mhurhangee/ep-ind-claims huggingface dataset:
A channel bubble reduction device (80; 180; 280), comprising: a liquid accommodation portion that accommodates a liquid; a liquid supply apparatus that, with a pushing operation of a rod, discharges the liquid through an aperture portion of a tube portion; a first channel that connects the aperture portion of the liquid supply apparatus with the liquid accommodation portion; and an air layer formation apparatus (72; 184; 284) that forms an air layer in at least one of the first channel or the tube portion, said channel bubble reduction device being characterized in that the liquid supply apparatus is configured to move the air layer formed by the air layer formation apparatus (72; 184; 284) in the first channel by the pushing operation of the rod. a liquid accommodation portion that accommodates a liquid; a liquid supply apparatus that, with a pushing operation of a rod, discharges the liquid through an aperture portion of a tube portion; a first channel that connects the aperture portion of the liquid supply apparatus with the liquid accommodation portion; and an air layer formation apparatus (72; 184; 284) that forms an air layer in at least one of the first channel or the tube portion, said channel bubble reduction device being characterized in that the liquid supply apparatus is configured to move the air layer formed by the air layer formation apparatus (72; 184; 284) in the first channel by the pushing operation of the rod.
A method of determining depth, comprising obtaining stereo infrared image data corresponding to an infrared image plane having imaged infrared data points, obtaining stereo color component image data corresponding to the image plane having imaged color data points, determining a region in the infrared image data that is a sparse region with respect to having infrared data points therein, and adding at least some imaged color data corresponding to color data points from a counterpart region in the color component image data to a data structure that includes the imaged infrared data points and the imaged color data points having associated values, and determining depth from the data structure.
A brake system (100, 200), comprising: a rotor (22, 122, 222) rotationally connected to a shaft (104, 204) configured to rotate around a central axis, the rotor having a first side opposite from a second side, a first stator structure (30, 130, 230) on the first side of the rotor, and a second stator structure (32, 132, 232) on the second side of the rotor, and a first wobble plate (26, 126, 226) between the first side of the rotor and the first stator structure, and a second wobble plate (28, 128, 228) between the second side of the rotor and the second stator structure, wherein each of the first and second wobble plates are configured to nutate when the first and second stator structures decrease rotation rate compared to the rotation rate of the rotor. a rotor (22, 122, 222) rotationally connected to a shaft (104, 204) configured to rotate around a central axis, the rotor having a first side opposite from a second side, a first stator structure (30, 130, 230) on the first side of the rotor, and a second stator structure (32, 132, 232) on the second side of the rotor, and a first wobble plate (26, 126, 226) between the first side of the rotor and the first stator structure, and a second wobble plate (28, 128, 228) between the second side of the rotor and the second stator structure, wherein each of the first and second wobble plates are configured to nutate when the first and second stator structures decrease rotation rate compared to the rotation rate of the rotor.
Woven fabric made from weft yarn and warp yarn, wherein at least one of the weft yarn and the warp yarn contains or consists of lyocell filament yarn, wherein the lyocell filament yarn has at least 150 TPM, wherein the woven fabric contains at least 10 % lyocell, characterized in that the sum of the absolute values in percent of the shrinkage in the warp direction and of the shrinkage in the weft direction of the fabric determined according to DIN EN ISO 5077 after washing according to DIN EN ISO 6330 is no more than 11 % in the conditioned state 65/20 after the first wash, and in that the fabric has a TS750 value of no more than 8.
A method comprising: receiving an air gesture in a user interface system of a computing system; determining a current view on an active display based on determining, by a camera, the display a user is looking at, said active display determined from multiple displays, each of said multiple displays presenting a respective view perspective of a three dimensional scene; loading a gesture library for the current view on the active display; selecting a command for the air gesture from the gesture library corresponding to the current view on the active display; and executing the command. receiving an air gesture in a user interface system of a computing system; determining a current view on an active display based on determining, by a camera, the display a user is looking at, said active display determined from multiple displays, each of said multiple displays presenting a respective view perspective of a three dimensional scene; loading a gesture library for the current view on the active display; selecting a command for the air gesture from the gesture library corresponding to the current view on the active display; and executing the command.
