mhurhangee/patent-ind-claim-en huggingface dataset:
A system for producing a wire harness including: - a wire routing element; and - a support including: - at least one screen for displaying wire harness production assistance data adapted to display a wiring diagram, and - at least one fastening surface associated with said at least one display screen, said at least one fastening surface being configured to receive at least one wire routing element to arrange the wires in accordance with said wiring diagram, characterised in that said wire routing element includes a body , a suction cup fastened to a lower face of the body and an arm extending laterally from the body, said arm supporting one or more wire fastening elements. - a wire routing element; and - a support including: - at least one screen for displaying wire harness production assistance data adapted to display a wiring diagram, and - at least one fastening surface associated with said at least one display screen, said at least one fastening surface being configured to receive at least one wire routing element to arrange the wires in accordance with said wiring diagram, characterised in that said wire routing element includes a body , a suction cup fastened to a lower face of the body and an arm extending laterally from the body, said arm supporting one or more wire fastening elements.
A method for operating a pedestal of an Electronic Article Surveillance, EAS, system , comprising: - capturing at least one first image or video by a camera (108a-108h) coupled to the pedestal ; - analyzing the at least one first image or video to detect a presence of a person and determine a location of the person detected as present relative to the camera (108a-108h); - determining, by a system controller of the EAS system for the pedestal , a first beam pointing direction for an antenna of the pedestal based on the determined location of the person detected as present; and - steering, by the system controller , a read beam of the antenna in accordance with the first beam pointing direction so that a main lobe of a field pattern of the antenna covers a first area (A, B, C, D, E) of an interrogation zone including the determined location. - capturing at least one first image or video by a camera (108a-108h) coupled to the pedestal ; - analyzing the at least one first image or video to detect a presence of a person and determine a location of the person detected as present relative to the camera (108a-108h); - determining, by a system controller of the EAS system for the pedestal , a first beam pointing direction for an antenna of the pedestal based on the determined location of the person detected as present; and - steering, by the system controller , a read beam of the antenna in accordance with the first beam pointing direction so that a main lobe of a field pattern of the antenna covers a first area (A, B, C, D, E) of an interrogation zone including the determined location.
A MoS x /carbon black nanocomposite material, wherein 2.01≤x≤2.20, and MoS x accounts for 5-50% in mass based on the total mass of the nanocomposite material.
A fiber laser oscillator to generate a light beam, the fiber laser oscillator comprising: a length of optical fiber comprising a core and one or more cladding layers , where at least a portion of the length of optical fiber is doped with a gain medium operable to excite at least a signal component of the light beam, the signal component associated with a first peak wavelength; a first reflector proximal to a first end of the length of optical fiber ; and an output coupler separated from the first reflector by at least the length of optical fiber, wherein the output coupler has a lower reflectivity at the first peak wavelength than at a second peak wavelength associated with a Raman component of the light beam, wherein: the first reflector has a higher reflectivity at the first peak wavelength than at the second peak wavelength; the Raman component is to propagate in a fundamental core mode of the length of optical fiber; and the output coupler comprises a superstructure fiber grating, SS-FG , that is to reflect the Raman component into a counter-propagating core mode of the length of optical fiber so that Raman emission from the output coupler is reduced. a length of optical fiber comprising a core and one or more cladding layers , where at least a portion of the length of optical fiber is doped with a gain medium operable to excite at least a signal component of the light beam, the signal component associated with a first peak wavelength; a first reflector proximal to a first end of the length of optical fiber ; and an output coupler separated from the first reflector by at least the length of optical fiber, wherein the output coupler has a lower reflectivity at the first peak wavelength than at a second peak wavelength associated with a Raman component of the light beam, wherein: the first reflector has a higher reflectivity at the first peak wavelength than at the second peak wavelength; the Raman component is to propagate in a fundamental core mode of the length of optical fiber; and the output coupler comprises a superstructure fiber grating, SS-FG , that is to reflect the Raman component into a counter-propagating core mode of the length of optical fiber so that Raman emission from the output coupler is reduced. the first reflector has a higher reflectivity at the first peak wavelength than at the second peak wavelength; the Raman component is to propagate in a fundamental core mode of the length of optical fiber; and the output coupler comprises a superstructure fiber grating, SS-FG , that is to reflect the Raman component into a counter-propagating core mode of the length of optical fiber so that Raman emission from the output coupler is reduced.
