mhurhangee/patent-ind-claim-en huggingface dataset:
A socket tile for a building cover, provided to be disposed among standard tiles , this socket tile including a drilled tile , in which the cutout of the drilling of the drilled tile includes an edge configured to be disposed vertically when the drilled tile is inclined according to the slope of the roof and in that it includes: - a molded bulb of plastic material, the base of which includes an outline fitting into the drilling of the drilled tile and configured to form a vertical cylinder when the drilled tile is inclined in its mounting position, said bulb including around this outline a continuous rim having an end which approaches the upper surface of this drilled tile , forming a channel below, the bulb including above the continuous rim a conical shape that narrows, then a horizontal crown having a central drilling, - a continuous bead of adhesive received in the channel and adhered to the top of the drilled tile so as to ensure a seal and a mechanical strength on the outline , and - a molded lantern including a generally cylindrical shape and comprising a flare at the base, said lantern fitting onto said crown of the bulb . - a molded bulb of plastic material, the base of which includes an outline fitting into the drilling of the drilled tile and configured to form a vertical cylinder when the drilled tile is inclined in its mounting position, said bulb including around this outline a continuous rim having an end which approaches the upper surface of this drilled tile , forming a channel below, the bulb including above the continuous rim a conical shape that narrows, then a horizontal crown having a central drilling, - a continuous bead of adhesive received in the channel and adhered to the top of the drilled tile so as to ensure a seal and a mechanical strength on the outline , and - a molded lantern including a generally cylindrical shape and comprising a flare at the base, said lantern fitting onto said crown of the bulb .
A human or chimeric human-murine monoclonal anti-SOD1 antibody or SOD1 binding fragment thereof, characterized in that the antibody is capable of binding to misfolded or aggregated SOD1; and wherein the antibody preferentially recognizes the misfolded or aggregated SOD1 over physiological SOD1 dimers, wherein the antibody or SOD1 binding fragment thereof specifically binds an SOD1 epitope which comprises or consists of the amino acid sequence GGPKDEERHVG (SEQ ID NO: 51) and comprises in its variable region the six CDRs in the order as depicted in Fig. 1B (NI-204.12G7).
Breathing system for an aircraft crew member or passenger, thereafter denoted user, sat on a seat within the aircraft, said system comprising: - a face-fitting device suitable for being applied onto at least a lower portion of a face of the user, and for delivering an oxygen-containing gas; - holding means suitable for retaining the face-fitting device in position on the face, and comprising a back portion suitable for applying onto a top or back part of the user's head when said holding means operate for retaining said face-fitting device on the face; and - removable fixing means (21-24) suitable for retaining the back portion of the holding means affixed to a headrest of the seat when the face-fitting device is in a storage position, said removable fixing means (21-24) also suitable for being released when the holding means are retaining the face-fitting device on the face, - storage means suitable for retaining the face-fitting device in the storage position apart from the head when the breathing system is not used, wherein the storage means comprise a housing suitable for containing the face-fitting device in the storage position, said housing being fixedly arranged on the headrest of the seat or within said headrest. - a face-fitting device suitable for being applied onto at least a lower portion of a face of the user, and for delivering an oxygen-containing gas; - holding means suitable for retaining the face-fitting device in position on the face, and comprising a back portion suitable for applying onto a top or back part of the user's head when said holding means operate for retaining said face-fitting device on the face; and - removable fixing means (21-24) suitable for retaining the back portion of the holding means affixed to a headrest of the seat when the face-fitting device is in a storage position, said removable fixing means (21-24) also suitable for being released when the holding means are retaining the face-fitting device on the face, - storage means suitable for retaining the face-fitting device in the storage position apart from the head when the breathing system is not used,
High-pressure water jet device comprising a section for generating a high-pressure water jet , wherein said section for generating a high-pressure water jet debouches into a pressure chamber , wherein said pressure chamber is provided with an opening in a wall of said pressure chamber and wherein said pressure chamber and said opening are in fluid communication with a pressure sensor for determining a pressure through said fluid communication and/or wherein said pressure chamber and said opening are in fluid communication with a flow sensor for determining a flow rate through said fluid communication , characterized in that said pressure chamber and said opening are in fluid communication with a pump for preventing water from entering the fluid communication .
A light guiding component for use in a field bus module , the light guiding component having a main body through which light can propagate along a defined light propagation direction, and an exit element at one end of the main body at which the light can couple out of the light guiding component , at least one reflection element being arranged upstream of the exit element in the light propagation direction at which at least part of the light can be reflected, characterized in that this part of the light reflects in such a way that the light couples out substantially isotropically at the exit element in an angular range of from approximately -90 degrees to approximately +90 degrees with respect to the light propagation direction.
