mhurhangee/ep-ind-claims huggingface dataset:
A drive module for a motor vehicle, in particular a hybrid module for a motor vehicle for coupling an internal combustion engine, comprising: - an electric machine with a rotor for generating drive torque, - a rotor support which is connected to the rotor in an essentially rotationally fixed manner and which is mounted so that it can rotate at least radially, and - an angle resolver for measuring the angular position of the rotor support, wherein the angle resolver is arranged in such a way that it can be used to detect the angular position of the rotor support or a component of the drive module which is essentially rotationally fixed to the rotor support in relation to a support wall fixed to the housing, which is used for radial support of the rotary bearing of the rotor support, wherein the angle resolver has a transmitter element and a detection element, wherein the detection element is arranged on the support wall and the transmitter element is arranged on or at the intermediate shaft or the rotor support, characterised in that the rotor support is rotatably mounted by means of a rotor support bearing having a plurality of individual bearings, and the transmitter element and the detection element are arranged between bearings of the rotor support bearing. - an electric machine with a rotor for generating drive torque, - a rotor support which is connected to the rotor in an essentially rotationally fixed manner and which is mounted so that it can rotate at least radially, and - an angle resolver for measuring the angular position of the rotor support,
Twisting apparatus for twisting at least two conductors (3a..3c), comprising a feed device for feeding conductor ends (2a...2c) of at least two conductors (3a...3c) and a rotatably mounted twisting head for twisting said conductors (3a...3c), wherein - the feed device has first clamping jaws (5a...5f) which are movable by a drive unit for clamping the conductor ends (2a...2c), - the twisting head has second clamping jaws (6a, 6b) for clamping the conductor ends (2a...2c), - the feed device and the twisting head are movable relative to one another into a transfer position, in which the first clamping jaws (5a...5f) and the second clamping jaws (6a, 6b) are positioned opposite each other, and - the first clamping jaws (5a...5f) in a clamping position can be moved relative to each other in such manner that a distance (a) between clamped conductor ends (2a...2c) can be changed, characterized in that a controller is connected to the drive unit for the first clamping jaws (5a...5f) and is configured for activation thereof in such manner that the distance (a) between clamped conductor ends (2a...2c) is brought to a predefinable value before the transfer into the twisting head, wherein said distance (a) is selectable from at least two different values. - the feed device has first clamping jaws (5a...5f) which are movable by a drive unit for clamping the conductor ends (2a...2c), - the twisting head has second clamping jaws (6a, 6b) for clamping the conductor ends (2a...2c), - the feed device and the twisting head are movable relative to one another into a transfer position, in which the first clamping jaws (5a...5f) and the second clamping jaws (6a, 6b) are positioned opposite each other, and - the first clamping jaws (5a...5f) in a clamping position can be moved relative to each other in such manner that a distance (a) between clamped conductor ends (2a...2c) can be changed,
Decontamination composition comprising: (a) at least one silica gel, and (b) at least one wood derivative absorbing agent, characterised in that said silica gel has a grain size of 60 to 500μm, preferably of 120 to 400μm, and more preferably still, of 150 to 300μm, and a density of 150 to 400kg/m 3, preferably of 200 to 380kg/m 3, and more preferably, of 250 to 350kg/m 3; said wood derivative absorbing agent being selected from among wood sawdust, wood shavings, wood powder, chopped straw, ground maize, cellulose, hemicellulose, lignin and the mixtures thereof; and the mass ratio between said silica gel and said wood derivative absorbing agent being of 95/5 to 60/40, preferably of 90/10 to 75/25, and more preferably still, 80/20. (a) at least one silica gel, and (b) at least one wood derivative absorbing agent, characterised in that said silica gel has a grain size of 60 to 500μm, preferably of 120 to 400μm, and more preferably still, of 150 to 300μm, and a density of 150 to 400kg/m 3, preferably of 200 to 380kg/m 3, and more preferably, of 250 to 350kg/m 3;
A computer-implemented method to generate one or more text tags, the method comprising: obtaining a plurality of chat transcripts, each chat transcript associated with a respective gameplay session of a respective game of a plurality of games, wherein each chat transcript includes content provided by participants in the gameplay session; programmatically analyzing the plurality of chat transcripts to determine one or more characteristics for each game of the plurality of games, wherein programmatically analyzing the plurality of chat transcripts to determine one or more characteristics of the each game comprises calculating a reception level for the each game based on a count of game participants that view one or more chat messages in a chat transcript associated with the each game, wherein the game includes a virtual environment and wherein game participants included in the count of game participants are associated with avatars that are located in a same region of the virtual environment; determining a level of collaboration and a level of competition between the game participants based on the one or more characteristics of the each game; and generating a text tag for at least one game of the plurality of games based on the level of collaboration and the level of competition between the game participants. obtaining a plurality of chat transcripts, each chat transcript associated with a respective gameplay session of a respective game of a plurality of games, wherein each chat transcript includes content provided by participants in the gameplay session; programmatically analyzing the plurality of chat transcripts to determine one or more characteristics for each game of the plurality of games, wherein programmatically analyzing the plurality of chat transcripts to determine one or more characteristics of the each game comprises calculating a reception level for the each game based on a count of game participants that view one or more chat messages in a chat transcript associated with the each game, wherein the game includes a virtual environment and wherein game participants included in the count of game participants are associated with avatars that are located in a same region of the virtual environment; determining a level of collaboration and a level of competition between the game participants based on the one or more characteristics of the each game; and generating a text tag for at least one game of the plurality of games based on the level of collaboration and the level of competition between the game participants.
