mhurhangee/patent-ind-claim-en huggingface dataset:
A device (100; 100A; 100B; 100P; 100X) for rotating a hex head fastener, comprising: a frame having a fixed jaw face defining a planar surface portion extending along a longitudinal axis thereof; a movable jaw including first and second jaw faces forming an angle of about 120 degrees relative to each other, each of the first and second jaw faces defining a planar surface portion along a longitudinal axis thereof; and a shaft threadably engaged with the frame and connected to the movable jaw to control movement of the movable jaw along a movement line forming an angle of about 40.9 degrees with respect to an intersection of the movement line and passing through the planar portion of the fixed jaw face ; the planar surface portion of the first jaw face remaining parallel to the planar surface portion of the fixed jaw face as the movable jaw is moved, the fixed, first, and second jaw faces defining a mutually intersecting plane, there being a part of the device (100; 100A; 100B; 100P; 100X) lying upon the plane between the first jaw face and the fixed jaw face which is open to admit passage of the fastener along the plane, thereby forming an open end style wrench; the first jaw face and fixed jaw face adjacent to the part of the device (100; 100A; 100B; 100P; 100X) which is open; and the threaded shaft rotatable in a first direction to extend the threaded shaft further away from the frame when larger hex head fasteners are engaged relative to smaller hex head fasteners, and rotatable in a second direction to push the hex head fastener into the fixed jaw face . a frame having a fixed jaw face defining a planar surface portion extending along a longitudinal axis thereof; a movable jaw including first and second jaw faces forming an angle of about 120 degrees relative to each other, each of the first and second jaw faces defining a planar surface portion along a longitudinal axis thereof; and a shaft threadably engaged with the frame and connected to the movable jaw to control movement of the movable jaw along a movement line forming an angle of about 40.9 degrees with respect to an intersection of the movement line and passing through the planar portion of the fixed jaw face ; the planar surface portion of the first jaw face remaining parallel to the planar surface portion of the fixed jaw face as the movable jaw is moved, the fixed, first, and second jaw faces defining a mutually intersecting plane, there being a part of the device (100; 100A; 100B; 100P; 100X) lying upon the plane between the first jaw face and the fixed jaw face which is open to admit passage of the fastener along the plane, thereby forming an open end style wrench; the first jaw face and fixed jaw face adjacent to the part of the device (100; 100A; 100B; 100P; 100X) which is open; and the threaded shaft rotatable in a first direction to extend the threaded shaft further away from the frame when larger hex head fasteners are engaged relative to smaller hex head fasteners, and rotatable in a second direction to push the hex head fastener into the fixed jaw face .
An article comprising: a trim piece having a first layer and a second layer ; a panel comprising at least a first edge , the panel having an incised opening proximate to the first edge , wherein the first edge of the panel is secured between the first and second layers of the trim piece ; and a pocket having a pocket opening in communication with the incised opening of the panel , the pocket opening releasably secured by a zipper comprising at least a first zipper tape and a second zipper tape , the first zipper tape being affixed to the panel and the second zipper tape being affixed between the first and second layers of the trim piece .
A drainage channel for sanitary facilities, in particular for showers, and/or for terrace areas with a gutter element which has at least one outlet for primary drainage, a frame which has a frame flange for associating with tiles, and a device for secondary drainage , wherein the gutter element and the frame are fixedly associated, wherein the gutter element has a gutter flange which is fixedly associated with the frame flange , and the device for secondary drainage is integrated into the gutter element , or the device for secondary drainage is integrated into the gutter element and the frame , wherein the device for secondary drainage has diffusion openings formed in the gutter element , wherein first diffusion openings are formed in the gutter flange and second diffusion openings are formed in a side wall of the gutter element , wherein the first diffusion openings merge in associated second diffusion openings in the side wall of the gutter element and form channels opening into the gutter element , characterized in that the first diffusion openings each form an oblong breakthrough through the gutter flange which is delimited below by the upper side of the frame flange , wherein the respective channel forms an oblong slit extending essentially perpendicular to the longitudinal direction of the gutter element in the area of the longer side.
