mhurhangee/patent-ind-claim-en huggingface dataset:
Seat element for a vehicle seat, having - a thermally formed rear wall and - a carrier structure , which is arranged on a surface side of the rear wall so as to be spaced apart by a horizontal carrier distance (b) from the rear wall , wherein the carrier structure is provided, on a side directed away from the rear wall with a foam element , which extends longitudinally beyond the carrier structure , covering over an upper end of the carrier structure , in the direction of the rear wall , wherein an end of the foam element which covers over the upper end of the carrier structure is arranged at a vertical distance (a) from an upper end of the rear wall , wherein the rear wall has a shaped portion (1.2) which is designed in the form of a material recess running in the direction of the foam element , wherein the carrier structure is fastened on the rear wall by means of fastening elements designed in the form of spacers, wherein a damping element is arranged on the carrier structure , on a surface side directed away from the foam element , and wherein the damping element is a mat, which is likewise arranged at a carrier distance (b) from the rear wall . - a thermally formed rear wall and - a carrier structure , which is arranged on a surface side of the rear wall so as to be spaced apart by a horizontal carrier distance (b) from the rear wall , wherein the carrier structure is provided, on a side directed away from the rear wall with a foam element , which extends longitudinally beyond the carrier structure , covering over an upper end of the carrier structure , in the direction of the rear wall , wherein an end of the foam element which covers over the upper end of the carrier structure is arranged at a vertical distance (a) from an upper end of the rear wall , wherein the rear wall has a shaped portion (1.2) which is designed in the form of a material recess running in the direction of the foam element , wherein the carrier structure is fastened on the rear wall by means of fastening elements designed in the form of spacers, wherein a damping element is arranged on the carrier structure , on a surface side directed away from the foam element , and wherein the damping element is a mat, which is likewise arranged at a carrier distance (b) from the rear wall .
A method of producing a three dimensional autologous fat graft using human or animal lipoaspirate-derived adipose tissue, wherein the lipoaspirate comprises stem cells, wherein the lipoaspirate is mixed with nanofibrillar cellulose derived from tunicates, wherein the mixture of the lipoaspirate and the nanofibrillar cellulose derived from tunicates is crosslinked.
A transmitter , comprising: a first circuit stage configured to generate modulated signals from baseband signals, each of the modulated signals comprising a digital signal having respective a carrier frequency of a plurality of carrier frequencies (F1 - F4); a second circuit stage configured to generate radio frequency (RF) energy to be radiated by one or more antennas; and interface circuits coupled between the first circuit stage and the second circuit stage ; wherein the second circuit stage and the interface circuits are configurable to provide a first mode and a second mode; wherein, in the first mode, the second circuit stage provides a plurality of transmit paths and the interface circuits couple each of the modulated signals to a respective one of the plurality of transmit paths ; and wherein, in the second mode, the second circuit stage provides a first transmit path and the interface circuits couple a sum of at least two of the modulated signals to the first transmit path. a first circuit stage configured to generate modulated signals from baseband signals, each of the modulated signals comprising a digital signal having respective a carrier frequency of a plurality of carrier frequencies (F1 - F4); a second circuit stage configured to generate radio frequency (RF) energy to be radiated by one or more antennas; and interface circuits coupled between the first circuit stage and the second circuit stage ; wherein the second circuit stage and the interface circuits are configurable to provide a first mode and a second mode; wherein, in the first mode, the second circuit stage provides a plurality of transmit paths and the interface circuits couple each of the modulated signals to a respective one of the plurality of transmit paths ; and wherein, in the second mode, the second circuit stage provides a first transmit path and the interface circuits couple a sum of at least two of the modulated signals to the first transmit path.
An image processing device for enhancing ultrasound images, comprising: - an image data input unit ; - a central processing unit ; and - a display unit ; wherein the image data input unit is configured to provide an ultrasound image of a region of interest of an object; and to provide an X-ray image of the region of interest of the object; wherein the central processing unit is configured to select at least one target object in the X-ray image; to register the ultrasound image and the X-ray image; to detect the at least one target object in the ultrasound image based on the registration; and to generate a boosted ultrasound image in which at least an area of the detected target object in the ultrasound image is highlighted; and wherein the display unit is configured to provide the boosted ultrasound image as guiding information on a display area . - an image data input unit ; - a central processing unit ; and - a display unit ; wherein the image data input unit is configured to provide an ultrasound image of a region of interest of an object; and to provide an X-ray image of the region of interest of the object; wherein the central processing unit is configured to select at least one target object in the X-ray image; to register the ultrasound image and the X-ray image; to detect the at least one target object in the ultrasound image based on the registration; and to generate a boosted ultrasound image in which at least an area of the detected target object in the ultrasound image is highlighted; and wherein the display unit is configured to provide the boosted ultrasound image as guiding information on a display area .
