mhurhangee/ep-ind-claims huggingface dataset:
A particle collecting device comprising: a duct; a blower configured to cause air to flow in a predetermined blowing direction inside the duct; an ionizing device disposed inside the duct and configured to ionize particles contained in the air inside the duct; at least two electrodes (204; 301a,304) extending along the predetermined blowing direction and facing each other, the at least two electrodes (204; 301a,304) disposed downstream from the ionizing device inside the duct in the predetermined blowing direction; a power supply configured to charge at least one of the at least two electrodes (204; 301a,304) to cause a potential difference between the at least two electrodes (204; 301a,304); characterized by a controller configured to: control the blower, the ionizing device, and the power supply; and stop the blower in response to an ionization operation by the ionizing device. a duct; a blower configured to cause air to flow in a predetermined blowing direction inside the duct; an ionizing device disposed inside the duct and configured to ionize particles contained in the air inside the duct; at least two electrodes (204; 301a,304) extending along the predetermined blowing direction and facing each other, the at least two electrodes (204; 301a,304) disposed downstream from the ionizing device inside the duct in the predetermined blowing direction; a power supply configured to charge at least one of the at least two electrodes (204; 301a,304) to cause a potential difference between the at least two electrodes (204; 301a,304); characterized by a controller configured to: control the blower, the ionizing device, and the power supply; and stop the blower in response to an ionization operation by the ionizing device. control the blower, the ionizing device, and the power supply; and stop the blower in response to an ionization operation by the ionizing device.
Vehicle door handle for arrangement on a vehicle door, wherein the vehicle door handle has a handle (2a, 2b), which can be engaged by a user, wherein the vehicle door handle has coupling means (4a, 4b) for mounting the vehicle door handle on the door, wherein in at least some sections the handle (2a, 2b) is designed as a hollow body with a cavity, wherein the cavity is bounded by the wall surfaces of the handle, wherein at least one inductive sensor device is arranged in the cavity to detect an activation of the handle, characterized in that a carrier is arranged in the cavity, wherein said carrier has at least one carrier mounting section (11a, 11b) and a cantilevered section connected thereto, wherein the at least one carrier mounting section (11a, 11b) is fixed to the vehicle door handle and wherein the cantilevered section of the carrier extends inside the cavity at a distance from the wall surfaces of the handle (2a, 2b), so that the cantilevered section of the carrier is mechanically decoupled from the wall surfaces of the handle (2a, 2b), wherein the inductive sensor device is held in the cantilevered section of the carrier, wherein a metallic material is arranged in at least one section of the wall surfaces of the handle (2a, 2b), which surround the cantilevered section.
A wearable device, wherein the wearable device comprises: a first sensing member, configured to obtain a capacitance value; a second sensing member, configured to measure temperature of the first sensing member as an initial temperature; and a processor, electrically connected to the first sensing member, wherein the processor is configured to read the capacitance value and determine a contact state of the wearable device according to the capacitance value; and the processor is further electrically connected to the second sensing member, and configured to read the initial temperature and, according to the contact state, directly take the initial temperature as a measured temperature, or match a corresponding temperature compensation value to the initial temperature and take a sum of the initial temperature and the temperature compensation value as a measured temperature, wherein a relationship between the temperature compensation value and the capacitance value satisfies a preset function. a first sensing member, configured to obtain a capacitance value; a second sensing member, configured to measure temperature of the first sensing member as an initial temperature; and a processor, electrically connected to the first sensing member, wherein the processor is configured to read the capacitance value and determine a contact state of the wearable device according to the capacitance value; and the processor is further electrically connected to the second sensing member, and configured to read the initial temperature and, according to the contact state, directly take the initial temperature as a measured temperature, or match a corresponding temperature compensation value to the initial temperature and take a sum of the initial temperature and the temperature compensation value as a measured temperature, wherein a relationship between the temperature compensation value and the capacitance value satisfies a preset function.