A support apparatus comprising: a body , said body having a first end opposite a second end thereof; said body having a top surface opposite a bottom of said body, said top surface extending between said first end and said second end of said body ; said top surface extending at an inclining angle from a first end thereof adjacent said first end of said body , to a second end of said top surface adjacent said second end of said body , a second portion of said top surface extending from said second end of said top surface toward said first end of said top surface being narrower in width than a first portion of said top surface extending from said first end of said top surface to said second portion of said top surface ; a first side space positioned on a first side of said second portion of said top surface opposite a second side space positioned on a second side of said second portion of said top surface ; said bottom of said body positionable upon either a floor or a platform of a Pilates exercise machine to an operative position; and said top surface of said body defining an inclined support for a user positioned thereon when the body is positioned on the platform , and said first side space and said second side space define respective areas for positioning of the arms of said user. a body , said body having a first end opposite a second end thereof; said body having a top surface opposite a bottom of said body, said top surface extending between said first end and said second end of said body ; said top surface extending at an inclining angle from a first end thereof adjacent said first end of said body , to a second end of said top surface adjacent said second end of said body , a second portion of said top surface extending from said second end of said top surface toward said first end of said top surface being narrower in width than a first portion of said top surface extending from said first end of said top surface to said second portion of said top surface ; a first side space positioned on a first side of said second portion of said top surface opposite a second side space positioned on a second side of said second portion of said top surface ; said bottom of said body positionable upon either a floor or a platform of a Pilates exercise machine to an operative position; and said top surface of said body defining an inclined support for a user positioned thereon when the body is positioned on the platform , and said first side space and said second side space define respective areas for positioning of the arms of said user.
A tire comprising an annular tire structural member in which a resin-covered cord , configured by covering a reinforcing cord with a resin , characterized in that the resin includes a protrusion formed on a side face , and in that said resin covered cord is wound in a spiral shape with the resin at one portion of the resin-covered cord integrally bonded to the resin at another mutually adjacent portion of the resin-covered cord.
A cryogenic cooler comprising: - at least one pressure and flow wave generator , - at least one cold finger comprising a cold area , the pressure and flow wave generator being fluidly connected to the cold finger , - at least one heat transfer fluid circuit , - at least one application heat exchanger configured to exchange calories with at least one device to be cooled, characterized in that the cooler comprises at least: - a first non-return valve and a second non-return valve positioned in the circuit , at least one non-return valve among the first and second non-return valves being a passive non-return valve, the first non-return valve and the second non-return valve being fluidly connected with a cold finger , - the at least one application heat exchanger comprising at least one first fluid input positioned downstream of the first non-return valve in the direction of circulation of the heat transfer fluid, and at least one first fluid output positioned upstream of the second non-return valve in the direction of circulation of the heat transfer fluid. - at least one pressure and flow wave generator , - at least one cold finger comprising a cold area , the pressure and flow wave generator being fluidly connected to the cold finger , - at least one heat transfer fluid circuit , - at least one application heat exchanger configured to exchange calories with at least one device to be cooled, - a first non-return valve and a second non-return valve positioned in the circuit , at least one non-return valve among the first and second non-return valves being a passive non-return valve, the first non-return valve and the second non-return valve being fluidly connected with a cold finger , - the at least one application heat exchanger comprising at least one first fluid input positioned downstream of the first non-return valve in the direction of circulation of the heat transfer fluid, and at least one first fluid output positioned upstream of the second non-return valve in the direction of circulation of the heat transfer fluid.
An internal combustion engine , comprising a heat-recovery system which operates especially according to the organic Rankine cycle and comprises at least one compressor , at least one heat exchanger , at least one expander and at least one condenser , wherein an output shaft of the expander can be drive-connected via a drive train having at least one clutch to a crankshaft of the internal combustion engine , wherein at least one braking device is arranged in the drive train between the expander and the internal combustion engine , characterised in that the braking device is designed to brake the expander when the speed (n 2 ) of the expander exceeds a defined critical limit speed (n k ) of the expander .
A vehicle mirror comprising: a mirror on which a thin film is provided on a flexible tempered glass ; a housing which holds the mirror ; a curvature changing device provided inside the housing and with which the mirror is bent and deformed and a radius of curvature of the mirror is variable; and a driving portion provided in the curvature changing device and configured to push and pull at least a portion of the mirror , characterized in that a back plate connected to the driving portion is provided on a back surface of the mirror , and only an outer peripheral portion of the mirror and an outer peripheral portion of the back plate are adhered to each other. a mirror on which a thin film is provided on a flexible tempered glass ; a housing which holds the mirror ; a curvature changing device provided inside the housing and with which the mirror is bent and deformed and a radius of curvature of the mirror is variable; and a driving portion provided in the curvature changing device and configured to push and pull at least a portion of the mirror , characterized in that a back plate connected to the driving portion is provided on a back surface of the mirror , and only an outer peripheral portion of the mirror and an outer peripheral portion of the back plate are adhered to each other.
