mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing an item of sports clothing comprising: (a) obtaining a stretching pattern of the skin of a wearer of the item of sports clothing during at least one sport-specific motion of the wearer; (b) manufacturing the item of sports clothing, wherein the item of sports clothing exhibits a stretching pattern substantially similar to the stretching pattern of the skin during the sport-specific motion of the wearer, characterized in that the item of sports clothing is adapted to receive a sensor, and step (b) includes manufacturing the item of sports clothing such that the stretching pattern of the item of sports clothing is configured so a sensor would be substantially fixed in relation to an area of a subjacent organ of the wearer of the item of sports clothing. (a) obtaining a stretching pattern of the skin of a wearer of the item of sports clothing during at least one sport-specific motion of the wearer; (b) manufacturing the item of sports clothing, wherein the item of sports clothing exhibits a stretching pattern substantially similar to the stretching pattern of the skin during the sport-specific motion of the wearer, characterized in that the item of sports clothing is adapted to receive a sensor, and step (b) includes manufacturing the item of sports clothing such that the stretching pattern of the item of sports clothing is configured so a sensor would be substantially fixed in relation to an area of a subjacent organ of the wearer of the item of sports clothing.
A blade assembly detection system comprising: a lid assembly for a bowl assembly, the lid assembly arranged to receive a blade assembly, the lid assembly being in a first configuration when the blade assembly is connected to the lid assembly and being in a second configuration when the blade assembly is not connected to the lid assembly; characterised in that it further comprises a sensor arranged to detect when the lid assembly is in the first configuration. a lid assembly for a bowl assembly, the lid assembly arranged to receive a blade assembly, the lid assembly being in a first configuration when the blade assembly is connected to the lid assembly and being in a second configuration when the blade assembly is not connected to the lid assembly; characterised in that it further comprises a sensor arranged to detect when the lid assembly is in the first configuration.
Apparatus comprising: a Delay Locked Loop, including: a voltage controlled delay line having tapping points; a lock detector which detects proximity to one of a plurality of lock points based on alignment of edges of a reference clock and a delayed feedback clock signal; and an initialization control unit for selecting a tapping point of the voltage controlled delay line and coupled to an output of the lock detector, said initialization control being configured to vary a delay in one direction from an initial delay, characterized in that: the initialization control unit is further configured to skip a first lock point and continue to vary the delay in the same said one direction to search for and select a further lock point as an operating point. a Delay Locked Loop, including: a voltage controlled delay line having tapping points; a lock detector which detects proximity to one of a plurality of lock points based on alignment of edges of a reference clock and a delayed feedback clock signal; and an initialization control unit for selecting a tapping point of the voltage controlled delay line and coupled to an output of the lock detector, said initialization control being configured to vary a delay in one direction from an initial delay, characterized in that: the initialization control unit is further configured to skip a first lock point and continue to vary the delay in the same said one direction to search for and select a further lock point as an operating point. a voltage controlled delay line having tapping points; a lock detector which detects proximity to one of a plurality of lock points based on alignment of edges of a reference clock and a delayed feedback clock signal; and an initialization control unit for selecting a tapping point of the voltage controlled delay line and coupled to an output of the lock detector, said initialization control being configured to vary a delay in one direction from an initial delay, characterized in that: the initialization control unit is further configured to skip a first lock point and continue to vary the delay in the same said one direction to search for and select a further lock point as an operating point. the initialization control unit is further configured to skip a first lock point and continue to vary the delay in the same said one direction to search for and select a further lock point as an operating point.
A system, comprising a first wireless phone to define a first sequence of UI navigational steps directed to achieving a result; a server in communication with the first wireless phone, wherein the server is to receive the first sequence of UI navigational steps from the first wireless phone and convert the first sequence of UI navigational steps, by means of a lookup, to a second sequence of UI navigational steps directed to achieving the result; and a second wireless phone in communication with at least one of the first wireless phone or the server, wherein the second wireless phone is provided with the second sequence of UI navigational steps and wherein the second wireless phone is to execute the second sequence of UI navigational steps to achieve the result.
