mhurhangee/ep-ind-claims huggingface dataset:
Hair styling apparatus comprising: - a first arm comprising a first heatable element; - a second arm comprising a second heatable element, said second arm being connected to said first arm in such a way to allow the opening and closure of the apparatus by respectively moving said arms (2, 4) away and close one to each other; - temperature regulation means, associated to said heatable elements (3, 5), comprising a heat source (7, 8) and a temperature sensor for regulating the temperature of said heatable elements (3, 5) according to a first working temperature; - compensation means, operatively connected to said temperature regulation means, adapted to compensate temperature drops, which said heatable elements (3, 5) are subjected to when styling a hair lock, characterized in that the compensation means are adapted to control said temperature regulation means in order to regulate the temperature of said heatable elements (3, 5) according to a second working temperature, higher than the first working temperature, when styling a hair lock, and in that the compensation means comprise a detection device for detecting an open/closed state of said arms (2, 4) and are adapted to control said temperature regulation means in order to regulate the temperature of said heatable elements (3, 5) according to the second working temperature, when said detection device detects a closed state of the arms (2, 4). - a first arm comprising a first heatable element; - a second arm comprising a second heatable element, said second arm being connected to said first arm in such a way to allow the opening and closure of the apparatus by respectively moving said arms (2, 4) away and close one to each other; - temperature regulation means, associated to said heatable elements (3, 5), comprising a heat source (7, 8) and a temperature sensor for regulating the temperature of said heatable elements (3, 5) according to a first working temperature; - compensation means, operatively connected to said temperature regulation means, adapted to compensate temperature drops, which said heatable elements (3, 5) are subjected to when styling a hair lock,
A heat storage material composition obtained by heat-treating Component being a polyhydric alcohol not having constitutional units derived from any vinyl monomers, the following Polymer (B-1) and the following Polymer (B-2) together, wherein Polymer (B-1) is a polymer composed mainly of constitutional units derived from acrylic acid or a salt thereof, a polymer composed mainly of constitutional units derived from methacrylic acid or a salt thereof, or a mixture thereof, excluding a polymer having two or more hydroxy groups in one polymer chain, Polymer (B-2) is a polymer composed mainly of constitutional units derived from a vinyl monomer, and having two or more hydroxy groups in one polymer chain, the weight ratio (B-1 / B-2) of the Polymer (B-1) and the Polymer (B-2) to be subjected to the heat-treatment is 10 / 1 to 1 / 10, the amount of the Polymer (B-1) to be subjected to the heat-treatment is 0.1 to 10 parts by weight, and the amount of the Polymer (B-2) to be subjected to the heat-treatment is 0.1 to 10 parts by weight with respect to 100 parts by weight of a total of the Component, the Polymer (B-1) and the Polymer (B-2) to be subjected to the heat-treatment, and a cross-linked structure between the Polymer (B-1) and the Polymer (B-2) is formed.
A sensor module for a vehicle, the sensor module comprising a sensor case that comprises - at least one sensor case protrusion (1a, 1d) being provided at a side of the sensor case, and a bracket unit that comprises - at least one bracket socket portion (2a, 2d) for receiving the at least one sensor case protrusion (1a, 1d), - at least one bracket lateral elastic element (5, 8), and - at least one bracket-abutting portion (2b, 2c), wherein the sensor module provides a mounting position, in the mounting position, the bracket socket portion (2a, 2d) receives the sensor case protrusion (1a, 1d), the bracket elastic lateral element (5, 8) essentially presses the sensor case towards the bracket-abutting portion (2b, 2c), and the sensor case is frictionally engaged with the bracket-abutting portion (2b, 2c), characterized in that the bracket socket portion (2a, 2d) and the at least one bracket lateral elastic element (5, 8) are provided at a first side of the bracket unit, the bracket-abutting portion (2b, 2c) being provided at a second side of the bracket unit, the second side being opposite to the first side, and that the bracket unit further comprises - at least one further bracket lateral elastic element (3b, 6), the further bracket lateral elastic element (3b, 6) being provided at a third side of the bracket unit, and - at least one further bracket-abutting portion, the further bracket-abutting portion being provided at a fourth side of the bracket unit, the fourth side being opposite to the third side, in the mounting position, the at least one further bracket lateral elastic element (3b, 6) presses the sensor case towards the further bracket-abutting portion, and