mhurhangee/patent-ind-claim-en huggingface dataset:
A liquid crystal module, comprising a backlight module, a display panel and a support element surrounding the display panel and the backlight module, wherein, a light-shielding belt is arranged between a side edge portion of the display panel and the adjacent support element, a first side surface of the light-shielding belt is adhered onto the support element, and an elastic element in abutment against the display panel is arranged at a second side surface of the light-shielding belt opposite to the first side surface, characterized in that the light-shielding belt is provided with a via-hole into which the elastic element is secured; and the elastic element is of a hollow, horn-like shape, and a diameter of each of two end portions of the elastic element is greater than that of a middle portion of the elastic element . a light-shielding belt is arranged between a side edge portion of the display panel and the adjacent support element, a first side surface of the light-shielding belt is adhered onto the support element, and an elastic element in abutment against the display panel is arranged at a second side surface of the light-shielding belt opposite to the first side surface, characterized in that the light-shielding belt is provided with a via-hole into which the elastic element is secured; and the elastic element is of a hollow, horn-like shape, and a diameter of each of two end portions of the elastic element is greater than that of a middle portion of the elastic element .
A method for detecting an irregularity in a coin having at least one feature, comprising: acquiring 3D topographic data of at least one surface of the coin, the 3D topographic data comprising at least one region of interest; determining vector components of a normal vector for at least some points of the at least one region of interest; determining at least one feature characteristic based on the vector components of each normal vector; comparing the at least one feature characteristic against reference feature characteristics; and providing an irregularity indication when a difference between the at least one feature characteristic and the reference feature characteristics is outside a predetermined tolerance, characterised in that determining at least one feature characteristic based on the vector components comprises at least one of a contour of a feature, a surface area of a feature, and a distance between two features . acquiring 3D topographic data of at least one surface of the coin, the 3D topographic data comprising at least one region of interest; determining vector components of a normal vector for at least some points of the at least one region of interest; determining at least one feature characteristic based on the vector components of each normal vector; comparing the at least one feature characteristic against reference feature characteristics; and providing an irregularity indication when a difference between the at least one feature characteristic and the reference feature characteristics is outside a predetermined tolerance, characterised in that determining at least one feature characteristic based on the vector components comprises at least one of a contour of a feature, a surface area of a feature, and a distance between two features .
Method for producing an article of clothing for feet in the form of a stocking, wherein at least a heel portion (1.1), a toe portion (1.2) enclosing the toes and/or a sole portion of the article of clothing for feet is made by a knitting method causing a reinforcement of the knit fabric, the knitting method comprising the following steps: - in a first row, alternately producing a first and a second stitch (M1, M2), the first stitch (M1) being a knit stitch and the second stitch (M2) being produced by slipping an immediately following stitch as if to purl and placing the yarn in front of the stitch; - in a second row immediately following the first row, shifting the stitch pattern by one stitch in such a way that the stitch knitted in the first row is slipped as if to purl and the yarn is placed in front of the knitting work and the stitch slipped as if to purl in the first row is knitted as a knit stitch, wherein the portion of the article of clothing for feet is made in rounds. - in a first row, alternately producing a first and a second stitch (M1, M2), the first stitch (M1) being a knit stitch and the second stitch (M2) being produced by slipping an immediately following stitch as if to purl and placing the yarn in front of the stitch; - in a second row immediately following the first row, shifting the stitch pattern by one stitch in such a way that the stitch knitted in the first row is slipped as if to purl and the yarn is placed in front of the knitting work and the stitch slipped as if to purl in the first row is knitted as a knit stitch,
A coated lithium-nickel composite oxide particle for a lithium-ion battery positive-electrode active substance, comprising: a nickel-based lithium-nickel composite oxide particle having a surface coated with a polymer or copolymer including at least one kind selected from the group consisting of a modified polyolefin resin, a polyester resin, a polyphenol resin, a polyurethane resin, an epoxy resin, a silane-modified polyether resin, a silane-modified polyester resin, a silane-modified polyphenol resin, a silane-modified polyurethane resin, a silane-modified epoxy resin, and a silane-modified polyamide resin, wherein the lithium-nickel composite oxide is represented by the following Formula , Li x Ni (1-y-z) M y N z O 2 ··· wherein x is a value of from 0.80 to 1.10, y is a value of from 0.01 to 0.20, z is a value of from 0.01 to 0.15, and 1-y-z is a value exceeding 0.65, and M represents at least one element selected from Co or Mn, and N represents at least one element selected from Al, In or Sn.