A method, comprising: receiving an Attention, AT, command by a mobile termination, MT (400; 1002, 1102), from a terminal equipment, TE (300; 1001, 1101), in a mobile communication network, wherein the AT command is related to a packet data network, PDN, connection; discovering a maximum transmission unit, MTU, size of the PDN connection by the MT (400; 1002, 1102); and transmitting the MTU size from the MT (400; 1002, 1102) to the TE (300; 1001, 1101), characterized in that the AT command is a set command for setting a list of Packet Data Protocol, PDP, context parameters including the MTU discovery option, the MT (400; 1002, 1102) transmits the MTU size in response to a second AT read command from the TE (300; 1001, 1101), and the MTU discovery option is set to a value for the MT (400; 1002, 1102) to discover the MTU size via Non-Access-Stratum, NAS, signaling. receiving an Attention, AT, command by a mobile termination, MT (400; 1002, 1102), from a terminal equipment, TE (300; 1001, 1101), in a mobile communication network, wherein the AT command is related to a packet data network, PDN, connection; discovering a maximum transmission unit, MTU, size of the PDN connection by the MT (400; 1002, 1102); and transmitting the MTU size from the MT (400; 1002, 1102) to the TE (300; 1001, 1101),
A pneumatic tire comprising a tread portion provided with a circumferentially and continuously extending central main groove on a tire equator or on each side of the tire equator, a pair of circumferentially and continuously extending shoulder main grooves axially outside the central main groove, and a pair of middle land portions each of which is arranged between the central main groove and the shoulder main groove on each side of the tire equator, the middle land portion provided with a plurality of inner middle lateral grooves and a plurality of outer middle lateral grooves, characterized in that each inner middle lateral groove comprising a first inclined portion that extends axially outwardly from the central main groove at an angle (θ1) of from 10 to 40 degrees with respect to a circumferential direction of the tire, and a second inclined portion that is inclined at an opposite direction to the first inclined portion so as to extend axially inwardly without reaching the central main groove, and a bent portion connecting the first inclined portion and the second inclined portion, each outer middle lateral groove comprising an axially inner end communicated with the inner middle lateral groove, and an axially outer end communicated with the shoulder main groove, the axially inner end of the outer middle lateral groove communicated with the second inclined portion of the axially inner middle lateral groove without including an axially outermost groove edge of the inner middle lateral groove, and the axially outer middle lateral groove inclined in the same direction of the first inclined portion of the inner middle lateral groove at an angle (θ3) of from 30 to 70 degrees with respect to the circumferential direction of the tire. a circumferentially and continuously extending central main groove on a tire equator or on each side of the tire equator, a pair of circumferentially and continuously extending shoulder main grooves axially outside the central main groove, and a pair of middle land portions each of which is arranged between the central main groove and the shoulder main groove on each side of the tire equator,
Method for operating a permanent magnet synchronous motor, the method comprising the following steps: - setting a maximum power, - determining a current vector (I dq) in the dq coordinate system, - determining an output voltage vector (U* dq) in the dq coordinate system, - calculating a setpoint amount (|U dq |) for a setpoint voltage vector on the basis of the maximum power, the current vector (I dq) and the output voltage vector (U*dq), - generating the setpoint voltage vector with the setpoint amount (|U dq |), and then - operating the permanent magnet synchronous motor at least with the setpoint voltage vector, characterized in that an angle of the setpoint voltage vector is set equal to the angle of the output voltage vector (U* dq). - setting a maximum power, - determining a current vector (I dq) in the dq coordinate system, - determining an output voltage vector (U* dq) in the dq coordinate system, - calculating a setpoint amount (|U dq |) for a setpoint voltage vector on the basis of the maximum power, the current vector (I dq) and the output voltage vector (U*dq), - generating the setpoint voltage vector with the setpoint amount (|U dq |), and then - operating the permanent magnet synchronous motor at least with the setpoint voltage vector, characterized in that
A Luneburg lens antenna device comprising: a Luneburg lens that is formed in a cylindrical shape and has a distribution of different dielectric constants in a radial direction; and an array antenna that includes a plurality of antenna elements (7A, 7B, 7C) disposed on an outer peripheral surface of the Luneburg lens and at different positions of focal points in a peripheral direction and in an axial direction of the Luneburg lens, wherein the array antenna is provided in a range which is 1/2 or smaller of an entire range of the Luneburg lens in the peripheral direction, characterized in that the array antenna comprises a number of columns of patch antennas (7A, 7B, 7C) disposed at different positions in the peripheral direction and a ground electrode (23A, 23B, 23C) associated with each column of patch antennas (7A, 7B, 7C), wherein the ground electrodes (23A, 23B, 23C) are provided separately from each other in the peripheral direction. a Luneburg lens that is formed in a cylindrical shape and has a distribution of different dielectric constants in a radial direction; and an array antenna that includes a plurality of antenna elements (7A, 7B, 7C) disposed on an outer peripheral surface of the Luneburg lens and at different positions of focal points in a peripheral direction and in an axial direction of the Luneburg lens, wherein the array antenna is provided in a range which is 1/2 or smaller of an entire range of the Luneburg lens in the peripheral direction, characterized in that the array antenna comprises a number of columns of patch antennas (7A, 7B, 7C) disposed at different positions in the peripheral direction and a ground electrode (23A, 23B, 23C) associated with each column of patch antennas (7A, 7B, 7C), wherein the ground electrodes (23A, 23B, 23C) are provided separately from each other in the peripheral direction.
