mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle seat , comprising: a cushion pad provided with a tuck-in groove ; a wire provided in the cushion pad under or in a lower part of the groove; a skin member covering a surface of the cushion pad; a tuck-in member attached to a back side of the skin member and engaged by the wire, the tuck-in member extending along a length of the tuck-in groove; and a heater element in sheet form provided between the surface of the cushion pad and the skin member, the heater element including a substrate in sheet form and a heater wire provided on the substrate, wherein the heater element includes a pair of main body portions (45-47) and a crossing portion connecting the main body portions to each other, the crossing portion being received in the tuck-in groove and extending through a gap defined between a bottom portion of the tuck-in groove and the tuck-in member, and wherein the heater wire in the crossing portion extends in a direction orthogonal to a lengthwise direction of the tuck-in groove in a zigzag pattern, the heater wire including bent portions of the zigzag pattern wherein each of the bent portions of the heater wire in the crossing portion is located in a bottom region of the tuck-in groove ranging from the bottom portion of the tuck-in groove to an upper surface of the tuck-in member. a cushion pad provided with a tuck-in groove ; a wire provided in the cushion pad under or in a lower part of the groove; a skin member covering a surface of the cushion pad; a tuck-in member attached to a back side of the skin member and engaged by the wire, the tuck-in member extending along a length of the tuck-in groove; and a heater element in sheet form provided between the surface of the cushion pad and the skin member, the heater element including a substrate in sheet form and a heater wire provided on the substrate, wherein the heater element includes a pair of main body portions (45-47) and a crossing portion connecting the main body portions to each other, the crossing portion being received in the tuck-in groove and extending through a gap defined between a bottom portion of the tuck-in groove and the tuck-in member, and wherein the heater wire in the crossing portion extends in a direction orthogonal to a lengthwise direction of the tuck-in groove in a zigzag pattern, the heater wire including bent portions of the zigzag pattern wherein each of the bent portions of the heater wire in the crossing portion is located in a bottom region of the tuck-in groove ranging from the bottom portion of the tuck-in groove to an upper surface of the tuck-in member.
An apparatus control system comprising: a motor for driving an apparatus; a motor control device which holds a calculation model of the motor and generates a control command of the motor on the basis of the calculation model ; and a calculation device which updates the calculation model of the motor which is held by the motor control device , wherein the calculation device includes: an estimation unit which estimates an actual state of the motor or the apparatus on the basis of state information (100, 200, X1, X2, X3) on the apparatus; and an update unit which updates the calculation model held by the motor control device on the basis of the estimation result from the estimation unit ; characterized in that the apparatus control system is further comprising: a statistical processing unit which collects information of the estimation unit and the update unit , performs calculation for updating a model in the estimation unit and a model in the update unit on the basis of the collected information, and updates the models in the estimation unit and the calculation device . a motor for driving an apparatus; a motor control device which holds a calculation model of the motor and generates a control command of the motor on the basis of the calculation model ; and a calculation device which updates the calculation model of the motor which is held by the motor control device , wherein the calculation device includes: an estimation unit which estimates an actual state of the motor or the apparatus on the basis of state information (100, 200, X1, X2, X3) on the apparatus; and an update unit which updates the calculation model held by the motor control device on the basis of the estimation result from the estimation unit ; an estimation unit which estimates an actual state of the motor or the apparatus on the basis of state information (100, 200, X1, X2, X3) on the apparatus; and an update unit which updates the calculation model held by the motor control device on the basis of the estimation result from the estimation unit ;
A sensor, comprising: a flow cell, including: a passivation layer having opposed surfaces and a reaction site, which is a localised region of the sensor where a designated reaction may occur and wherein a designated reaction includes a change in at least one of a chemical, electrical, physical or optical property of an analyte-of-interest, at a first of the opposed surfaces; and a lid operatively connected to the passivation layer to partially define a flow channel between the lid and the reaction site; a detection device in contact with a second of the opposed surfaces of the passivation layer, the detection device including an embedded metal layer that is electrically isolated from other detection circuitry of the detection device; and a controller configured to ground the embedded metal layer. a flow cell, including: a passivation layer having opposed surfaces and a reaction site, which is a localised region of the sensor where a designated reaction may occur and wherein a designated reaction includes a change in at least one of a chemical, electrical, physical or optical property of an analyte-of-interest, at a first of the opposed surfaces; and a lid operatively connected to the passivation layer to partially define a flow channel between the lid and the reaction site; a passivation layer having opposed surfaces and a reaction site, which is a localised region of the sensor where a designated reaction may occur and wherein a designated reaction includes a change in at least one of a chemical, electrical, physical or optical property of an analyte-of-interest, at a first of the opposed surfaces; and a lid operatively connected to the passivation layer to partially define a flow channel between the lid and the reaction site; a detection device in contact with a second of the opposed surfaces of the passivation layer, the detection device including an embedded metal layer that is electrically isolated from other detection circuitry of the detection device; and a controller configured to ground the embedded metal layer.