A moving work management device used in a mounting system comprising: a mounting device provided with a mounting section configured to mount a component on a mounting target, a supply section configured to load a feeder , including a holding member for holding a component, to a loading section having a mounting loading section from which the mounting section can pick up the component and a buffer loading section from which the mounting section cannot pick up the component, and a mounting control section configured to cause the mounting section to pick up the component from the feeder ; and a moving work device provided with an accommodation section configured to accommodate the feeder and a moving control section, configured to move the feeder , for collecting the feeder from the supply section or loading the feeder to the supply section ; wherein the moving work management device is provided with a management control section configured to create pre-arrangement information in which the moving work device loads standby feeders , to be used from the next time onward in the production of the mounting target, to the buffer loading section based on a production plan including multiple pieces of mounting condition information including information such as information on components, the arrangement order in which components are mounted, arrangement positions, and loading positions of the feeders from which components are picked up, the buffer loading section being arranged in accordance with the positions of the feeders from the next time onward, characterized in that the moving work management device is configured to control the moving work device by causing the standby feeders to stand by in the order in which the feeders to be used next will be used without performing detailed positional adjustments. wherein the moving work management device is provided with a management control section configured to create pre-arrangement information in which the moving work device loads standby feeders , to be used from the next time onward in the production of the mounting target, to the buffer loading section based on a production plan including multiple pieces of mounting condition information including information such as information on components, the arrangement order in which components are mounted, arrangement positions, and loading positions of the feeders from which components are picked up, the buffer loading section being arranged in accordance with the positions of the feeders from the next time onward, characterized in that the moving work management device is configured to control the moving work device by causing the standby feeders to stand by in the order in which the feeders to be used next will be used without performing detailed positional adjustments.
Component for a turbo device comprising a compressor and a turbine, having a component body which consists at least partially of a titanium-aluminium alloy, the titanium-aluminium alloy having a titanium portion of 40 at.% to 60 at.% and an aluminium portion of 5 at.% to 50 at.%, the component at least partially having on its component surface a protective layer produced by plasma-electrolytic oxidation (PEO), the component having a first material recess forming a bore for a bearing, characterized in that the component has at least one additional material recess forming a cavity inside the component body so as to reduce the accelerating masses of the component, a surface of the component which delimits the at least one additional material recess at least partly having a protective layer produced by means of said plasma-electrolytic oxidation (PEO).
A pump cassette comprising a midplate interposed between a top plate and a bottom plate , the pump cassette comprising: a fluid inlet on a first end of the midplate connected to a first fluid path , and a fluid outlet on a second end of the midplate connected to a second fluid path, each said fluid path defined by the midplate and the top plate; a pod pump , comprising a flexible pump membrane configured to cover an aperture in the midplate, the flexible pump membrane separating a pumping chamber between the flexible pump membrane and the top plate from an actuation chamber between the flexible pump membrane and the bottom plate; and an inlet valve and an outlet valve , each valve comprising: a valve inlet hole and a valve outlet hole each connecting a first side of the midplate facing the top plate with a second side of the midplate facing the bottom plate; and a valve membrane configured to cover the valve inlet and outlet holes and to separate a control gas chamber between the valve membrane and the bottom plate from a valving chamber between the valve membrane and the midplate; wherein the valve inlet hole of the inlet valve is connected to the first fluid path, and a second valve hole of the first valve is connected to an inlet of the pumping chamber, and the valve outlet hole of the outlet valve is connected to the second fluid path and the valve inlet hole of the outlet valve is connected to an outlet of the pumping chamber. a fluid inlet on a first end of the midplate connected to a first fluid path , and a fluid outlet on a second end of the midplate connected to a second fluid path, each said fluid path defined by the midplate and the top plate; a pod pump , comprising a flexible pump membrane configured to cover an aperture in the midplate, the flexible pump membrane separating a pumping chamber between the flexible pump membrane and the top plate from an actuation chamber between the flexible pump membrane and the bottom plate; and an inlet valve and an outlet valve , each valve comprising: a valve inlet hole and a valve outlet hole each connecting a first side of the midplate facing the top plate with a second side of the midplate facing the bottom plate; and a valve membrane configured to cover the valve inlet and outlet holes and to separate a control gas chamber between the valve membrane and the bottom plate from a valving chamber between the valve membrane and the midplate; wherein the valve inlet hole of the inlet valve is connected to the first fluid path, and a second valve hole of the first valve is connected to an inlet of the pumping chamber, and the valve outlet hole of the outlet valve is connected to the second fluid path and the valve inlet hole of the outlet valve is connected to an outlet of the pumping chamber.
