47results about How to "Achieve shape" patented technology

The invention discloses a combined hybrid cross-linked dynamic polymer, which contains at least one boron-containing dynamic covalent bond, at least one other dynamic covalent bond and an optional hydrogen bond, and contains at least one dynamic covalent cross-linked network, wherein the cross-linking degree of other dynamic covalent bond cross-linking reaches a gel point or above. By introducingthe boron-containing dynamic covalent bonds with different dynamics, other dynamic covalent bonds and optional hydrogen bonds into the combined hybrid cross-linked dynamic polymer, a dynamic polymer material with a wide controllable range, rich structures and various properties can be prepared. The dynamic polymer contains the difference between the boron-containing dynamic covalent bond, the other dynamic covalent bond and the hydrogen bond, so that the polymer can show dynamic reversible effects with orthogonality and synergism under different conditions, and therefore, the polymer shows good self-repairing characteristics and rich stimulus responsiveness. The dynamic polymer can be widely applied as a self-repairing material, a tough material, a sealing material, an interlayer adhesiveand the like.

The invention discloses a physical split phase supramolecular dynamic polymer, which contains a block polymer molecule with hard and soft segments simultaneously. The hard segments of the block polymer molecule can be mutually mixed to and/or independently form crystal phases and/or phases incompatible with the soft segments, thus forming split phase physical crosslinking and/or polymerization based on hard segments, and all the soft segments of the block polymer molecule are amorphous. At least one soft segment of the block polymer molecule contains at least one ligand group, which can form dynamic metal-ligand interaction with a metal center. Moreover, at least one soft segment of the block polymer molecule contains at least one hydrogen bond group with hydrogen bond donor and hydrogen bond receptor simultaneously, and the hydrogen bond group forms a dynamic hydrogen-bond interaction. The dynamic polymer has shape memory function, self-repair function and super-toughness, and has wide application in biomedical materials, military, aerospace, energy, construction and other fields.

The invention discloses a process for producing a texture feeling nylon fabric. The process comprises the following steps: collecting cloth, performing cold padding, desizing, dyeing, dewatering and scotching, drying, setting, coating and fixing. The dyeing process comprises the following sub-steps: adopting a rope dyeing manner of an overflow dyeing machine, raising the temperature to the highestdyeing temperature according to the dyeing process, maintaining the temperature, reducing to a set temperature according to a cooling rate of 2.5-5.0 DEG C per minute, enabling the cloth surface to wrinkle, and forming warp wrinkles; the setting process comprises the following sub-steps: performing advanced weft feed in front of a fabric top board under the necking condition, and enabling the fabric to have upwards weft wave wrinkles before entering a drying oven; and the coating process comprises the following sub-steps: adopting a polyacrylate coating, and coating a coating for shaping andhighlighting texture on one side of the fabric. The texture feeling nylon fabric produced by the process for producing the texture feeling nylon fabric disclosed by the invention has three-dimensionaltexture, full hand feel as well as waterproof and windproof ventilation functions.

The invention provides a phase-change microcapsule based on an inorganic shell layer and a preparation method and application thereof. The Janus particle-containing composite wall material-coated phase change microcapsule based on the inorganic shell layer is obtained by stabilizing an emulsion through Janus particles and utilizing a sol-gel reaction at a water-oil interface. The phase change microcapsule based on the inorganic shell layer has controllable phase change temperature and high enthalpy retention rate, and the supercooling degree of a solid-liquid phase change material is effectively reduced. The phase-change microcapsule based on the inorganic shell layer is low in breakage rate in the using process, free of leakage of phase-change materials and volatile gas, excellent in using stability, safe and environmentally friendly. In addition, the phase change microcapsule coated with the composite wall material can be prepared in a green manner, and no toxic volatile substance isgenerated in the preparation process. The phase change microcapsule is simple in process and short in production period, and has a prospect of industrial batch production.

The invention provides a stewed-bird's-nest setting method and system. The method specially includes: disinfecting a setting tube; arranging fabric on the side wall of the setting tube; placing bird's nest on the surface of the other fabric; coiling the fabric with the bird's nest on the surface of the setting tube to allow the bird's nest to be located between the two fabric; arranging a sleeve on the surface of a gauze to form a bird's nest setting body and arranging the bird's nest setting body in setting equipment; taking out the bird's nest setting body from the setting equipment to have the bird's nest separated out. With the method, the stewed bird's nest is short in stewing time, easy to disperse evenly and better in taste; the setting system used for implementing the stewed-bird's-nest setting method is simple in structure, the fabric is fixed through a fabric coiling system, fixing efficiency of the fabric is improved, and integral setting efficiency of the bird's nest is increased; through cooperation use of various parts of the entire setting system, setting of the stewed bird's nest is realized.