the sensor case is frictionally engaged with the further bracket-abutting portion. a sensor case that comprises - at least one sensor case protrusion (1a, 1d) being provided at a side of the sensor case, and - at least one sensor case protrusion (1a, 1d) being provided at a side of the sensor case, and a bracket unit that comprises - at least one bracket socket portion (2a, 2d) for receiving the at least one sensor case protrusion (1a, 1d), - at least one bracket lateral elastic element (5, 8), and - at least one bracket-abutting portion (2b, 2c), - at least one bracket socket portion (2a, 2d) for receiving the at least one sensor case protrusion (1a, 1d), - at least one bracket lateral elastic element (5, 8), and - at least one bracket-abutting portion (2b, 2c), - at least one further bracket lateral elastic element (3b, 6), the further bracket lateral elastic element (3b, 6) being provided at a third side of the bracket unit, and - at least one further bracket-abutting portion, the further bracket-abutting portion being provided at a fourth side of the bracket unit, the fourth side being opposite to the third side,
An aqueous lithium ion secondary battery including an anode, a cathode, and an aqueous electrolyte solution, the anode comprising an anode active material composite of an anode active material and polytetrafluoroethylene, wherein the polytetrafluoroethylene is arranged over a surface of the anode active material, the anode active material composite contains 10 mass% to 80 mass% of the anode active material, and 20 mass% to 90 mass% of the polytetrafluoroethylene and peaks of the polytetrafluoroethylene at around 1150 cm -1 and at around 1210 cm -1 are observed in FT-IR measurement of the anode active material composite, but a peak of the polytetrafluoroethylene at around 729 cm -1 is not observed in Raman spectroscopy measurement of the anode active material composite. the anode comprising an anode active material composite of an anode active material and polytetrafluoroethylene, wherein the polytetrafluoroethylene is arranged over a surface of the anode active material, the anode active material composite contains 10 mass% to 80 mass% of the anode active material, and 20 mass% to 90 mass% of the polytetrafluoroethylene and peaks of the polytetrafluoroethylene at around 1150 cm -1 and at around 1210 cm -1 are observed in FT-IR measurement of the anode active material composite, but a peak of the polytetrafluoroethylene at around 729 cm -1 is not observed in Raman spectroscopy measurement of the anode active material composite.
A method for modifying one of far-end signal playback and capture of local audio on an audio device during a conference call, the method comprising the steps of: receiving, by an audio device, one or more far-end audio streams; splitting each far-end audio stream into a plurality of frames; analyzing each frame of each far-end audio stream using a measure of voice activity to determine if there is voice activity within each frame, the analyzing producing far-end voice data associated with each frame of the corresponding far-end audio stream; analyzing frames of a local input audio stream using the measure of voice activity to produce near-end voice data; determining a conference state based on the far-end voice data for each far-end audio stream and the near-end voice data, wherein the conference state comprises a near-end presentation state, a far-end presentation state, and a conversation state; and based on the determined conference state, modifying at least one of playback of a far-end audio stream of the one or more far-end audio streams on a speaker of the audio device and capture of local audio on the audio device; wherein said modifying comprises at least one of: modifying voice-activity thresholds for the measure of voice activity, modifying a microphone level of the audio device, and modifying noise suppression of the audio device. receiving, by an audio device, one or more far-end audio streams; splitting each far-end audio stream into a plurality of frames; analyzing each frame of each far-end audio stream using a measure of voice activity to determine if there is voice activity within each frame, the analyzing producing far-end voice data associated with each frame of the corresponding far-end audio stream; analyzing frames of a local input audio stream using the measure of voice activity to produce near-end voice data; determining a conference state based on the far-end voice data for each far-end audio stream and the near-end voice data, wherein the conference state comprises a near-end presentation state, a far-end presentation state, and a conversation state; and based on the determined conference state, modifying at least one of playback of a far-end audio stream of the one or more far-end audio streams on a speaker of the audio device and capture of local audio on the audio device; wherein said modifying comprises at least one of: modifying voice-activity thresholds for the measure of voice activity, modifying a microphone level of the audio device, and modifying noise suppression of the audio device.
