mhurhangee/ep-ind-claims huggingface dataset:
A thickener comprising: a polymer having a weight-average molecular weight between 500 thousand and 8 million; wherein said polymer contains not more than 10% by mass of the same having the molecular weight of 10 million or higher; said polymer contains not more than 10% by mass of the same having the molecular weight that is three times or higher of the weight-average molecular weight; a stringiness length of a one mass% solution of said polymer at room temperature is 10 mm or less, wherein the stringiness length is measured as a distance that a container containing the solution descends till the cut of the solution after a round disk with a diameter of about 1 cm has been uniformly and lightly contacted on the surface of said solution, and then the container has been let down at a velocity of 5 mm/sec; and said polymer is selected from the group consisting of polyacrylic acid, and a salt of polyacrylic acid. a polymer having a weight-average molecular weight between 500 thousand and 8 million; wherein said polymer contains not more than 10% by mass of the same having the molecular weight of 10 million or higher; said polymer contains not more than 10% by mass of the same having the molecular weight that is three times or higher of the weight-average molecular weight; a stringiness length of a one mass% solution of said polymer at room temperature is 10 mm or less, wherein the stringiness length is measured as a distance that a container containing the solution descends till the cut of the solution after a round disk with a diameter of about 1 cm has been uniformly and lightly contacted on the surface of said solution, and then the container has been let down at a velocity of 5 mm/sec; and said polymer is selected from the group consisting of polyacrylic acid, and a salt of polyacrylic acid.
At least three stator teeth (A, B, C...F) placed to a stator yoke, each stator tooth of the at least three stator teeth (A, B, C... F) comprising: at least two winding units being wound around the stator tooth; and at least one switch being provided to be connected with an end portion of one of the winding units and with an end portion of the other one of the winding units, characterised in that at least one of the winding units of each of the stator tooth (A, B, C...F) is provided with further two switches, one of the further two switches being provided to one end portion of the winding unit of the stator tooth so as to be connected with an end portion of another winding unit wound around an adjacent stator tooth adjacently located on a side of the one end portion, and the other one of the further two switches being provided to another end portion of the winding unit of the stator tooth so as to be connected with an end portion of another winding unit wound around an another adjacent stator tooth adjacently located on a side of the another end portion. at least two winding units being wound around the stator tooth; and at least one switch being provided to be connected with an end portion of one of the winding units and with an end portion of the other one of the winding units, characterised in that at least one of the winding units of each of the stator tooth (A, B, C...F) is provided with further two switches, one of the further two switches being provided to one end portion of the winding unit of the stator tooth so as to be connected with an end portion of another winding unit wound around an adjacent stator tooth adjacently located on a side of the one end portion, and the other one of the further two switches being provided to another end portion of the winding unit of the stator tooth so as to be connected with an end portion of another winding unit wound around an another adjacent stator tooth adjacently located on a side of the another end portion.
A method for downloading a video program using a mobile terminal, the method comprising the steps of: downloading, to the mobile terminal, the video program at a first data rate from a first radio access network; continuing to download the video program at a second data rate from a second radio access network when the mobile terminal is in a coverage area of the second radio access network, wherein the second data transfer rate is faster than the first data transfer rate and wherein a coverage area of the first network overlaps with a coverage area of the second network; displaying, at the mobile terminal, the downloaded video program at a playback rate; buffering, at the mobile terminal, portions of the downloaded video program that result when a rate at which the video program is downloaded exceeds the playback rate; periodically calculating, at the mobile terminal, a third data transfer rate, which is lower than the first data transfer rate, in response to the playback rate, the buffered portions, and a time duration of a remainder of the video program; and negotiating, with the first radio access network, the third data transfer rate when a difference between the first and third data transfer rates exceeds a threshold level, continuing to download the video program at the negotiated third transfer rate when the mobile terminal leaves the coverage area of the second radio access network and is within the coverage area of the first radio access network. downloading, to the mobile terminal, the video program at a first data rate from a first radio access network; continuing to download the video program at a second data rate from a second radio access network when the mobile terminal is in a coverage area of the second radio access network, wherein the second data transfer rate is faster than the first data transfer rate and wherein a coverage area of the first network overlaps with a coverage area of the second network; displaying, at the mobile terminal, the downloaded video program at a playback rate; buffering, at the mobile terminal, portions of the downloaded video program that result when a rate at which the video program is downloaded exceeds the playback rate; periodically calculating, at the mobile terminal, a third data transfer rate, which is lower than the first data transfer rate, in response to the playback rate, the buffered portions, and a time duration of a remainder of the video program; and negotiating, with the first radio access network, the third data transfer rate when a difference between the first and third data transfer rates exceeds a threshold level, continuing to download the video program at the negotiated third transfer rate when the mobile terminal leaves the coverage area of the second radio access network and is within the coverage area of the first radio access network.
