mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle rearview mirror , comprising: a substrate having a reflective surface thereon; and an actuation mechanism including: a support unit coupled with the substrate opposite the reflective surface ; a mounting plate having a first end rotatably coupled with the support unit and a second end spaced from the first end ; a toggle latch rotatably coupled with the mounting plate and alternately engaging with the support unit in respective first and second positions, the second position corresponding with rotation of the support unit toward the second end of the mounting plate from the first position, the toggle latch further being rotatable out of the first and second positions into a release position wherein the toggle latch is disengaged with the support unit ; and a toggle paddle rotatably coupled with the mounting plate and positioned adjacent the toggle latch to move the toggle latch into the release position by rotation of the toggle paddle . a substrate having a reflective surface thereon; and an actuation mechanism including: a support unit coupled with the substrate opposite the reflective surface ; a mounting plate having a first end rotatably coupled with the support unit and a second end spaced from the first end ; a toggle latch rotatably coupled with the mounting plate and alternately engaging with the support unit in respective first and second positions, the second position corresponding with rotation of the support unit toward the second end of the mounting plate from the first position, the toggle latch further being rotatable out of the first and second positions into a release position wherein the toggle latch is disengaged with the support unit ; and a toggle paddle rotatably coupled with the mounting plate and positioned adjacent the toggle latch to move the toggle latch into the release position by rotation of the toggle paddle . a support unit coupled with the substrate opposite the reflective surface ; a mounting plate having a first end rotatably coupled with the support unit and a second end spaced from the first end ; a toggle latch rotatably coupled with the mounting plate and alternately engaging with the support unit in respective first and second positions, the second position corresponding with rotation of the support unit toward the second end of the mounting plate from the first position, the toggle latch further being rotatable out of the first and second positions into a release position wherein the toggle latch is disengaged with the support unit ; and a toggle paddle rotatably coupled with the mounting plate and positioned adjacent the toggle latch to move the toggle latch into the release position by rotation of the toggle paddle .
Carrier material for a bellows, in particular bellows carrier material, comprising a woven fabric of threads crisscrossed with one another in at least some regions, wherein the threads are formed from a twisted or non-twisted yarn which has fibres of aromatic polyester and at least one of the materials detailed below: - viscous - wool - cotton - aromatic polyamide, in particular aramid, characterised in that the yarn contains 30% to 60%, in particular 35% to 45%, and preferably 40%, aromatic polyester. - viscous - wool - cotton - aromatic polyamide, in particular aramid,
A cold-chamber die-casting machine, with a vertically arranged casting chamber , with at least one cavity of at least one die-casting mould , said cavity via at least one gate channel which connects onto the casting chamber being channel-connected to this chamber, and with a casting piston which is traversable along the casting chamber and therein, wherein the casting chamber is open to the bottom and on the other side of the connection of the at least one gate channel is closable by way of a main slide , characterised in that the main slide is arranged transversely to the otherwise cylindrical casting chamber and that the casting chamber is free of a counter-piston.
A window element, comprising a switchable optical cell which is electrically switchable between at least two optical states and which comprises a switchable layer interposed between two opposing transparent substrates, wherein each substrate is provided with an electrode structure or one of the substrates is provided with two electrode structures and the other substrate is not provided with an electrode, and characterized in that the switchable layer comprises a liquid-crystalline medium having a clearing point which is within the working temperature of the window element, wherein the working temperature is between -25°C and 80°C. wherein each substrate is provided with an electrode structure or one of the substrates is provided with two electrode structures and the other substrate is not provided with an electrode, and characterized in that the switchable layer comprises a liquid-crystalline medium having a clearing point which is within the working temperature of the window element, wherein the working temperature is between -25°C and 80°C.
A system for fabricating a three-dimensional, 3D, object, comprising: a processor; a system memory comprising code to direct the processor to: obtain a 3D model of the 3D object; compute, for a plurality of orientations of the 3D model, a volume of a support region used to support overhanging portions of the 3D model during printing; identify one of the plurality of orientations of the 3D model as a selected orientation based on the volume of the support region; orient the 3D model according to the selected orientation; print the 3D object; process the 3D model and its support region into layers; increase a print height and a print delay time for a layer of the 3D model printed directly adjacent a support region, wherein the print height is increased between 2 or 3 times of an original layer height, that involves printing directly onto the bottom layer of the object. a processor; a system memory comprising code to direct the processor to: obtain a 3D model of the 3D object; compute, for a plurality of orientations of the 3D model, a volume of a support region used to support overhanging portions of the 3D model during printing; identify one of the plurality of orientations of the 3D model as a selected orientation based on the volume of the support region; orient the 3D model according to the selected orientation; print the 3D object; process the 3D model and its support region into layers; increase a print height and a print delay time for a layer of the 3D model printed directly adjacent a support region, wherein the print height is increased between 2 or 3 times of an original layer height, that involves printing directly onto the bottom layer of the object.