A winch comprising: - a support frame having a seat; - a drum defining an axis of rotation; - actuation means, configured to actuate the rotation of said drum around said axis of rotation; whereby said drum is mounted in a removable manner in the seat of said support frame, characterised in that said frame comprises a door configured to adopt a closed position and an open position, wherein in said closed position said door closes said seat and protects said drum in said seat, and wherein in said open position said door allows an insertion or removal of said drum with respect to the seat of said frame. - a support frame having a seat; - a drum defining an axis of rotation; - actuation means, configured to actuate the rotation of said drum around said axis of rotation; whereby said drum is mounted in a removable manner in the seat of said support frame, characterised in that said frame comprises a door configured to adopt a closed position and an open position, wherein in said closed position said door closes said seat and protects said drum in said seat, and wherein in said open position said door allows an insertion or removal of said drum with respect to the seat of said frame. whereby said drum is mounted in a removable manner in the seat of said support frame, characterised in that said frame comprises a door configured to adopt a closed position and an open position, wherein in said closed position said door closes said seat and protects said drum in said seat, and wherein in said open position said door allows an insertion or removal of said drum with respect to the seat of said frame.
Low-substituted hydroxypropyl cellulose having a hydroxypropoxyl content of from 5 to 16% by weight and a water-soluble content of less than 1.8% by weight, wherein a weight ratio of water to the low-substituted hydroxypropyl cellulose giving a maximum torque is from 3 to 5 as determined while adding one part by weight of water per minute to one part by weight of the low-substituted hydroxypropyl cellulose under mixing with biaxial mixing blades, the low-substituted hydroxypropyl cellulose being produced by a method comprising the steps of: pulverizing starting low-substituted hydroxypropyl cellulose having a hydroxypropoxyl content of from 5 to 16% by weight into low-substituted hydroxypropyl cellulose powder having a volume-average particle size of from 30 to 100 μm as measured by a dry laser diffraction method; and classifying the low-substituted hydroxypropyl cellulose powder to remove therefrom small particles having a volume-average particle size of less than 30 μm as measured by the dry laser diffraction method, wherein the weight ratio of water to low-substituted hydroxypropyl cellulosed giving a maximum torque, which may also be referred to as "maximum-torque-generating ratio", is determined by measuring, by means of an absorption tester "S-500" (product of ASAHISOUKEN), a change in torque when water is added to 5.0 g of low-substituted hydroxypropyl cellulose at a dropping rate of 5.0 g/min while mixing with biaxial mixing blade, and dividing the amount of water at the maximum torque by the weight 5.0 g of the low-substituted hydroxypropyl cellulose. The mixing blade on one axis of the two axes has a rotational speed of 60 rpm with a peripheral velocity of about 0.72 m/min and the mixing blade on the other axis has a rotational speed of 30 rpm with a peripheral velocity of about 0.36 m/min. Since low-substituted hydroxypropyl cellulose is hygroscopic, it is dried prior to the measurement by allowing it to stand at 105°C for 2 hours. pulverizing starting low-substituted hydroxypropyl cellulose having a hydroxypropoxyl content of from 5 to 16% by weight into low-substituted hydroxypropyl cellulose powder having a volume-average particle size of from 30 to 100 μm as measured by a dry laser diffraction method; and classifying the low-substituted hydroxypropyl cellulose powder to remove therefrom small particles having a volume-average particle size of less than 30 μm as measured by the dry laser diffraction method,
A data processing apparatus comprising: processing circuitry configured to perform a round to integral floating-point operation for rounding a floating-point value to an integral floating-point value, said floating-point value having a significand and an exponent; and control circuitry configured to control said processing circuitry to perform said round to integral floating-point operation in response to execution of a floating-point round to integral floating-point instruction; said processing circuitry comprising: shifting circuitry configured to generate a rounding value by shifting a base value by a shift amount dependent on said exponent of said floating-point value; adding circuitry configured to add said rounding value to said significand of said floating-point value to generate a sum value; mask generating circuitry configured to generate a mask for clearing bits of said sum value having bit positions corresponding to fractional-valued bit positions of said significand; and masking circuitry configured to apply said mask to said sum value to generate said integral floating-point value. processing circuitry configured to perform a round to integral floating-point operation for rounding a floating-point value to an integral floating-point value, said floating-point value having a significand and an exponent; and control circuitry configured to control said processing circuitry to perform said round to integral floating-point operation in response to execution of a floating-point round to integral floating-point instruction; said processing circuitry comprising: shifting circuitry configured to generate a rounding value by shifting a base value by a shift amount dependent on said exponent of said floating-point value; adding circuitry configured to add said rounding value to said significand of said floating-point value to generate a sum value; mask generating circuitry configured to generate a mask for clearing bits of said sum value having bit positions corresponding to fractional-valued bit positions of said significand; and masking circuitry configured to apply said mask to said sum value to generate said integral floating-point value. shifting circuitry configured to generate a rounding value by shifting a base value by a shift amount dependent on said exponent of said floating-point value; adding circuitry configured to add said rounding value to said significand of said floating-point value to generate a sum value; mask generating circuitry configured to generate a mask for clearing bits of said sum value having bit positions corresponding to fractional-valued bit positions of said significand; and masking circuitry configured to apply said mask to said sum value to generate said integral floating-point value.
