeding device has the effect of improving the problem of non-uniform mixing during feeding of various super absorbent resins in the prior art.

Applicator devices and methods for dispensing solid and liquid materials therefrom are disclosed. The applicator devices provide for application of a wide variety of liquid and solid materials from a hand-held device in combination with a buffing element. The devices generally include a top portion that forms a housing and a bottom portion that defines a buffing element. The top portion incudes an interior side that defines an inner cavity configured to contain the liquid or solid material and an exterior side having at least a portion configured to be grasped by a user's hand. Attachment between the housing and the buffing element may be releasable so that various interchangeable buffing elements may be used in combination with the liquid or solid material contained in the housing of the device.

The invention provides a tape material applicator and computer program capable of applying relatively short tape materials and reducing the difficulty in tape application. The tape material applicator unit (60), mounted on the sixth axis of a robot, includes a disc-shaped member (50) and a roller swing mechanism (80). The tape material clamping device (200), attached to the disc-shaped member (50), clamps one end (304) of the tape material (300), while the guide (100) attached to the roller swing mechanism (80), holds the other end (305) of the tape material (300). The roller (90) presses the tape material (300) onto the workpiece (40). The tape material (300) is applied from one end (304) to the other end (305) along the application path by pressing with the roller (90), while maintaining the unattached part of the tape material (300) elevated from the workpiece (40).

An additive manufacturing system and method for forming a modular electronic assembly including first and second modular electronic components. The system includes first, second, and third material reserves, first, second, and third material applicators, a directed energy head, and a processor. The first material applicator deposits additive manufacturing material to form substrates of the modular electronic components. The second material applicator deposits conductive material on the substrates thereby forming conductive traces. The third material applicator deposits the solder material thereby forming solder points on the first modular electronic component and the second modular electronic component. The directed energy head heats the solder material so that solder points of the first modular electronic component join solder points of the second modular electronic component. The processor controls the material applicators and the directed energy head according to a computer-aided design.

This invention discloses an ammonium nitrate rotary drum granulator with coating function. The granulator includes an inclined rotary drum body, inside which a granulation zone, a drying zone, and a coating zone are sequentially integrated along the material travel direction. The granulation zone is equipped with replaceable orifice nozzles and a flow manifold and flow deflector for adjusting particle flow, achieving a wide particle size adjustment range of 1-6 mm. The drying zone uses a porous air distribution plate to introduce hot air, achieving fluidized drying of particles and dust source control. The coating zone is equipped with angle-adjustable paint nozzles, employing a double-layer coating system of primer and topcoat to coat the particles. This invention, through integrated design, replaces the traditional tower granulation and its separate drying and coating processes, solving the problems of high investment costs, limited operational flexibility, easy product agglomeration, and significant dust pollution associated with existing technologies. It achieves low-cost, high-flexibility, high-quality, and environmentally friendly large-scale continuous production of ammonium nitrate granules.

The utility model discloses microsphere spray drying equipment, and belongs to the technical field of drying equipment. The multiple groups of hot air pipes are arranged on the inner wall of the barrel body, and the hot air nozzles arranged on the hot air pipes face the material nozzles used for spraying the materials, so that when the materials are sprayed out of the material nozzles, the hot air nozzles arranged at different heights on the upper side can heat the materials sprayed out of the material nozzles at the same time, and rapid drying is achieved; the dryness of the particles is increased; the hot air nozzles on the hot air pipes close to the lower side are all arranged towards the stirring shaft, and the dried particles on the top can be continuously heated and dried in the falling process, so that the finally discharged particles have good dryness.

The utility model provides a kind of multi-point air sending material feeding machine, it is related to breeding equipment technical field, including box, box is provided with hopper, the lower portion of hopper is provided with discharging device, further including the feeding pipe for being connected with discharging device, discharging device is used to convey feed in hopper to feeding pipe;More than one feeding component is provided along the extension direction of feeding pipe, and direct current passage and discharge passage are formed in feeding component interior;Rotary blade is rotatably arranged in feeding component interior, and rotary blade rotates to control direct current passage and discharge passage to select one and communicate with feeding pipe.The utility model has the beneficial effect that feeding component is arranged on feeding pipe, the rotation of rotary blade is controlled to switch feeding component in conveying circulation function and discharging function, so that the feed blown out by feeding pipe can be discharged through any one feeding component, so as to supplement according to the feed consumption of each place, to achieve the purpose of accurate feeding.

