mhurhangee/ep-ind-claims huggingface dataset:
A semiconductor light emitting element comprising: a light emitting section, a first electrode, and a second electrode on a semiconductor structure including first and second conductivity type semiconductor layers (21;23), the first and the second electrodes (30;40) being arranged on the first conductivity type semiconductor layer and the second conductivity type semiconductor layer of the light emitting section, respectively; and a light transmissive insulating film formed on at least part of the second conductivity type semiconductor layer, wherein the second electrode includes a first layer of a light transmissive conductive film covering at least one part of the second conductivity type semiconductor layer and a second layer which is arranged on at least one part of the light transmissive insulating film and which conducts to the first layer, wherein light reflecting parts are formed on a surface side of the first layer, and at a boundary region of the light transmissive insulating film and the semiconductor structure, respectively, and wherein the second layer side surface of the light transmissive insulating film is distant from the semiconductor structure than the surface of the first layer, wherein the second layer comprises an external connecting part and an electrode elongated part which extends from the external connecting part, characterized in that: the light transmissive insulating film is formed corresponding to the electrode elongated part of the second layer in a plan view of the semiconductor light emitting element. a light emitting section, a first electrode, and a second electrode on a semiconductor structure including first and second conductivity type semiconductor layers (21;23), the first and the second electrodes (30;40) being arranged on the first conductivity type semiconductor layer and the second conductivity type semiconductor layer of the light emitting section, respectively; and a light transmissive insulating film formed on at least part of the second conductivity type semiconductor layer, wherein the second electrode includes a first layer of a light transmissive conductive film covering at least one part of the second conductivity type semiconductor layer and a second layer which is arranged on at least one part of the light transmissive insulating film and which conducts to the first layer, wherein light reflecting parts are formed on a surface side of the first layer, and at a boundary region of the light transmissive insulating film and the semiconductor structure, respectively, and wherein the second layer side surface of the light transmissive insulating film is distant from the semiconductor structure than the surface of the first layer, wherein the second layer comprises an external connecting part and an electrode elongated part which extends from the external connecting part, characterized in that: the light transmissive insulating film is formed corresponding to the electrode elongated part of the second layer in a plan view of the semiconductor light emitting element.
Pre-grinder or pre-shredder, essentially consisting of at least one drive assembly comprising a hydraulic or electric drive motor and a reducing gear and of at least one shredding element connected to the reducing gear, and mounted on a frame, a wall, a feed chute or another support, characterised in that the reducing gear of the drive assembly of this pre-grinder or pre-shredder forms an element for fastening and support of at least one shredding element and consists of a stationary part, fastened directly to the frame of the pre-grinder or pre-shredder or to a support or a wall of the latter, and of a mobile part (3"), the shredding element being fixed to the mobile part (3") of this reducing gear and being guided and held directly on the frame by the reducing gear of the drive assembly, which ensures the functions of support and of guiding in rotation of the shredding element.
A method for treating a powder, comprising: dry mixing the powder with an effective amount of a treating additive to distribute a layer of the treating additive on a surface of a particle of the powder, a primary particle size of the treating additive being smaller than an average particle size of the powder, wherein a weight of the treating additive is less than 100 ppm of a total of the weight of the treating additive and a weight of the powder, and wherein the powder is a metallic alloy; wherein the treating additive is selected from the group consisting of: fumed silica, nano hydrophobic silica, nano hydrophilic silica, and nano carbon; wherein the primary particle size of the treating additive is in a range of from 1 nanometer to 300 nanometers. dry mixing the powder with an effective amount of a treating additive to distribute a layer of the treating additive on a surface of a particle of the powder, a primary particle size of the treating additive being smaller than an average particle size of the powder, wherein a weight of the treating additive is less than 100 ppm of a total of the weight of the treating additive and a weight of the powder, and wherein the powder is a metallic alloy; wherein the treating additive is selected from the group consisting of: fumed silica, nano hydrophobic silica, nano hydrophilic silica, and nano carbon; wherein the primary particle size of the treating additive is in a range of from 1 nanometer to 300 nanometers.
