99results about How to "Achieve thinning" patented technology

The invention relates to the technical field of polyolefin film materials, in particular to a cold drawing sleeve packaging film and a preparation method thereof. The invention discloses a cold drawing sleeve packaging film which is composed of an inner layer, a middle layer and an outer layer. The inner layer is prepared from the following raw materials in percentage by weight: 30 to 60 percent of metallocene linear low density polyethylene (mLLDPE) and 40 to 70 percent of linear low density polyethylene (LLDPE); the middle layer is prepared from the following raw materials in percentage by weight: 20 to 70 percent of metallocene linear low density polyethylene (mLLDPE), 10 to 30 percent of linear low density polyethylene (LLDPE) and 1 to 40 percent of pre-dispersion component; the outer layer is prepared from the following raw materials in percentage by weight: 10 to 60 percent of metallocene linear low density polyethylene (mLLDPE), 10 to 40 percent of linear low density polyethylene (LLDPE) and 1 to 40 percent of pre-dispersed component; the pre-dispersed component is prepared from an original ecological powder material of metallocene linear low density polyethylene (mLLDPE), an original ecological powder material of non-entanglement ultra-high molecular weight polyethylene (UHMWPE) and a low-melting-point dispersing agent through high-speed mixing and pre-mixing; the low-melting-point dispersing agent is polyethylene wax and polyethylene glycol.

The invention provides a multi-directional input device which can reduce the direction dependence of the click feeling of a push switch when a tilting operation and a pressing operation are performed on an operation shaft, and can realize low profile. A multidirectional input device (1) is provided with: a first rotating member (81); a second rotating member (82); an operation shaft (83) that rotates and displaces the first rotating member (81) and the second rotating member (82) downward; a holding mechanism (7) that elastically holds the operation shaft (83); the holding mechanism (7) is provided with a lifting slider (72) that supports the operation shaft (83) from below and engages with the actuator (51). The operation shaft (83) is provided with: an annular skirt section (835) that extends outward from the lower portion of the connection section (832); and a through-hole (836) that passes through the skirt section (835).

The invention provides a diffusion member, a laminate, an LED backlight, and a display device. A diffusion member has, in order, a first layer having light transmissivity and light diffusivity, and a second layer having a reflectivity that increases as the absolute value of the angle of incidence of light with respect to the surface of the second layer on the first layer side decreases, the first layer having light diffusivity and the second layer having light diffusivity, and the second layer having light diffusivity and light diffusivity that increases as the absolute value of the angle of incidence of light with respect to the surface of the second layer on the first layer side decreases. The transmittance increases as the absolute value of the incident angle of light with respect to the surface of the second layer on the first layer side increases.

The present invention is to provide a toothbrush that maintains the shedding strength of the hair bundle, suppresses the breakage of the base and the poor appearance, and can achieve a further thinning of the head. The toothbrush is characterized in that the head is a thin head of 3.0 mm or less, which is obtained by molding a polyacetal resin with a weight average molecular weight of 130,000 or more. When the thickness of the above-mentioned hair-planting base, i.e., the base thickness, is set to T1 (mm), the hole depth of the hair-planting hole is set to U1 (mm), the depth from the hair-planting surface to the upper end of the implanted flat wire, i.e., the flat wire hair-planting depth, is set to H1 (mm), and the weight average molecular weight of the above-mentioned polyacetal resin is set to Mw, the following formula (1) is satisfied. (-18.5)+T1×7.0+U1×3.5+H1×(-10.0)+Mw×0.78×10 ‑5 ≥2.96···(1).

The invention provides a vibration driver and a vibration presentation device, even if the vibration driver is installed on a touch panel, the vibration driver can be thin and low in cost, and an appropriate operation feeling can be given to a user when the touch panel is operated. The vibration driver includes: a fixed body having a coil and a core member around which the coil is wound and both end portions of which protrude from the coil; a movable body that has yokes that are disposed close to both end portions of the core member so as to face each other with a gap therebetween in a direction intersecting the winding axis of the coil, and that can be fixed to an operation contact surface portion that is operated by contact, the yokes being formed of a magnetic body; and a plate-shaped elastic part which has an elastically deformed corrugated part and elastically supports the movable body with respect to the fixed body so as to be movable freely in at least one direction facing one of the two end parts, the plate-shaped elastic part being fixed between the movable body and the fixed body.