Micro gas turbine comprising - a compressor designed to take in and pressurize gas, - a combustor designed to take in pressurized gas from the compressor and to generate hot gas on the basis of fuel combustion, - a turbine designed to take in and expand hot gas generated by the combustor , - a generator mechanically coupled to the turbine and designed to generate electric power on the basis of mechanical power, - a controller designed to control operation of the micro gas turbine , - a valve mechanism which is associated with an inlet path to the compressor , the micro gas turbine being characterized by further comprising : - a cabinet accommodating at least the compressor , the combustor and the turbine , and - a purging mechanism designed to realize purging of the cabinet's interior by supplying air to the cabinet's interior, wherein the valve mechanism is controllable by the controller to open the inlet path of the compressor to the cabinet's interior for enabling the compressor to take in air from the cabinet's interior, and wherein the valve mechanism is also controllable by the controller to open the inlet path of the compressor to an exhaust associated with the turbine for enabling the compressor to take in exhaust gas from the turbine . - a compressor designed to take in and pressurize gas, - a combustor designed to take in pressurized gas from the compressor and to generate hot gas on the basis of fuel combustion, - a turbine designed to take in and expand hot gas generated by the combustor , - a generator mechanically coupled to the turbine and designed to generate electric power on the basis of mechanical power, - a controller designed to control operation of the micro gas turbine , - a valve mechanism which is associated with an inlet path to the compressor , the micro gas turbine being characterized by further comprising : - a cabinet accommodating at least the compressor , the combustor and the turbine , and - a purging mechanism designed to realize purging of the cabinet's interior by supplying air to the cabinet's interior, wherein the valve mechanism is controllable by the controller to open the inlet path of the compressor to the cabinet's interior for enabling the compressor to take in air from the cabinet's interior, and wherein the valve mechanism is also controllable by the controller to open the inlet path of the compressor to an exhaust associated with the turbine for enabling the compressor to take in exhaust gas from the turbine .
A gear pair comprising a first gear and a second gear that are engaged and paired with each other, characterized in - that an arithmetic average roughness Ra of a tooth surface of the first gear is less than 0.10 μm, - that an arithmetic average roughness Ra of a tooth surface of the second gear is equal to or greater than 0.15 μm, and - that the number of teeth of the first gear is less than the number of teeth of the second gear. - that an arithmetic average roughness Ra of a tooth surface of the first gear is less than 0.10 μm, - that an arithmetic average roughness Ra of a tooth surface of the second gear is equal to or greater than 0.15 μm, and - that the number of teeth of the first gear is less than the number of teeth of the second gear.
A wind turbine, comprising: a rotor comprising a plurality of blades; a shaft coupled to the rotor; and a superconducting generator coupled to the rotor via the shaft , wherein the superconducting generator comprises: an armature comprising an armature winding and configured to be rotated via the shaft ; and a stationary field comprising a superconducting field winding and disposed concentric to and radially outward from the armature, characterized in that the armature and the stationary field are configured to reduce a magnetic gap between the superconducting field winding and the armature winding during the operation of the superconducting generator . a rotor comprising a plurality of blades; a shaft coupled to the rotor; and a superconducting generator coupled to the rotor via the shaft , wherein the superconducting generator comprises: an armature comprising an armature winding and configured to be rotated via the shaft ; and a stationary field comprising a superconducting field winding and disposed concentric to and radially outward from the armature, characterized in that the armature and the stationary field are configured to reduce a magnetic gap between the superconducting field winding and the armature winding during the operation of the superconducting generator . an armature comprising an armature winding and configured to be rotated via the shaft ; and a stationary field comprising a superconducting field winding and disposed concentric to and radially outward from the armature, characterized in that the armature and the stationary field are configured to reduce a magnetic gap between the superconducting field winding and the armature winding during the operation of the superconducting generator .