A vehicle cooling module configured to cool a fluid of a cooling system of a vehicle , wherein the cooling module comprises: - a first side structure , - a second side structure , - a heat exchanger attached to the first and second side structures , - a fan assembly comprising at least one fan unit and a fan bracket attaching the at least one fan unit to the first and second side structures , and - three mounting arrangements for mounting the cooling module to the vehicle , and wherein the three mounting arrangements comprise: - a first mounting arrangement arranged on the first side structure , - a second mounting arrangement arranged on the second side structure , and - a third mounting arrangement arranged on the fan assembly . - a first side structure , - a second side structure , - a heat exchanger attached to the first and second side structures , - a fan assembly comprising at least one fan unit and a fan bracket attaching the at least one fan unit to the first and second side structures , and - three mounting arrangements for mounting the cooling module to the vehicle , - a first mounting arrangement arranged on the first side structure , - a second mounting arrangement arranged on the second side structure , and - a third mounting arrangement arranged on the fan assembly .
A separating device for separating a cable sleeve from a cable , comprising a cutting unit and a spacing device , which is configured to at least create a space between a cutting portion of the cable sleeve and the cable , wherein the cutting unit is configured for cutting open the cutting portion of the cable sleeve , wherein a cutting edge of the cutting unit is obliquely oriented and faces away from the cable , and wherein the cutting unit can be inserted into the space between the cable sleeve and the cable so as to cut open the cable sleeve from the inside out. a cutting unit and a spacing device , which is configured to at least create a space between a cutting portion of the cable sleeve and the cable , wherein the cutting unit is configured for cutting open the cutting portion of the cable sleeve , wherein a cutting edge of the cutting unit is obliquely oriented and faces away from the cable , and wherein the cutting unit can be inserted into the space between the cable sleeve and the cable so as to cut open the cable sleeve from the inside out.
A composition comprising from 25 - 75wt.% of aromatic polycarbonate comprising melt polycarbonate and from 75 - 25 wt.% of polyester based on the combined weight of the aromatic polycarbonate and the polyester, wherein said aromatic polycarbonate has an endcap level of at most 75 mol % as determined in accordance with the method set out in the description and said polyester comprises polybutylene terephthalate, and wherein i) said polyester comprises a polymer miscible with poly(butylene terephthalate), said polymer having a glass transition temperature higher than the glass transition temperature of said poly(butylene terephthalate) and/or, ii) said aromatic polycarbonate comprises a polymer miscible with said melt polycarbonate, said polymer having a glass transition temperature higher than the glass transition temperature of said melt polycarbonate. i) said polyester comprises a polymer miscible with poly(butylene terephthalate), said polymer having a glass transition temperature higher than the glass transition temperature of said poly(butylene terephthalate) and/or, ii) said aromatic polycarbonate comprises a polymer miscible with said melt polycarbonate, said polymer having a glass transition temperature higher than the glass transition temperature of said melt polycarbonate.
A power generating device comprising a guide case with an upper guide case and a lower guide case being sandwiched by two guide case covers and a power generating unit movable inside the guide case , the guide case comprising a rack , the power generating unit comprising a case and a power generating motor inside the case , the power generating device supplying power from the power generating motor by rotation of a gear provided on a motor input shaft of the power generating motor , characterised in that the case is accommodated in a translatory movable manner inside the guide case , the case being fit into rails (R) provided on inner walls of the upper guide case and the lower guide case , the power generating unit further comprising a case side input shaft being projected from the case and meshing with the rack , the case side input shaft and the motor input shaft being formed as separate bodies and being arranged orthogonal to each other, a spring being extendably supported between each end of the power generating unit and each of the guide case covers .
A method of providing a cat food, comprising the steps of: providing plural containers having a capacity of at least 10 grams; filling each container with at least 10 grams and no more than 40 grams of a complete and balanced cat food; sealing the container; after the filling and sealing steps, heating the container to at least partially cook or sterilize the pet food, and to retort the pet food; and after the heating step, providing the containers of pet food in a package such that each container of the package may be individually opened.
