10results about How to "Simple arrangement" patented technology

The present invention relates to a device (10) for manufacturing a fiber-reinforced component (1) according to a three-dimensional winding method, the device comprising at least one computer-controlled winding machine, which is used to wind at least one fiber support (11) arranged on a rotating shaft (16) using a linear continuous fiber strip provided on at least one reel (18) in at least one winding pattern, wherein the at least one winding machine is a robot arm (13) with multiple rotation axes, which simultaneously lays at least two fiber strips (12), wherein at least one robot arm (13) is used to simultaneously lay the at least two fiber strips (12) in a distributed manner on at least two fiber supports (11) respectively arranged on separate rotating shafts (16) and / or to simultaneously lay at least two fiber strips (12) on only one fiber support (1) arranged on a separate rotating shaft (16).

The utility model provides a kind of spinneret, belong to textile machinery technical field.Its structure includes: a plurality of shunt cone is arranged to form array in the upper end of spinneret body, the shape of the array is regular hexagon, there are a plurality of spinneret hole in the periphery of each shunt cone;Every two adjacent shunt cone is arranged at equal intervals;Every two adjacent spinneret hole is arranged at equal intervals.The utility model is designed with new structure, can optimize the spinning process of fiber, improve the dispersion uniformity and surface quality of fiber.Through the structure design and material selection of spinneret, realize efficient, stable fiber production.The spinneret includes spinneret body and multiple spinneret holes arranged on the spinneret body.The shape, size and arrangement of spinneret hole are carefully designed to achieve uniform dispersion of fiber.At the same time, spinneret body is made of high-temperature-resistant and wear-resistant material to ensure stability in high temperature and high pressure environment.

The utility model discloses a kind of horizontal and vertical deformation photovoltaic support, its structure includes two fixed frames and movable pieces of symmetrical distribution.The fixed frame is formed by second, third, fifth connecting piece of mutual connection, third and fifth connecting piece are fixed in the both ends of second connecting piece, form stable mechanical structure;Movable piece contains two different lengths connecting pieces, respectively for connecting fixed frame and supporting photovoltaic panel edge.By replacing movable piece, photovoltaic panel can be quickly converted between horizontal and vertical arrangement, adapt to different seasons light demand.Fifth connecting piece uses telescopic design, cooperate locking piece to realize photovoltaic panel inclination accurate adjustment.The support system optimizes material utilization, reduces cost, improves power generation efficiency and stability.

The utility model discloses a movable casting dust removal device, which belongs to the technical field of casting dust removal, and comprises a dust removal cover and a dust removal assembly which are arranged on a casting platform, one end of the dust removal assembly is communicated with the top of the dust removal cover, and the other end of the dust removal assembly is slidably connected to a dust collection pipeline. The side, away from the dust collection pipeline, of the dust removal cover can abut against the pouring platform in a relatively moving mode through a moving assembly, and the side, close to the dust collection pipeline, of the dust removal cover is close to the upper portion of the pouring platform. The dust removal assembly is connected with the dust removal cover and the dust collection pipeline, and the dust removal assembly can generate negative pressure in the dust removal cover to absorb and capture smoke dust generated by product pouring; the two ends of the dust removal cover are in sliding lap joint with the pouring platform and the dust collection pipeline correspondingly, the moving effect of the dust removal cover can be achieved, the structural design of the dust removal cover is simplified to a certain degree, the arrangement mode is simple, sucked smoke can be guided into the dust collection pipeline in time, and smoke overflow is prevented.

The utility model discloses a high-performance breakdown-resistant insulated wire, which comprises a wire, a first insulating filler, a wrapping layer, a second insulating filler, an outer sheath layer and a wire insulating layer. According to the utility model, the wire insulating layer is arranged between the wire and the insulating filling layer, the inner insulating layer, the middle insulating layer and the outer insulating layer are matched, a multi-layer insulating design is adopted, and the selection and the thickness of each layer of insulating material can be independently optimized, so that a better insulating effect is achieved, the damage of the insulating layers of the wire caused by external factors is avoided, and the service life of the wire is prolonged. Meanwhile, the wires can be placed in the inner cavity, so that the arrangement mode of the wires is more concise, and abrasion caused by friction between the wires is avoided.

The present invention provides a motor stator winding, comprising at least one coil group 1, which is arranged in two radially adjacent layers of the stator core; at least one coil group 2, which is arranged in two radially adjacent layers of the stator core; coil group 3, which is arranged in the first radially inner layer or the first radially outer layer of the stator core; coil group 4, which is arranged in the first radially opposite layer of coil group 3 in the stator core; wherein the lapped winding rotation direction of coil group 1 is opposite to the lapped winding rotation direction of coil group 2. The beneficial effect of the present invention is that the types of conductors used are small, the arrangement method is simple, the busbars and busbars can be eliminated, so that the twisting direction and twisting slot pitch of the welding end extending inside the slot of the same radial layer in the stator core slot are consistent, so that the lead end and the neutral point between the phase windings are arranged in any slot and any layer in the same radial direction, the complexity of the manufacturing process is reduced, the production cost is reduced, and the processing efficiency is improved.

The utility model relates to the technical field of stator coil, and specifically relates to a winding wire winding structure for large double-fed wind power stator, the sintering structure includes metal flat wire, inner layer side lead wire, outer layer side lead wire, coil nose portion and coil middle section, first through the metal flat wire is added and is wound, continues to rotate and is bound, then after the coil is pulled out coil nose portion and coil middle section, the coil is wrapped insulation material and is fixed for many times, and the shaping of coil structure is completed, the structure has good universality, can effectively solve the metal flat wire weaving process of multilayer, many width, uses less bandaging structure to increase its heat dissipation effect, so as to cope with the use of subsequent high-voltage electric field, has good practicality and economy, is beneficial to the popularization and use of equipment.

The present invention is a single-row welding wire structure, comprising a first circuit board and a wire group. The first circuit board is provided with a board-to-board electrical connector and comprises a single row of first contact groups, wherein the center spacing between each minimum adjacent contact of the first contact group forms the contact width. The wire group comprises a plurality of high-speed signal lines and at least one low-speed signal line connected to the first contact group, wherein the first spacing distance between the high-speed signal pair and each adjacent contact is at least greater than or equal to 2 times the distance between the contact width. The single-row welding wire structure can reduce the number of wires used, increase the spacing between high-speed signal pairs, and improve the wire arrangement method for crosstalk interference.

This utility model discloses a pulping and mixing device, belonging to the technical field of pulping and mixing equipment. It includes a mixing tank containing a first and second mixing shaft arranged in parallel. The plane containing the central axes of the two mixing shafts forms an angle with the bottom surface of the mixing tank. The first and second mixing shafts rotate in opposite directions. Mixing blades arranged at intervals along the same helical direction are mounted on both shafts. In this design, the helically arranged blades on the first and second mixing shafts provide axial propulsion to the slurry, while the spaced blades also provide mixing. A radial shear flow field is formed. The intersecting plane of the first and second mixing shafts divides the mixing area into an asymmetric space, resulting in three-dimensional turbulence in the slurry during mixing. This effectively eliminates dead zones and improves the mixing effect within the mixing tank.