mhurhangee/patent-ind-claim-en huggingface dataset:
A massaging tool for pets , which comprises: two approximately cylindrical roller bodies , and a grip body having a branched supporting part which has a first supporting part and a second supporting part which are in the form of a right and left pair, and can vary a separation distance between the first supporting part and the second supporting part , wherein each of the first supporting part and the second supporting part supports the roller body in the freely rotatable manner so that a rotation axis of the roller body is oriented in the direction approximately vertical to the direction of the separation distance between the first supporting part and the second supporting part , and the roller body has a plurality of convex parts which project to the radial direction, characterised in that : the convex parts are formed on a surface of a ring-like cover belt which is detachable to the roller body , a variable range of the separation distance between the first supporting part and the second supporting part is in the range of 140 mm to 290 mm, and the height of the convex parts is within the range of 3 mm to 9 mm. two approximately cylindrical roller bodies , and a grip body having a branched supporting part which has a first supporting part and a second supporting part which are in the form of a right and left pair, and can vary a separation distance between the first supporting part and the second supporting part , wherein each of the first supporting part and the second supporting part supports the roller body in the freely rotatable manner so that a rotation axis of the roller body is oriented in the direction approximately vertical to the direction of the separation distance between the first supporting part and the second supporting part , and the roller body has a plurality of convex parts which project to the radial direction, characterised in that : the convex parts are formed on a surface of a ring-like cover belt which is detachable to the roller body , a variable range of the separation distance between the first supporting part and the second supporting part is in the range of 140 mm to 290 mm, and the height of the convex parts is within the range of 3 mm to 9 mm. the convex parts are formed on a surface of a ring-like cover belt which is detachable to the roller body , a variable range of the separation distance between the first supporting part and the second supporting part is in the range of 140 mm to 290 mm, and the height of the convex parts is within the range of 3 mm to 9 mm.
A material tensioning system for use in a manufacturing process, the system comprising: a tensioning device , the tensioning device comprising: a longitudinal position movement mechanism , wherein the longitudinal position movement mechanism is configured to adjust a position of a roll of the material between a first position and a second position in a longitudinal direction of the system that corresponds with a material flow direction; a material sag sensor , the material sag sensor configured to determine an amount of the material between the roll and a processing station in the longitudinal direction; a roll rotator , the roll rotator configured to rotate the roll about an axis perpendicular to the material flow direction, wherein a rotational velocity of the roll rotator is adjustable based on information from the material sag sensor to maintain a nadir distance range for the material extending between the roll and the processing station , the material tensioning system characterized in that it further comprises an apron nozzle , the apron nozzle configured to dispense pressurized air at the roll to form an apron of the material , and an apron sensor, the apron sensor configured to detect an apron of the material , wherein the apron sensor provides information useable to control the pressurized air dispensed by the apron nozzle . a longitudinal position movement mechanism , wherein the longitudinal position movement mechanism is configured to adjust a position of a roll of the material between a first position and a second position in a longitudinal direction of the system that corresponds with a material flow direction; a material sag sensor , the material sag sensor configured to determine an amount of the material between the roll and a processing station in the longitudinal direction; a roll rotator , the roll rotator configured to rotate the roll about an axis perpendicular to the material flow direction, wherein a rotational velocity of the roll rotator is adjustable based on information from the material sag sensor to maintain a nadir distance range for the material extending between the roll and the processing station , the material tensioning system characterized in that it further comprises an apron nozzle , the apron nozzle configured to dispense pressurized air at the roll to form an apron of the material , and an apron sensor, the apron sensor configured to detect an apron of the material , wherein the apron sensor provides information useable to control the pressurized air dispensed by the apron nozzle .