A hole-saw which comprises a tubular body connectable at one end to a power drill and formed at its other end with an annular array of cutting teeth, and a collar positioned at the end of the tubular body remote from the cutting teeth whose perimeter extends generally normal to and beyond the perimeter of the tubular body, the hole-saw being characterised in that the interior of the tubular body is at least partially lined or coated with an intumescent containing material.
A connector comprising: a connector housing that includes a lock portion configured to lock a mated housing; a fitting detection member that is mounted on a detection member mounting portion of the connector housing, and is configured to detect and ensure a normal fitting with a mated connector; a guide groove that is formed in the connector housing and guides the fitting detection member from a temporary locking position to a final locking position; and the fitting detection member includes an arm portion that includes an engagement protrusion provided on an extended free end of the arm portion and abutting against the lock portion at the temporary locking position, the extended free end extending from the fitting detection member in a direction of approaching the lock portion; characterized in that the fitting detection member includes a backlash filling protrusion that is formed on a protruding plate portion, to be engaged with the guide groove, of the fitting detection member, the backlash filling protrusion is configured to tilt the fitting detection member, by using backlash caused by a clearance between the protruding plate portion and the guide grove, in a direction in which a locking amount of the engagement protrusion with respect to the lock portion is increased at the temporary locking position, and the backlash filing protrusion protrudes from the protruding plate portion along a rear side portion of the protruding plate portion. a connector housing that includes a lock portion configured to lock a mated housing; a fitting detection member that is mounted on a detection member mounting portion of the connector housing, and is configured to detect and ensure a normal fitting with a mated connector; a guide groove that is formed in the connector housing and guides the fitting detection member from a temporary locking position to a final locking position; and the fitting detection member includes an arm portion that includes an engagement protrusion provided on an extended free end of the arm portion and abutting against the lock portion at the temporary locking position, the extended free end extending from the fitting detection member in a direction of approaching the lock portion; characterized in that the fitting detection member includes a backlash filling protrusion that is formed on a protruding plate portion, to be engaged with the guide groove, of the fitting detection member, the backlash filling protrusion is configured to tilt the fitting detection member, by using backlash caused by a clearance between the protruding plate portion and the guide grove, in a direction in which a locking amount of the engagement protrusion with respect to the lock portion is increased at the temporary locking position, and the backlash filing protrusion protrudes from the protruding plate portion along a rear side portion of the protruding plate portion.
A gateway for controlling at least one controllable device, the gateway configured to: receive information from at least one tactile sensing unit embedded in at least one home comfort object, HCO; formulate a pressure distribution pattern of said information; identify a user profile based on said pressure distribution pattern; determine an action based on said identified user profile and said received information, said action being determined based on satisfaction of at least one rule from among a plurality of rules; and control the at least one controllable device based on the determined action. receive information from at least one tactile sensing unit embedded in at least one home comfort object, HCO; formulate a pressure distribution pattern of said information; identify a user profile based on said pressure distribution pattern; determine an action based on said identified user profile and said received information, said action being determined based on satisfaction of at least one rule from among a plurality of rules; and control the at least one controllable device based on the determined action.
Battery (20, 60) for a motor vehicle having at least two battery cells (10, 12, 14, 16, 18, 46, 52) disposed adjacent to one another, characterised in that a boundary surface of a first of the at least two battery cells (10, 12, 14, 16, 18, 46, 52) has a first electrically conductive surface coupled to a first control device and a boundary surface of a second of the at least two battery cells (10, 12, 14, 16, 18, 46, 52) has a second electrically conductive surface coupled to a second control device, wherein the two electrically conductive surfaces (22, 24) are electrically insulated from one another and form a capacitor element, wherein the control devices are designed to transmit electrical power between the first of the at least two battery cells (10, 12, 14, 16, 18, 46, 52) and the second of the at least two battery cells (10, 12, 14, 16, 18, 46, 52) by generating an electrical alternating field in the capacitor element.