A female backplane connector comprising: a shielding piece, wherein the shielding piece comprises a main body and a contact portion , and the contact portion is connected to the main body through a connecting portion ; and the connecting portion surrounds the contact portion, and forms, jointly with the contact portion, a convexity protruding from the main body, and the contact portion is configured to abut against a ground terminal of a male connector ; characterized in that the female backplane connector further comprises an elastic cantilevered ground pin , whereir said ground pir is disposed opposite to the contact portion , and a socket for inserting the ground terminal of the male connector is formed between the ground pin and the contact portion . a shielding piece, wherein the shielding piece comprises a main body and a contact portion , and the contact portion is connected to the main body through a connecting portion ; and the connecting portion surrounds the contact portion, and forms, jointly with the contact portion, a convexity protruding from the main body, and the contact portion is configured to abut against a ground terminal of a male connector ; characterized in that the female backplane connector further comprises an elastic cantilevered ground pin , whereir said ground pir is disposed opposite to the contact portion , and a socket for inserting the ground terminal of the male connector is formed between the ground pin and the contact portion .
A scanning post system comprising: - a dental abutment or a dental attachment having at least one essentially cylindrical portion with a circular base and an outer diameter; and - a cap part for dental scanning to be placed on the dental abutment or on the dental attachment, in order to act jointly with the dental abutment or with the dental attachment as a scanning post, the cap part being configured by a single body comprising an upper portion formed by a solid head , without holes or notches, and a lower portion provided with a blind hole at the end opposite from the head which extends in the longitudinal direction of the cap part and forms a cavity for housing the at least the one essentially cylindrical portion with a circular base of the abutment or of the dental attachment, wherein the blind hole of the lower portion of the cap part comprises a retaining segment , the inner wall of which is partially or entirely formed by a concave retaining surface having a cylindrical configuration with an elliptical or oval-shaped base, wherein the transverse cross section of the retaining segment is entirely or partially an ellipse or oval, the smaller diameter (d) of which is less than the outer diameter of the essentially cylindrical portion of the abutment or of the dental attachment, and the larger diameter (D) of which is larger than the outer diameter of the essentially cylindrical portion of the abutment or of the dental attachment, for retaining by embedding an essentially cylindrical portion of the abutment or of the dental attachment in the retaining segment , the elliptical or oval shape of the transverse cross section of the retaining segment providing the retaining of the essentially cylindrical portion of the abutment or of the dental attachment by embedding said essentially cylindrical portion according to the direction of the smaller diameter (d) of the ellipse or oval. - a dental abutment or a dental attachment having at least one essentially cylindrical portion with a circular base and an outer diameter; and - a cap part for dental scanning to be placed on the dental abutment or on the dental attachment, in order to act jointly with the dental abutment or with the dental attachment as a scanning post, the cap part being configured by a single body comprising an upper portion formed by a solid head , without holes or notches, and a lower portion provided with a blind hole at the end opposite from the head which extends in the longitudinal direction of the cap part and forms a cavity for housing the at least the one essentially cylindrical portion with a circular base of the abutment or of the dental attachment,
Household refrigeration appliance, having - a heat-insulated carcass with an inner container , which delimits a coolable interior provided for storing food and which has a pocket-shaped recess with a bottom , - a refrigeration apparatus for cooling the coolable interior , - a door leaf , which is provided to close the coolable interior in the closed state and allow access to it in the opened state, and - an interior lighting system fastened in the pocket-shaped recess for lighting the coolable interior when the door leaf is opened, wherein the bottom of the pocket-shaped recess has at least one fastening apparatus and the interior lighting system has at least one mating fastening apparatus , which is fastened to the at least one fastening apparatus , the fastening apparatus is configured as an opening in the bottom of the pocket-shaped recess , in which the mating fastening apparatus is fastened and the opening in the fastening apparatus has a first region with a width (b), which is configured in the manner of a slot, and a second region directly adjoining the first region with a width (B) that is greater than the width (b) of the first region and the mating fastening apparatus comprises overlapping regions overlapping a region and the region at least at the sides, wherein the overlapping regions of the mating fastening apparatus engage behind the pocket-shaped recess in the region of lateral edge regions of the first region of the opening in the fastening apparatus , wherein the overlapping regions of the mating