A method of treating a keratinous material, the method comprising contacting the material with a composition comprising an alpha-substituted aldehyde selected from 2-hydroxydecanal, 2-hydroxydodecanal, 2-hydroxytetradecanal, 2-hydroxyhexanal, 2-hydroxyoctanal, bromomalonaldehyde, 2-(2-hydroxyethoxy)acetaldehyde, 2-chloro octanal, 2-fluoro octanal and 2-bromo octanal.
A flexible conduit extending lengthwise along a longitudinal axis (X), hightwise along a first transverse axis (Z), and widthwise along a second transverse axis (Y), these three axes (X, Y, Z) being mutually perpendicular, the conduit comprising at least one single-piece longitudinal element formed by an outer casing defining an internal space and by at least one internal partition that rises hightwise along said first transverse axis (Z) and that separates said internal space along said longitudinal axis (X) into two longitudinal compartments (A, B) for housing elongate elements such as insulated electric cables or wires and/or optical fibers, the conduit being characterized in that : . said outer casing and said internal partition each include a plurality of localized flexibility zones regularly distributed along said longitudinal axis (X); . said flexibility zones of said outer casing are formed by notches oriented along said second transverse axis (Y); and . said flexibility zones of said internal partition are formed by wall constrictions extending over the full height of said internal partition in such a manner that, along said longitudinal axis (X), the longitudinal element is flexible about said first transverse axis (Z) and is rigid about the longitudinal axis (X) and the second transverse axis (Y) so that said longitudinal element is adapted to follow a curved path (C1; C2; C3) situated in a plane (P1; P2) perpendicular to said first transverse axis (Z). . said outer casing and said internal partition each include a plurality of localized flexibility zones regularly distributed along said longitudinal axis (X); . said flexibility zones of said outer casing are formed by notches oriented along said second transverse axis (Y); and . said flexibility zones of said internal partition are formed by wall constrictions extending over the full height of said internal partition
An input device comprising: at least one operation shaft , the tip thereof being projected to the outside through a shaft insertion hole formed through a case main body , the at least one operation shaft being movable along the case main body ; and an operation knob movably attached to the tip of the at least one operation shaft and driving the at least one operation shaft , wherein a bearing portion provided inside the operation knob is recess-projection fitted on the at least one operation shaft , characterized in that the case main body is provided with at least one elastic support piece deforming following the movement of the operation knob and elastically supporting the operation knob . at least one operation shaft , the tip thereof being projected to the outside through a shaft insertion hole formed through a case main body , the at least one operation shaft being movable along the case main body ; and an operation knob movably attached to the tip of the at least one operation shaft and driving the at least one operation shaft , wherein a bearing portion provided inside the operation knob is recess-projection fitted on the at least one operation shaft , characterized in that the case main body is provided with at least one elastic support piece deforming following the movement of the operation knob and elastically supporting the operation knob .
Fuel additivation device having a fuel container and a delivery line which is connected at its first end to the fuel container and via which the fuel (F) can be conducted from the fuel container to an outlet opening at the second end of the delivery line , - wherein a first sensor system , which has a data connection to a metering apparatus , is arranged in or on the delivery line - wherein the metering apparatus is connected to the delivery line via a metering interface between the first sensor system and the outlet opening , - wherein the metering apparatus has at least one additive container , characterised in that - a property of the fuel (F) flowing through the delivery line can be measured with the first sensor system and the metering apparatus , - and the metering apparatus is configured to conduct a calculated feed quantity of additive (A1, A2) into the delivery line from the additive container(s) via the metering interface as a function of the measured properties. - wherein a first sensor system , which has a data connection to a metering apparatus , is arranged in or on the delivery line - wherein the metering apparatus is connected to the delivery line via a metering interface between the first sensor system and the outlet opening , - wherein the metering apparatus has at least one additive container , characterised in that - a property of the fuel (F) flowing through the delivery line can be measured with the first sensor system and the metering apparatus , - and the metering apparatus is configured to conduct a calculated feed quantity of additive (A1, A2) into the delivery line from the additive container(s) via the metering interface as a function of the measured properties.