A biological scanner for scanning a biological growth plate, the scanner comprising: an apparatus that holds a biological growth medium at a location inside the reader; means for identifying a number of biological agents in the medium when the medium is held at the location; and a conveyor to remove the medium from the reader following release of the medium by the apparatus. an apparatus that holds a biological growth medium at a location inside the reader; means for identifying a number of biological agents in the medium when the medium is held at the location; and a conveyor to remove the medium from the reader following release of the medium by the apparatus.
A method for batch culturing eukaryote cells comprising: providing cell culture inoculant comprising eukaryotic cells in a bicarbonate-containing culture liquid to a vessel, said vessel having walls that encapsulate said cell culture and a gas phase head space above said cell culture, and wherein said vessel comprises at least one port that provides an entrance and an egress of gas to and from said head space; agitating said vessel; and providing gas to said head space through said port wherein said gas contains an amount of CO 2, and wherein said amount of CO 2 in said gas is modulated over time to adjust the pH of said cell culture in order to maintain a predetermined pH of said cell culture, wherein said CO 2 is provided in an amount of 8% (v/v) of said gas on day 1, in an amount of 5% (v/v) of said gas on day 2, and in an amount of 2% (v/v) of said gas thereafter. providing cell culture inoculant comprising eukaryotic cells in a bicarbonate-containing culture liquid to a vessel, said vessel having walls that encapsulate said cell culture and a gas phase head space above said cell culture, and wherein said vessel comprises at least one port that provides an entrance and an egress of gas to and from said head space; agitating said vessel; and providing gas to said head space through said port wherein said gas contains an amount of CO 2, and wherein said amount of CO 2 in said gas is modulated over time to adjust the pH of said cell culture in order to maintain a predetermined pH of said cell culture, wherein said CO 2 is provided in an amount of 8% (v/v) of said gas on day 1, in an amount of 5% (v/v) of said gas on day 2, and in an amount of 2% (v/v) of said gas thereafter.
A method of pre-ionizing a lasing gas mixture of an RF powered gas-discharge laser, said laser including discharge electrodes and a lasing gas mixture between the electrodes, the lasing gas mixture being ionized when the RF power is applied to the electrodes and laser action being initiated when the RF power has been applied for a duration sufficient to ignite a discharge, characterized by the steps of: initiating application of RF power to the electrodes; monitoring RF power reflected back from the electrodes; and when the monitored reflected RF power falls below a predetermined level indicative of the imminent onset of laser action, terminating the application of the RF power to the electrodes to prevent the laser action from occurring. initiating application of RF power to the electrodes; monitoring RF power reflected back from the electrodes; and when the monitored reflected RF power falls below a predetermined level indicative of the imminent onset of laser action, terminating the application of the RF power to the electrodes to prevent the laser action from occurring.
A primer composition for wet or damp surface preparation comprising: (a) 5 to 90 weight percent of the reaction product of: (i) 30 to 70 weight percent of an (meth)acrylate ester; (ii) 70 to 30 weight percent of a hydrophilic acidic comonomer; and (iii) 10 to 100 parts based on 100 parts of the sum of the (meth)acrylate ester and the hydrophilic acid comonomer, of a plasticizer; and (b) from 10 to 95 weight percent of an organic solvent. (a) 5 to 90 weight percent of the reaction product of: (i) 30 to 70 weight percent of an (meth)acrylate ester; (ii) 70 to 30 weight percent of a hydrophilic acidic comonomer; and (iii) 10 to 100 parts based on 100 parts of the sum of the (meth)acrylate ester and the hydrophilic acid comonomer, of a plasticizer; and (i) 30 to 70 weight percent of an (meth)acrylate ester; (ii) 70 to 30 weight percent of a hydrophilic acidic comonomer; and (iii) 10 to 100 parts based on 100 parts of the sum of the (meth)acrylate ester and the hydrophilic acid comonomer, of a plasticizer; and (b) from 10 to 95 weight percent of an organic solvent.
A radiation curable inkjet ink for inkjet printing on packaging materials for foodstuffs, pharmaceutical compounds and liquids, wherein the radiation curable inkjet ink having a viscosity smaller than 30 mPa.s at 25°C and at a shear rate of 1,000 s -1, includes a polymerizable or polymeric thioxanthone photoinitiator; a vinyl ether acrylate; and an acylphosphine oxide-based polymerization photoinitiator.