The invention discloses a bra without shoulder straps and steel rings. The bra without the shoulder straps and the steel rings comprises a left cup, a right cup and main side edges, wherein the left cup and the right cup are integrated through a connecting part; the main side edges are arranged at two sides of the left cup and the right cup. The bra without the shoulder straps and the steel rings is characterized in that each main side edge comprises a transverse side edge, and an assistant side edge which is arranged below the transverse side edge; the left cup and the right cup are composed of supporting parts and concave cup parts; a middle stressing point is arranged at a part where each supporting part is connected with the corresponding concave cup part; a left back adjuster and a right back adjuster are fixedly connected to one end of each transverse side edge, and the other end of each transverse side edge is fixedly connected with the corresponding middle stressing point. The bra without the shoulder straps and the steel rings can achieve the lifting and gathering effects of a bra with the shoulder straps, is novel in design and obvious in effect, and can achieve the shaping, fitting and comforting effects; in addition, the bra is free of the steel rings and the shoulder straps, so that the wearing comfort can be greatly improved.

The invention discloses a device for producing a cylindrical test piece for a rock and soil test, aims to achieve rapid production of the cylindrical test piece for the rock and soil test through a lever compacting device and an electric heating matched mould device integrating electric heating sheets, overcomes the defects of high labor consumption, long drying time, low production efficiency andthe like during the conventional smashing hammer knocking compaction, and achieves test piece production with high efficiency and low labor consumption. The device for producing the cylindrical testpiece for the rock and soil test comprises a machine frame device, the electric heating matched mould device, the lever compacting device and a timing and temperature control device. The device for producing the cylindrical test piece for the rock and soil test is convenient to operate and easy to maintain, and has a broad application prospect in the production of rock and soil test pieces.

The invention relates to the field of shoe-pads, and in particular relates to a shoe-pad for shaping and correcting flatfoot during growth stage. The shoe-pad comprises a shoe-pad body, wherein the shoe-pad body comprises a shoe-pad main body; the inner sides on two sides at the middle of the shoe-pad main body are respectively a left arch structure and a right arch structure; a U-shaped convex edge matched with a heel is arranged at the heel end edge of the shoe-pad main body; a middle bulge is arranged at the middle part of the surface of the shoe-pad main body; a left concave point and a right concave point are respectively and correspondingly arranged on two sides of the middle bulge; a slotted hole A and a slotted hole B are respectively formed in the forefoot and the heel at the under face of the shoe-pad main body; a damping piece A and a damping piece B are respectively embedded in the slotted hole A and the slotted hole B. The shoe-pad for shaping and correcting flatfoot during the growth stage is simple in structure, capable of playing a role of shaping, correcting and improving flatfoot, and capable of damping an impact force when a flatfoot steps on ground and a bigger ground gripping force after the flatfoot steps on ground; the impact force when the flatfoot steps on ground is effectively damped, so that the flatfoot is effectively protected.

The invention relates to a method for controlling the process during rough grinding of a workpiece in which, according to the invention, the workpiece is measured during grinding by a sensor to ascertain an actual size, and the measured actual size is corrected in a continuously automatic manner to attain a predetermined specified size according to grinding time. The invention also relates to a grinding machine which is provided for carrying out the method and which comprises a grinding wheel for rough grinding a workpiece on a grinding spindle head. The grinding machine also has a sensor for detecting a ground workpiece dimension, and comprises a machine control, whereby the workpiece is held between a workpiece spindle and a tail spindle. According to the invention, the sensor is arranged primarily in a plane formed by the contact area of the grinding wheel which turns on the workpiece, and during rough grinding, said sensor continuously transmits measurement signals to the machine control. Said machine control controls the grinding wheel based on these signals in such a way that the grinding process can be executed as an in-process control.