A waterproof ear jack socket for a portable terminal comprising: an upper socket having at least one slit formed to allow passage of a first portion of a contact terminal through one surface of the upper socket to be exposed to the outside wherein the at least one slit has an appropriate size for attachment to and engagement with the contact terminal ; a lower socket having a recess configured to engage a second portion of the contact terminal on one surface thereof facing the upper socket, the lower socket being coupled to the upper socket to form a plug insertion hole into which an ear jack plug can be inserted; and a waterproof cover formed by insert injection molding around a socket body formed by bonding the upper socket and the lower socket and configured to prevent the socket body from being contaminated or damaged by an external environment; the waterproof ear jack socket being characterized in that the upper socket and the lower socket define separate parts of the entrance portion of the plug insertion hole and in that the waterproof cover has a convex portion formed to protrude by a predetermined height at a circumference adjacent to an entrance portion of the plug insertion hole and wherein the convex portion is configured to attach to an inner wall of a portable terminal , within which the ear jack socket is mounted, by a resilient force and is formed of a resilient material. an upper socket having at least one slit formed to allow passage of a first portion of a contact terminal through one surface of the upper socket to be exposed to the outside wherein the at least one slit has an appropriate size for attachment to and engagement with the contact terminal ; a lower socket having a recess configured to engage a second portion of the contact terminal on one surface thereof facing the upper socket, the lower socket being coupled to the upper socket to form a plug insertion hole into which an ear jack plug can be inserted; and a waterproof cover formed by insert injection molding around a socket body formed by bonding the upper socket and the lower socket and configured to prevent the socket body from being contaminated or damaged by an external environment; the waterproof ear jack socket being characterized in that the upper socket and the lower socket define separate parts of the entrance portion of the plug insertion hole and in that the waterproof cover has a convex portion formed to protrude by a predetermined height at a circumference adjacent to an entrance portion of the plug insertion hole and wherein the convex portion is configured to attach to an inner wall of a portable terminal , within which the ear jack socket is mounted, by a resilient force and is formed of a resilient material.
A method comprising: receiving an image of a sticker captured by an imaging sensor, the image showing a fiducial marker of the sticker; determining registration information by processing the fiducial marker of the sticker in the image; determining location information of a head-mounted device, "HMD", worn by a user; determining a position of the sticker relative to the HMD using the registration information and the location information; providing a graphic to the HMD for presentation to the user based on the position of the sticker; characterized by determining that the HMD and a computing device are being used for a medical procedure; and responsive to determining that the HMD and the computing device are being used for the medical procedure, synchronizing annotations during the medical procedure on the graphic presented by the HMD and one or more graphics presented by the computing device. receiving an image of a sticker captured by an imaging sensor, the image showing a fiducial marker of the sticker; determining registration information by processing the fiducial marker of the sticker in the image; determining location information of a head-mounted device, "HMD", worn by a user; determining a position of the sticker relative to the HMD using the registration information and the location information; providing a graphic to the HMD for presentation to the user based on the position of the sticker; characterized by determining that the HMD and a computing device are being used for a medical procedure; and responsive to determining that the HMD and the computing device are being used for the medical procedure, synchronizing annotations during the medical procedure on the graphic presented by the HMD and one or more graphics presented by the computing device.
An end connection for a composite structural component made of a polymer matrix composite material; the end connection comprising: an end portion at one end of the composite structural component , comprising an internal surface comprising a plurality of ridges and grooves defining a first engagement surface along an axial direction (A) and an outer layer of circumferential fibre reinforcement ; a metal interface component comprising an outer surface comprising a plurality of ridges and grooves defining a second engagement surface along the axial direction (A) and an inner surface defining a mounting surface for attachment of an end fitting ; wherein the metal interface component is engaged with the internal surface of the composite structural component by mating of the first and second engagement surfaces; and an outer annular component fitted around the outer layer of circumferential fibre reinforcement of the end portion in axial alignment with the mating of the first and second engagement surfaces; wherein the outer annular component forms an interference fit with the end portion so as to preload the end connection with compressive radial forces. an end portion at one end of the composite structural component , comprising an internal surface comprising a plurality of ridges and grooves defining a first engagement surface along an axial direction (A) and an outer layer of circumferential fibre reinforcement ; a metal interface component comprising an outer surface comprising a plurality of ridges and grooves defining a second engagement surface along the axial direction (A) and an inner surface defining a mounting surface for attachment of an end fitting ;
A wheel assembly to be coupled to a hub of a vehicle, the wheel assembly comprising: an inner rim to be coupled to the hub of the vehicle; an outer rim surrounding the hub; and a plurality of gas springs with associated integral hydraulic dampers operatively coupled between said inner rim and said outer rim to provide a suspension for relative movement between said inner rim and said outer rim, each of said plurality of gas springs and associated integral hydraulic dampers comprising a first cylinder body and a second cylinder body slidable therein, a first seal carried by an end of the second cylinder body defining first and second gas chambers within the first cylinder body, a shaft extending within the first cylinder body and into the second cylinder body defining a hydraulic fluid chamber within the second cylinder body, and an enlarged orifice body coupled to the shaft defining a hydraulic damper with the second cylinder body. an inner rim to be coupled to the hub of the vehicle; an outer rim surrounding the hub; and a plurality of gas springs with associated integral hydraulic dampers operatively coupled between said inner rim and said outer rim to provide a suspension for relative movement between said inner rim and said outer rim, each of said plurality of gas springs and associated integral hydraulic dampers comprising a first cylinder body and a second cylinder body slidable therein, a first seal carried by an end of the second cylinder body defining first and second gas chambers within the first cylinder body, a shaft extending within the first cylinder body and into the second cylinder body defining a hydraulic fluid chamber within the second cylinder body, and an enlarged orifice body coupled to the shaft defining a hydraulic damper with the second cylinder body.