Master unit (200; 210) having a transmission unit for transmitting data signals that is able to be connected via a first port to a first communication path, a reception unit for receiving data signals that is able to be connected via a second port to a second communication path, a control unit for transmitting data signals, and a master coupling device (230; 231) that is connected between the control unit, the transmission unit and the reception unit, characterized in that the master coupling device (230; 231) is designed to isolate the control unit from the reception unit and the transmission unit and to short the reception unit to a further transmission unit for transmitting data signals, which is connected via a third port to a first regular master unit (1; 110) via a third communication path, in a first mode of operation and to connect the control unit to the reception unit and the transmission unit in a second mode of operation, in order to perform data transmission on the first and second communication paths (41, 42).
Trigger dispensing head for a liquid dispensing device, comprising: - a chassis wherein the functional components for aspirating and dispensing the liquid are formed or whereby are supported; - a trigger movable between an initial rest position and a final dispensing position along a dispensing stroke, for dispensing the liquid; - a cylinder and a piston sealably sliding in the cylinder, on which the trigger acts during the dispensing stroke; - elastic return means permanently engaged with the trigger or the piston to return said trigger back to the initial rest position, comprising a return element supported by the chassis; - a locking device adapted, in a locked configuration, to engage the trigger or the piston to prevent the dispensing stroke thereof and, in a released configuration, being disengaged from the trigger or from the piston to allow the dispensing stroke; wherein the return element comprises an auxiliary portion for the mechanical engagement with the locking device and a coupling portion for gripping on the chassis, wherein the trigger dispensing head is characterized by the fact that the auxiliary portion protrudes from the coupling portion, and in that said locking device is supported by the auxiliary portion. - a chassis wherein the functional components for aspirating and dispensing the liquid are formed or whereby are supported; - a trigger movable between an initial rest position and a final dispensing position along a dispensing stroke, for dispensing the liquid; - a cylinder and a piston sealably sliding in the cylinder, on which the trigger acts during the dispensing stroke; - elastic return means permanently engaged with the trigger or the piston to return said trigger back to the initial rest position, comprising a return element supported by the chassis; - a locking device adapted, in a locked configuration, to engage the trigger or the piston to prevent the dispensing stroke thereof and, in a released configuration, being disengaged from the trigger or from the piston to allow the dispensing stroke; wherein the trigger dispensing head is characterized by the fact that the auxiliary portion protrudes from the coupling portion, and in that said locking device is supported by the auxiliary portion.
A pyrolysis chamber for location at a domestic unit, for treating domestic refuse produced in that domestic unit, comprising a generally cylindrical vessel with circular side walls, an integral base section and an open upper end that is closeable during use by way of a lid, and a plurality of spikes extending upwardly from the base to introduce heat, from the vessel surfaces into the bulk of the refuse.
A negative pressure pipeline opening-and-closing device, wherein: the negative pressure pipeline opening-and-closing device comprises: a liquid reservoir, and a blocking member for blocking a liquid outlet port of the liquid reservoir and a buoyant member connected to the blocking member; the buoyant member comprises two floats (1113, 1114) and a connection rod connected to the two floats (1113, 1114), the liquid reservoir is provided with a guide therein, and the guide confines the two floats (1113, 1114), the blocking member and the liquid outlet port in a same vertical line, a limiting member is arranged between the two floats (1113, 1114) and is fixed to an inner wall of the liquid reservoir, and a maximum distance between the limiting member and a top wall of a lower float of the two floats (1113, 1114) is smaller than a maximum distance between a top wall of an upper float of the two floats (1113, 1114) and a top wall of the liquid reservoir, characterised in that the guide is a needle-shaped sliding axle that is fixed to the inner wall of the liquid reservoir, and the connection rod is a sleeve that is sleeved on the guide. the negative pressure pipeline opening-and-closing device comprises: a liquid reservoir, and a blocking member for blocking a liquid outlet port of the liquid reservoir and a buoyant member connected to the blocking member; the buoyant member comprises two floats (1113, 1114) and a connection rod connected to the two floats (1113, 1114), the liquid reservoir is provided with a guide therein, and the guide confines the two floats (1113, 1114), the blocking member and the liquid outlet port in a same vertical line, a limiting member is arranged between the two floats (1113, 1114) and is fixed to an inner wall of the liquid reservoir, and a maximum distance between the limiting member and a top wall of a lower float of the two floats (1113, 1114) is smaller than a maximum distance between a top wall of an upper float of the two floats (1113, 1114) and a top wall of the liquid reservoir, characterised in that the guide is a needle-shaped sliding axle that is fixed to the inner wall of the liquid reservoir, and the connection rod is a sleeve that is sleeved on the guide.