A display device including two overlapping display panels. The upper display panel includes a first display area and an area that allows visible light to pass through. The lower display panel includes a second display area and an area that blocks visible light. The second display area overlaps with the area that allows visible light to pass through. The area that blocks visible light overlaps with the first display area. The lower display panel includes a third display area between the second display area and the area that blocks visible light. The gate signal and the source signal supplied to the first pixel included in the third display area are equal to the gate signal and the source signal supplied to the second pixel included in the second display area. Compared with other pixels included in the second display area, the second pixel is closer to the first pixel.

A touchpad assembly includes a cover plate and a three-dimensional sensing element. The three-dimensional sensing element is stacked with the cover plate and includes a first sensing layer and a second sensing layer. The first sensing layer is arranged to extend along a first direction and has a first resistivity. The first resistivity is equal to or less than about 0.5 ohm / sq. The first sensing layer serves as a part of a first touch electrode and a second touch electrode. The second sensing layer is arranged to extend along a second direction and has a second resistivity. The second resistivity is greater than about 0.5 ohm / sq and equal to or less than about 5 ohm / sq. The second sensing layer serves as another part of the second touch electrode and a pressure sensing electrode. Thus, the thinness of the touchpad assembly can be achieved, and the manufacturing cost and the manufacturing procedure of the product can be reduced.

A composite component device is provided with two or more composite component layers each having an electronic component layer and a rewiring layer provided on the electronic component layer, the two or more composite component layers being laminated in the thickness direction such that the electronic component layer and the rewiring layer are alternately arranged, the electronic component layer having one or more electronic components, the electronic component includes an electronic component body portion having a first surface perpendicular to the thickness direction and a second surface facing the first surface, and a plurality of component electrodes disposed on the first surface, the component electrodes of one or more electronic components being electrically connected to the rewiring layer. The electronic component layer among the composite component layers adjacent to the rewiring layer of the two or more composite component layers further has an electronic component layer through-hole electrically connected to the rewiring layer of the other composite component layer.

The utility model discloses a display screen assembly and an intelligent blackboard. The intelligent blackboard comprises a touch screen body and an optical anti-reflection film. Wherein the touch screen main body is of an In-cell structure; the optical anti-reflection film is attached to the surface of cover plate glass of the touch screen body. According to the utility model, the In-cell structure is selected, the thinning and the light weight of the panel are simultaneously realized, and in the aspect of the thinning effect, the In-cell structure is thinner than a single-chip glass touch control structure and an On-cell structure and is about 0.3-0.4 mm, so that the large-size intelligent blackboard can be lightened and thinned more favorably.

The invention provides a refrigerator which is provided with a refrigerator inner side installation component and a refrigerator outer side installation component which are used for installing a supporting component of a plate in an inner box, the installation components can be thinned, and the reduction of the volume can be restrained. The supporting mechanism of the shelf in the refrigerator is provided with a supporting component with a carrying part for carrying the shelf, and a box inner side mounting component and a box outer side mounting component which are used for mounting the shelf in an inner box. The box inner side mounting member is provided with an inserted portion into which an insertion portion formed on the support member is inserted, and the support member is configured so as to be mounted to the inner box by inserting the insertion portion into the inserted portion. And at least a part of the insertion part is positioned on the heat insulation space side of the inner box through an opening formed in the inner box.

A heat exchanger capable of improving the fluidity of a heat exchange medium in an inlet and outlet forming portion is provided. The present invention is directed to a heat exchanger, which comprises: a heat transfer portion (2) which is configured as a heat exchange passage (20) for a heat exchange medium (L) to flow through a hollow portion inside; and an inlet and outlet forming portion (1a, 1b) whose interior is connected to the heat exchange passage (20) and the inlet and outlet forming portion is formed with an inlet and outlet (15) for the heat exchange medium (L) to flow in and out. At least a portion of the outer surface portion of the heat transfer portion (2) is configured by a covering sheet (6), which is a laminated material obtained by providing a resin covering layer on at least one side of a metal heat transfer layer, and the outer dimension thickness (T1) of the inlet and outlet forming portion (1a, 1b) is formed to be thicker than the outer dimension thickness (T2) of the heat transfer portion (2).