A lighting arrangement for outdoor illumination, said lighting arrangement comprising: a first light source for emitting a first light, the first light source being arranged in a first lighting device ; a second light source for emitting a second light, the second light source being arranged in a second lighting device ; a first modulating optical element for converting said first light into a modulated first light providing a first illumination pattern on a first target surface , and a second modulating optical element for converting said second light into a modulated second light providing a second illumination pattern on a second target surface (4"), wherein the second lighting device is arranged at a distance from the first lighting device , the distance being from 0.3 m to 10 m, wherein said first target surface and said second target surface at least partially overlap, wherein each of said first illumination pattern and said second illumination pattern comprises a sequence of alternating illuminance peaks; and wherein said first illumination pattern is substantially complementary to said second illumination pattern. a first light source for emitting a first light, the first light source being arranged in a first lighting device ; a second light source for emitting a second light, the second light source being arranged in a second lighting device ; a first modulating optical element for converting said first light into a modulated first light providing a first illumination pattern on a first target surface , and a second modulating optical element for converting said second light into a modulated second light providing a second illumination pattern on a second target surface (4"), wherein the second lighting device is arranged at a distance from the first lighting device , the distance being from 0.3 m to 10 m, wherein said first target surface and said second target surface at least partially overlap, wherein each of said first illumination pattern and said second illumination pattern comprises a sequence of alternating illuminance peaks; and wherein said first illumination pattern is substantially complementary to said second illumination pattern.
A binding protein capable of binding to CTLA4 or antigen-binding fragment thereof, wherein the binding protein or fragment is selected from a group consisting of an isolated fully human anti-CTLA4 antibody of an IgG class, an anti-CTLA4 fully human antibody Fab fragment and an anti-CTLA4 single chain human antibody, and wherein the binding protein or fragment has a heavy chain variable domain sequence of SEQ ID NO: 43 and a light chain variable domain sequence of SEQ ID NO: 44, and wherein the heavy chain variable domain and the light chain variable domain of the anti-CTLA4 single chain human antibody are connected by a peptide linker.
A cellular system comprising: a molecule configured to degrade in the cellular system at a rate ; a double-stranded polynucleotide having a target site ; an enzyme configured to create a double strand break (DSB) in the double-stranded polynucleotide at a cut site in the target site ; a first homology directed repair (HDR) template that is homologous to regions flanking the cut site in the target site , and that is suitable to be integrated into the double-stranded polynucleotide when the molecule is present in the cellular system at more than a threshold level ; and a second HDR template that is suitable to be integrated into the repair formed by the first HDR template in the double-stranded polynucleotide (426; 704) when a signal caused by a molecular event is present. a molecule configured to degrade in the cellular system at a rate ; a double-stranded polynucleotide having a target site ; an enzyme configured to create a double strand break (DSB) in the double-stranded polynucleotide at a cut site in the target site ; a first homology directed repair (HDR) template that is homologous to regions flanking the cut site in the target site , and that is suitable to be integrated into the double-stranded polynucleotide when the molecule is present in the cellular system at more than a threshold level ; and a second HDR template that is suitable to be integrated into the repair formed by the first HDR template in the double-stranded polynucleotide (426; 704) when a signal caused by a molecular event is present.