A dielectric material suitable for use in an electronic component, the dielectric material comprising: bismuth ferrite; strontium titanate; and an additive comprising barium titanate; wherein the dielectric material further comprises manganese in the form of an oxide, carbonate, or the like; characterised in that the strontium titanate is present in the material in an amount in the range 45 % to 75 % by weight. bismuth ferrite; strontium titanate; and an additive comprising barium titanate; wherein the dielectric material further comprises manganese in the form of an oxide, carbonate, or the like; characterised in that the strontium titanate is present in the material in an amount in the range 45 % to 75 % by weight.
A method for testing a fuel cell interconnect, comprising: providing a fuel cell interconnect; and performing a non-destructive test on the fuel cell interconnect, characterized in that the method further comprises the steps of detecting the magnetic response of the interconnect by measuring the attractive force of the interconnect to a fixed magnet as a function of position across the interconnect; and determining whether at least one of a coefficient of thermal expansion uniformity and an average coefficient of thermal expansion of the interconnect is within a predetermined coefficient of thermal expansion condition range based on the detected magnetic response of the interconnect. providing a fuel cell interconnect; and performing a non-destructive test on the fuel cell interconnect, characterized in that the method further comprises the steps of detecting the magnetic response of the interconnect by measuring the attractive force of the interconnect to a fixed magnet as a function of position across the interconnect; and determining whether at least one of a coefficient of thermal expansion uniformity and an average coefficient of thermal expansion of the interconnect is within a predetermined coefficient of thermal expansion condition range based on the detected magnetic response of the interconnect.
Process for the preparation of a catalyst including at least one support, optionally at least one metal from group VIII on the Periodic Table of the Elements, and at least tungsten, characterized in that it comprises the following stages: a) impregnation by bringing a solution S comprising an organic solvent A and at least one mononuclear tungsten-based precursor chosen from W(OEt) 5 , W(OEt) 6 , W(=O)(OEt) 4 , W(=S)(OEt) 4 , W(=S)(SEt) 4 , W(=O) 2 (OEt) 2 , W(OC 6 H 5 ) 6 , W(SEt) 5 , W(SEt) 6 , W(OEt) 3 (SEt) 2 , W(OEt) 4 (SEt), with Et = CH 2 CH 3 (ethyl group), in its monomeric or dimeric form, into contact with a porous inorganic support, calcined beforehand under low vacuum or under high vacuum or under a stream of inert gas; b) maturing under an anhydrous atmosphere; c) drying the impregnated support under an anhydrous atmosphere or under low vacuum or under high vacuum or under a stream of inert gas at a temperature not exceeding 200°C in order to keep intact said precursors grafted to or deposited at the surface of the support; d) ex situ sulfidation under an H 2 S/H 2 or H 2 S/N 2 mixture containing at least 5% by volume of H 2 S in the mixture at a temperature equal to or greater than ambient temperature. a) impregnation by bringing a solution S comprising an organic solvent A and at least one mononuclear tungsten-based precursor chosen from W(OEt) 5 , W(OEt) 6 , W(=O)(OEt) 4 , W(=S)(OEt) 4 , W(=S)(SEt) 4 , W(=O) 2 (OEt) 2 , W(OC 6 H 5 ) 6 , W(SEt) 5 , W(SEt) 6 , W(OEt) 3 (SEt) 2 , W(OEt) 4 (SEt), with Et = CH 2 CH 3 (ethyl group), in its monomeric or dimeric form, into contact with a porous inorganic support, calcined beforehand under low vacuum or under high vacuum or under a stream of inert gas; b) maturing under an anhydrous atmosphere; c) drying the impregnated support under an anhydrous atmosphere or under low vacuum or under high vacuum or under a stream of inert gas at a temperature not exceeding 200°C in order to keep intact said precursors grafted to or deposited at the surface of the support; d) ex situ sulfidation under an H 2 S/H 2 or H 2 S/N 2 mixture containing at least 5% by volume of H 2 S in the mixture at a temperature equal to or greater than ambient temperature.