A cell growth module comprising: a housing having first and second ends defining a longitudinal axis through the housing; a membrane disposed within the housing, the membrane comprising a plurality of hollow fibers; at least two ports (22, 28) in the housing defining a first fluid flow path (12, 16) through an interior of the hollow fibers, wherein the first fluid flow path contains liquid cell growth media comprising cells; and at least two ports (42, 40) in the housing defining a second fluid flow path (14, 34) along an exterior of the hollow fibers, wherein the second fluid flow path contains oxygen gas; characterised by each of the hollow fibers comprising a hydrophilic interior surface and a hydrophobic exterior surface such that the liquid cell growth media does not leak through the hollow fibers of the membrane yet the oxygen gas can diffuse from the exterior to the interior of the hollow fibers. a housing having first and second ends defining a longitudinal axis through the housing; a membrane disposed within the housing, the membrane comprising a plurality of hollow fibers; at least two ports (22, 28) in the housing defining a first fluid flow path (12, 16) through an interior of the hollow fibers, wherein the first fluid flow path contains liquid cell growth media comprising cells; and at least two ports (42, 40) in the housing defining a second fluid flow path (14, 34) along an exterior of the hollow fibers, wherein the second fluid flow path contains oxygen gas; characterised by each of the hollow fibers comprising a hydrophilic interior surface and a hydrophobic exterior surface such that the liquid cell growth media does not leak through the hollow fibers of the membrane yet the oxygen gas can diffuse from the exterior to the interior of the hollow fibers.
A wiring structure of a wire harness comprising: an adhesive member attached to a surface of a roof lining of an automobile; and a wire harness configured to be wired by being fixed to the adhesive member laid on a surface of a roof lining of an automobile, wherein the wire harness comprises restraint portions, in which a bundle of electric wires (Wa) is restrained in a flat shape by being sandwiched between two tapes (11, 12), which are provided in the length direction of the wire harness, the restraint portions comprise an adhesive surface provided on an inner surface of at least one of the two tapes (11, 12) and to which the electric wires (Wa) sandwiched between the two belt-shaped tapes (11, 12) are attached, both side edges (11a, 12a) of the two belt-shaped tapes (11, 12) in the width direction are fixed to each other, and the electric wires (Wa) sandwiched between the two belt-shaped tapes (11, 12) are arranged side by side in the width direction of the tapes (11, 12), and an outer surface of one of the two tapes (11, 12) is attached to the adhesive member, whereby the wire harness is fixed to the surface of the roof lining an adhesive member attached to a surface of a roof lining of an automobile; and a wire harness configured to be wired by being fixed to the adhesive member laid on a surface of a roof lining of an automobile, wherein the wire harness comprises restraint portions, in which a bundle of electric wires (Wa) is restrained in a flat shape by being sandwiched between two tapes (11, 12), which are provided in the length direction of the wire harness, the restraint portions comprise an adhesive surface provided on an inner surface of at least one of the two tapes (11, 12) and to which the electric wires (Wa) sandwiched between the two belt-shaped tapes (11, 12) are attached, both side edges (11a, 12a) of the two belt-shaped tapes (11, 12) in the width direction are fixed to each other, and the electric wires (Wa) sandwiched between the two belt-shaped tapes (11, 12) are arranged side by side in the width direction of the tapes (11, 12), and an outer surface of one of the two tapes (11, 12) is attached to the adhesive member, whereby the wire harness is fixed to the surface of the roof lining
A film comprising at least two layers, Layer A and Layer B, and wherein Layer A is formed from a Composition A comprising the following: i) an olefin-based polymer, ii) at least one polyalkylene-oxide selected from the group consisting of the following: a) EOxPOyEOz, where x is from 1 to 50; y is from 1 to 100; and z is from 1 to 50; b) POxEOyPOz, where x is from 1 to 100; y is from 1 to 50; and z is from 1 to 100; and c) combinations thereof, wherein EO represents ethylene oxide and PO represents propylene oxide; and wherein the Layer B is formed from Composition B comprising an olefin-based polymer. i) an olefin-based polymer, ii) at least one polyalkylene-oxide selected from the group consisting of the following: a) EOxPOyEOz, where x is from 1 to 50; y is from 1 to 100; and z is from 1 to 50; b) POxEOyPOz, where x is from 1 to 100; y is from 1 to 50; and z is from 1 to 100; and c) combinations thereof, wherein EO represents ethylene oxide and PO represents propylene oxide; and wherein the Layer B is formed from Composition B comprising an olefin-based polymer. a) EOxPOyEOz, where x is from 1 to 50; y is from 1 to 100; and z is from 1 to 50; b) POxEOyPOz, where x is from 1 to 100; y is from 1 to 50; and z is from 1 to 100; and c) combinations thereof, wherein EO represents ethylene oxide and PO represents propylene oxide; and
A connecting element for transmitting an excitation vibration in a vibration system, in particular of a resonance test stand, by the mechanical action of periodically oscillating forces on a test object, wherein the connecting element is coupled in a substantially play-free manner to an actuator for generating the excitation vibration on one side and to the test object on the other side, in such a manner that the forces transmitted to the test object correspond to the excitation vibration, characterised in that the connecting element is substantially rod-shaped, wherein one or both of the end sections thereof are constructed to be elastically deformable under the effect of the excitation vibration and are coupled in a play-free manner by means of a strut (4, 13, 14).