The invention discloses a bag making device which comprises supports, a conveying rotating shaft (11), a transmission mechanism, a bottom plate (6) and multiple shaping rods (13), wherein a discharging opening is formed in the bottom plate (6), the supports are arranged on the bottom plate (6) and at two sides of the discharging opening (3); the shaping rods (13) are fixedly connected to the supports and are arranged right above the discharging opening; the conveying rotating shaft (11) is arranged at the top ends of the supports and is driven to rotate through the transmission mechanism.According to the bag making device, the problem in the prior art that the raw material is likely to deform when blown out of the discharging opening can be solved and the raw material shaping during the blowingout process is realized.

The invention discloses an individualized abutment-crown integration provisional prosthesis. The provisional prosthesis comprises a tooth crown and a titanium base, wherein the tooth crown is bonded to the titanium base integrally; and a gum penetrating outline of the provisional prosthesis is in harmony with that of a natural tooth. The invention also discloses a preparation method and application of the individualized abutment-crown integration provisional prosthesis. The ideas of transplanting individualized aesthetic repairing and digital repairing are combined, the individualized abutment-crown integration provisional prosthesis which is suitable for an individual patient and is in harmony with the gum penetrating outline of the natural tooth is manufactured through digitization mirror image technical design; after an implant is transplanted for 3-6 months and stable synostosis is achieved, the provisional prosthesis is placed on a dental implant for parenchyma moulding on the aesthetic region implant periphery to obtain the individualized and aesthetic implant periphery parenchyma form, and ideal tooth implantation and repairing aesthetic effect is achieved.

The invention discloses an automatic device used for manufacturing of an aluminum pot mold shell, and relates to the technical field of mold manufacturing. The problems that the manufacturing method used for an aluminum pot mold at preset quite depends on manpower, precision is poor, and the functions of intermittently feeding quantitative cement onto gauze, driving gauze to rotate and floating cement on gauze are not achieved are solved. The automatic device used for manufacturing of the aluminum pot mold shell comprises a bottom plate; a top plate is connected and arranged at the top of thebottom plate through stand columns; a moving top plate is arranged on one side of the top plate through a sliding structure in a sliding manner; and through the arrangement of an upper rotating rod and a lower rotating rod, the function of synchronous material clamping is provided for the shell manufacturing device, a conveying pipe can be lifted at the same time through pull rod movement, an aluminum pot can be replaced conveniently, a moving bottom plate is pulled away, and through contact of a transmission mechanism of a pot rack and motion connection of the pot rack, the pot rack can be stripped and cleared conveniently.

The invention discloses a balanced varnishing device based on varnished wire processing, and belongs to the technical field of varnished wire varnishing. The balanced varnishing device based on varnished wire processing comprises a base and a paint box fixedly installed at the top end of the base, the varnished wire is waxed before the varnished wire is painted, and the surface smoothness of the waxed enameled wire is improved, so that a uniform paint film can be easily formed on the surface of the waxed enameled wire in the subsequent painting process. The varnished wire is dipped in the paint through a lower printing and dyeing roller to be painted, and then an upper printing and dyeing roller is matched with a pressing plate, therefore, the paint on the upper and lower end faces of theenameled wire adhered with the paint can be uniformly flattened, and the situation that the paint surface of the paint is not smooth due to the leveling and gravity effects of the paint, is effectively improved. In addition, drying treatment is carried out through a drying mechanism in the winding process after the enameled wire is painted, so that the situation that the paint surfaces which are not completely dried adhere to one another during winding, and consequently the paint surfaces are uneven, is effectively avoided.

The invention belongs to the field of furniture processing, in particular to intelligent multifunctional machining equipment for furniture processing. According to the scheme, the intelligent multifunctional machining equipment for furniture processing comprises a shell, wherein an opening is formed in one side of the shell. A box door is hinged to the opening of the shell. A motor is installed onone side wall of the shell. An output shaft of the motor is connected with a fixing frame rotatably connected into the shell. The section of the fixing frame is in a U shape. An installation plate ismovably connected into the fixing frame. A fixing plate clamping plate is fixed to one side of the top end of the installation plate, and a movable clamping plate is slidably connected to the other side of the top end of the installation plate. A connecting block is installed on the movable clamping plate. Two locking screws are connected to the movable clamping plate in a threaded mode. Two fixing holes matched with the locking screws are formed in the installation plate. A first telescopic rod is installed on the other side wall of the shell. An output shaft of the first telescopic rod is connected with a pushing block located on one side of the connecting block. The intelligent multifunctional machining equipment is highly integrated, can rapidly achieve molding of wooden structures offurniture, and is good in machining effect.