fastening apparatus and the second region of the opening in the fastening apparatus are dimensioned such that, to fasten the interior lighting system in the pocket-shaped recess , the overlapping regions of the mating fastening apparatus can be passed through the second region of the opening in the fastening apparatus , in order then to push the region of the mating fastening apparatus into the first region of the opening of the fastening apparatus in such a manner that the overlapping regions of the mating fastening apparatus engage behind the pocket-shaped recess in the region of the lateral edge regions of the first region of the opening in the fastening apparatus , wherein the overlapping regions of the mating fastening apparatus are configured such that they interact with the remainder of the interior lighting system and the lateral edge regions of the first region of the opening in the fastening apparatus with a form fit and/or force fit, wherein at least one of the overlapping regions of the mating fastening apparatus is embodied as a pretensioned spring to press against the pocket-shaped recess when engaging behind. - a heat-insulated carcass with an inner container , which delimits a coolable interior provided for storing food and which has a pocket-shaped recess with a bottom , - a refrigeration apparatus for cooling the coolable interior , - a door leaf , which is provided to close the coolable interior in the closed state and allow access to it in the opened state, and - an interior lighting system fastened in the pocket-shaped recess for lighting the coolable interior when the door leaf is opened,
A freestanding III-nitride single-crystal substrate in which the average dislocation density is not greater than 5 × 10 5 cm -2 , including: one or more high-dislocation-density regions; and a plurality of low-dislocation-density regions in which the dislocation density is lower than that of said high-dislocation-density regions, said freestanding III-nitride single-crystal substrate being such that: the ratio of the dislocation density of said high-dislocation-density regions to said average dislocation density is 2 or greater, and that the surface area of the substrate major surface is 20 cm 2 or greater. one or more high-dislocation-density regions; and a plurality of low-dislocation-density regions in which the dislocation density is lower than that of said high-dislocation-density regions, said freestanding III-nitride single-crystal substrate being such that: the ratio of the dislocation density of said high-dislocation-density regions to said average dislocation density is 2 or greater, and that the surface area of the substrate major surface is 20 cm 2 or greater. the ratio of the dislocation density of said high-dislocation-density regions to said average dislocation density is 2 or greater, and that the surface area of the substrate major surface is 20 cm 2 or greater.
A driving assembly for a fan, comprising: a motor bracket ; a first driving motor arranged on the motor bracket ; a spherical crank comprising a connecting pillar and a ball head , one end of the connecting pillar being connected with an output shaft of the first driving motor , the ball head being arranged at the other end of the connecting pillar , and a preset distance being defined between a sphere center of the ball head and a rotation axis of the connecting pillar ; a second driving motor arranged on the motor bracket and spaced apart from the first driving motor , the second driving motor having a first end and a second end , the second end being rotatably connected with the ball head , and an output shaft of the second driving motor being arranged at the first end , and connected with a fan blade assembly ; and a spherical joint bearing arranged on the motor bracket and fitted over the output shaft of the second driving motor ; and whereby, the driving assembly further comprises a second connecting plate connected with the first end , and provided with a central pillar on a side of the second connecting plate facing away from the second driving motor , the central pillar being provided with a through hole configured to be passed though by the output shaft of the second driving motor , and the spherical joint bearing being fitted over an outer surface of the central pillar . a motor bracket ; a first driving motor arranged on the motor bracket ; a spherical crank comprising a connecting pillar and a ball head , one end of the connecting pillar being connected with an output shaft of the first driving motor , the ball head being arranged at the other end of the connecting pillar , and a preset distance being defined between a sphere center of the ball head and a rotation axis of the connecting pillar ; a second driving motor arranged on the motor bracket and spaced apart from the first driving motor , the second driving motor having a first end and a second end , the second end being rotatably connected with the ball head , and an output shaft of the second driving motor being arranged at the first end , and connected with a fan blade assembly ; and a spherical joint bearing arranged on the motor bracket and fitted over the output shaft of the second driving motor ; and whereby, the driving assembly further comprises a second connecting plate connected with the first end , and provided with a central pillar on a side of the second connecting plate facing away from the second driving motor , the central pillar being provided with a through hole configured to be passed though by the output shaft of the second driving motor , and the spherical joint bearing being fitted over an outer surface of the central pillar .