A system (100, 200) comprising: a magnetic resonance safe temperature probe (150, 250) comprising a temperature sensor; a bone anchor fixture (110, 210) configured to maintain a target distance between the MR safe temperature probe (150, 250) and a laser diffusion fiber; a processor to: perform proton resonance frequency shift thermometry on magnetic resonance imaging data to generate a temperature model indicating calculated temperatures for pixels in a magnetic resonance image; receive measured temperature data from the MR safe temperature probe (150, 250); correlate a pixel in the magnetic resonance image with a location of the temperature sensor; compare a calculated temperature of the pixel from the temperature model with the measured temperature data from the MR safe temperature probe (150, 250); and determine when a difference between the calculated temperature and the measured temperature data exceeds a threshold, wherein when the threshold is exceeded, the processor causes an intervening action to occur. a magnetic resonance safe temperature probe (150, 250) comprising a temperature sensor; a bone anchor fixture (110, 210) configured to maintain a target distance between the MR safe temperature probe (150, 250) and a laser diffusion fiber; a processor to: perform proton resonance frequency shift thermometry on magnetic resonance imaging data to generate a temperature model indicating calculated temperatures for pixels in a magnetic resonance image; receive measured temperature data from the MR safe temperature probe (150, 250); correlate a pixel in the magnetic resonance image with a location of the temperature sensor; compare a calculated temperature of the pixel from the temperature model with the measured temperature data from the MR safe temperature probe (150, 250); and determine when a difference between the calculated temperature and the measured temperature data exceeds a threshold, wherein when the threshold is exceeded, the processor causes an intervening action to occur. perform proton resonance frequency shift thermometry on magnetic resonance imaging data to generate a temperature model indicating calculated temperatures for pixels in a magnetic resonance image; receive measured temperature data from the MR safe temperature probe (150, 250); correlate a pixel in the magnetic resonance image with a location of the temperature sensor; compare a calculated temperature of the pixel from the temperature model with the measured temperature data from the MR safe temperature probe (150, 250); and determine when a difference between the calculated temperature and the measured temperature data exceeds a threshold, wherein when the threshold is exceeded, the processor causes an intervening action to occur.
An apparatus, comprising: a photonic integrated circuit device, wherein the photonic integrated circuit device has a first surface; an optical isolation structure proximate the first surface of the photonic integrated circuit device; a thermal interface material on the optical isolation structure; and a heat dissipation device, wherein the heat dissipation device is thermally coupled to the thermal interface material, characterized in that the optical isolation structure comprises a light insulating die attach film selected from the group consisting of silicones, acrylates, epoxies, rubbers, fused silicas, and acrylics, or a cladding material layer selected form the group consisting of silicones, acrylates, epoxies, and acrylics, in that the light insulating die attach film comprises silica filler particles and has a refraction index substantially matching the refraction index of the silica filler particles, or in that the optical isolation structure comprises an air gap formed in the photonic integrated circuit device. a photonic integrated circuit device, wherein the photonic integrated circuit device has a first surface; an optical isolation structure proximate the first surface of the photonic integrated circuit device; a thermal interface material on the optical isolation structure; and a heat dissipation device, wherein the heat dissipation device is thermally coupled to the thermal interface material, characterized in that the optical isolation structure comprises a light insulating die attach film selected from the group consisting of silicones, acrylates, epoxies, rubbers, fused silicas, and acrylics, or a cladding material layer selected form the group consisting of silicones, acrylates, epoxies, and acrylics, in that the light insulating die attach film comprises silica filler particles and has a refraction index substantially matching the refraction index of the silica filler particles, or in that the optical isolation structure comprises an air gap formed in the photonic integrated circuit device.
