mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for minimizing thermal trauma during tissue ablation comprising: an ablation catheter for positioning at an ablation site on a first organ in a patient's body; a device for providing energy to the ablation catheter to heat first organ tissue at the ablation site; microwave radiometry apparatus including a probe containing a microwave antenna and a radiometer responsive to the antenna output for producing a temperature signal corresponding to the thermal radiation picked up by the antenna, said probe being positionable in a body passage of a second organ in the patient's body having a wall portion adjacent to the ablation site so that the microwave antenna is locatable at a measurement site opposite the ablation site, said radiometry apparatus being adapted to measure the temperature at depth in the second organ tissue at the measurement site to provide a corresponding temperature signal, an external control unit controlling the ablation catheter in response to the temperature signal to maintain said temperature of the second organ tissue below a predetermined value that does not result in thermal trauma to the second organ tissue; and an apparatus for flowing a cooling fluid through the probe, and a control device for controlling the flow rate and/or temperature of the cooling fluid so as to cool the second organ tissue, wherein the probe is connected to the external control unit by way of a service line having an end connector that connects to a mating connector on the control unit, the service line including one or more passages which are connected to small holes in the probe. an ablation catheter for positioning at an ablation site on a first organ in a patient's body; a device for providing energy to the ablation catheter to heat first organ tissue at the ablation site; microwave radiometry apparatus including a probe containing a microwave antenna and a radiometer responsive to the antenna output for producing a temperature signal corresponding to the thermal radiation picked up by the antenna, said probe being positionable in a body passage of a second organ in the patient's body having a wall portion adjacent to the ablation site so that the microwave antenna is locatable at a measurement site opposite the ablation site, said radiometry apparatus being adapted to measure the temperature at depth in the second organ tissue at the measurement site to provide a corresponding temperature signal, an external control unit controlling the ablation catheter in response to the temperature signal to maintain said temperature of the second organ tissue below a predetermined value that does not result in thermal trauma to the second organ tissue; and an apparatus for flowing a cooling fluid through the probe, and a control device for controlling the flow rate and/or temperature of the cooling fluid so as to cool the second organ tissue, wherein the probe is connected to the external control unit by way of a service line having an end connector that connects to a mating connector on the control unit, the service line including one or more passages which are connected to small holes in the probe.
A frozen cultured dairy bar product, comprising a cultured dairy composition having a) total solids content of at least 22% by weight of the cultured dairy composition and a milk solids content of greater than 38 wt% based on total solids content, b) a gelatin content of from 0.7 to 1.5% by weight of the cultured dairy composition, and c) a viscosity of from 200,000 mPa*s (200,000 cP) to 700,000 mPa*s (700,000 cP) as determined using a Brookfield viscometer model DV-II+, equipped with a helipath T-bar spindle, size F with a lowering vertical motion at 4° C, wherein the spindle operates for 30 seconds at 10 rpm. a) total solids content of at least 22% by weight of the cultured dairy composition and a milk solids content of greater than 38 wt% based on total solids content, b) a gelatin content of from 0.7 to 1.5% by weight of the cultured dairy composition, and c) a viscosity of from 200,000 mPa*s (200,000 cP) to 700,000 mPa*s (700,000 cP) as determined using a Brookfield viscometer model DV-II+, equipped with a helipath T-bar spindle, size F with a lowering vertical motion at 4° C, wherein the spindle operates for 30 seconds at 10 rpm.
Circuitry for driving a variable capacitive load comprising: a variable capacitive load, wherein at any time the variable capacitive load comprises an active subset of a set of capacitive loads and wherein the capacitance of each capacitive load is predetermined; a digital control circuit configured to generate a digital drive signal; and a drive circuit configured to convert the digital drive signal into an analogue drive signal, the analogue drive signal forming a drive waveform for charging the variable capacitive load, the drive circuit comprising a slewing circuit configured to drive a time dependent voltage component of the drive waveform; and characterised in that the digital control circuit is configured to, for each charging cycle: receive an indication of the active subset of capacitive loads for that charging cycle; determine the variable capacitive load for that charging cycle based on the active subset of capacitive loads for that charging cycle and the predetermined capacitance of each capacitive load; and modify the digital drive signal so as to match the time dependent voltage component of the drive waveform to the variable capacitive load. a variable capacitive load, wherein at any time the variable capacitive load comprises an active subset of a set of capacitive loads and wherein the capacitance of each capacitive load is predetermined; a digital control circuit configured to generate a digital drive signal; and a drive circuit configured to convert the digital drive signal into an analogue drive signal, the analogue drive signal forming a drive waveform for charging the variable capacitive load, the drive circuit comprising a slewing circuit configured to drive a time dependent voltage component of the drive waveform; and characterised in that the digital control circuit is configured to, for each charging cycle: receive an indication of the active subset of capacitive loads for that charging cycle; determine the variable capacitive load for that charging cycle based on the active subset of capacitive loads for that charging cycle and the predetermined capacitance of each capacitive load; and modify the digital drive signal so as to match the time dependent voltage component of the drive waveform to the variable capacitive load. receive an indication of the active subset of capacitive loads for that charging cycle; determine the variable capacitive load for that charging cycle based on the active subset of capacitive loads for that charging cycle and the predetermined capacitance of each capacitive load; and modify the digital drive signal so as to match the time dependent voltage component of the drive waveform to the variable capacitive load.