The present application relates to X Ku combined wave band electromagnetic shielding material technical field, specifically to a kind of X Ku combined wave band electromagnetic shielding wave-absorbing adhesive film and preparation method thereof, the adhesive film includes multilayer composite structure of conductive substrate, adhesive layer, wave-absorbing functional layer and protective layer in turn;The adhesive layer includes polyurethane resin, acetal compound and amide solvent;The wave-absorbing functional layer includes first wave-absorbing functional layer and second wave-absorbing functional layer coated in turn, and the wave-absorbing functional layer includes polyvinyl chloride resin, plasticizer and magnetic absorber.The present application is designed by multilayer composite structure of conductive substrate, adhesive layer, wave-absorbing functional layer and protective layer, and conductive substrate provides electromagnetic wave reflection shielding effect, carbonyl iron powder type magnetic absorber in wave-absorbing functional layer absorbs electromagnetic wave energy by magnetic loss mechanism, adhesive layer enhances the interfacial bonding force between layers, and protective layer provides antioxidant protection, to realize the multifunctional synergy of electromagnetic shielding, wave-absorbing, attachment and protection.

The utility model relates to a thinned flexible RFID (Radio Frequency Identification) tag. Relates to the technical field of RFID tags. Comprising a plane material, an RFID transponder and a substrate which are arranged in sequence, and the RFID transponder is connected with the plane material and the substrate through adhesive layers; the RFID transponder is a thinned RFID transponder, the thinned RFID transponder comprises an RFID tag antenna, conductive adhesive, an RFID chip and a carrier layer, the RFID chip is connected with the RFID tag antenna through the conductive adhesive, the RFID tag antenna comprises a metal layer, the thickness of the metal layer is 5-12 microns, and the carrier layer is connected to the bottom of the metal layer; the surface material and the substrate are both cloth base layers. According to the utility model, the RFID tag carrier is thinned, and the flexibility of the tag is greatly improved.

The vibration device according to one or more embodiments of the present disclosure includes first to nth vibration portions (where n is a natural number greater than or equal to 3) arranged parallel to each other, a first cover member covering a first surface of each of the first to nth vibration portions, a second cover member covering a second surface opposite to the first surface of each of the first to nth vibration portions, and an adhesive member disposed between the first cover member and the second cover member and surrounding the side surfaces of each of the first to nth vibration portions.

The invention discloses a diamond-based GaN device preparation method and a diamond-based GaN device. The method comprises the following steps: growing a polycrystalline diamond thick film on the back surface of a single crystal substrate through chemical vapor deposition; carrying out first temporary bonding on the polycrystalline diamond thick film and the first temporary bonding substrate; thinning the front surface of the single crystal substrate to complete the preparation of the diamond composite substrate; epitaxially growing a GaN epitaxial structure on the surface of the single crystal substrate; performing a front process of the GaN device on the surface of the GaN epitaxial structure to complete processing of a front electrode structure; carrying out second temporary bonding on the front electrode structure and a second temporary bonding substrate; the first temporary bonding substrate is removed, and thinning of the diamond composite substrate is completed; performing a back hole and back metallization process on the diamond composite substrate; and removing the second temporary substrate through de-bonding to complete the preparation of the diamond-based GaN device. Bonding of GaN and diamond can be effectively achieved, the diamond substrate is thinned, the cost is reduced, and the device performance is improved.

The invention provides a rotary reciprocating drive actuator and an optical scanning device, which are easy to assemble and can be driven while achieving thinning, wide angle and high amplitude. The present invention is provided with: a movable body that has a shaft part to which a magnet is fixed on the outer circumference, holds a V-shaped mirror such that the ridge part of the V-shaped mirror follows the shaft part, and is supported so as to be capable of reciprocating rotation about the axis via the shaft part; and a unit main body having: a plurality of magnetic poles facing the magnets in the radial direction of the shaft portion and spaced apart from each other in the circumferential direction of the shaft portion; a coil body that forms, together with the magnet, an electromagnetic drive unit that reciprocates and rotates the movable body; and a magnetic body that faces the magnet in the radial direction of the shaft portion, is disposed between the plurality of magnetic poles in the circumferential direction, attracts the magnet, and urges the movable body toward an initial position at which the movable body reciprocates. The electromagnetic drive unit rotates the movable body in a reciprocating manner, and swings the V-shaped mirror while maintaining the angle formed by the V-shaped mirror.