A uniaxially-stretched, high yield extruded capacitor film comprising a miscible polymer blend comprising a polyetherimide and a poly(carbonate-arylate ester); wherein the polyetherimide comprises units derived from polymerization of an aromatic dianhydride with a diamine comprising a m- phenylenediamine, a p-phenylenediamine, or combinations thereof; wherein the polyetherimide is endcapped with a substituted or unsubstituted aromatic primary monoamine; wherein the poly(carbonate- arylate ester) comprises repeating bisphenol carbonate units and repeating arylate ester units, wherein the repeating bisphenol carbonate units and the repeating arylate ester units are different from each other; wherein the high yield extruded capacitor film comprises equal to or greater than 90 wt.% of the miscible polymer blend entering an extruder used for manufacturing the capacitor film, based on the total weight of miscible polymer blend prior to entering the extruder; and wherein the capacitor film has a single glass transition temperature equal to or greater than 170 °C.
A unit for transferring and up-ending at least one sealed package containing a pourable food product, comprising: - a rotary member which may rotate about a first axis; and - at least one push member which is articulated onto said rotary member and cooperates with a respective said package to feed it along a first path, which extends from an infeed station to an out-feed station; said push member comprising a push surface elongated along a first direction transversal to said first axis and adapted to contact, in use, said respective package in order to convey it along the first path; the orthogonal projection of said first direction on a plane orthogonal to said first axis being elongated along a second direction; wherein said second direction is distinct with respect to any third direction, which is radial relative to said first axis, at least at said input station, characterised in that the unit further comprises: - a cam, which is fixed with respect to said first axis; and - a support member articulated onto said member; said support member comprising, in turn,: - a first portion which extends radially to said first axis and carries a cam follower which interacts with said cam, so as to vary the position of said push member relative to said member; and - a second portion which extends transversally to said first portion and to which said push member is directly connected. - a rotary member which may rotate about a first axis; and - at least one push member which is articulated onto said rotary member and cooperates with a respective said package to feed it along a first path, which extends from an infeed station to an out-feed station; - a cam, which is fixed with respect to said first axis; and - a support member articulated onto said member; - a first portion which extends radially to said first axis and carries a cam follower which interacts with said cam, so as to vary the position of said push member relative to said member; and - a second portion which extends transversally to said first portion and to which said push member is directly connected.
Rail vehicle emergency lighting for a rail vehicle, having a main lighting system consisting of light emitting diodes, wherein a ballast is provided which supplies the operating voltage required for operating the light sources and controls the luminous intensity of the light sources between a main lighting intensity and an emergency lighting intensity depending on whether a main lighting power supply is available, characterised in that when the main lighting power supply is active, all light sources of the main lighting are lit with the main lighting intensity and, if the main lighting power supply fails, all light sources of the main lighting are lit with the emergency lighting intensity, wherein the power for operating the light sources is drawn from the emergency lighting power supply during both main lighting mode and emergency lighting mode.
A Schottky barrier photodetector comprising: a substrate made of n+-type doped germanium; a mesa structure made of n-type doped epitaxial germanium grown on top of the substrate, wherein a doping density of the doped epitaxial germanium is less than a doping density of the doped germanium substrate; a metal film made of metal deposited on top of the mesa structure; a metal pad made of metal deposited on top of the mesa structure and in contact with the film; and an ohmic contact layer made of metal deposited on a bottom of the substrate, characterized in that the metal film has a diameter in a range of 450 to 600 microns. a substrate made of n+-type doped germanium; a mesa structure made of n-type doped epitaxial germanium grown on top of the substrate, wherein a doping density of the doped epitaxial germanium is less than a doping density of the doped germanium substrate; a metal film made of metal deposited on top of the mesa structure; a metal pad made of metal deposited on top of the mesa structure and in contact with the film; and an ohmic contact layer made of metal deposited on a bottom of the substrate, characterized in that the metal film has a diameter in a range of 450 to 600 microns.