A grass treatment system , comprising a first ground engaging rolling element ; a second ground engaging rolling element ; a comb having a leading edge comprising a plurality of comb teeth spaced apart at intervals, wherein the comb is mounted between the first and second rolling elements and transversely to a direction of travel, a substantially cylindrical brush ; characterised in that the substantially cylindrical brush is positioned above the comb and configured to engage at least a portion of a top surface of the comb , wherein: - the comb is positioned underneath and in front of the brush such that the comb is adapted to contact and collect debris that is present on top of, and in and around, turf grass , and adapted to direct the debris towards the brush , and - the brush rotates relative to the comb to propel debris lifted from an area of the turf grass by the comb . a first ground engaging rolling element ; a second ground engaging rolling element ; a comb having a leading edge comprising a plurality of comb teeth spaced apart at intervals, wherein the comb is mounted between the first and second rolling elements and transversely to a direction of travel, a substantially cylindrical brush ; characterised in that the substantially cylindrical brush is positioned above the comb and configured to engage at least a portion of a top surface of the comb , - the comb is positioned underneath and in front of the brush such that the comb is adapted to contact and collect debris that is present on top of, and in and around, turf grass , and adapted to direct the debris towards the brush , and - the brush rotates relative to the comb to propel debris lifted from an area of the turf grass by the comb .
The use of single-phase, transparent surfactant/ oil/water preparations comprising (a) alkyl and/or alkenyl oligoglycoside as surfactant (b) lecithin as co-surfactant (c) a water-insoluble organic oil component (d) and water as a conditioning composition in cleansing compositions for skin and hair. (a) alkyl and/or alkenyl oligoglycoside as surfactant (b) lecithin as co-surfactant (c) a water-insoluble organic oil component (d) and water
Measuring arrangement for determining at least one measured value with at least one sensor device , having at least one signal outlet for output of at least one output signal and having at least one current-adjusting device for adjusting the current of the output signal, wherein at least one load current device is provided, wherein at least one regulating device is provided, and wherein the regulating device controls the load current device based on a voltage drop across the current-adjusting device characterized in that the load current device is designed at least partially as a current consumer and that the regulating device controls the load current device in such a way that, when the voltage drop across the current-adjusting device decreases, a consumption of electrical energy rises by the load current device and/or, when the voltage drop across the current-adjusting device increases, a consumption of electrical energy falls by the load current device .
A spinneret assembly for spinning polymeric fibers, comprising the following components: (a) a cap provided with an inlet port and a flared lower surface that flares outwardly from the inlet port in the direction of flow; (b) a spinneret having a central portion, said central portion having numerous spinning flow channels through its thickness; and (c) a flow guide with a tapered geometry mounted in a cavity defined by the cap and the spinneret , said flow guide having an apex facing the inlet port , a base facing the spinneret , and one or more side surfaces tapering up to the apex, said side surface(s) forming an acute angle with the base; wherein a diverging flow passage is defined by the tapering side surface(s) of the flow guide and the cap's flared lower surface, said diverging flow passage surrounds the tapering side surface(s) of the flow guide and is in fluid communication with the inlet port, and the base of the flow guide is spaced apart from an upper surface of the spinneret , creating a space that is in fluid communication with the divergent flow passage. (a) a cap provided with an inlet port and a flared lower surface that flares outwardly from the inlet port in the direction of flow; (b) a spinneret having a central portion, said central portion having numerous spinning flow channels through its thickness; and (c) a flow guide with a tapered geometry mounted in a cavity defined by the cap and the spinneret , said flow guide having an apex facing the inlet port , a base facing the spinneret , and one or more side surfaces tapering up to the apex, said side surface(s) forming an acute angle with the base; a diverging flow passage is defined by the tapering side surface(s) of the flow guide and the cap's flared lower surface, said diverging flow passage surrounds the tapering side surface(s) of the flow guide and is in fluid communication with the inlet port, and the base of the flow guide is spaced apart from an upper surface of the spinneret , creating a space that is in fluid communication with the divergent flow passage.