A method of producing a high molecular weight polycarbodiimide having a mole fraction percentage greater than 0 having a weight average molecular weight of at least 250,000 as determined using evaporative light scattering, said method comprising the steps of: providing a carbodiimidization catalyst; providing toluene as a first solvent; polymerizing an isocyanate component consisting of toluene diisocyanate (TDI) for a first period of time in the first solvent and in the presence of the carbodiimidization catalyst to produce a reaction mixture including at least one carbodiimide compound and the first solvent; combining either toluene or tetrahydrofuran as a second solvent; and polymerizing the at least one carbodiimide compound for a second period of time in the first and second solvents and in the presence of the carbodiimidization catalyst to produce the high molecular weight polycarbodiimide. providing a carbodiimidization catalyst; providing toluene as a first solvent; polymerizing an isocyanate component consisting of toluene diisocyanate (TDI) for a first period of time in the first solvent and in the presence of the carbodiimidization catalyst to produce a reaction mixture including at least one carbodiimide compound and the first solvent;
Converter device for driving a load , the converter device comprising a converter circuit including a transformer , a battery charging circuit configured for providing a charging current to an energy storage device , and a switch configured to disconnect the load from the transformer , wherein the transformer is configured to provide an isolation barrier between a mains supply and the energy storage device and a further isolation barrier between the energy storage device and the load , and characterized in that the converter device is configured to provide the charging current with a first frequency, and to provide a load current with a second frequency different from the first frequency, and that the converter device comprises a switch control circuit configured to provide a drive signal to the switch for the switch disconnecting the load from the transformer in a battery charging phase.
A current monitor comprising: a housing configured to be coupled to an electric power line ; an inductive current sensor in the housing configured to measure a value of a current on the electric power line to generate a sensor signal; a power source , wherein the power source is the electric power line ; a power resistor in the housing coupled to the electric power line configured to generate a power voltage from an electric power line voltage; a sensing resistor in the housing coupled to the electric power line configured to generate a voltage sensor signal; a sensor signal conversion circuit in the housing configured to receive power from the power source and to generate a current output signal based on the sensor signal, to receive the power voltage, and to generate a voltage output signal based on the voltage sensor signal, characterized in that : the power resistor shields the sensing resistor from noise or environmental temperature variation; and/or the sensor signal conversion circuit is configured to utilize the power voltage to generate the voltage output signal when little or no current is present on the electric power line . a housing configured to be coupled to an electric power line ; an inductive current sensor in the housing configured to measure a value of a current on the electric power line to generate a sensor signal; a power source , wherein the power source is the electric power line ; a power resistor in the housing coupled to the electric power line configured to generate a power voltage from an electric power line voltage; a sensing resistor in the housing coupled to the electric power line configured to generate a voltage sensor signal; a sensor signal conversion circuit in the housing configured to receive power from the power source and to generate a current output signal based on the sensor signal, to receive the power voltage, and to generate a voltage output signal based on the voltage sensor signal, the power resistor shields the sensing resistor from noise or environmental temperature variation; and/or the sensor signal conversion circuit is configured to utilize the power voltage to generate the voltage output signal when little or no current is present on the electric power line .
A method comprising: electrodepositing polynuclear aluminum oxide hydroxide clusters from a polynuclear aluminum oxide hydroxide cluster solution on a metallic substrate to form a precursor coating , wherein the polynuclear aluminum oxide hydroxide clusters have a formula [AlO 4 Al 12 (OH) 24 (H 2 O) 12 ] 7+ and diameters between 1.0 nanometers and 1.8 nanometers; and post-treating the precursor coating to form an aluminum oxide coating on the metallic substrate. electrodepositing polynuclear aluminum oxide hydroxide clusters from a polynuclear aluminum oxide hydroxide cluster solution on a metallic substrate to form a precursor coating , wherein the polynuclear aluminum oxide hydroxide clusters have a formula [AlO 4 Al 12 (OH) 24 (H 2 O) 12 ] 7+ and diameters between 1.0 nanometers and 1.8 nanometers; and post-treating the precursor coating to form an aluminum oxide coating on the metallic substrate.