An electromagnetic stylus, comprising: a tip comprising a nib arranged at an end portion thereof; a first magnetic core having a first through hole; a second magnetic core having a second through hole, arranged on an end of the first magnetic core distal from the nib, an inner diameter of the second through hole being less than an inner diameter of the first through hole, the tip sequentially running through the first through hole and the second through hole, a step structure being arranged on an end of the second magnetic core proximal to the nib; characterized in that the step structure is formed such that the second magnetic core is stepped down to a smaller diameter at the end of the second magnetic core proximal to the nib; and the electromagnetic stylus further comprises a cartridge, a spacer being arranged on an inner wall of the cartridge, the first magnetic core and the second magnetic core at least partially received in the cartridge and being respectively positioned on two sides of the spacer, the spacer being abutted against the step structure, a height of the step structure being less than a thickness of the spacer along a lengthwise direction of the tip. a tip comprising a nib arranged at an end portion thereof; a first magnetic core having a first through hole; a second magnetic core having a second through hole, arranged on an end of the first magnetic core distal from the nib, an inner diameter of the second through hole being less than an inner diameter of the first through hole, the tip sequentially running through the first through hole and the second through hole, a step structure being arranged on an end of the second magnetic core proximal to the nib; characterized in that the step structure is formed such that the second magnetic core is stepped down to a smaller diameter at the end of the second magnetic core proximal to the nib; and the electromagnetic stylus further comprises a cartridge, a spacer being arranged on an inner wall of the cartridge, the first magnetic core and the second magnetic core at least partially received in the cartridge and being respectively positioned on two sides of the spacer, the spacer being abutted against the step structure, a height of the step structure being less than a thickness of the spacer along a lengthwise direction of the tip.
A motor control system for an electric bicycle comprising: an electric motor for assisting a rider pedaling the bicycle; a bicycle chain; a deflection sensor measuring tension in the bicycle chain to generate chain tension data; characterized by the deflection sensor comprising a displacement transducer and a cantilevered beam and the chain tension data is related to a deflection of the cantilevered beam measured by the displacement transducer, the deflection sensor including a housing with the cantilevered beam being an integral part of the housing formed as a single piece with the housing, the housing further comprising a cavity for a circuit, and a processor configured for computing: Revolutions Per Minute of a crank assembly using the chain tension data; pedal torque data from the chain tension data; power from the RPM and the torque; and a control signal for the electric motor proportional to the power generated by pedaling. an electric motor for assisting a rider pedaling the bicycle; a bicycle chain; a deflection sensor measuring tension in the bicycle chain to generate chain tension data; Revolutions Per Minute of a crank assembly using the chain tension data; pedal torque data from the chain tension data; power from the RPM and the torque; and a control signal for the electric motor proportional to the power generated by pedaling.
A control system of an internal combustion engine, comprising an exhaust purification catalyst provided in an exhaust passage of the internal combustion engine; a downstream side air-fuel ratio sensor provided at said exhaust passage at a downstream side in a direction of flow of exhaust from said exhaust purification catalyst; and an air-fuel ratio control device which is configured to control an air-fuel ratio of the exhaust gas flowing into said exhaust purification catalyst so as to become a target air-fuel ratio, wherein said downstream side air-fuel ratio sensor is configured so that an applied voltage, at which the output current becomes zero, decreases by increasing exhaust air-fuel ratio, said applied voltage (Vrdwn) to the downstream side air-fuel ratio sensor is set to a voltage (Vrrich) higher than the voltage where the output current becomes zero when the exhaust air-fuel ratio is the stoichiometric air-fuel ratio, when said target air-fuel ratio is richer than a predetermined reference air-fuel ratio, and is set to a voltage (Vrlean) lower than the voltage where the output current becomes zero when the exhaust air-fuel ratio is the stoichiometric air-fuel ratio, when said target air-fuel ratio is leaner than said reference air-fuel ratio, and said reference air-fuel ratio is an air-fuel ratio of the stoichiometric air-fuel ratio or more. wherein said downstream side air-fuel ratio sensor is configured so that an applied voltage, at which the output current becomes zero, decreases by increasing exhaust air-fuel ratio, said applied voltage (Vrdwn) to the downstream side air-fuel ratio sensor is set to a voltage (Vrrich) higher than the voltage where the output current becomes zero when the exhaust air-fuel ratio is the stoichiometric air-fuel ratio, when said target air-fuel ratio is richer than a predetermined reference air-fuel ratio, and is set to a voltage (Vrlean) lower than the voltage where the output current becomes zero when the exhaust air-fuel ratio is the stoichiometric air-fuel ratio, when said target air-fuel ratio is leaner than said reference air-fuel ratio, and said reference air-fuel ratio is an air-fuel ratio of the stoichiometric air-fuel ratio or more.