An optical engine apparatus for selective resolution comprising: a laser diode device, characterized by a wavelength; a lens coupled to an output of the laser diode device; a scanning mirror device operably coupled to the laser diode device; an un-patterned phosphor plate coupled to the scanning mirror device and coupled with the laser diode device; and a controller coupled to the laser diode device and the scanning mirror device, the controller configured to: generate a first spatial image having a first resolution on a first portion of the un-patterned phosphor plate by a modulation of the laser diode device and movement of the scanning mirror device; generate a second spatial image having a second resolution on a second portion of the un-patterned phosphor plate, the second resolution being different from the first resolution, wherein the second spatial image is output concurrently with the first spatial image on the un-patterned phosphor plate. a laser diode device, characterized by a wavelength; a lens coupled to an output of the laser diode device; a scanning mirror device operably coupled to the laser diode device; an un-patterned phosphor plate coupled to the scanning mirror device and coupled with the laser diode device; and a controller coupled to the laser diode device and the scanning mirror device, the controller configured to: generate a first spatial image having a first resolution on a first portion of the un-patterned phosphor plate by a modulation of the laser diode device and movement of the scanning mirror device; generate a second spatial image having a second resolution on a second portion of the un-patterned phosphor plate, the second resolution being different from the first resolution, wherein the second spatial image is output concurrently with the first spatial image on the un-patterned phosphor plate. generate a first spatial image having a first resolution on a first portion of the un-patterned phosphor plate by a modulation of the laser diode device and movement of the scanning mirror device; generate a second spatial image having a second resolution on a second portion of the un-patterned phosphor plate, the second resolution being different from the first resolution, wherein the second spatial image is output concurrently with the first spatial image on the un-patterned phosphor plate.
A method for encapsulating an implant unit , ttmt- the implant unit comprising: providing a substrate , the substrate including an implantable circuit arranged on the substrate; disposing an encapsulation structure over at least a portion of the substrate and at least a portion of the implantable circuit, wherein the encapsulation structure includes a first polymer layer and a second polymer layer , and wherein disposing the encapsulation structure comprises: disposing the first polymer layer on at least a portion of the substrate and at least a portion of the implantable circuit; and disposing the second polymer layer on the first polymer layer, wherein the first polymer layer has a first density and the second polymer has a second density, wherein the second density is less than the first density. providing a substrate , the substrate including an implantable circuit arranged on the substrate; disposing an encapsulation structure over at least a portion of the substrate and at least a portion of the implantable circuit, wherein the encapsulation structure includes a first polymer layer and a second polymer layer , and wherein disposing the encapsulation structure comprises: disposing the first polymer layer on at least a portion of the substrate and at least a portion of the implantable circuit; and disposing the second polymer layer on the first polymer layer, wherein the first polymer layer has a first density and the second polymer has a second density, wherein the second density is less than the first density. disposing the first polymer layer on at least a portion of the substrate and at least a portion of the implantable circuit; and disposing the second polymer layer on the first polymer layer, wherein the first polymer layer has a first density and the second polymer has a second density, wherein the second density is less than the first density.
A display device comprising: a display panel ; a housing that comprises a front face in which the display panel is disposed; a light source unit that is disposed on an inner side surface of the housing , said inner side surface being provided along the edges of the display panel, and comprises a light source and an optical lens covering the light source; an attenuating plate that is disposed between the light source unit and the display panel , and attenuates an intensity of light irradiated from the light source unit, some light passing through the attenuating plate toward the display panel ; characterized in that it further comprises: a reflection plate located between the attenuating plate and the display panel so as to reflect towards the display panel some other light having passed through the attenuating plate , wherein the attenuating plate and the reflection plate are integrally formed. a display panel ; a housing that comprises a front face in which the display panel is disposed; a light source unit that is disposed on an inner side surface of the housing , said inner side surface being provided along the edges of the display panel, and comprises a light source and an optical lens covering the light source; an attenuating plate that is disposed between the light source unit and the display panel , and attenuates an intensity of light irradiated from the light source unit, some light passing through the attenuating plate toward the display panel ; characterized in that it further comprises: a reflection plate located between the attenuating plate and the display panel so as to reflect towards the display panel some other light having passed through the attenuating plate , wherein the attenuating plate and the reflection plate are integrally formed.