Compact epicyclic gearing having a first stage comprising at least one input shaft kinematically connected to at least one input planet gear engaged with at least one first planet gear rotatably supported by a first planet carrier and meshed with a first outer gear internal to a case of the epicyclic gearing , the latter being characterized in that the at least one input planet gear is joined to a respective input planet gear shaft , at one end thereof a respective pulley is keyed on which is engaged an annular belt or chain of an annular gearing which is engaged to a pinion keyed on the input shaft whose rotation is transmitted by means of the belt or chain to the at least one pulley which sets in rotation the relative input planet gear shaft of the at least one input planet gear , with the input planet gear shaft axis parallel to the axis of the input shaft and rotating along a circumference, dragging in rotation, by means of the at least one first planet gear , the first planet carrier whose rotation axis is coaxial to the input shaft axis.
A garment for a hand, comprising: a body portion dimensioned to wrap at least partially around the hand; an aperture of the body portion for receiving a thumb of the hand; and a plurality of bands extended from an edge of the body portion , each band being operable to securely wrap around the hand between a plurality of tensions, each band comprising a proximal end connected to the body portion and a distal end that comprises a fastener ; wherein the body portion comprises a trimmable portion disposed between the bands and defined between the edge and the remainder of the body portion , wherein the trimmable portion includes indicia to be trimmable about the proximal ends of the bands to a plurality of palm circumferences. a body portion dimensioned to wrap at least partially around the hand; an aperture of the body portion for receiving a thumb of the hand; and a plurality of bands extended from an edge of the body portion , each band being operable to securely wrap around the hand between a plurality of tensions, each band comprising a proximal end connected to the body portion and a distal end that comprises a fastener ; wherein the body portion comprises a trimmable portion disposed between the bands and defined between the edge and the remainder of the body portion , wherein the trimmable portion includes indicia to be trimmable about the proximal ends of the bands to a plurality of palm circumferences.
A vacuum cleaner comprising: a cleaner body ; a suction hose mounted at a front side of the cleaner body to suck in dust; moving wheels provided at both sides of the cleaner body , rotating to move the cleaner body , and rotatably supporting the cleaner body ; wheel motors connected to the moving wheels and rotating the moving wheels ; and a detecting part provided in the cleaner body and sensing an inclination angle of the cleaner body to determine whether the cleaner is moving or stops, characterized in that the vacuum cleaner further comprises: a plurality of obstacle detecting members provided at a front side of the cleaner body and located at both sides relative to the suction hose to detect an obstacle; and a controller configured to control the wheel motors based on signals detected by the detecting part and the plurality of obstacle detecting members , wherein the plurality of obstacle detecting member includes: a front sensor provided at both sides of the suction hose and configured to emit light forward to sense an obstacle located in front of the cleaner body ; and a lateral sensor provided more rearward than the front sensor and configured to emit light in a lateral direction to sense an obstacle located beside the cleaner body . a cleaner body ; a suction hose mounted at a front side of the cleaner body to suck in dust; moving wheels provided at both sides of the cleaner body , rotating to move the cleaner body , and rotatably supporting the cleaner body ; wheel motors connected to the moving wheels and rotating the moving wheels ; and a detecting part provided in the cleaner body and sensing an inclination angle of the cleaner body to determine whether the cleaner is moving or stops, characterized in that the vacuum cleaner further comprises: a plurality of obstacle detecting members provided at a front side of the cleaner body and located at both sides relative to the suction hose to detect an obstacle; and a controller configured to control the wheel motors based on signals detected by the detecting part and the plurality of obstacle detecting members , a plurality of obstacle detecting members provided at a front side of the cleaner body and located at both sides relative to the suction hose to detect an obstacle; and a controller configured to control the wheel motors based on signals detected by the detecting part and the plurality of obstacle detecting members , wherein the plurality of obstacle detecting member includes: a front sensor provided at both sides of the suction hose and configured to emit light forward to sense an obstacle located in front of the cleaner body ; and a lateral sensor provided more rearward than the front sensor and configured to emit light in a lateral direction to sense an obstacle located beside the cleaner body . a front sensor provided at both sides of the suction hose and configured to emit light forward to sense an obstacle located in front of the cleaner body ; and a lateral sensor provided more rearward than the front sensor and configured to emit light in a lateral direction to sense an obstacle located beside the cleaner body .