A lightning detection system comprising: a lightning detector in a structure susceptible to a lightning strike, said lightning detector comprising a data logger configured to log data indicative of a time of occurrence of the lightning strike; memory for storing data collected from a wide-area lightning detection network, the stored data including at least one characteristic of the lightning strike; a processor configured to process data from said data logger relative to data collected from the wide-area lightning detection network to determine correlated data indicative of a lightning strike affecting the structure, wherein, in the event correlated data is determined, said processor is configured to assign said at least one characteristic of the lightning strike to the structure; characterized in that: said lightning detector comprises an electrical conductor electrically coupled to a relay, wherein the electrical conductor is responsive to a lightning current resulting from the lightning strike to generate a relay actuation signal; and said lightning detector further comprises a timestamp generator responsive to an actuation of the relay by the relay actuation signal to generate the timestamp indicative of the time of occurrence of the lightning strike. a lightning detector in a structure susceptible to a lightning strike, said lightning detector comprising a data logger configured to log data indicative of a time of occurrence of the lightning strike; memory for storing data collected from a wide-area lightning detection network, the stored data including at least one characteristic of the lightning strike; a processor configured to process data from said data logger relative to data collected from the wide-area lightning detection network to determine correlated data indicative of a lightning strike affecting the structure, wherein, in the event correlated data is determined, said processor is configured to assign said at least one characteristic of the lightning strike to the structure; characterized in that: said lightning detector comprises an electrical conductor electrically coupled to a relay, wherein the electrical conductor is responsive to a lightning current resulting from the lightning strike to generate a relay actuation signal; and said lightning detector further comprises a timestamp generator responsive to an actuation of the relay by the relay actuation signal to generate the timestamp indicative of the time of occurrence of the lightning strike. said lightning detector comprises an electrical conductor electrically coupled to a relay, wherein the electrical conductor is responsive to a lightning current resulting from the lightning strike to generate a relay actuation signal; and said lightning detector further comprises a timestamp generator responsive to an actuation of the relay by the relay actuation signal to generate the timestamp indicative of the time of occurrence of the lightning strike.
A polymer material, formed by polymerizing a liquid monomer mixture containing 11 to 30% by mass of a macromonomer represented by the following formula and 70-89% by mass of a (meth)acrylate monomer with an aryl group, in the formula, four n respectively and individually representing 1 or 2, a, b, c, and d being respectively and individually integers of 4 or more, and four Z being respectively and individually substituent groups containing a (meth)acryloyl group.
High-speed transport module, containing a streamlined body with seamlessly mating front and rear portions and two trains of wheels located in the bottom portion of body, wherein the front and rear portions of body are cone-shaped with non-rectilinear generatrices (5, 6) having alternating-sign camber or the totality of rectilinear and non-rectilinear sections, arranged with alternating-sign directivity, whereby the angle γ,°, between the longitudinal axis of body and the line tangent to the generatrix (5, 6) in longitudinal section, in both front and rear portions of body, does not exceed 30°, characterized in that the conjugation line of surfaces of negative camber in the front portion of body is located - from the conjugation line between the front and rear portions of body - at the distance L PP, m, limited by the ratio: 0,05 ≤ L PP / L PPZ ≤ 0,75, the conjugation line of surfaces of negative camber in the rear portion of body is located - from the conjugation line between the front and rear portions of body - at the distance L PZ, m, limited by the ratio: 0,05 ≤ L PZ / L PPZ ≤ 0,75, where L PPZ, m, - length of the portion of body between the conjugation lines (8, 9) of surfaces of negative camber in the front and rear portions of body, and length L K, m, of body and its height H 1, m, in cross section along the conjugation line between the front and rear portions of body are connected by the ratio: 2 ≤ L K / H 1 ≤ 20, wherein the area S PZ, m 2, of cross-section of body along the conjugation line between the front and rear portions of body, and the area S P, m 2, of cross-section along the conjugation line of surfaces of reverse camber in the front portion of body, are connected by the ratio: 1,2 ≤ S PZ / S P ≤ 20, and wherein the area S PZ, m 2, of cross-section of body along the conjugation line between the front and rear portions of body, and the area S Z, M 2, of cross-section along the conjugation line of surfaces of reverse camber in the rear portion of body, are connected by the ratio: 1,2 ≤ S PZ / S Z ≤ 20, and wherein the lengths of the front and rear portions of body are connected by the ratio: 0,25 ≤ L P / L Z ≤ 4, where L P, m - length of the front portion of body from the foremost point to the conjugation line between front portion and rear portion of body; L Z, M - length of the rear portion of body from the rearmost point to the conjugation line between the rear portion and the front portion of body.