A method for providing a chew by injection molding of edible resin comprising: introducing and mixing the ingredients of a composition including raw starch in particle form that has not seen a prior thermal molding history including extrusion directly into an injection molding machine including a screw having a flight having a helix angle, wherein said raw starch contains between 1-60% (wt) moisture; injection molding said raw starch utilizing said screw wherein said screw includes a transition zone having a first length L1 and a feed zone having a second length L2, wherein L1>0.5*L2; providing a mold; and forming said composition including raw starch into an animal chew in said mold wherein said animal chew exhibits a plurality of voids of 1-100 μm in diameter and has an elongation at break of greater than 6% and a tensile modulus of less than 160 MPa. introducing and mixing the ingredients of a composition including raw starch in particle form that has not seen a prior thermal molding history including extrusion directly into an injection molding machine including a screw having a flight having a helix angle, wherein said raw starch contains between 1-60% (wt) moisture; injection molding said raw starch utilizing said screw wherein said screw includes a transition zone having a first length L1 and a feed zone having a second length L2, wherein L1>0.5*L2; providing a mold; and forming said composition including raw starch into an animal chew in said mold wherein said animal chew exhibits a plurality of voids of 1-100 μm in diameter and has an elongation at break of greater than 6% and a tensile modulus of less than 160 MPa.
Material in the form of a powder of solid spherical or substantially spherical particles composed of a continuous shell comprising at least one silicon oxide, said shell forms a capsule encapsulating at least one fat phase, said material being characterized in that said fat phase is solid at the storage temperature of said material and mostly comprises a crystallisable oil having a melting point (T M) lower than 100°C and at least one substance of interest, the silicon oxide shell has a thickness of 0.1 to 2 μm, and in that the diameter of said particles varies from 1 μm to 1 cm.
Module for a motor vehicle door handle assembly, having an antenna carrier which accommodates at least one antenna with a ferromagnetic core and a coil wound about the core, at least one connecting piece through which electrically conducting contact pins (11, 12, 13) are guided, at least from the antenna to a circuit board populated with electronic components, and are connected with said circuit board, wherein the circuit board is connected to a plug which serves to create electrical contacts for one or several sensors and/or electronic components of the module, and wherein the circuit board is connected to electronic contact pins (31, 32) of the plug, characterised in that the circuit board forms a bearing component of the module.
A mobile computing device for depth-based user authentication, the mobile computing device comprising: a display; a display module to display a login image on the display, wherein the login image includes a depth channel; an image processing module to determine a selection of a plurality of objects (602,604,606,608,610,612) of the login image made by a user of the mobile computing device, and an authentication module to (i) generate a user-selected password based on a relative depth of each object of the plurality of objects selected by the user and (ii) permit access to the mobile computing device in response to a determination that the user-selected password matches a device login password, wherein the display module is to display a semi-transparent overlay over each object in the login image (602,604,606,608,610,612), and wherein each overlay is indicative of a relative depth of the corresponding object. a display; a display module to display a login image on the display, wherein the login image includes a depth channel; an image processing module to determine a selection of a plurality of objects (602,604,606,608,610,612) of the login image made by a user of the mobile computing device, and an authentication module to (i) generate a user-selected password based on a relative depth of each object of the plurality of objects selected by the user and (ii) permit access to the mobile computing device in response to a determination that the user-selected password matches a device login password, wherein the display module is to display a semi-transparent overlay over each object in the login image (602,604,606,608,610,612), and wherein each overlay is indicative of a relative depth of the corresponding object.
Culinary article comprising a metal cap having a bottom wall and a side wall rising around the bottom wall, said bottom wall having an internal face for cooking food and an external face intended to be arranged in proximity to a heat source, a metal insert being added onto the external face, the metal insert being made of a ferromagnetic material, in such a way that the culinary article is compatible with heating via induction, said cap being a sheet of a stamped or flow-formed aluminium alloy of series 6000, characterised in that said cap is a sheet of aluminium alloy of 6082 grade, and in that the bottom wall has a thickness at least two times greater than that of the side wall.