An information processing apparatus (100, 101) comprising: a casing; a location detecting unit that detects a first location of the information processing apparatus; a communication interface that receives information representing a target location from a different target information processing apparatus; said target location being the location of said target information processing apparatus; a processor that calculates a target direction from the first location toward the target location of the different target information processing apparatus; a detector that detects an orientation of the casing; a perceptual active unit including a plurality of active elements disposed in different locations on or within the casing which when operational provide tactile stimulation to the user of the information processing apparatus (100, 101) wherein the processor calculates an angular difference between the target direction and the orientation of the casing, determines a strength of operation of each of the plurality of active elements based on the angular difference, and controls each of the plurality of active elements based on the strength of operation. a casing; a location detecting unit that detects a first location of the information processing apparatus; a communication interface that receives information representing a target location from a different target information processing apparatus; said target location being the location of said target information processing apparatus; a processor that calculates a target direction from the first location toward the target location of the different target information processing apparatus; a detector that detects an orientation of the casing; a perceptual active unit including a plurality of active elements disposed in different locations on or within the casing which when operational provide tactile stimulation to the user of the information processing apparatus (100, 101) wherein the processor calculates an angular difference between the target direction and the orientation of the casing, determines a strength of operation of each of the plurality of active elements based on the angular difference, and controls each of the plurality of active elements based on the strength of operation.
A method for controlling a lighting device, the lighting device being suited for lighting an area with different settings of the lighting device being recorded in user profiles, comprising: - obtaining video information from one or more audio/visual capture devices (150, 305) that are focused on one or more monitored areas; - identifying a user present in the monitored area based on the obtained video information from the one or more audio/visual capture devices (150, 305) using a biometric evaluation of the obtained video information; - analyzing the obtained video information using video content analysis techniques to recognize various features in the signals obtained by the audio/visual capture devices; - performing a test to determine if the video content analysis detects at least one predefined user behavior action being identified by a behavioral rule recorded in the user profiles; - when a user behavior action is detected controlling said lighting device in accordance with one of said different settings of the lighting device being associated with the detected user behavior action and recorded in the user profiles for the identified user; - wherein said user behavior action is a predefined gestural command that triggers the issuance of a corresponding command to control said lighting device; and - wherein said user profiles record various behavioral rules for more than one user, each behavioral rule identifying a corresponding user and including predefined criteria specifying conditions under which the rule should be initiated. - obtaining video information from one or more audio/visual capture devices (150, 305) that are focused on one or more monitored areas; - identifying a user present in the monitored area based on the obtained video information from the one or more audio/visual capture devices (150, 305) using a biometric evaluation of the obtained video information; - analyzing the obtained video information using video content analysis techniques to recognize various features in the signals obtained by the audio/visual capture devices; - performing a test to determine if the video content analysis detects at least one predefined user behavior action being identified by a behavioral rule recorded in the user profiles; - when a user behavior action is detected controlling said lighting device in accordance with one of said different settings of the lighting device being associated with the detected user behavior action and recorded in the user profiles for the identified user; - wherein said user behavior action is a predefined gestural command that triggers the issuance of a corresponding command to control said lighting device; and - wherein said user profiles record various behavioral rules for more than one user, each behavioral rule identifying a corresponding user and including predefined criteria specifying conditions under which the rule should be initiated.
A method for the first-time startup of a secure element not yet containing a firmware image, which serves for the use of services of a mobile communication network, in a mobile terminal, wherein in the method - the secure element is started and requested to transmit a status message and to execute commands, - the secure element, in response to the request, transmits an expected status message and positively acknowledges the execution of the commands, in order to ensure that the secure element is accepted upon the first-time startup, and - a download for a firmware image of the secure element is initiated for the first-time startup. - the secure element is started and requested to transmit a status message and to execute commands, - the secure element, in response to the request, transmits an expected status message and positively acknowledges the execution of the commands, in order to ensure that the secure element is accepted upon the first-time startup, and - a download for a firmware image of the secure element is initiated for the first-time startup.