Passive infrared (PIR) motion detector for detecting a moving body by detecting its intrinsic radiation in the infrared range including a shell-shaped protective housing with a protective housing opening and an infrared-sensitive sensor within a sensor housing arranged in the protective housing , which sensor housing is provided with a radiation-permeable window as an optical filter and is tightly sealed, the protective housing opening being provided with a housing cover in the form of a window or a lens, characterised in that the housing cover includes a film, plate or a moulded article made of one of the plastics polymethylpentene (PMP), polytetrafluoroethylene (PTFE), polypropylene (PP) or polyester, the film, sheet or moulded article has a thickness between 0.8 mm and 3 mm and the optical filter located between the housing cover and the sensor is transparent to infrared radiation in the wavelength ranges from 3.5 μm to 6 μm and between 12.5 and at least 25 μm.
An article of footwear comprising: an upper ; a plate having a top surface facing the upper and a bottom surface formed on an opposite side than the top surface , the plate extending from a first end in a forefoot region to a second end in a heel region ; a first cushioning element having an upper surface attached to the bottom surface of the plate in the forefoot region and including a first side shield extending from the upper surface and along a medial side of the upper and a second side shield extending from the upper surface and along a lateral side of the upper ; and one or more fluid-filled bladders each at least partially surrounded by the first cushioning element in the forefoot region and having a top surface attached to the bottom surface of the plate , wherein the first cushioning element includes one or more apertures each configured to receive a corresponding one of the one or more fluid-filled bladders , the one or more apertures being formed through the entire thickness, i.e., from the top surface to the bottom surface . an upper ; a plate having a top surface facing the upper and a bottom surface formed on an opposite side than the top surface , the plate extending from a first end in a forefoot region to a second end in a heel region ; a first cushioning element having an upper surface attached to the bottom surface of the plate in the forefoot region and including a first side shield extending from the upper surface and along a medial side of the upper and a second side shield extending from the upper surface and along a lateral side of the upper ; and one or more fluid-filled bladders each at least partially surrounded by the first cushioning element in the forefoot region and having a top surface attached to the bottom surface of the plate , wherein the first cushioning element includes one or more apertures each configured to receive a corresponding one of the one or more fluid-filled bladders , the one or more apertures being formed through the entire thickness, i.e., from the top surface to the bottom surface .
Bupropion for use in a method of increasing dextromethorphan plasma levels in a human being who is an extensive metabolizer of dextromethorphan and is in need of treatment with dextromethorphan, wherein the use comprises co-administering bupropion with dextromethorphan to the human being daily for at least eight consecutive days, and wherein, on the eighth day that bupropion is co-administered with dextromethorphan, the AUC 0-12 of dextromethorphan is at least 400 ng·hr/mL.
An inflatable shock-absorbing sole structure, comprising a sole and at least one convex arranged in the sole , wherein an airbag room is formed in the convex , and an airbag is arranged in the airbag room , the airbag room and the airbag are stretchable and compressible, the shock-absorbing sole structure further comprises a built-in air-charging device , characterised in that when the air pressure in the airbag is insufficient and the airbag needs to be inflated, the airbag is inflated through the built-in air-charging device , there are multiple convexes , every two convexes are arranged in a row along the left-to-right direction of the sole , and airbags in every two convexes in each row are connected by a connecting tube .
A method to produce a wear resistant foil , comprising providing a first foil comprising a first thermoplastic material, applying wear resistant particles and a second thermoplastic material on the first foil , and adhering the first foil to the second thermoplastic material and the wear resistant particles to form a wear resistant foil , wherein the wear resistant particles do not protrude from a surface of a layer formed by the second thermoplastic material after being adhered to the first foil , said surface being opposite the first foil . providing a first foil comprising a first thermoplastic material, applying wear resistant particles and a second thermoplastic material on the first foil , and adhering the first foil to the second thermoplastic material and the wear resistant particles to form a wear resistant foil , wherein the wear resistant particles do not protrude from a surface of a layer formed by the second thermoplastic material after being adhered to the first foil , said surface being opposite the first foil .