A telescopic power supply track, comprising: a housing with a hollow cavity, and a sliding device with one end extending into the cavity of the housing and slidingly connected to the housing; the housing is provided with an input wire at one end and an output wire at the other end, the sliding device is electrically connected to the input wire and the output wire respectively, and the extension length of the output wire relative to the housing changes accordingly during the sliding of the sliding device along the length direction of the housing, wherein the sliding device comprises a casing that extends into the cavity of the housing at one end and can move along the length direction of the housing, and a power taking component that is cooperatively connected to the casing, and the power taking component is electrically connected to the input wire and the output wire respectively, and the output wire extends from other end of the casing, characterized in that the power taking component includes two conductive terminals, and two opposite inner side walls of the housing are provided with power strips respectively connected with positive and negative poles of the input wire, and the conductive terminals are in corresponding contact with the power strip, wherein the casing is an insulated hard tube, the conductive terminals are disposed on one end of the insulated hard tube located in the housing by encapsulation, and the output wire is placed in the insulated hard tube and extends out from other end of the insulated hard tube. a housing with a hollow cavity, and a sliding device with one end extending into the cavity of the housing and slidingly connected to the housing; the housing is provided with an input wire at one end and an output wire at the other end, the sliding device is electrically connected to the input wire and the output wire respectively, and the extension length of the output wire relative to the housing changes accordingly during the sliding of the sliding device along the length direction of the housing, wherein the sliding device comprises a casing that extends into the cavity of the housing at one end and can move along the length direction of the housing, and a power taking component that is cooperatively connected to the casing, and the power taking component is electrically connected to the input wire and the output wire respectively, and the output wire extends from other end of the casing, the power taking component includes two conductive terminals, and two opposite inner side walls of the housing are provided with power strips respectively connected with positive and negative poles of the input wire, and the conductive terminals are in corresponding contact with the power strip, wherein the casing is an insulated hard tube, the conductive terminals are disposed on one end of the insulated hard tube located in the housing by encapsulation, and the output wire is placed in the insulated hard tube and extends out from other end of the insulated hard tube.
A consumable for an aerosol generating device, the consumable arranged to be at least partly inserted into the aerosol generating device in use so that the consumable can be heated by a heater of the aerosol generating device to form an inhalable aerosol, the consumable comprising: a heated portion in the form of a tobacco rod which is inserted into the aerosol generating device in use and heated by the heater; and a mouthpiece portion, through which aerosol is inhaled in use, wherein the mouthpiece portion comprises: a filter containing a breakable capsule, wherein the breakable capsule comprises an aerosol modifier, has a diameter in the range of about 2.5 mm to about 5.5 mm and a weight in the range of about 15 mg to about 30 mg; and a cooling chamber formed as a passage between the tobacco rod and the filter. a heated portion in the form of a tobacco rod which is inserted into the aerosol generating device in use and heated by the heater; and a mouthpiece portion, through which aerosol is inhaled in use, wherein the mouthpiece portion comprises: a filter containing a breakable capsule, wherein the breakable capsule comprises an aerosol modifier, has a diameter in the range of about 2.5 mm to about 5.5 mm and a weight in the range of about 15 mg to about 30 mg; and a cooling chamber formed as a passage between the tobacco rod and the filter. a filter containing a breakable capsule, wherein the breakable capsule comprises an aerosol modifier, has a diameter in the range of about 2.5 mm to about 5.5 mm and a weight in the range of about 15 mg to about 30 mg; and a cooling chamber formed as a passage between the tobacco rod and the filter.