A haptic feedback input device comprising: an operating unit configured to be rotatably operated; an angle detecting means configured to detect a rotating angle of the operating unit ; a motor configured to supply a rotating force to the operating unit ; and a control unit configured to calculate a current rotating angle value based on a detecting signal outputted from the angle detecting means , and to generate a driving signal for the motor and an operating signal for an electric device according to the current rotating angle value, wherein the control unit is configured to drive the motor in a direction that the operating unit returns to a limit point (E0) of an operating range of the electric device when the operating unit is operated to exceed the operating range of the electric device, characterized in that , when the operating unit is operated to a rotating angle (E2) that exceeds the operating range of the electric device, the control unit is configured to set a value of the current rotating angle (E2) to a minimum rotating angle (E1) at which a returning force supplied to the operating unit is maximized between the limit point (E0) and an angle right below the current rotating angle (E2) when the operating unit is determined not to be operated further in the same direction that makes the operating unit deviate from the operating range. an operating unit configured to be rotatably operated; an angle detecting means configured to detect a rotating angle of the operating unit ; a motor configured to supply a rotating force to the operating unit ; and a control unit configured to calculate a current rotating angle value based on a detecting signal outputted from the angle detecting means , and to generate a driving signal for the motor and an operating signal for an electric device according to the current rotating angle value, wherein the control unit is configured to drive the motor in a direction that the operating unit returns to a limit point (E0) of an operating range of the electric device when the operating unit is operated to exceed the operating range of the electric device, characterized in that , when the operating unit is operated to a rotating angle (E2) that exceeds the operating range of the electric device, the control unit is configured to set a value of the current rotating angle (E2) to a minimum rotating angle (E1) at which a returning force supplied to the operating unit is maximized between the limit point (E0) and an angle right below the current rotating angle (E2) when the operating unit is determined not to be operated further in the same direction that makes the operating unit deviate from the operating range.
A superconductive conductor , comprising: - a plurality of first conductive tapes each having a first width; and - a plurality of second conductive tapes each having a second width; wherein the first width differs from the second width, wherein the plurality of first conductive tapes and/or the plurality of second conductive tapes comprises at least one superconductor tape, wherein the plurality of first conductive tapes and the plurality of second conductive tapes are arranged to form a tape stack having a cross-shaped cross-section, and wherein respectively two consecutive conductive tapes in tape stack are soldered to one another, so that a superconductor body is formed from the tape stack . - a plurality of first conductive tapes each having a first width; and - a plurality of second conductive tapes each having a second width; wherein the plurality of first conductive tapes and/or the plurality of second conductive tapes comprises at least one superconductor tape, wherein the plurality of first conductive tapes and the plurality of second conductive tapes are arranged to form a tape stack having a cross-shaped cross-section, and wherein respectively two consecutive conductive tapes in tape stack are soldered to one another, so that a superconductor body is formed from the tape stack .
A photovoltaic device comprising a thin-film photovoltaic layer between a substrate and a cover plate , which cover plate is transparent in an area above the photovoltaic layer , wherein the cover plate overlaps the photovoltaic layer , and wherein the cover plate , in an area adjacent to the photovoltaic layer, is opaque, wherein the cover plate is coated in the opaque area, on at least one side facing towards, or away from, the substrate , or has a modified body so as to be opaque in that area, wherein the opaque area has a colour adjusted to the colour of the photovoltaic layer , wherein the opaque area extends from just above the edge of the photovoltaic layer to the edge of the cover plate or below the rim of a frame .
A ribbon winding mechanism comprising: a winding rotor that is providable in a cartridge mounting unit in which a first cartridge or a second cartridge are mountable, and that is configured to engage with a first ribbon winding core and a second ribbon winding core respectively, wherein the first cartridge accommodates the first ribbon winding core around which a first ink ribbon (Ra) is wound, and the second cartridge accommodates the second ribbon winding core around which a second ink ribbon (Rb) different from the first ink ribbon (Ra) is wound; a first winding gear that is provided coaxial to the winding rotor and configured to rotate the winding rotor ; a second winding gear that is provided coaxial to the winding rotor and configured to rotate the winding rotor via the first winding gear ; a first torque limiter configured to limit torque transmitted from the first winding gear to the winding rotor to first torque; a second torque limiter configured to limit torque transmitted from the second winding gear to the first winding gear to second torque lower than the first torque; and characterized by a clutch configured to transfer power from a drive source to the first winding gear when the first cartridge is mounted and configured to transfer the power from the drive source to the second winding gear when the second cartridge is mounted. a winding rotor that is providable in a cartridge mounting unit in which a first cartridge or a second cartridge are mountable, and that is configured to engage with a first ribbon winding core and a second ribbon winding core respectively, wherein the first cartridge accommodates the first ribbon winding core around which a first ink ribbon (Ra) is wound, and the second cartridge accommodates the second ribbon winding core around which a second ink ribbon (Rb) different from the first ink ribbon (Ra) is wound; a first winding gear that is provided coaxial to the winding rotor and configured to rotate the winding rotor ; a second winding gear that is provided coaxial to the winding rotor and configured to rotate the winding rotor via the first winding gear ; a first torque limiter configured to limit torque transmitted from the first winding gear to the winding rotor to first torque; a second torque limiter configured to limit torque transmitted from the second winding gear to the first winding gear to second torque lower than the first torque; and characterized by a clutch configured to transfer power from a drive source to the first winding gear when the first cartridge is mounted and configured to transfer the power from the drive source to the second winding gear when the second cartridge is mounted.