A stereoscopic image forming device in which first and second optical control panels each including a large number of band-shaped light reflecting surfaces disposed parallel to each other with spaces in standing states are set so that the band-shaped light reflecting surfaces of the first and second optical control panels are orthogonal to each other in a plan view, and superposed and joined together, wherein in the stereoscopic image forming device each of the first and second optical control panels includes a large number of grooves triangular in section disposed parallel to each other on one side of a transparent plate member formed of a first transparent resin, and each having an inclined surface and a vertical surface , and a large number of ridges triangular in section formed by the grooves adjacent to each other, and the band-shaped light reflecting surfaces are mirror surfaces being formed on the vertical surfaces of the grooves , wherein the grooves are filled with a second transparent resin, the first and second optical control panels are joined and integrated together by the second transparent resin having a refractive index η2 in a range of 0.9 to 1.1 times as large as a refractive index η1 of the first transparent resin, and the inclined surfaces of the grooves are formed of a) flat surfaces or b) concave surfaces, uneven surfaces, or polygonal surfaces recessed from the flat surfaces.
A fitness monitor comprising: a module comprising a housing including a top surface and side surfaces, the housing having a first thickness; and a unitary wristband configured to be worn about a wrist of a user, the unitary wristband comprising a housing receiving structure configured to receive the housing and shaped to secure a first portion of each side surface within the housing receiving structure , the combination of the housing receiving structure and the housing having a second thickness, wherein the housing receiving structure defines one or more side openings shaped such that a second portion of each side surface not secured within the housing receiving structure is exposed, and wherein the second thickness is equal to the first thickness. a module comprising a housing including a top surface and side surfaces, the housing having a first thickness; and a unitary wristband configured to be worn about a wrist of a user, the unitary wristband comprising a housing receiving structure configured to receive the housing and shaped to secure a first portion of each side surface within the housing receiving structure , the combination of the housing receiving structure and the housing having a second thickness, wherein the housing receiving structure defines one or more side openings shaped such that a second portion of each side surface not secured within the housing receiving structure is exposed, and wherein the second thickness is equal to the first thickness.
A cooling structure comprising: a plurality of bars spaced apart from each other and configured to extend along a first surface of a battery cell ; a support configured to support the plurality of bars ; a plurality of flow paths defined by the first surface of the battery cell and a pair of adjacent bars of the plurality of bars , the plurality of flow paths being configured to guide flow of a coolant in contact with the first surface of the battery cell; and a sealing portion configured to enclose the plurality of bars and the plurality of flow paths , wherein said sealing portion comprises: a longitudinal direction member (1261a,b) extending in a longitudinal direction of the plurality of bars and configured to contact the first surface of the battery cell ; an arrangement direction member (1262a,b) extending in an arrangement direction of the plurality of bars and configured to contact a second surface of the battery cell ; and a connection member (1263a, 1264a,b, 1265a,b, 1266a,b) configured to connect the longitudinal direction member (1261a,b) and the arrangement direction member (1262a,b) and to contact an edge portion between the first surface and the second surface of the battery cell . a plurality of bars spaced apart from each other and configured to extend along a first surface of a battery cell ; a support configured to support the plurality of bars ; a plurality of flow paths defined by the first surface of the battery cell and a pair of adjacent bars of the plurality of bars , the plurality of flow paths being configured to guide flow of a coolant in contact with the first surface of the battery cell; and a sealing portion configured to enclose the plurality of bars and the plurality of flow paths , wherein said sealing portion comprises: a longitudinal direction member (1261a,b) extending in a longitudinal direction of the plurality of bars and configured to contact the first surface of the battery cell ; an arrangement direction member (1262a,b) extending in an arrangement direction of the plurality of bars and configured to contact a second surface of the battery cell ; and a connection member (1263a, 1264a,b, 1265a,b, 1266a,b) configured to connect the longitudinal direction member (1261a,b) and the arrangement direction member (1262a,b) and to contact an edge portion between the first surface and the second surface of the battery cell . a longitudinal direction member (1261a,b) extending in a longitudinal direction of the plurality of bars and configured to contact the first surface of the battery cell ; an arrangement direction member (1262a,b) extending in an arrangement direction of the plurality of bars and configured to contact a second surface of the battery cell ; and a connection member (1263a, 1264a,b, 1265a,b, 1266a,b) configured to connect the longitudinal direction member (1261a,b) and the arrangement direction member (1262a,b) and to contact an edge portion between the first surface and the second surface of the battery cell .