The invention discloses a device for accelerating packaging forming, and relates to the technical field of air suction packaging, in particular to a device for accelerating packaging forming. The device for accelerating packaging forming comprises a platform, the top of the platform is slidably connected with a bottom plate, the upper part of the bottom plate is rotatably connected with a side pressing plate, and the side surface of the side pressing plate is provided with an air blowing hole. A sliding groove is formed in the surface of the bottom plate, a magnetic plate is arranged in the sliding groove, and a fixing mechanism is arranged at one end of the side pressing plate. According to the device for accelerating packaging forming, air blowing holes are formed in the side surfaces of side pressing plates, airflow is pumped into air channels through an air blowing pump and blown to the two side surfaces of a V-shaped packaging at a model through the air blowing holes, the diagonal air blowing forming function on the packaging is added, the side pressing plates are assisted in conducting compression molding on the shape of the packaging, and shaping of the V-shaped packaging is achieved more accurately, and the packaging is formed more rapidly and more attractive; and in addition, the device for accelerating packaging forming is suitable for packaging oil paper materials, and the multifunctionality of the device for accelerating packaging forming is improved.

The invention relates to the technical field of shoe processing, and discloses a shoe sole bottom shaping device in shoe processing, the shoe sole bottom shaping device comprises a main body, a steering assembly and a shaping assembly, the inner wall of the main body is movably connected with the outer wall of the steering assembly, and connecting columns are fixedly mounted at the top end and thebottom end of the steering assembly; the top end of the connecting column located at top is fixedly connected with the bottom end of the shaping assembly. According to the shoe sole bottom shaping device in shoe processing, in the steering assembly process, a limiting ball can provide certain supporting force for a steering ball, the limiting ball can rotate along with movement of the steering ball, and therefore it is guaranteed that the steering ball is smooth in the moving process; when the steering assembly steers, the limiting wheel on one side is extruded, air in the telescopic pipe enters the mounting column, one part of the air in the mounting column enters the air bag, and the other part of the air in the mounting column enters the telescopic pipe on the other side, so that the supporting force of the limiting wheel on the other side is guaranteed, and the steering assembly can steer stably.

The invention relates to the technical field of root carving cultivation methods, in particular to a method for making a tassel root carving. The method making the tassel root carving comprises the following steps: firstly, planting tassel in a first container, and replacing the first container for planting with a second container after first set time, wherein the height of the second container isgreater than that of the first container; enabling the root to grow downwards. According to the method, provided by the invention for making the tassel root carving, the shaping of the tassel root isrealized by replacing the container, so that the effect of planning the shape of the tassel root is achieved. The method for making the tassel root carving is simple in process, low in cost, good ineffect and wide in range of promotion; the formed tassel root is attractive and high in ornamental value.

The invention relates to the field of medicine storage tank production, in particular to a production process of a plastic cylindrical medicine storage tank. The process comprises the following stepsof S1, forming a cylinder; S2, forming an end cover; S3, forming a connecting piece; S4, splicing the medicine storage tank; and S5, gluing the medicine storage tank. According to the production process, splicing positioning of the cylinder and a sealing cover can be ensured, and the effect of ensuring the forming quality of the medicine storage tank is achieved.

The invention discloses a multi-layer shoe sole and a cloth sole shoe, and belongs to the technical field of shoemaking, the multi-layer shoe sole comprises an upper shoe sole, a middle shoe sole and a lower shoe sole, the upper shoe sole, the middle shoe sole and the lower shoe sole are made of multi-layer cloth, the size of the upper shoe sole is 2-5 yards smaller than that of the middle shoe sole, and the size of the lower shoe sole is 2-5 yards smaller than that of the middle shoe sole. After the upper sole, the middle sole and the lower sole are combined, the middle sole protrudes outwards to form a boss, a rubber layer or a plastic layer is cast on the boss in a die mode, the cloth sole is protected and beautified, casting or bonding with an upper is facilitated, the appearance of a tourist shoe and a sneaker is achieved, and meanwhile the breathable, comfortable and anti-skid effects of a cloth shoe with a multi-layer sole are achieved. The organic combination of the traditional cloth shoe process and the existing shoe making technology is realized.