mhurhangee/ep-ind-claims huggingface dataset:
A water stop structure (22, 101) for a wire harness configured to be disposed in the wire harness which comprises a shield member covering one or plural conducting paths, wherein the water stop structure comprises: a cylindrical shield shell (27, 52, 102) which is disposed at an divided intermediate portion of the shield member of the wire harness in a longitudinal direction to join together the divided intermediate portions, and which is made of an electrically conductive metal; an outer water stop mechanism (28, 53, 103) which is disposed on a side of an outer peripheral surface of the cylindrical shield shell; and an inner water stop mechanism (29, 54, 104) which is disposed on a side of an inner peripheral surface of the cylindrical shield shell, wherein the inner water stop mechanism has an elastic water stop plug member (39, 66, 111); wherein a shell-side seal portion (40, 71, 116) which is in watertight contact with the inner peripheral surface of the cylindrical shield shell and one or plural conducting path-side seal portions (41, 72,117) which are in watertight contact with outer peripheral surfaces of covers of the conducting paths are formed on the water stop plug member, the one or plural conducting path-side seal portions being formed so as to pass through the water stop plug member, wherein the outer water stop mechanism includes a seal portion (31, 57) which is formed on the outer peripheral surface of the cylindrical shield shell and a grommet (32, 58) which is provided so as to be in watertight contact with the seal portion. a cylindrical shield shell (27, 52, 102) which is disposed at an divided intermediate portion of the shield member of the wire harness in a longitudinal direction to join together the divided intermediate portions, and which is made of an electrically conductive metal; an outer water stop mechanism (28, 53, 103) which is disposed on a side of an outer peripheral surface of the cylindrical shield shell; and an inner water stop mechanism (29, 54, 104) which is disposed on a side of an inner peripheral surface of the cylindrical shield shell, wherein the inner water stop mechanism has an elastic water stop plug member (39, 66, 111); wherein a shell-side seal portion (40, 71, 116) which is in watertight contact with the inner peripheral surface of the cylindrical shield shell and one or plural conducting path-side seal portions (41, 72,117) which are in watertight contact with outer peripheral surfaces of covers of the conducting paths are formed on the water stop plug member, the one or plural conducting path-side seal portions being formed so as to pass through the water stop plug member, wherein the outer water stop mechanism includes a seal portion (31, 57) which is formed on the outer peripheral surface of the cylindrical shield shell and a grommet (32, 58) which is provided so as to be in watertight contact with the seal portion.
A method comprising: receiving an indication to determine a work offset for a robot operating in a work environment, wherein the work offset describes a location and an angular orientation of a working plane of the work environment relative to a base plane of the robot; in response to the indication, identifying, based on image data from a camera, the working plane within the work environment, wherein the identified working plane comprises a surface in the work environment upon which one or more objects (330, 332) are resting; controlling the robot to navigate respective paths toward the surface of the identified working plane in order to cause the robot to contact three points (316, 318, 320) on the surface of the working plane; determining respective point locations of the three contacted points on the surface of the working plane relative to the base plane based on respective positions of the robot at respective times of contact; determining the location and angular orientation of the working plane relative to the base plane based on the determined respective point locations of the three contacted points on the surface of the working plane; and controlling the robot to manipulate the one or more objects resting on the surface of the working plane based on the determined location and angular orientation of the working plane relative to the base plane. receiving an indication to determine a work offset for a robot operating in a work environment, wherein the work offset describes a location and an angular orientation of a working plane of the work environment relative to a base plane of the robot; in response to the indication, identifying, based on image data from a camera, the working plane within the work environment, wherein the identified working plane comprises a surface in the work environment upon which one or more objects (330, 332) are resting; controlling the robot to navigate respective paths toward the surface of the identified working plane in order to cause the robot to contact three points (316, 318, 320) on the surface of the working plane; determining respective point locations of the three contacted points on the surface of the working plane relative to the base plane based on respective positions of the robot at respective times of contact; determining the location and angular orientation of the working plane relative to the base plane based on the determined respective point locations of the three contacted points on the surface of the working plane; and controlling the robot to manipulate the one or more objects resting on the surface of the working plane based on the determined location and angular orientation of the working plane relative to the base plane.