An exhaust collection apparatus, comprising: a first layer and a second layer attached along a periphery and forming an enclosed volume, wherein the periphery defines radiused corners; a tubing connector positioned along the first layer and extending through the first layer in fluid communication with the enclosed volume, wherein the tubing connector is located near or at a bottom edge of the first layer; a drain closure in fluid communication with the enclosed volume, wherein the drain closure is located near or at the bottom edge; characterized by a support member (194; 210; 220; 230) fluidly coupled to the tubing connector and extending within an interior of the enclosed volume, wherein the support member has a dome-shaped or curved interface member (212; 222; 232) functioning as a tenting structure. a first layer and a second layer attached along a periphery and forming an enclosed volume, wherein the periphery defines radiused corners; a tubing connector positioned along the first layer and extending through the first layer in fluid communication with the enclosed volume, wherein the tubing connector is located near or at a bottom edge of the first layer; a drain closure in fluid communication with the enclosed volume, wherein the drain closure is located near or at the bottom edge; characterized by a support member (194; 210; 220; 230) fluidly coupled to the tubing connector and extending within an interior of the enclosed volume, wherein the support member has a dome-shaped or curved interface member (212; 222; 232) functioning as a tenting structure.
A method of generating an overall spatial sound (GA, GB, GC) to be transmitted to a real terminal point (EA, EB, EC), an audio signal (AA, AB, AC) being associated to the real terminal point (EA, EB, EC), comprising the steps of: determining a standard receiver position within a virtual space (V2, V3), associating each real terminal point (EA, EB, EC) including a respective audio signal (AA, AB, AC) to a position (PA, PB, PC) within the virtual space (V2, V3) defined for each real terminal point (EA, EB, EC), wherein associating is performed such that the position of each real terminal point (EA, EB, EC) is different from the standard receiver position within the virtual space (V2, V3), for a second real terminal point, generating a second spatial sound based on the audio signal associated to the second real terminal point, the defined position associated to the second real terminal point, and the standard receiver positon, for a third real terminal point, generating a third spatial sound based on the audio signal associated to the third real terminal point, the defined position associated to the third real terminal point, and the standard receiver position, wherein at least the second spatial sound or the third spatial sound is generated as if the corresponding audio signal (AV, AC) was emitted from the corresponding defined position (PB, PC) and received at the standard receiver position, generating a first overall spatial sound for the first real terminal point from the second spatial sound and the third spatial sound, except for a first spatial sound of the first real terminal point, and transmitting the first overall spatial sound to the first real terminal point. determining a standard receiver position within a virtual space (V2, V3), associating each real terminal point (EA, EB, EC) including a respective audio signal (AA, AB, AC) to a position (PA, PB, PC) within the virtual space (V2, V3) defined for each real terminal point (EA, EB, EC), wherein associating is performed such that the position of each real terminal point (EA, EB, EC) is different from the standard receiver position within the virtual space (V2, V3), for a second real terminal point, generating a second spatial sound based on the audio signal associated to the second real terminal point, the defined position associated to the second real terminal point, and the standard receiver positon, for a third real terminal point, generating a third spatial sound based on the audio signal associated to the third real terminal point, the defined position associated to the third real terminal point, and the standard receiver position, wherein at least the second spatial sound or the third spatial sound is generated as if the corresponding audio signal (AV, AC) was emitted from the corresponding defined position (PB, PC) and received at the standard receiver position, generating a first overall spatial sound for the first real terminal point from the second spatial sound and the third spatial sound, except for a first spatial sound of the first real terminal point, and transmitting the first overall spatial sound to the first real terminal point.
An electronic smoking device, comprising: a mouthpiece, an atomizer, a liquid reservoir wherein the atomizer is adapted to vaporize liquid supplied from the reservoir to generate an aerosol, a flow path extending from the atomizer to the mouthpiece, characterised by a plurality of flavour carrying units (9, 10) each operable to carry flavouring material (11, 12), wherein the flavour carrying units (9, 10) are permeable to an aerosol generated by the atomizer, and wherein each of the plurality of flavour carrying units (9, 10) comprises an upper holder and a lower holder which are attachable to one another and adapted to enclose a flavoured material (11, 12). a mouthpiece, an atomizer, a liquid reservoir wherein the atomizer is adapted to vaporize liquid supplied from the reservoir to generate an aerosol, a flow path extending from the atomizer to the mouthpiece, characterised by a plurality of flavour carrying units (9, 10) each operable to carry flavouring material (11, 12), wherein the flavour carrying units (9, 10) are permeable to an aerosol generated by the atomizer, and wherein each of the plurality of flavour carrying units (9, 10) comprises an upper holder and a lower holder which are attachable to one another and adapted to enclose a flavoured material (11, 12).