An optical member comprising a base material and an antireflection film on the base material , wherein the antireflection film has a porous layer as a surface, the porous layer contains silicon oxide particles , a binder and gaps communicating with atmosphere between the silicon oxide particles, the porous layer has a refractive index of 1.19 or more and 1.30 or less, and surfaces that are interfaces between the silicon oxide particles and the atmosphere and between the binder and the atmosphere, and the surfaces of the silicon oxide particles and the binder have alkylsilyl groups. wherein the antireflection film has a porous layer as a surface, the porous layer contains silicon oxide particles , a binder and gaps communicating with atmosphere between the silicon oxide particles, the porous layer has a refractive index of 1.19 or more and 1.30 or less, and surfaces that are interfaces between the silicon oxide particles and the atmosphere and between the binder and the atmosphere, and the surfaces of the silicon oxide particles and the binder have alkylsilyl groups.
A method for producing hydrophobic silica aerogel granules, the method comprising: 1) preparing a water glass dispersion by adding a water glass solution to an inorganic acid; 2) preparing a hydrophobic silica wet gel by adding the water glass dispersion, a surface modifier, and a non-polar organic solvent into a reactor to be subjected to a reaction, wherein the surface modifier is one or more selected from the group consisting of trimethylchlorosilane (TMCS), hexamethyldisilazane (HMDS), methyltrimethoxysilane, trimethylethoxysilane, ethyltriethoxysilane and phenyltriethoxysilane; and 3) drying the hydrophobic silica wet gel, wherein the non-polar organic solvent is added in an amount of greater than 83 vol% to less than 100 vol% based on the volume of the silica wet gel. 1) preparing a water glass dispersion by adding a water glass solution to an inorganic acid; 2) preparing a hydrophobic silica wet gel by adding the water glass dispersion, a surface modifier, and a non-polar organic solvent into a reactor to be subjected to a reaction, wherein the surface modifier is one or more selected from the group consisting of trimethylchlorosilane (TMCS), hexamethyldisilazane (HMDS), methyltrimethoxysilane, trimethylethoxysilane, ethyltriethoxysilane and phenyltriethoxysilane; and 3) drying the hydrophobic silica wet gel,
A sleeve-shaped or cup-shaped, elastically deformable gripping insert (10, 10.1, 10.2, 10.3, 10.4, 10.5, 10.6) for a packing tulip (100.3, 100.4, 100.5, 100.6) for gripping bottles on the head side, in particular bottles closable by a closure, comprising a rear side end , a circumferential wall with an outer side and an inner side and also a front side end facing the bottle head, characterized in that the circumferential wall of the gripping insert (10, 10.1, 10.2, 10.3, 10.4, 10.5, 10.6) has a plurality of axial weakenings in the form of grooves extending substantially axially and distributed across its circumference on its inner side , wherein a longitudinal section of the circumferential wall arranged on the rear side end of the gripping insert (10, 10.1, 10.2, 10.3, 10.4, 10.5, 10.6) has an increased wall thickness on its inner side , wherein a plurality of webs is formed on the outer side of the circumferential wall of the gripping insert (10, 10.1-10.6) extending in the axial direction and distributed across the circumference of the gripping insert (10-10.6), wherein the axial webs alternate with the weakened areas across the circumference of the griping insert (10-10.6), wherein the number of webs extending in the axial direction corresponds to the number of grooves extending substantially axially and provided on the inner side of the circumferential wall , wherein the webs and the grooves lie over each other in pairs in the radial direction, wherein, during the deformation of the gripping insert (10-10.6) when pressure is applied, the outer longitudinal edges of the grooves function to limit the deformation, by abutting one another at increasing deformation and thus preventing a further, radially inward movement of the circumferential wall of the gripping insert (10-10.6).