The present invention aims to provide a tissue reinforcement material applicator that enables quick, precise, and easy application of a stick-on tissue reinforcement material to a surgical stapler with less application failure, and a tissue reinforcement material application kit including the tissue reinforcement material applicator. Provided is tissue reinforcement material applicator for securing a stick-on tissue reinforcement material to a surgical stapler, the tissue reinforcement material applicator including a plate-shaped member, the tissue reinforcement material applicator having recesses opposing each other on both surfaces of the plate-shaped member, each recess having a shape corresponding to a shape of a portion of the surgical stapler to which the stick-on tissue reinforcement material is to be applied, each recess being continuous with the same edge of the plate-shaped member, each recess having brush-like protrusions on a bottom surface thereof, each recess having, in a side surface thereof, a securing groove for holding the stick-on tissue reinforcement material therein.

The utility model discloses laser cladding equipment for improving the bonding strength of a coating, which comprises a connecting column, the bottom of the connecting column is connected with a laser cladding piece, a main laser and a flow guide channel are arranged in the laser cladding piece, and the top of the laser cladding piece is connected with a material input connecting pipe communicated with the flow guide channel. A material spray head communicating with the flow guide channel is arranged at the bottom of the laser cladding part and located on the outer side of the main laser, a driving cylinder part is fixedly arranged on the connecting column and located on the top of the laser cladding part, and a rotating ring is arranged at the bottom of the driving cylinder part in a driving mode; the bottom of the first supporting plate is provided with a heating impurity-removing laser capable of lifting, rotating and adjusting the angle. Compared with the prior art, the laser cladding device has the advantages that the heating and impurity removing laser capable of being arranged in a multi-angle mode is arranged on the outer side of the top of traditional laser cladding equipment, basic heating and impurity removing can be carried out on a base material, and therefore the bonding strength of cladding materials can be improved.

The utility model relates to the technical field of equipment cooling and lubricating, in particular to a cooling and lubricating device for a pipeline beveling machine, which comprises a movable vehicle body, a fixed support, a locking support arm, an annular guide frame, a rotary spraying assembly, a material suction assembly and a telescopic assembly, the locking supporting arm is fixedly connected to the outer side of the fixed support, the rotary spraying assembly is movably connected to the outer side of the annular guide frame, the material suction assembly is installed on the top of the movable vehicle body, and the telescopic assemblies are installed on the two sides of the rotary spraying assembly. According to the cooling and lubricating device for the pipeline beveling machine, the rotary spraying assembly is matched with the rotatable material spraying head to achieve 360-degree rotary spraying, the cutting face, the side face, the back face and the bottom of a tool are covered with cooling liquid, the blind area problem of a traditional fixed spraying nozzle is avoided, the stretching-out distance of the rotary spraying assembly can be adjusted through the telescopic assembly, and the spraying efficiency is improved. And when different pipe diameters are machined, the cutter or the workpiece is automatically avoided, and mechanical interference is prevented.

The utility model discloses a soil improvement material application device, and relates to the technical field of soil improvement material application. Comprising a mixing frame; the feeding mechanism is arranged at the feeding pipe of the mixing frame; the anti-blocking mechanism is arranged at the bottom of the material mixing frame and is matched with the filtering holes in the bottom wall of the material mixing frame; the stirring mechanism is arranged in the mixing frame; according to the device, through a long-rod eccentric wheel, a first motor and a second spring, a dredging plate ascends and descends in a filter hole in a reciprocating mode and dredges materials blocked in the filter hole, the dredging plate which is integrally in a triangular shape better evacuates the materials blocked in the filter hole, through a sliding rod, a sliding barrel and the first spring, the materials blocked in the filter hole are pushed to be scattered, and the filtering efficiency is improved. In this way, the filtering holes are dredged in time, and rapid discharging of the filtering holes is guaranteed; the problem that in the prior art, the requirement for the uniformity of soil application and distribution after mobility improvement during field use cannot be met is solved.

The present invention aims to provide a tissue reinforcement material applicator that enables quick, precise, and easy application of a stick-on tissue reinforcement material to a surgical stapler with less application failure, and a tissue reinforcement material application kit including the tissue reinforcement material applicator. Provided is tissue reinforcement material applicator for securing a stick-on tissue reinforcement material to a surgical stapler, the tissue reinforcement material applicator including a plate-shaped member, the tissue reinforcement material applicator having recesses opposing each other on both surfaces of the plate-shaped member, each recess having a shape corresponding to a shape of a portion of the surgical stapler to which the stick-on tissue reinforcement material is to be applied, each recess being continuous with the same edge of the plate-shaped member, each recess having brush-like protrusions on a bottom surface thereof, each recess having, in a side surface thereof, a securing groove for holding the stick-on tissue reinforcement material therein.