Apparatus comprising: a tricuspid insufficiency treatment device comprising a tubular vena cava member implantable in a vena cava of a patient, said vena cava member being formed with at least one fenestration formed in a side wall of said vena cava member and further comprising at least one corresponding blocking member, said or each blocking member being arranged to block and unblock said or each respective fenestration, said at least one blocking member comprising at least one flap or cover pivoted to a portion of said vena cava member, and wherein when said at least one blocking member blocks said at least one fenestration, said tubular vena cava member and said at least one blocking member together have a closed cylindrical outer shape.
A thin-film transistor (1a,1b,1c,1d) comprising a dielectric layer (8,8',8",8''') having a first side and a second side opposed to said first side; a source electrode (2,2',2",2'''), a drain electrode (4,4',4",4''') separated from the source electrode, and a semiconductor component (6,6',6",6''') disposed between and in contact with said source electrode and said drain electrode, said source electrode, said drain electrode and said semiconductor component being disposed adjacent the first side of said dielectric layer; and a gate electrode (10,10',10",10''') disposed adjacent the said second side of the dielectric layer opposite said semiconductor component; wherein said thin-film transistor has a channel length of no more than 20 μm, said channel length being measured as the shortest path from the source electrode to the drain electrode and characterized in that the semiconductor component comprises one or more compounds selected from the group consisting of:
A method for facilitating estimation of a time zone at which an electronic device is positioned, the method comprising the steps of: determining that more than one time-zone-estimative parameters have been received at the electronic device; and obtaining an estimate of the time zone based upon a combination of the received time-zone-estimative parameters when the received time-zone-estimative parameters are non conflicting; and obtaining an estimate of the time zone based upon one of the received time-zone-estimative parameters if the received time-zone-estimative parameters conflict. determining that more than one time-zone-estimative parameters have been received at the electronic device; and obtaining an estimate of the time zone based upon a combination of the received time-zone-estimative parameters when the received time-zone-estimative parameters are non conflicting; and obtaining an estimate of the time zone based upon one of the received time-zone-estimative parameters if the received time-zone-estimative parameters conflict.
A method of manufacturing plastic windows or plastic doors, wherein - in a first method step, a plurality of frame members (17, 19) at least partly comprising plastic are each mitre-cut at their two ends, wherein a fitting groove which is configured to receive a latch rod (18, 48) is provided in at least one frame member; - in a method step following on therefrom, the latch rod (18, 48) is pushed into the fitting groove along its length via an end-face opening of the frame member; - in a method step following on therefrom, the cut frame members (17, 19) are each assembled end-to-end to form a leaf; and - in a method step following on therefrom, the assembled frame members (17, 19) are connected to one another, characterised in that a shaping of the frame members (17, 19) in the region of the connection is completed by the connection of the assembled frame members (17, 19). - in a first method step, a plurality of frame members (17, 19) at least partly comprising plastic are each mitre-cut at their two ends, wherein a fitting groove which is configured to receive a latch rod (18, 48) is provided in at least one frame member; - in a method step following on therefrom, the latch rod (18, 48) is pushed into the fitting groove along its length via an end-face opening of the frame member; - in a method step following on therefrom, the cut frame members (17, 19) are each assembled end-to-end to form a leaf; and - in a method step following on therefrom, the assembled frame members (17, 19) are connected to one another,