A method of making an alkaline battery comprising: treating an oxide comprising at least one transition metal and an alkali metal with an aqueous acid solution, including contacting the oxide with an aqueous acid solution at zero degree Celsius to five degrees Celsius incorporating the treated oxide into a cathode; and incorporating the cathode into a battery; wherein the oxide is selected from the group consisting of LiNiO 2, LiNi 1-z Co z O 2, LiNi 1-z-t Co z Al t O 2, LiMn 2 O 4, Li 2 Mn 4 O 9, and Li 4 Mn 5 O 12, wherein the oxide is treated with the aqueous acid solution at 0 to 3°C for a duration of greater than 0.25 hour and less than 72 hours. treating an oxide comprising at least one transition metal and an alkali metal with an aqueous acid solution, including contacting the oxide with an aqueous acid solution at zero degree Celsius to five degrees Celsius incorporating the treated oxide into a cathode; and incorporating the cathode into a battery; wherein the oxide is selected from the group consisting of LiNiO 2, LiNi 1-z Co z O 2, LiNi 1-z-t Co z Al t O 2, LiMn 2 O 4, Li 2 Mn 4 O 9, and Li 4 Mn 5 O 12, wherein the oxide is treated with the aqueous acid solution at 0 to 3°C for a duration of greater than 0.25 hour and less than 72 hours.
A device-to-device D2D communication method, comprising: determining, by a first device, a time the first device is out of coverage of a synchronization source after leaving the coverage of the synchronization source; finding, by the first device, synchronization information of another device; determining, by the first device, target timing based on the time the first device is out of coverage and the synchronization information of the another device; and performing, by the first device, D2D communication based on the target timing, wherein the determining, by the first device, the target timing based on the time the first device is out of coverage and the synchronization information of the another device characterised in that: when the time the first device is out of coverage is less than a threshold, and the first device finds synchronization information of a target device from the synchronization information of the another device, determining, by the first device, timing of the target device as the target timing; or when the time the first device is out of coverage is less than the threshold, and the first device fails to find synchronization information of a target device from the synchronization information of the another device, determining, by the first device, timing of the first device as the target timing, wherein the target device is a device in the coverage of the synchronization source, or the target device is a device that selects a device in the coverage of the synchronization source as a synchronization reference source. determining, by a first device, a time the first device is out of coverage of a synchronization source after leaving the coverage of the synchronization source; finding, by the first device, synchronization information of another device; determining, by the first device, target timing based on the time the first device is out of coverage and the synchronization information of the another device; and performing, by the first device, D2D communication based on the target timing, wherein the determining, by the first device, the target timing based on the time the first device is out of coverage and the synchronization information of the another device characterised in that: when the time the first device is out of coverage is less than a threshold, and the first device finds synchronization information of a target device from the synchronization information of the another device, determining, by the first device, timing of the target device as the target timing; or when the time the first device is out of coverage is less than the threshold, and the first device fails to find synchronization information of a target device from the synchronization information of the another device, determining, by the first device, timing of the first device as the target timing, wherein the target device is a device in the coverage of the synchronization source, or the target device is a device that selects a device in the coverage of the synchronization source as a synchronization reference source.
Method of performing a resetting of at least one injector in an internal combustion engine of a motor vehicle, the resetting requiring a cut of fuel injection to the engine for its execution, characterized in that: - we determine a current mileage window to go, - we determine a target resetting frequency ( frq cible), - we determine an average resetting frequency executed on all the windows scanned ( frq N). - from the target frequency ( frq cible), and from the average resetting frequency performed over all the windows scanned ( frq N), we determine a resetting frequency required for the current window to browse ( frq requise) to respect the target frequency ( frq cible), - we determine throughout the course of the current window the current resetting frequency ( Frq cour), from the distance covered in the current window and from the number of resetting performed during the course of this distance, - we compare this current resetting frequency ( Frq cour) with the required resetting frequency ( frq requise), - a need to perform a resetting is determined when the current resetting frequency ( Frq cour) is less than the required resetting frequency ( frq requise). - we determine a current mileage window to go, - we determine a target resetting frequency ( frq cible), - we determine an average resetting frequency executed on all the windows scanned ( frq N). - from the target frequency ( frq cible), and from the average resetting frequency performed over all the windows scanned ( frq N), we determine a resetting frequency required for the current window to browse ( frq requise) to respect the target frequency ( frq cible), - we determine throughout the course of the current window the current resetting frequency ( Frq cour), from the distance covered in the current window and from the number of resetting performed during the course of this distance, - we compare this current resetting frequency ( Frq cour) with the required resetting frequency ( frq requise), - a need to perform a resetting is determined when the current resetting frequency ( Frq cour) is less than the required resetting frequency ( frq requise).