A composition for use in a treatment of a cutaneous disorder involving excessive fibrogenesis or excessive angiogenesis and fibrogenesis, said composition being a pharmaceutical composition or a medical device, said treatment comprising applying on skin of a subject, having a cutaneous disorder involving excessive fibrogenesis or excessive angiogenesis and fibrogenesis, a composition comprising: - at least one fucoidan, and - at least one compound of formula A or B: wherein R1 and R2 are identical or different and are independently selected from the group consisting of -OH, -CH 3 , CF 3 CH 2 O- and CH 3 O-. - at least one fucoidan, and - at least one compound of formula A or B:
A method for coding video data, the method comprising: generating , in a motion compensation operation, a prediction block for a coding unit, CU, of a frame of the video data, the prediction block including a transition zone at a boundary between samples of the prediction block associated with a first prediction unit, PU, of the CU and samples of the prediction block associated with a second PU of the CU; making , by the computing device, a determination whether the size of the first PU is below a given threshold; characterized by performing an Overlapped-Block Motion Compensation, OBMC, smoothing operation to smooth samples of the prediction block that are within the transition zone if the size of the first PU is not below the given threshold; and not performing the OBMC smoothing operation if the size of the first PU is below the given threshold. generating , in a motion compensation operation, a prediction block for a coding unit, CU, of a frame of the video data, the prediction block including a transition zone at a boundary between samples of the prediction block associated with a first prediction unit, PU, of the CU and samples of the prediction block associated with a second PU of the CU; making , by the computing device, a determination whether the size of the first PU is below a given threshold; characterized by performing an Overlapped-Block Motion Compensation, OBMC, smoothing operation to smooth samples of the prediction block that are within the transition zone if the size of the first PU is not below the given threshold; and not performing the OBMC smoothing operation if the size of the first PU is below the given threshold.
A navigation device comprising: a receiving circuit configured to receive a first signal from a first navigation satellite , the first signal comprising a first timestamp (t k ); a determination circuit configured to determine a velocity of the first navigation satellite at the first timestamp in a second coordinate system based on ephemeris data of the first navigation satellite , the second coordinate system being tilted in relation to the equatorial plane ; the determination circuit further configured to determine a velocity of the first navigation satellite in a first coordinate system that is earth fixed and rotating with earth based on the determined velocity in the second coordinate system ; a navigation circuit configured to determine navigation information of the receiving circuit within the first coordinate system based on at least the determined velocity of the first navigation satellite ; characterised in that the determination circuit is configured to determine at least an acceleration of the first navigation satellite in the first coordinate system from the ephemeris data of the first navigation satellite and the first timestamp; and wherein the determination circuit is configured to determine at least a second order time derivative of a transformation matrix between the first coordinate system and the second coordinate system for determining the acceleration of the first navigation satellite in the first coordinate system . a receiving circuit configured to receive a first signal from a first navigation satellite , the first signal comprising a first timestamp (t k ); a determination circuit configured to determine a velocity of the first navigation satellite at the first timestamp in a second coordinate system based on ephemeris data of the first navigation satellite , the second coordinate system being tilted in relation to the equatorial plane ; the determination circuit further configured to determine a velocity of the first navigation satellite in a first coordinate system that is earth fixed and rotating with earth based on the determined velocity in the second coordinate system ; a navigation circuit configured to determine navigation information of the receiving circuit within the first coordinate system based on at least the determined velocity of the first navigation satellite ; characterised in that the determination circuit is configured to determine at least an acceleration of the first navigation satellite in the first coordinate system from the ephemeris data of the first navigation satellite and the first timestamp; and wherein the determination circuit is configured to determine at least a second order time derivative of a transformation matrix between the first coordinate system and the second coordinate system for determining the acceleration of the first navigation satellite in the first coordinate system .
A bicycle with an electronic device for monitoring operations or properties of the bicycle or a component attached to the bicycle , the electronic device comprising: a housing (201/202) configured to mount to a top tube of the bicycle so that a portion of the housing (201/202) is within the top tube when the housing (201/202) is mounted to the bicycle , the housing (201/202) comprising no more than two user input elements (220/222) configured to receive user inputs; a spring positioned on the portion and configured to press against an inner surface of the top tube to secure the housing (201/202) to the top tube; a wireless interface supported by the housing (201/202) and configured wirelessly communicate with other devices; a connector supported by the housing (201/202) and configured to receive data indicative of the operations or the properties of the bicycle or the component attached to the bicycle ; a processor positioned in the housing (201/202), the processor being configured to: monitor the operations or the properties to determine status information, and store at least some of the data to a memory device ; and a display supported by the housing (201/202) and configured to present the status information without using alphanumeric characters, wherein the display does not comprise a liquid-crystal display. a housing (201/202) configured to mount to a top tube of the bicycle so that a portion of the housing (201/202) is within the top tube when the housing (201/202) is mounted to the bicycle , the housing (201/202) comprising no more than two user input elements (220/222) configured to receive user inputs; a spring positioned on the portion and configured to press against an inner surface of the top tube to secure the housing (201/202) to the top tube; a wireless interface supported by the housing (201/202) and configured wirelessly communicate with other devices; a connector supported by the housing (201/202) and configured to receive data indicative of the operations or the properties of the bicycle or the component attached to the bicycle ; a processor positioned in the housing (201/202), the processor being configured to: monitor the operations or the properties to determine status information, and store at least some of the data to a memory device ; and a display supported by the housing (201/202) and configured to present the status information without using alphanumeric characters, wherein the display does not comprise a liquid-crystal display. monitor the operations or the properties to determine status information, and store at least some of the data to a memory device ; and a display supported by the housing (201/202) and configured to present the status information without using alphanumeric characters, wherein the display does not comprise a liquid-crystal display.