The invention provides a laminated member, an LED backlight, and a display device. A diffusion member has, in order, a first layer having light transmissivity and light diffusivity, and a second layer having a reflectivity that increases as the absolute value of the angle of incidence of light with respect to the surface of the second layer on the first layer side decreases, the first layer having light diffusivity and the second layer having light diffusivity, and the second layer having light diffusivity and light diffusivity that increases as the absolute value of the angle of incidence of light with respect to the surface of the second layer on the first layer side decreases. The transmittance increases as the absolute value of the incident angle of light with respect to the surface of the second layer on the first layer side increases.

The utility model provides a waterproof infrared detection device, waterproof infrared detection device includes a casing, a lens and at least one pyroelectric infrared sensor, wherein the casing has a cloth mirror window and a cloth mirror along of delimiting the cloth mirror window with the inside space and outside space of casing intercommunication, wherein the pyroelectric infrared sensor is with its sensing surface towards the cloth mirror window state is arranged in the inside space of casing, wherein the lens has a set along, the lens is installed in the cloth mirror window with the set along interference fit state of cloth mirror along, thereby realizing water -resisting seal based on the interference fit between the lens and cloth mirror along.

The invention provides a vibration module. The vibration module (1) is provided with: a mover (10) having a bottom plate (12), a magnet (13), and a back yoke (11); a stator (20) having a frame (21), a substrate (24), a coil (22), and an insulator (23); and an elastic member (30) provided between the mover (10) and the stator (20). The mover (10), the stator (20), and the elastic member (30) are arranged along a first arrangement direction (A1). A first surface portion on one side of a frame (21) of the stator (20) in a first arrangement direction (A1) is attached to the mover (10) via an elastic member (30), a second surface portion (212b) on the other side of the frame (21) in the first arrangement direction (A1) can be attached to an object to be vibrated supported by a support body, and the mover (10) moves relative to the stator (20) in a second arrangement direction (A3) that is a direction intersecting the first arrangement direction (A1).

A nonwoven fabric for a circuit substrate, which is composed of a papermaking structure body including a plurality of thick fibers having a thickest part of a fiber diameter of 5 μm or more and a plurality of thin fibers having a thickest part of a fiber diameter of less than 5 μm, characterized in that the average fiber length of the thick fibers is longer than the average fiber length of the thin fibers, the number of the thin fibers is more than the number of the thick fibers, and the thick fibers have a flat shape having a long axis and a short axis, and the short axis is oriented in the thickness direction of the papermaking structure body.

An electronic device according to the present invention is provided with: a secondary battery having a first main surface and a second main surface arranged in a Z-axis direction; a rigid body facing the first principal surface; and a sensor that is attached to the rigid body and that detects elastic deformation of the rigid body caused by application of a force to the rigid body, the sensor not overlapping the secondary battery when viewed in the Z-axis direction, and the sensor being attached to the rigid body when viewed in the Z-axis direction. A first waveform of a signal output by the sensor when a force of the first mode is applied to the rigid body in a state in which the first principal surface is in contact with the rigid body is different from a second waveform of a signal output by the sensor when the force of the first mode is applied to the rigid body in a state in which the first principal surface is not in contact with the rigid body.

The invention provides a diffusion member and an LED backlight. A diffusion member has, in order, a first layer having light transmissivity and light diffusivity, and a second layer having a reflectivity that increases as the absolute value of the angle of incidence of light with respect to the surface of the second layer on the first layer side decreases, the first layer having light diffusivity and the second layer having light diffusivity, and the second layer having light diffusivity and light diffusivity that increases as the absolute value of the angle of incidence of light with respect to the surface of the second layer on the first layer side decreases. The transmittance increases as the absolute value of the incident angle of light with respect to the surface of the second layer on the first layer side increases.

This application provides an electronic device, including a housing assembly, a flexible circuit board, and a seal. The housing assembly includes a front shell, a rear shell, and a rear cover. The rear shell is connected to the front shell and includes a frame and a connecting beam. The connecting beam protrudes from the inner circumferential surface of the frame and has a through hole penetrating its first connecting surface and a second connecting surface. The rear cover is connected to the rear shell. The flexible circuit board includes a first plate portion passing through the through hole. The seal seals and fills the space between the first plate portion and the wall of the through hole. The first sealing body between the connecting beam and the front shell has a front sealing portion located on the side of the first plate portion away from the frame, and the second sealing body between the rear cover and the rear shell has a rear sealing portion located on the side of the first plate portion closer to the frame. This electronic device avoids affecting the seal between the front and rear shells and between the rear shell and the rear cover by opening the through hole on the connecting beam of the rear shell. It also eliminates the need for through holes in the battery compartment, thus not affecting the structural strength of the battery compartment wall.