Aqueous conditioning composition for hair characterized in that it comprises silicone quaternium-22 and at least one additional silicone compound which is different from the former one selected from arylated silicones.
Apparatus for filtering safety-relevant interventions, having a control unit and also a first communication unit, which can interchange data with at least one bus system of a vehicle, and a second communication unit, which can interchange data with an external computing unit, wherein provision is made of a third communication unit which differs from the first communication unit and the second communication unit, characterized in that the control unit filters the data transfer between the first communication unit and the second communication unit on the basis of a parameter received by the third communication unit, characterized in that the parameter of the control unit, which is received by the third communication unit, is used to verify whether access to the bus system is allowed or whether a user can be authenticated as an authorized person.
A seeder having at least one row (17; 18) of discharge elements that each comprise a coulter body for introducing a sowing furrow into the ground, wherein a respective at least two separate seed lines (9; 11) lead to at least some of the discharge elements, of which seed lines at least one first seed line can be fed with drill seeds and/or fertilizer and one second seed line is connected to a grain separation apparatus and can be fed with single grain feed, wherein the coulter bodies of the at least some discharge elements for the second seed lines each comprise a furrow former that is configured as releasable from a coulter body base and/or as removable from its functional position, characterized in that the removable furrow former comprises a seed guide passage that forms a section of the second seed line, with the first seed line being arranged in front of the removable furrow former in the direction of travel and ending/opening above the furrow former, and with the grain separation apparatus being arranged above and spaced apart from the discharge elements running at the ground.
A method for forming a mirror-reflecting film on a waveguide in an optical wiring board, characterized in that a multilayer film, in which a base a metal layer and an adhesive layer are layered in this order, is used, and the metal layer is transferred and bonded to an inclined face for mirror-reflecting film formation provided on the waveguide, with the adhesive layer of the multilayer film intervening.
Compositions and articles of manufacture producible therefrom characterized in that, based on A) 100 parts by mass of polybutylene terephthalate, said compositions comprise B) 0.5 to 34 parts by mass of polyethylene terephthalate, C) 0.5 to 34 parts by mass of at least one styrene-acrylonitrile copolymer, D) 10 to 200 parts by mass of at least one reinforcer and E) 0.01 to 30 parts by mass of at least one hydrolysis stabilizer, wherein epoxidized natural oils, epoxidized fatty acid esters or synthetic epoxidized compounds are employed as the hydrolysis stabilizer. B) 0.5 to 34 parts by mass of polyethylene terephthalate, C) 0.5 to 34 parts by mass of at least one styrene-acrylonitrile copolymer, D) 10 to 200 parts by mass of at least one reinforcer and E) 0.01 to 30 parts by mass of at least one hydrolysis stabilizer,
A coating material comprising: 100 parts by mass of an acrylic curable resin; 5-250 parts by mass of aluminum oxide particles having an average particle diameter of 1-100 μm; 0.1-20 parts by mass of aluminum oxide fine particles having an average particle diameter of 1-100 nm; and 1-100 parts by mass of a compound having two or more isocyanate groups per molecule, wherein the acrylic curable resin comprises: a structural unit derived from a hydroxyl group-containing (meth)acrylic acid ester; and wherein the average particle diameter of the particles of component or the fine particles of component is a particle diameter at an accumulation from the smaller of the particles of 50 mass% in the particle diameter distribution curve measured using a laser diffraction/scattering type particle size analyzer. 100 parts by mass of an acrylic curable resin; 5-250 parts by mass of aluminum oxide particles having an average particle diameter of 1-100 μm; 0.1-20 parts by mass of aluminum oxide fine particles having an average particle diameter of 1-100 nm; and 1-100 parts by mass of a compound having two or more isocyanate groups per molecule, a structural unit derived from a hydroxyl group-containing (meth)acrylic acid ester; and wherein the average particle diameter of the particles of component or the fine particles of component is a particle diameter at an accumulation from the smaller of the particles of 50 mass% in the particle diameter distribution curve measured using a laser diffraction/scattering type particle size analyzer.