Lighting device , comprising - at least one light source for emitting a polarized primary light beam (P), - at least one phosphor volume for at least partly converting primary light of the primary light beam (P) into secondary light (S) having a different wavelength, which is arranged in a path of at least one primary light beam (P), and - at least one light sensor (7-9) arranged at least in a part of an original path of the primary light beam (P) downstream of the location of the phosphor volume, wherein - the light sensor (7-9) is sensitive at least to the primary light and is polarization-sensitive, characterized in that the light sensor (7-9) comprises a photodiode comprising a primary light filter and a polarization filter . - at least one light source for emitting a polarized primary light beam (P), - at least one phosphor volume for at least partly converting primary light of the primary light beam (P) into secondary light (S) having a different wavelength, which is arranged in a path of at least one primary light beam (P), and - at least one light sensor (7-9) arranged at least in a part of an original path of the primary light beam (P) downstream of the location of the phosphor volume, - the light sensor (7-9) is sensitive at least to the primary light and is polarization-sensitive,
An optical element, comprising a light guide body, wherein the light guide body comprises a plurality of light-incident parts arranged in sequence along a length extension direction of the light guide body, a light guide part and a light-emitting part ; each light-incident part is provided with at least one light-incident unit; the light guide part is configured to guide light received by the light-incident units to be emitted towards the light-emitting part ; the shape of a forward projection surface of the light-emitting part is of a strip shape; at least one groove structure is formed on the light guide part ; and a cut-off part used for forming a light shape cut-off line is formed on one of the groove structures ; the light received by several light-incident parts corresponding to the cut-off part is cut off by the cut-off part , and is then emitted from the light-emitting part of the light guide body to form a low beam light shape with a low beam cut-off line, and the rest of the light-incident parts of the sequence are used to form a high beam light shape.
A method of operating a driver-fatigue warning system (10; 110) suitable for use in an automated vehicle, said method comprising: rendering , with a camera (14; 114), an image (16; 116) of a lane-marking (18; 118) and of an object (22; 122) proximate to a host-vehicle (12; 112); alerting , with an alert-device (28; 128), an operator (30; 130) of the host-vehicle (12; 112) of driver-fatigue; determining , with a controller (32; 132) in communication with the camera (14; 114) and the alert-device (28; 128), a vehicle-offset (36; 136) of the host-vehicle (12; 112) relative to the lane-marking (18; 118) based on the image (16; 116); characterized in that : said method further comprising: determining an offset-position (44; 144) of the object (22; 122) relative to the lane-marking (18; 118) based on the image (16; 116); determining that a lane-departure (38; 138) has occurred when the vehicle-offset (36; 136) is less than a deviation-threshold (40; 140), not counting occurrences of lane-departures (38; 138) when the offset-position (44; 144) is less than an offset-threshold (46; 146); and activating the alert-device (28; 128) when the count (42; 142) of the occurrences of lane-departures (38; 138) exceeds a crossing-threshold (48; 148) indicative of driver-fatigue. rendering , with a camera (14; 114), an image (16; 116) of a lane-marking (18; 118) and of an object (22; 122) proximate to a host-vehicle (12; 112); alerting , with an alert-device (28; 128), an operator (30; 130) of the host-vehicle (12; 112) of driver-fatigue; determining , with a controller (32; 132) in communication with the camera (14; 114) and the alert-device (28; 128), a vehicle-offset (36; 136) of the host-vehicle (12; 112) relative to the lane-marking (18; 118) based on the image (16; 116); characterized in that : said method further comprising: determining an offset-position (44; 144) of the object (22; 122) relative to the lane-marking (18; 118) based on the image (16; 116); determining that a lane-departure (38; 138) has occurred when the vehicle-offset (36; 136) is less than a deviation-threshold (40; 140), not counting occurrences of lane-departures (38; 138) when the offset-position (44; 144) is less than an offset-threshold (46; 146); and activating the alert-device (28; 128) when the count (42; 142) of the occurrences of lane-departures (38; 138) exceeds a crossing-threshold (48; 148) indicative of driver-fatigue. determining an offset-position (44; 144) of the object (22; 122) relative to the lane-marking (18; 118) based on the image (16; 116); determining that a lane-departure (38; 138) has occurred when the vehicle-offset (36; 136) is less than a deviation-threshold (40; 140), not counting occurrences of lane-departures (38; 138) when the offset-position (44; 144) is less than an offset-threshold (46; 146); and activating the alert-device (28; 128) when the count (42; 142) of the occurrences of lane-departures (38; 138) exceeds a crossing-threshold (48; 148) indicative of driver-fatigue.
Cover piece for covering a shaft of a household appliance , which has a cover plate , wherein a locking element for locking with a household appliance component is integrated on the cover plate , and the locking element (11 to 14) has an engagement channel which is open on the cover plate for engagement for an actuation element , and the engagement channel is accessible through a continuous hole in the cover plate , characterised in that the engagement channel is closed on an edge facing away from the cover plate .