The invention discloses a preparation method of a multifunctional mercaptan monomer and application of the monomer.The preparation method of the multifunctional mercaptan monomer comprises the following steps that a hydroxyl compound is dissolved in an organic solvent, a Lawson reagent is added, and a reaction solution is formed; carrying out staged temperature control reaction on the reaction solution to form a mixed solution with a polyfunctional mercaptan monomer; the hydroxyl compound has more than or equal to one hydroxyl, and when the hydroxyl compound only has one hydroxyl, the molecule also has one sulfydryl; the functionality of the polyfunctional thiol monomer is greater than or equal to two. According to the preparation method of the polyfunctional mercaptan monomer provided by the invention, under the action of the Lawson reagent, hydroxyl in a hydroxyl compound is replaced into sulfydryl through a staged temperature control reaction, so that the sulfydryl is flexibly introduced into various different sites while a main skeleton of the hydroxyl compound is reserved, and the stable polyfunctional mercaptan monomer is formed.

A light-emitting device capable of prolonged display in a bent state is provided. A light-emitting device capable of repeated bending with a small radius of curvature is also provided. This invention is a flexible light-emitting device comprising a light-emitting element, a first inorganic insulating layer, a second inorganic insulating layer, and a first organic insulating layer. The first organic insulating layer is located on the first inorganic insulating layer. The light-emitting element is located on the first inorganic insulating layer, separated from the first organic insulating layer. The second inorganic insulating layer is located on the light-emitting element. The ends of both the first and second inorganic insulating layers are located inside the ends of the first organic insulating layer. The ends of the first organic insulating layer are exposed on the sides of the light-emitting device. Preferably, the first and second inorganic insulating layers are in contact with each other on the outer side of the ends of the light-emitting element.

A keyboard device and its assembly method are provided, which enable a thin design and simple assembly. The keyboard device includes: a lower housing (2); a switch board (20) disposed above the lower housing; a plurality of first white keys (8), a plurality of second white keys (11), and a plurality of black keys (14) disposed above the switch board (20); a reinforcing member (17) disposed between the lower housing and the switch board (20); and a stop member mounting portion (231) integrated with the reinforcing member, the stop member mounting portion being disposed at a position higher than the switch board (20). Therefore, since the stop member mounting portion is disposed at a position higher than the switch board (20), even if the keyboard instrument is made thin, the stop member abutment portions (32) of the plurality of first white keys (8), the plurality of second white keys (11), and the plurality of black keys can be easily and well inserted and disposed below the stop member mounting portion of the reinforcing member (17).

The invention provides a semiconductor light-emitting element and a light-emitting device, which can be thinned, have high reliability and improve light output. A semiconductor light-emitting element is provided with: a flat translucent element substrate having two main surfaces facing each other; a light-emitting semiconductor layer formed on one main surface of the element substrate and formed by laminating an n-type semiconductor layer, a light-emitting layer, and a p-type semiconductor layer; an n electrode connected to the n-type semiconductor layer via at least one hole portion reaching the n-type semiconductor layer, and provided on the p-type semiconductor layer so as to be electrically separated from the p-type semiconductor layer by an insulating film; a first element electrode electrically connected to the n electrode and extending in a first direction; and a second element electrode electrically connected to the p-type semiconductor layer, spaced apart from the first element electrode and extending in the first direction, the element substrate having a thickness of 100 [mu] m or less.

The application belongs to the technical field of cable manufacturing, and discloses a powder suction device. The powder suction device comprises a body and a separation piece. The body has a channel for cable threading, and the body has a high-pressure cavity and a low-pressure cavity inside. The separation piece is arranged inside the body, and has an inner cavity which constitutes part of the channel. The separation piece and the body define the high-pressure cavity therebetween, and the low-pressure cavity is in communication with the inner cavity. The separation piece is provided with a flow hole, and the high-pressure cavity is in communication with the inner cavity through the flow hole. The sweep gas introduced into the high-pressure cavity can enter the inner cavity through the flow hole after being pressurized, and carry away the powder attached to the surface of the part of the cable placed in the inner cavity. Through the application, the powder layer on the surface of the cable is thinned, the product quality is improved, and the overall device structure is simple.