An ytterbium-doped optical fiber comprising: a core which contains ytterbium, aluminum, and phosphorus, and does not contain germanium; and a cladding which surrounds this core, wherein: the ytterbium concentration in the core in terms of ytterbium oxide is 0.09 to 0.68 mole percent; a molar ratio between the phosphorus concentration in the core in terms of diphosphorus pentoxide and the ytterbium concentration in the core in terms of ytterbium oxide is 3 to 30; a molar ratio between the aluminum concentration in the core in terms of aluminum oxide and the ytterbium concentration in the core in terms of ytterbium oxide is 3 to 32; a molar ratio between the aluminum concentration in terms of aluminum oxide and the phosphorus concentration in terms of diphosphorus pentoxide is 1 to 2.5; characterized in that the relative refractive index difference between the core and the cladding is 0.05% to 0.25%, wherein the relative refractive index difference between the core and the cladding refers to a value calculated using (n1 - n0)/n1 where the core refractive index is n1 and the cladding refractive index is n0. a core which contains ytterbium, aluminum, and phosphorus, and does not contain germanium; and a cladding which surrounds this core, wherein: the ytterbium concentration in the core in terms of ytterbium oxide is 0.09 to 0.68 mole percent; a molar ratio between the phosphorus concentration in the core in terms of diphosphorus pentoxide and the ytterbium concentration in the core in terms of ytterbium oxide is 3 to 30; a molar ratio between the aluminum concentration in the core in terms of aluminum oxide and the ytterbium concentration in the core in terms of ytterbium oxide is 3 to 32; a molar ratio between the aluminum concentration in terms of aluminum oxide and the phosphorus concentration in terms of diphosphorus pentoxide is 1 to 2.5; characterized in that the relative refractive index difference between the core and the cladding is 0.05% to 0.25%, wherein the relative refractive index difference between the core and the cladding refers to a value calculated using (n1 - n0)/n1 where the core refractive index is n1 and the cladding refractive index is n0.
A refrigerator comprising: a compressor that is configured to compress refrigerant; a condenser that is configured to condense compressed refrigerant; a first capillary tube that is configured to depressurize condensed refrigerant; an evaporator that is configured to evaporate depressurized refrigerant; a first valve unit that is located at an outlet side of the compressor and that is configured to guide compressed refrigerant from the compressor to the condenser; a second valve unit that is located at an outlet side of the condenser and that is configured to guide condensed refrigerant from the condenser to the evaporator; and a hot gas path that is connected to the first valve unit and that is configured to supply compressed refrigerant from the compressor to the evaporator an evaporator inlet pipe extending from the second valve unit to the evaporator; and an evaporator outlet pipe that is installed at an outlet side of the evaporator and configured to guide refrigerant from the evaporator to the compressor, characterized in that: the hot gas path comprises: a first connection path that extends from the first valve unit to the evaporator; and a second connection path that is connected to the first connection path and extends from the evaporator to the second valve unit, the capillary tube is installed at the evaporator inlet pipe and a second capillary tube is installed at the second connection path. a compressor that is configured to compress refrigerant; a condenser that is configured to condense compressed refrigerant; a first capillary tube that is configured to depressurize condensed refrigerant; an evaporator that is configured to evaporate depressurized refrigerant; a first valve unit that is located at an outlet side of the compressor and that is configured to guide compressed refrigerant from the compressor to the condenser; a second valve unit that is located at an outlet side of the condenser and that is configured to guide condensed refrigerant from the condenser to the evaporator; and a hot gas path that is connected to the first valve unit and that is configured to supply compressed refrigerant from the compressor to the evaporator an evaporator inlet pipe extending from the second valve unit to the evaporator; and an evaporator outlet pipe that is installed at an outlet side of the evaporator and configured to guide refrigerant from the evaporator to the compressor,
Moulded part made of polymer material, the part comprising at least one planar assembly region portion (5, 6, 7, 44) that is intended to be secured to a support structure, the planar assembly region portion (5, 6, 7, 44) comprising a metal disc (20, 8) that is integrated, in the thickness of the planar assembly region portion (5, 6, 7, 44), such that the circumference of the disc (20, 8) is covered by the polymer material of the moulded part, and such that a central portion of each one of the two faces of the disc (20, 8) is left visible, characterized in that the disc is in the form of a dish, the bottom of the dish being coplanar, or in relief, relative to the polymer surface of the part which holds the periphery of the disc.