A method of realizing an emergency registration, characterized in that when a User Equipment roaming in a visited network which has roaming agreement with a home network of the User Equipment initiates an emergency registration request, the method comprises the following steps of: a) after receiving an emergency registration request message from the User Equipment, sending, by Proxy Call Session Control Function of the visited network, the emergency registration request message to Serving Call Session Control Function of a home network of the User Equipment; b) setting, by the Serving Call Session Control Function, an emergency registration expiration time according to an emergency registration expiration time setting policy of the visited network saved therein, including the emergency registration expiration time into an emergency registration response message to send to the Proxy Call Session Control Function; c) obtaining, by the Proxy Call Session Control Function, the emergency registration expiration time included in the emergency registration response message and sending the emergency registration response message to the User Equipment; obtaining, by the User Equipment, the emergency registration expiration time from the emergency registration response message; wherein the emergency registration expiration time setting policy of the visited network includes the following factors: the type of an emergency call, location information of the visited network and location information of a user. a) after receiving an emergency registration request message from the User Equipment, sending, by Proxy Call Session Control Function of the visited network, the emergency registration request message to Serving Call Session Control Function of a home network of the User Equipment; b) setting, by the Serving Call Session Control Function, an emergency registration expiration time according to an emergency registration expiration time setting policy of the visited network saved therein, including the emergency registration expiration time into an emergency registration response message to send to the Proxy Call Session Control Function; c) obtaining, by the Proxy Call Session Control Function, the emergency registration expiration time included in the emergency registration response message and sending the emergency registration response message to the User Equipment; obtaining, by the User Equipment, the emergency registration expiration time from the emergency registration response message; wherein the emergency registration expiration time setting policy of the visited network includes the following factors: the type of an emergency call, location information of the visited network and location information of a user.
A washing or cleaning agent comprising reaction products of odorants with metal oxides, wherein the metal oxides are selected from ZnO, CeO 2 and/or SnO 2 and are doped with metal nanoparticles with dimensions of ≤ 100 nm.
A ferritic alloy comprising in weight %: C: 0.01 - 0.1; N: 0.001 - 0.1; O: ≤0.2; B: ≤0.01; Cr: 9 - 11.5; Al: 2.5 - 8; Si: < 0.5; Mn: < 0.4; Y: < 2.2; Sc+Ce+La: ≤0.2; Mo+W: ≤ 4.0; Ti: < 1.7; Zr: < 3.3; Nb: < 3.3; V: < 1.8; Hf+Ta+Th: < 6.5; the balance being Fe and unavoidable impurities, wherein, the amounts of Ti+Zr+Nb+V+Hf+Ta+Th and C, N and O are balanced such that: 1.2 ≤ at ⁢ % ⁢ Ti + at ⁢ % ⁢ Zr + at ⁢ % ⁢ Nb + at ⁢ % ⁢ V + at ⁢ % ⁢ Hf + at ⁢ % ⁢ Ta + at ⁢ % ⁢ Th − x ∗ at ⁢ % ⁢ O − at ⁢ % ⁢ N at ⁢ % ⁢ C ≤ 2.0 wherein x is 0.5 unless the content of Y is more than or equal to 0.01 wt% then x is 0.67. the balance being Fe and unavoidable impurities, wherein, the amounts of Ti+Zr+Nb+V+Hf+Ta+Th and C, N and O are balanced such that: 1.2 ≤ at ⁢ % ⁢ Ti + at ⁢ % ⁢ Zr + at ⁢ % ⁢ Nb + at ⁢ % ⁢ V + at ⁢ % ⁢ Hf + at ⁢ % ⁢ Ta + at ⁢ % ⁢ Th − x ∗ at ⁢ % ⁢ O − at ⁢ % ⁢ N at ⁢ % ⁢ C ≤ 2.0 wherein x is 0.5 unless the content of Y is more than or equal to 0.01 wt% then x is 0.67.
A method comprising a) providing a host cell said host cell comprising an episomal replicon, said episomal replicon comprising a donor nucleic acid sequence, said host cell further comprising a target nucleic acid, b) providing helper protein(s) capable of supporting nucleic acid recombination in said host cell c) providing helper protein(s) and/ or RNAs capable of supporting nucleic acid excision in said host cell wherein said donor nucleic acid sequence comprises in order: 5' - homologous recombination sequence 1 - sequence of interest - homologous recombination sequence 2 ― 3' wherein said sequence of interest comprises both a positive selectable marker and a first negative selectable marker; d) inducing excision of said donor nucleic acid sequence e) incubating to allow recombination between the excised donor nucleic acid and said target nucleic acid f) selecting for recombinants having incorporated said donor nucleic acid into said target nucleic acid. a) providing a host cell said host cell comprising an episomal replicon, said episomal replicon comprising a donor nucleic acid sequence, said host cell further comprising a target nucleic acid, said host cell comprising an episomal replicon, said episomal replicon comprising a donor nucleic acid sequence, said host cell further comprising a target nucleic acid, b) providing helper protein(s) capable of supporting nucleic acid recombination in said host cell c) providing helper protein(s) and/ or RNAs capable of supporting nucleic acid excision in said host cell wherein said donor nucleic acid sequence comprises in order: 5' - homologous recombination sequence 1 - sequence of interest - homologous recombination sequence 2 ― 3' wherein said sequence of interest comprises both a positive selectable marker and a first negative selectable marker; wherein said donor nucleic acid sequence comprises in order: 5' - homologous recombination sequence 1 - sequence of interest - homologous recombination sequence 2 ― 3' wherein said sequence of interest comprises both a positive selectable marker and a first negative selectable marker; d) inducing excision of said donor nucleic acid sequence e) incubating to allow recombination between the excised donor nucleic acid and said target nucleic acid f) selecting for recombinants having incorporated said donor nucleic acid into said target nucleic acid.