Ionically modified polyisocyanate mixture comprising one or more isocyanate groups and one or more P-substituted carbamoylphosphinate structures.
An optical laminated member in which an antiglare hard coat layer and a clear hard coat layer are sequentially laminated on at least one side of a transparent polymer substrate , wherein the antiglare hard coat layer is a cured layer of a coating composition for forming an antiglare layer and has continuous random irregularities on its surface, a ten-point average roughness Rz JIS of a surface of the antiglare hard coat layer is 0.1 μm to 2 μm, the clear hard coat layer is a cured layer of a clear hard coating composition, the clear hard coat layer is laminated on a part of the antiglare hard coat layer , the antiglare hard coat layer has a thickness of 1 μm to 10 μm, the clear hard coat layer has a thickness of 0.01μm to 10 μm, characterized in that the antiglare hard coat layer has a haze value Ha of 2 % to 45% and an internal haze value Hi of 0.01% to 2%, a haze value Hm of a part where the clear hard coat layer layer is laminated on the antiglare hard coat layer is 0.05 % to 20%, and Ha and Hm satisfy the following formulas: 5 ≤ Ha − Hm / Ha × 100 ≤ 99 . wherein the antiglare hard coat layer is a cured layer of a coating composition for forming an antiglare layer and has continuous random irregularities on its surface, a ten-point average roughness Rz JIS of a surface of the antiglare hard coat layer is 0.1 μm to 2 μm, the clear hard coat layer is a cured layer of a clear hard coating composition, the clear hard coat layer is laminated on a part of the antiglare hard coat layer , the antiglare hard coat layer has a thickness of 1 μm to 10 μm, the clear hard coat layer has a thickness of 0.01μm to 10 μm, characterized in that the antiglare hard coat layer has a haze value Ha of 2 % to 45% and an internal haze value Hi of 0.01% to 2%, a haze value Hm of a part where the clear hard coat layer layer is laminated on the antiglare hard coat layer is 0.05 % to 20%, and Ha and Hm satisfy the following formulas: 5 ≤ Ha − Hm / Ha × 100 ≤ 99 .
A telecommunications system comprising: a first telecommunications element pivotally mounted to a second telecommunications element (2224/2210) by a hinge structure , the hinge structure comprising: a hinge pin provided on the first element ; a hinge pin receiver provided on the second element (2224/2210); characterized in that the hinge pin defines a notch separating the pin into two pin halves ; wherein the hinge pin receiver defines two sets of opposing surfaces , the two sets separated by a divider , the divider configured to be accommodated by the notch when the hinge pin is inserted into the hinge pin receiver , wherein each opposing surface set defines a slot for receiving each pin half , wherein the hinge structure further comprises a retention element provided on the second element (2224/2210) that is configured to keep the first telecommunications element in an open position, the retention element comprising an elastically flexible cantilever arm configured to provide a biasing force against the first element to keep the first element in an open position. a hinge pin provided on the first element ; a hinge pin receiver provided on the second element (2224/2210); characterized in that the hinge pin defines a notch separating the pin into two pin halves ; wherein the hinge pin receiver defines two sets of opposing surfaces , the two sets separated by a divider , the divider configured to be accommodated by the notch when the hinge pin is inserted into the hinge pin receiver , wherein each opposing surface set defines a slot for receiving each pin half , wherein the hinge structure further comprises a retention element provided on the second element (2224/2210) that is configured to keep the first telecommunications element in an open position, the retention element comprising an elastically flexible cantilever arm configured to provide a biasing force against the first element to keep the first element in an open position.