An object handling system comprising: at least one object; and at least one transport apparatus for transporting objects in the object handling system; control means communicating with each said apparatus for controlling operation of said apparatus; wherein the at least one apparatus comprises: drive means for moving the apparatus along at least one track; engaging means (26a, 26b) having a first condition, in which the engaging means (26a, 26b) can engage a said object to enable the apparatus to move said object along the track, and a second condition, in which the apparatus can move along the track without engaging said object; first detector means for detecting a position of the apparatus relative to the track; and characterised in that the at least one transport apparatus comprises a second detector means for detecting a position of the apparatus relative to at least one said object and in that the object handling system comprises the at least one track for receiving at least one said object and at least one said apparatus. at least one object; and at least one transport apparatus for transporting objects in the object handling system; control means communicating with each said apparatus for controlling operation of said apparatus; wherein the at least one apparatus comprises: drive means for moving the apparatus along at least one track; engaging means (26a, 26b) having a first condition, in which the engaging means (26a, 26b) can engage a said object to enable the apparatus to move said object along the track, and a second condition, in which the apparatus can move along the track without engaging said object; first detector means for detecting a position of the apparatus relative to the track; and characterised in that the at least one transport apparatus comprises a second detector means for detecting a position of the apparatus relative to at least one said object and in that the object handling system comprises the at least one track for receiving at least one said object and at least one said apparatus. drive means for moving the apparatus along at least one track; engaging means (26a, 26b) having a first condition, in which the engaging means (26a, 26b) can engage a said object to enable the apparatus to move said object along the track, and a second condition, in which the apparatus can move along the track without engaging said object; first detector means for detecting a position of the apparatus relative to the track; and characterised in that the at least one transport apparatus comprises a second detector means for detecting a position of the apparatus relative to at least one said object and in that the object handling system comprises the at least one track for receiving at least one said object and at least one said apparatus.
A heat transport device (1, 1') comprising a circulation route enclosing a refrigerant containing at least one of hydrofluoroolefins (HFOs), hydrochlorofluoroolefins (HCFOs), or hydrochloroolefins (HCOs), wherein heat is transferred by passing through each device disposed in the circulation route, the circulation route comprising a condenser (4, 4', 6); an expansion mechanism (5, 5'); an evaporator (6, 6', 4); a compressor (2, 2'); and a stabilizer container (7, 7') containing an acid scavenger and optionally an antioxidant, the optional antioxidant being at least one member selected from the group consisting of alkylcatechols, alkoxyphenols, benzoquinones, phenothiazines, and phthalates; and the acid scavenger being at least one member selected from the group consisting of aliphatic alcohols, polyhydric alcohols, amines, terpenes, alkyl epoxides, and alkenyl tolyls; wherein the stabilizer container (7, 7') is disposed between the evaporator and the expansion mechanism in case of cooling, or between the evaporator and the expansion mechanism in case of heating, or between the evaporator and the expansion mechanism, between which the refrigerant flows in the circulation route as a refrigerant in a low-pressure gas-liquid mixing state. the optional antioxidant being at least one member selected from the group consisting of alkylcatechols, alkoxyphenols, benzoquinones, phenothiazines, and phthalates; and the acid scavenger being at least one member selected from the group consisting of aliphatic alcohols, polyhydric alcohols, amines, terpenes, alkyl epoxides, and alkenyl tolyls; wherein the stabilizer container (7, 7') is disposed between the evaporator and the expansion mechanism in case of cooling, or between the evaporator and the expansion mechanism in case of heating, or between the evaporator and the expansion mechanism, between which the refrigerant flows in the circulation route as a refrigerant in a low-pressure gas-liquid mixing state.
A method for controlling relayed connections in a base station of a cellular telecommunication system, the method comprising: monitoring communication-environmental parameters of a terminal device of the cellular telecommunication system, wherein the terminal device supports cellular radio connections established directly between the terminal device and the base station of the cellular telecommunication system and device-to-device connections established directly between two or more terminal devices (116, 122) according to one or more radio access technologies selected from a plurality of radio access technologies supported by the two or more terminal devices; and selecting either a direct cellular radio connection or a relayed cellular radio connection to connect the terminal device to the cellular telecommunication system on the basis of the monitored communication-environmental parameters, wherein the relayed cellular radio connection refers to a connection established between the base station and the terminal device through a relay terminal device configured to link a device-to-device connection established between the relay terminal and the terminal device to a cellular radio connection between the relay terminal device and the base station, characterized by the method further comprising configuring the radio access technology of the device-to-device connection for the relayed cellular radio connection amongst a plurality of supported radio access technologies. monitoring communication-environmental parameters of a terminal device of the cellular telecommunication system, wherein the terminal device supports cellular radio connections established directly between the terminal device and the base station of the cellular telecommunication system and device-to-device connections established directly between two or more terminal devices (116, 122) according to one or more radio access technologies selected from a plurality of radio access technologies supported by the two or more terminal devices; and selecting either a direct cellular radio connection or a relayed cellular radio connection to connect the terminal device to the cellular telecommunication system on the basis of the monitored communication-environmental parameters, wherein the relayed cellular radio connection refers to a connection established between the base station and the terminal device through a relay terminal device configured to link a device-to-device connection established between the relay terminal and the terminal device to a cellular radio connection between the relay terminal device and the base station, characterized by the method further comprising configuring the radio access technology of the device-to-device connection for the relayed cellular radio connection amongst a plurality of supported radio access technologies.