Hair consultation tool arrangement comprising a digital video camera adapted for continuously taking pictures of a model's head and hair, a processing unit having a camera interface for collecting pictures recorded by the digital video camera, a processor with an image processing software tool implemented for processing the collected pictures and a display interface for sending the processed pictures to a display device, and a display device for presenting the processed pictures, said hair consultation tool arrangement comprising an illumination device directed towards the model's head and hair for illuminating the part of the model imaged by the digital video camera, characterized in that said illumination device consists in two lighting modules (9, 10), one of said two lighting modules being a diffuse light module creating a diffuse light and the other of said two lighting modules being a spotlight module creating a spotlight, in that a light source (10.1) of said spotlight module is disposed to light up the model with a spotlight, said light source (10.1) being adjustable to emit the spot light cone in an angle between 0° and 90° with respect to the optical axis of said digital video camera; in that the light source (10.1) of said spotlight module is adapted to emit said spot light cone with its light axis positioned in an azimuthal angle β between 30° and 70° measured between a horizontal plane running through the model's head and hair and said light axis leading from said light source (10.1) to said model's head and hair; in that a polar angle (α) defined between a vertical plane including said optical axis and a vertical plane including said light axis is in a range between -45° and +45°; in that an azimuthal angle (γ) defined between the optical axis of the camera and the horizontal plane is in the range between 10° to 15°
A transverse magnetic flux type linear compressor comprising: a frame; an outer stator including a stator core disposed on the frame, a teeth portion extending inward from the stator core, and a teeth shoe extending in a circumferential direction from an inner end of the teeth portion; a coil disposed on the teeth portion; a cylinder disposed on the frame; a piston disposed in the cylinder; an inner stator coupled to an outer circumferential surface of the piston, and configured to reciprocate in an axial direction; a magnet disposed on the teeth shoe and facing the inner stator; and a virtual pole disposed on the teeth shoe and facing the inner stator, wherein the virtual pole is a magnetic material, wherein the outer stator comprises a plurality of core plates (131a1, 131a2,..., 13 1an) stacked in the axial direction, characterized in that the virtual pole is disposed in front of or behind the magnet along the axial direction. a frame; an outer stator including a stator core disposed on the frame, a teeth portion extending inward from the stator core, and a teeth shoe extending in a circumferential direction from an inner end of the teeth portion; a coil disposed on the teeth portion; a cylinder disposed on the frame; a piston disposed in the cylinder; an inner stator coupled to an outer circumferential surface of the piston, and configured to reciprocate in an axial direction; a magnet disposed on the teeth shoe and facing the inner stator; and a virtual pole disposed on the teeth shoe and facing the inner stator, wherein the virtual pole is a magnetic material, wherein the outer stator comprises a plurality of core plates (131a1, 131a2,..., 13 1an) stacked in the axial direction, characterized in that the virtual pole is disposed in front of or behind the magnet along the axial direction.
A selectively replaceable guide surface for lining at least a portion of an end ring inner diameter in a laying head system for coiling hot rolled elongated material, the system having a generally annular end ring (90, 90') for guiding elongated material discharged from the laying head into a continuous coil that is in turn discharged from the end ring (90, 90'), and the end ring (90, 90') having an inner diameter radially and axially circumscribing the elongated material and defining respective proximal and distal axial sides, the selectively replaceable guide surface comprising a wear element body (110, 110') having: a curved inner surface defining at least a portion of the guide surface; an outer surface having a profile conforming with a guide ring inner diameter that is adapted for mated coupling with the guide ring inner diameter; and an engagement surface adapted for mating engagement with a fastening element (136, 142) that is coupled to the end ring (90, 90'), the wear element body (110, 110'), when engaged with the fastening element and end ring, forming at least a portion of the guide surface. a curved inner surface defining at least a portion of the guide surface; an outer surface having a profile conforming with a guide ring inner diameter that is adapted for mated coupling with the guide ring inner diameter; and an engagement surface adapted for mating engagement with a fastening element (136, 142) that is coupled to the end ring (90, 90'), the wear element body (110, 110'), when engaged with the fastening element and end ring, forming at least a portion of the guide surface.