A method for recovering a cerium oxide-containing abrasive component from a used slurry of an abrasive, the abrasive including cerium oxide, the method comprising: adding a magnesium salt to the used slurry of the abrasive so that the concentration of the magnesium salt in the used slurry of the abrasive ranges from 5 to 26 mmol/L; aggregating and precipitating the cerium oxide-containing abrasive component from the used slurry of the abrasive including the cerium oxide-containing abrasive component and a glass component derived from a polished object; separating a solid component from a liquid component; and recovering the cerium oxide-containing abrasive component. adding a magnesium salt to the used slurry of the abrasive so that the concentration of the magnesium salt in the used slurry of the abrasive ranges from 5 to 26 mmol/L; aggregating and precipitating the cerium oxide-containing abrasive component from the used slurry of the abrasive including the cerium oxide-containing abrasive component and a glass component derived from a polished object; separating a solid component from a liquid component; and recovering the cerium oxide-containing abrasive component.
A method for a user equipment, UE, operating in a wireless communication system comprising a first base station, BS, and a second BS , the method comprising: configuring first and second medium access control, MAC, entities ; mapping, to the first MAC entity , at least one first logical channel group, LCG, including one or more logical channels for transmitting uplink data to the first BS ; mapping, to the second MAC entity , at least one second logical channel group, LCG, including one or more logical channels for transmitting uplink data to the second BS ; and in each one of the first and second MAC entities: determining whether a criterion for triggering a buffer status report, BSR, is satisfied when uplink data becomes available for transmission on a logical channel belonging to an LCG mapped to the one of the first and second MAC entities; and triggering the BSR to the respective BS if the criterion is satisfied, characterized in that the criterion for triggering a BSR is determined to be satisfied in one of the first and second MAC entities if the uplink data becomes available for transmission on a logical channel having higher priority than the priority of any logical channel which belongs to any LCG mapped to the same MAC entity and for which uplink data is already available for transmission. configuring first and second medium access control, MAC, entities ; mapping, to the first MAC entity , at least one first logical channel group, LCG, including one or more logical channels for transmitting uplink data to the first BS ; mapping, to the second MAC entity , at least one second logical channel group, LCG, including one or more logical channels for transmitting uplink data to the second BS ; and in each one of the first and second MAC entities: determining whether a criterion for triggering a buffer status report, BSR, is satisfied when uplink data becomes available for transmission on a logical channel belonging to an LCG mapped to the one of the first and second MAC entities; and triggering the BSR to the respective BS if the criterion is satisfied, determining whether a criterion for triggering a buffer status report, BSR, is satisfied when uplink data becomes available for transmission on a logical channel belonging to an LCG mapped to the one of the first and second MAC entities; and triggering the BSR to the respective BS if the criterion is satisfied, characterized in that the criterion for triggering a BSR is determined to be satisfied in one of the first and second MAC entities if the uplink data becomes available for transmission on a logical channel having higher priority than the priority of any logical channel which belongs to any LCG mapped to the same MAC entity and for which uplink data is already available for transmission.
A foamed structure , comprising: a first foamed body extending in a first direction (A1); a second foamed body extending in the first direction (A1) and facing the first foamed body , a gap interposed between the first foamed body and the second foamed body along a linear groove portion , the linear groove portion being formed in the first and second foamed body (21f-23f) and extending in the first direction (A1); and a reinforcement disposed in the gap between the first foamed body and the second foamed body , the reinforcement having an elongated shape, characterized in that the first foamed body has a portion (Q1, Q2) overlapping with the second foamed body in view of the first direction (A1). a first foamed body extending in a first direction (A1); a second foamed body extending in the first direction (A1) and facing the first foamed body , a gap interposed between the first foamed body and the second foamed body along a linear groove portion , the linear groove portion being formed in the first and second foamed body (21f-23f) and extending in the first direction (A1); and a reinforcement disposed in the gap between the first foamed body and the second foamed body , the reinforcement having an elongated shape, characterized in that the first foamed body has a portion (Q1, Q2) overlapping with the second foamed body in view of the first direction (A1).