A pharmaceutical composition comprising: (i) a drug component consisting of glycopyrronium bromide, fluticasone propionate and optionally at least one long acting beta-2-agonist selected from the group consisting of indacaterol and indacaterol maleate; and (ii) a propellant component comprising 1,1-difluoroethane (HFA-152a). (i) a drug component consisting of glycopyrronium bromide, fluticasone propionate and optionally at least one long acting beta-2-agonist selected from the group consisting of indacaterol and indacaterol maleate; and (ii) a propellant component comprising 1,1-difluoroethane (HFA-152a).
A clock display mechanism including at least one roller pivoting around a roller axis (D10), said roller including at least one flap pivoting around a flap axis (D20) parallel to said roller axis (D10) and distinct from said roller axis (D10), said at least one flap including at least a first face and at least a second face , said display mechanism including first drive means for pivoting said roller around said roller axis (D10), where said display mechanism includes second drive means distinct from said first drive means for pivoting at least one said flap around its said flap axis (D20), in at least one determined position of said flap axis (D20) relative to said roller axis (D10), where said first drive means include a control wheel of which certain teeth are removed, and which meshes with a roller drive pinion , either directly or via a reduction torque , to obtain the desired reduction, a constant rotation of said flaps as a function of said roller being calculated so that, at the display position visible to the user, the indication of said flap is rotated by 180° per revolution of said roller , characterised in that said second drive means are arranged to pivot synchronously, at the same time, each said flap included in a said roller .
Method for measuring a relative velocity by means of an acoustic sensor , comprising the steps of: - generating an acoustic signal having a first frequency characteristic that describes the characteristic of a frequency of the acoustic signal over a time characteristic, wherein the first frequency characteristic consists of at least a first signal portion having a rising frequency and a second signal portion having a falling frequency, - transmitting the acoustic signal by means of an acoustic sensor , - receiving an acoustic signal , reflected by an object , having a second frequency characteristic that describes the characteristic of a frequency of the reflected acoustic signal over a time characteristic, as a result of which the second frequency characteristic comprises at least a first reflected signal portion having a rising frequency and a second reflected signal portion having a falling frequency, by means of the acoustic sensor , - selecting a first point (P1) from the first reflected signal portion of the second frequency characteristic of the reflected acoustic signal in accordance with a selection criterion, - selecting a second point (P2) from the second reflected signal portion of the second frequency characteristic of the reflected acoustic signal in accordance with the selection criterion, and - determining a relative velocity (v rel ) by comparing a value described by the first and second points (P1, P2) in the second frequency characteristic of the reflected acoustic signal with a reference value. - generating an acoustic signal having a first frequency characteristic that describes the characteristic of a frequency of the acoustic signal over a time characteristic, wherein the first frequency characteristic consists of at least a first signal portion having a rising frequency and a second signal portion having a falling frequency, - transmitting the acoustic signal by means of an acoustic sensor , - receiving an acoustic signal , reflected by an object , having a second frequency characteristic that describes the characteristic of a frequency of the reflected acoustic signal over a time characteristic, as a result of which the second frequency characteristic comprises at least a first reflected signal portion having a rising frequency and a second reflected signal portion having a falling frequency, by means of the acoustic sensor , - selecting a first point (P1) from the first reflected signal portion of the second frequency characteristic of the reflected acoustic signal in accordance with a selection criterion, - selecting a second point (P2) from the second reflected signal portion of the second frequency characteristic of the reflected acoustic signal in accordance with the selection criterion, and - determining a relative velocity (v rel ) by comparing a value described by the first and second points (P1, P2) in the second frequency characteristic of the reflected acoustic signal with a reference value.