Side rail for a bed characterised in that the side rail comprises two arms for the rotatable attachment of the side rail to the bed, said arms being provided to this end with a rotation point on one end, whereby the arms are connected to each other by means of at least two telescopic rods (11a, 11b, 11c) which are connected to said arms by means of hinges (12a, 12b, 12c), such that the arms are rotatable between at least a raised use position, whereby the side rail is in use, and a collapsed storage position, whereby the side rail is collapsed, whereby the arms together with their rotation point are movable relative to each other and whereby the side rail in at least two positions of the arms relative to each other is rotatable between at least the raised use position and the collapsed storage position.
A method of checking sealing of a brake caliper housing, the method comprising: providing a sensor in fluid communication with a cavity of a brake caliper housing; the method being characterized in further comprising: determining a level of moisture in the cavity with the sensor.
A computer-implemented method for providing audible feedback to an athlete during performance of a physical activity comprising: receiving in real-time, a plurality of sequential images during an athlete's performance of a predetermined physical activity; processing in real-time, the plurality of sequential images to identify image data of the first athlete performing a predetermined first feature of a predetermined first athletic movement during the physical activity; in response to identifying the performance of the first feature, transmitting a real-time first audio feedback signal having a first tone; detecting, as part of the real-time processing, image data within the plurality of images indicative that the first athlete is performing a predetermined second feature of the first athletic movement; outputting, in real-time, a second audio feedback signal based upon the movement properties of the second feature, wherein the second audio feedback signal has a second tone different from the first tone such that the first and second audio feedback signals provide audible tempo feedback to the athlete in regards to the tempo of the athlete's performance of the first and second features of the athletic activity, during performance of the athletic movement, wherein the method further comprises, based upon the detection of at least one of the first and the second feature, transmitting a third audible feedback signal having a third tone at a predetermined time based upon the occurrence of the first or second feature configured to indicate the proper timing for the athlete to perform an additional feature of the athletic movement. receiving in real-time, a plurality of sequential images during an athlete's performance of a predetermined physical activity; processing in real-time, the plurality of sequential images to identify image data of the first athlete performing a predetermined first feature of a predetermined first athletic movement during the physical activity; in response to identifying the performance of the first feature, transmitting a real-time first audio feedback signal having a first tone; detecting, as part of the real-time processing, image data within the plurality of images indicative that the first athlete is performing a predetermined second feature of the first athletic movement; outputting, in real-time, a second audio feedback signal based upon the movement properties of the second feature, wherein the second audio feedback signal has a second tone different from the first tone such that the first and second audio feedback signals provide audible tempo feedback to the athlete in regards to the tempo of the athlete's performance of the first and second features of the athletic activity, during performance of the athletic movement, wherein the method further comprises, based upon the detection of at least one of the first and the second feature, transmitting a third audible feedback signal having a third tone at a predetermined time based upon the occurrence of the first or second feature configured to indicate the proper timing for the athlete to perform an additional feature of the athletic movement.
A hearing assistance system (100, 200, 400, 700, 800) for delivering sound to a user wearing a garment (770, 870), comprising: a first hearing aid (110, 210, 410L, 710L, 810L) configured to be worn by the user, the first hearing aid including: a first hearing aid circuit including a first communication circuit configured to perform wireless communication and including a first hearing aid antenna, a first microphone, a first receiver, and a first processing circuit coupled to the first microphone, the first receiver, and the first communication circuit; and a first hearing aid shell housing the first hearing aid circuit; and a wearable antenna assembly (130, 230, 730, 830) external to the first hearing aid shell, the wearable antenna assembly configured to be coupled to the first communication circuit and including one or more conductive fabric patches (132, 232, 732, 832) configured to be worn by the user and function as an antenna reflector to redirect signals of the wireless communication for improving efficiency of the first hearing aid antenna. a first hearing aid (110, 210, 410L, 710L, 810L) configured to be worn by the user, the first hearing aid including: a first hearing aid circuit including a first communication circuit configured to perform wireless communication and including a first hearing aid antenna, a first microphone, a first receiver, and a first processing circuit coupled to the first microphone, the first receiver, and the first communication circuit; and a first hearing aid shell housing the first hearing aid circuit; and a first hearing aid circuit including a first communication circuit configured to perform wireless communication and including a first hearing aid antenna, a first microphone, a first receiver, and a first processing circuit coupled to the first microphone, the first receiver, and the first communication circuit; and a first hearing aid shell housing the first hearing aid circuit; and a wearable antenna assembly (130, 230, 730, 830) external to the first hearing aid shell, the wearable antenna assembly configured to be coupled to the first communication circuit and including one or more conductive fabric patches (132, 232, 732, 832) configured to be worn by the user and function as an antenna reflector to redirect signals of the wireless communication for improving efficiency of the first hearing aid antenna.