A cylindrical, hollow stuffing box arranged to be able to take up geometrical differences between drill pipes and tool joints (B'), characterised in that the stuffing box comprises an outer housing, an upper and a lower set of support plates (3, 4) and also a sleeve-shaped, flexible sealing element arranged rotationally between said support plates (3, 4) and enclosed by a liquid filled, pressurised annulus which in a fluid sealing manner is defined by a central part of the stuffing box housing, the outside of the sealing element and said support plates (3, 4); each of the upper and lower support plate sets (3, 4) comprise two halves (31, 33; 41, 43 respectively) connected to an actuator each (32, 34; 42, 44 respectively) arranged for radial displacement of the halves ((31, 33; 41, 43); each of the support plate halves (31, 33; 41, 43) comprise a cut-out arranged to be able to encircle a peripheral portion of the drill string; and the inside and the ends of the sealing element comprise cast-in, ceramic elements. the stuffing box comprises an outer housing, an upper and a lower set of support plates (3, 4) and also a sleeve-shaped, flexible sealing element arranged rotationally between said support plates (3, 4) and enclosed by a liquid filled, pressurised annulus which in a fluid sealing manner is defined by a central part of the stuffing box housing, the outside of the sealing element and said support plates (3, 4); each of the upper and lower support plate sets (3, 4) comprise two halves (31, 33; 41, 43 respectively) connected to an actuator each (32, 34; 42, 44 respectively) arranged for radial displacement of the halves ((31, 33; 41, 43); each of the support plate halves (31, 33; 41, 43) comprise a cut-out arranged to be able to encircle a peripheral portion of the drill string; and the inside and the ends of the sealing element comprise cast-in, ceramic elements.
A sound output device comprising: a microphone part configured to generate a sound signal based on an ambient sound; a reverb process part configured to perform a reverb process on the sound signal, wherein the reverb process part is configured to perform the reverb process using an impulse response that does not comprise a direct sound component; a sound output part configured to output a sound generated from the sound signal subjected to the reverb process; a sound guide part configured to capture the sound generated by the sound output part at one end of the sound guide part, and to output the sound at another end of the sound guide part; and a supporting member for holding the other end of the sound guide part near an opening of an ear canal of listener such that the other end of the sound guide part and the supporting member do not completely cover the opening of the ear canal. a microphone part configured to generate a sound signal based on an ambient sound; a reverb process part configured to perform a reverb process on the sound signal, wherein the reverb process part is configured to perform the reverb process using an impulse response that does not comprise a direct sound component; a sound output part configured to output a sound generated from the sound signal subjected to the reverb process; a sound guide part configured to capture the sound generated by the sound output part at one end of the sound guide part, and to output the sound at another end of the sound guide part; and a supporting member for holding the other end of the sound guide part near an opening of an ear canal of listener such that the other end of the sound guide part and the supporting member do not completely cover the opening of the ear canal.
Control method for a blower device, in particular an HVAC blower for a motor vehicle, wherein the blower device has at least one electric motor, which drives a ventilator device, which produces an air flow, and at least some of the produced air flow flows around and/or flows through the electric motor, the method comprising the following step: • controlling the electric motor in such a way that an air flow is produced by means of the ventilator device, wherein the control method is characterized by the following further steps: • measuring the temperature of the air, • changing the control of the electric motor as a function of the measured temperature of the air in such a way that the electric motor produces increased heat output, which heats the air of the produced air flow. • controlling the electric motor in such a way that an air flow is produced by means of the ventilator device, wherein the control method is characterized by the following further steps: • measuring the temperature of the air, • changing the control of the electric motor as a function of the measured temperature of the air in such a way that the electric motor produces increased heat output, which heats the air of the produced air flow.
A ground-contact sensor array for a lower limb prosthetic device, wherein the ground-contact sensor array comprises: a first body configured to attach to a shank of the lower limb prosthetic device; a second body moveably attached to the first body and comprising a distal connector configured to attach to a prosthetic foot or ankle; and a plurality of sensors coupled with the first or second body; characterized in that the sensors are configured to generate data related to a plurality of distances between the first and second body. a first body configured to attach to a shank of the lower limb prosthetic device; a second body moveably attached to the first body and comprising a distal connector configured to attach to a prosthetic foot or ankle; and a plurality of sensors coupled with the first or second body; characterized in that the sensors are configured to generate data related to a plurality of distances between the first and second body.
A method for inspecting an object using an ultrasound inspection device (56,330) carried by a coordinate positioning apparatus, the ultrasound inspection device comprising an ultrasound transducer and a coupling element for contacting and acoustically coupling to the object to be inspected, the coupling element comprising a self-lubricating material, characterised in that the method comprises a scanning step in which the coupling element of the ultrasound inspection device is scanned along a path on the surface of the object by the coordinate positioning apparatus whilst ultrasound measurements are acquired, wherein the deformation (Zd) of the coupling element is determined during the scanning step to provide a measure of the height of the ultrasound inspection device (56,330) above the surface of the object