An apparatus comprising: a wireless transmitter to transmit keyboard data to a recipient; and a plurality of physically dissociable elements including at least: a first array of keys mounted on a first substrate having at least a first connector including at least one magnetic mass and a first processor configured to interpret key press events; a second array of keys mounted on a second substrate having at least a second connector including at least one magnetic mass and a second processor configured to interpret key press events; a third dissociable element to provide a spacebar function having at least a third connector including at least one magnetic mass and a third processor configured to interpret spacebar events; wherein the elements magnetically couple together through the connectors to collectively form a wireless keyboard and wherein the first and second arrays collectively provide access to every letter in an alphabet, and the characters on a single key are closer together than the spacing between adjacent keys; and wherein the physically dissociable elements can be detached from one another without any physical connection there between; and wherein the connectors provide at least one of a power connection and a data connection. a wireless transmitter to transmit keyboard data to a recipient; and a plurality of physically dissociable elements including at least: a first array of keys mounted on a first substrate having at least a first connector including at least one magnetic mass and a first processor configured to interpret key press events; a second array of keys mounted on a second substrate having at least a second connector including at least one magnetic mass and a second processor configured to interpret key press events; a third dissociable element to provide a spacebar function having at least a third connector including at least one magnetic mass and a third processor configured to interpret spacebar events; a first array of keys mounted on a first substrate having at least a first connector including at least one magnetic mass and a first processor configured to interpret key press events; a second array of keys mounted on a second substrate having at least a second connector including at least one magnetic mass and a second processor configured to interpret key press events; a third dissociable element to provide a spacebar function having at least a third connector including at least one magnetic mass and a third processor configured to interpret spacebar events; wherein the elements magnetically couple together through the connectors to collectively form a wireless keyboard and wherein the first and second arrays collectively provide access to every letter in an alphabet, and the characters on a single key are closer together than the spacing between adjacent keys; and wherein the physically dissociable elements can be detached from one another without any physical connection there between; and wherein the connectors provide at least one of a power connection and a data connection.
Power supply base for a payment terminal, the case of which has an aperture of a smartcard reader, said aperture being designed to receive a smartcard, said power supply base comprising means for guiding said payment terminal to a power supply position of said payment terminal, said means for guiding comprising at least one guiding portion, the shape of which can enable its insertion into said aperture of said smartcard reader of said payment terminal.
A method performed by a first user equipment (108, 204) for zooming within a video conferencing application that provides two-way video communication between the first user equipment (108, 204) and another, second user equipment (106, 202), the method comprising: receiving information from the second user equipment (106, 202), the information defining a user-defined region of interest within a field of view at the first user equipment (108, 204); capturing a video that includes the field of view at the first user equipment (108, 204); characterized by encoding the video corresponding to the defined region of interest only, wherein the defined region of interest is configured to be encoded with a negotiated resolution rather than a whole captured frame; and transmitting the encoded video corresponding to the defined region of interest only to the second user equipment (106, 202). receiving information from the second user equipment (106, 202), the information defining a user-defined region of interest within a field of view at the first user equipment (108, 204); capturing a video that includes the field of view at the first user equipment (108, 204); characterized by encoding the video corresponding to the defined region of interest only, wherein the defined region of interest is configured to be encoded with a negotiated resolution rather than a whole captured frame; and transmitting the encoded video corresponding to the defined region of interest only to the second user equipment (106, 202).