A device for aspirating uterine fluid, comprising i) a vacuum pump; ii) a suction tube having a first and a second end, connected with said pump via said first end, at least a part of the tube defining a linear axis; iii) a suction cup connected with said tube via said second end and being wider than said tube, comprising an opening for aspirating said fluid, the cup and the tube being configured to be inserted into human vagina; iv) a liquid trap connected between said pump and said suction tube for holding said fluid; and v) a processor for controlling the performance of said pump; characterized in that said vacuum pump provides vacuum oscillations with a pressure difference between the minimal and maximal negative pressures within one oscillation period between 500 Pa (5 mbar) and 60 Mpa (600 mbar) and in that the device further comprises a noninvasive cervix-opening means, the processor being also for controlling the performance of said noninvasive cervix-opening means and for storing software determining the device working regimen. i) a vacuum pump; ii) a suction tube having a first and a second end, connected with said pump via said first end, at least a part of the tube defining a linear axis; iii) a suction cup connected with said tube via said second end and being wider than said tube, comprising an opening for aspirating said fluid, the cup and the tube being configured to be inserted into human vagina; iv) a liquid trap connected between said pump and said suction tube for holding said fluid; and v) a processor for controlling the performance of said pump;
A plug to be positioned in place of a VAD within a VAD connector mountable to a heart and having at least one VAD-engaging feature (65A, 65B) and defining an opening, characterized in that the plug comprises: a generally cylindrical body including a main part adapted to be disposed within and fill the opening of the VAD connector and a shoulder projecting radially outwardly from the body at one end, the shoulder defining at least one hole therethrough and adapted to engage a flange of the VAD connector.
A power generation and/or storage apparatus comprising a buoyant flywheel, wherein the flywheel is arranged, in use, in contact with a body of liquid for rotation about a substantially vertical axis, an underside of the flywheel comprising a circumferentially extending opening, wherein, in use, gas is trapped within the opening by the surface of the liquid to define a gas cushion for supporting the flywheel, characterised in that the flywheel has a cellular structure, comprising a plurality of cells, and a ballast system is provided, which comprises one or more valves, the ballast system arranged for controlling the introduction and evacuation of the liquid from the cells.
Flat commutator having contact lamellas which are spaced apart from one another and are arranged in a first body made from an electrically insulating material, in such a way that that they form a planar brush running face in the axial direction, the flat commutator having a second body made from an electrically insulating material with radially circumferential contact segments which are spaced apart from one another, each of the contact segments being provided with a winding connector hook on an axial section, and the first body engaging around the winding connector hooks of the second body in the axial direction, characterized in that the first and/or the second body (12, 14) engage/engages directly around the shaft fixedly so as to rotate with it, in each case by way of a radially inner axial region (22, 24) which serves as a fixed seat, and in that that axial region of the first body which serves as a fixed seat at the same time serves as a seal with respect to the shaft, the seal of the fixed seat taking place via a press fit with respect to the shaft.
A method for producing 1,5-pentanediamine in a free form from a salt of 1,5-pentanediamine comprising: an adsorption step of adsorbing 1,5-pentanediamine in a free form on a column of an ion exchange resin by passing a solution of the salt of 1,5-pentanediamine through the column of the ion exchange resin; and an elution step of eluting a solution of the 1,5-pentanediamine in a free form from the ion exchange resin by passing an eluent solution through the column of the ion exchange resin on which the 1,5-pentanediamine in a free form is adsorbed. an adsorption step of adsorbing 1,5-pentanediamine in a free form on a column of an ion exchange resin by passing a solution of the salt of 1,5-pentanediamine through the column of the ion exchange resin; and an elution step of eluting a solution of the 1,5-pentanediamine in a free form from the ion exchange resin by passing an eluent solution through the column of the ion exchange resin on which the 1,5-pentanediamine in a free form is adsorbed.
A composite tape comprising a first web and a second web welded together according to a welding pattern comprising a plurality of welding points arranged in arrays (42', 42'') extending along a first direction and spaced apart in a second direction, perpendicular to said first direction, with adjacent arrays (42', 42'') offset from each other in said first direction, and with said welding points in each array (42', 42'') arranged in groups, wherein individual groups of welding points in each array (24', 24'') are spaced apart from each other in said first direction, wherein the first web has a plurality of hollow protrusions alternating with welding points both in said first direction and in said second direction, and wherein the second web has a plurality of ribs extending along said first direction and separated from each other by said arrays (42', 42'') of welding points.