A filter vial apparatus, comprising: a hollow tubular plunger having top and bottom ends with an opening at the bottom end of the plunger ; a filter extending across the opening in the bottom end of the plunger ; an annular cap fastened to the bottom end of the plunger , an outer sidewall of the cap extending along an outer surface of the bottom end of the plunger with a portion of that outer sidewall extending outward from the longitudinal axis of the plunger a predetermined distance, the annular cap having an inner sidewall forming a shaped cavity in fluid communication with the opening in the bottom end of the plunger ; and a vial having an open top and a closed bottom having a central protrusion extending toward the open top of the vial , the vial having a sidewall that is sufficiently smaller in cross-section than the predetermined distance to form a fluid tight seal between the vial and annular cap , the bottom of the annular cap and the shaped cavity being configured to mate with the shape of the vial's bottom and the protrusion so as to force fluid in the vial through the shaped cavity and filter , wherein the bottom end of the plunger has an axial facing recess comprising a sidewall that is convex in shape and the cap has an outward facing surface on the inner sidewall that is configured to mate with the convex sidewall . a hollow tubular plunger having top and bottom ends with an opening at the bottom end of the plunger ; a filter extending across the opening in the bottom end of the plunger ; an annular cap fastened to the bottom end of the plunger , an outer sidewall of the cap extending along an outer surface of the bottom end of the plunger with a portion of that outer sidewall extending outward from the longitudinal axis of the plunger a predetermined distance, the annular cap having an inner sidewall forming a shaped cavity in fluid communication with the opening in the bottom end of the plunger ; and a vial having an open top and a closed bottom having a central protrusion extending toward the open top of the vial , the vial having a sidewall that is sufficiently smaller in cross-section than the predetermined distance to form a fluid tight seal between the vial and annular cap , the bottom of the annular cap and the shaped cavity being configured to mate with the shape of the vial's bottom and the protrusion so as to force fluid in the vial through the shaped cavity and filter , wherein the bottom end of the plunger has an axial facing recess comprising a sidewall that is convex in shape and the cap has an outward facing surface on the inner sidewall that is configured to mate with the convex sidewall .
A coating film produced using a coating composition, wherein the coating composition comprises flat pigment particles and a resin component, the flat pigment particles comprise a laminate of dielectric layers and a metallic thin film layer, the dielectric layers and the metallic thin film layer are stacked alternately in the laminate, and the dielectric layers are outermost layers of the laminate, an aspect ratio of the flat pigment particles is 75 to 370, the aspect ratio being calculated by dividing an average maximum diameter of the flat pigment particles by an average thickness of the flat pigment particles, a pigment surface density of the flat pigment particles in the coating film is 75 % to 250 %, and a film thickness of the coating film is 1 μm to 35 μm.
Ophthalmological therapy assembly for processing a surface in a processing volume of a transparent material of an eye by means of focused radiation , comprising - a device for generating radiation , - an optical unit for focusing the radiation in a focus in the processing volume , wherein the focus of the focused radiation has a focusing angle (φ) and the focused radiation has a beam axis , - a device for changing the position of the focus in the processing volume that is describable with three spatial directions x, y and z, wherein the z-direction extends parallel to a basic-position beam axis of the focused radiation , - a control device for controlling the ophthalmological therapy assembly, - characterized in that the device for changing the position of the focus is configured to perform a slow scanning movement in the processing volume of the transparent material in every desired direction determined by the three spatial directions, and to perform a fast scanning movement, independent of the slow scanning movement, in a partial region of the processing volume in every desired direction determined by the three spatial directions, - wherein the partial region of the fast scanning movement is movable owing to the slow scanning movement in the entire processing volume . - a device for generating radiation , - an optical unit for focusing the radiation in a focus in the processing volume , wherein the focus of the focused radiation has a focusing angle (φ) and the focused radiation has a beam axis , - a device for changing the position of the focus in the processing volume that is describable with three spatial directions x, y and z, wherein the z-direction extends parallel to a basic-position beam axis of the focused radiation , - a control device for controlling the ophthalmological therapy assembly, - characterized in that the device for changing the position of the focus is configured to perform a slow scanning movement in the processing volume of the transparent material in every desired direction determined by the three spatial directions, and to perform a fast scanning movement, independent of the slow scanning movement, in a partial region of the processing volume in every desired direction determined by the three spatial directions, - wherein the partial region of the fast scanning movement is movable owing to the slow scanning movement in the entire processing volume .
A resin film product comprising: a b-staged resin base layer having a first planar surface and a second planar surface , wherein the base layer has a thickness of 25.4μm (1 mil) to 254μm (10 mils); a first protective layer disposed on the first planar surface of the base layer ; and a second protective layer disposed on the second planar surface of the base layer ; wherein the first protective layer and the second protective layer are comprised of a biaxially oriented polyethylene terephthalate with a thickness of 25.4μm (1 mil) to 127μm (5 mils) and are configured to be separable from the base layer . a b-staged resin base layer having a first planar surface and a second planar surface , wherein the base layer has a thickness of 25.4μm (1 mil) to 254μm (10 mils); a first protective layer disposed on the first planar surface of the base layer ; and a second protective layer disposed on the second planar surface of the base layer ; wherein the first protective layer and the second protective layer are comprised of a biaxially oriented polyethylene terephthalate with a thickness of 25.4μm (1 mil) to 127μm (5 mils) and are configured to be separable from the base layer .