Use of a composition as gear lubricant, said composition comprising: - at least 97 % by weight, relative to the total weight of the lubricant composition, of at least one hydrocarbon oil having a weight content of isoparaffins ranging from 90 to 100 %, a weight content of normal paraffins ranging from 0 to 10 % and a carbon content of biological origin higher than or equal to 90 % relative to the total weight of the hydrocarbon oil, and - at least 0.01 % by weight, relative to the total weight of the lubricant composition, of at least one additive chosen from among antiwear additives, extreme pressure additives, anticorrosion additives, metal deactivator additives, defoaming additives, antioxidant additives chosen from among phenolic antioxidants, and mixtures thereof, wherein the hydrocarbon oil has kinematic viscosity at 40 ° C lower than or equal to 5 cSt, the quantity of isoparaffins and normal paraffins being determined by gas phase chromatography, and the biocarbon content being given according to standards ASTM D 6866-12, method B (ASTM D 6866-06) and ASTM D 7026 (ASTM D 7026-04). - at least 97 % by weight, relative to the total weight of the lubricant composition, of at least one hydrocarbon oil having a weight content of isoparaffins ranging from 90 to 100 %, a weight content of normal paraffins ranging from 0 to 10 % and a carbon content of biological origin higher than or equal to 90 % relative to the total weight of the hydrocarbon oil, and - at least 0.01 % by weight, relative to the total weight of the lubricant composition, of at least one additive chosen from among antiwear additives, extreme pressure additives, anticorrosion additives, metal deactivator additives, defoaming additives, antioxidant additives chosen from among phenolic antioxidants, and mixtures thereof,
An inter-reflection detection apparatus, comprising: an irradiation unit configured to emit light having variable-frequency sinusoidal patterns; an image acquisition unit configured to acquire an image of an object irradiated with the light from the irradiation unit; a phase determination unit configured to determine a phase at each position in the image; and a detection unit configured to detect a region in which inter-reflection occurs, characterized in that the detection unit is configured to estimate a second phase from an image generated by irradiation of a low-frequency sinusoidal pattern and to acquire a first phase by estimating a third phase from an image generated by irradiation of a high-frequency sinusoidal pattern, and by performing a phase connection for the third phase using the second phase to determine the first phase, whereby the detection unit is further configured to determine a phase difference between the second phase and the first phase for a plurality of combinations of low-frequency waves and high-frequency waves, and determine that inter-reflection occurs in a region in which the phase difference for any one of the plurality of combinations is equal to or more than a threshold. an irradiation unit configured to emit light having variable-frequency sinusoidal patterns; an image acquisition unit configured to acquire an image of an object irradiated with the light from the irradiation unit; a phase determination unit configured to determine a phase at each position in the image; and a detection unit configured to detect a region in which inter-reflection occurs,
Device for fixing an electrical cable that is connected to a connector, consisting of a connector housing with a cylindrical cable receptacle integrally moulded thereon, into which a clamping element can be inserted and is displaceable in the cable receptacle by means of a pressure screw, wherein the clamping element has a number of fingers that are combined into a ring structure at one end, wherein the fingers have two difference shapes, wherein a first shape takes the form of guiding fingers and a second shape takes the form of clamping fingers, and wherein the guiding fingers and the clamping fingers are arranged alternatively and form the ring structure of the clamping element, wherein the-clamping fingers have a wedge-shaped end and the guiding fingers have a smooth end, wherein in the cable receptacle wedges are integrally moulded at an axial distance from the insertion end, extend progressively inwards and are spaced apart from one another, and wherein, when the clamping element is joined together with the pressure screw in the cable receptacle, the wedge-shaped ends of the clamping fingers of the clamping element come into contact with the wedges of the cable receptacle and progressively reduce the inside diameter, so that a cable guided within the clamping element is fixed, characterized in that a thread, which has a longitudinal recess in the regions on which the wedges are integrally moulded, is formed within the cable receptacle.
An image forming apparatus that performs image forming using colorant in a colorant cartridge, comprising: a colorant cartridge on/in which a wireless IC tag is installed; and a reader writer that reads and writes data from and to the wireless IC tag; wherein the colorant cartridge comprises plural cartridge contact terminals, and a load arranged between the cartridge contact terminals; and the reader writer comprises an antenna coil for wireless communication with the wireless IC tag, and plural reader writer contact terminals that contact to the plural cartridge contact terminals respectively when the colorant cartridge is mounted to the image forming apparatus, characterized in that the load corresponds to a type of the wireless IC tag, and in that the reader writer is configured to adjust a wireless transmission characteristic of the reader writer in accordance with the load electronically connected to the reader writer contact terminals. a colorant cartridge on/in which a wireless IC tag is installed; and a reader writer that reads and writes data from and to the wireless IC tag; wherein the colorant cartridge comprises plural cartridge contact terminals, and a load arranged between the cartridge contact terminals; and the reader writer comprises an antenna coil for wireless communication with the wireless IC tag, and plural reader writer contact terminals that contact to the plural cartridge contact terminals respectively when the colorant cartridge is mounted to the image forming apparatus,