mhurhangee/ep-ind-claims huggingface dataset:
An outdoor unit for an air-conditioning device comprising: a housing which includes a front panel in which an opening (50a1) is formed; a fan disposed in an air-sending device chamber which is formed inside the housing; an outdoor heat exchanger disposed in the air-sending device chamber; characterized in furthermore comprising: a bell mouth which is disposed in the air-sending device chamber and extends backwards from a periphery of the opening (50a1); and a heater which is disposed in the air-sending device chamber in which the bell mouth is disposed, and extends in an up and down direction. wherein the outdoor heat exchanger has an L-shape and is provided to extend along a side face and a back face of the housing which forms the air-sending device chamber, and the heater is disposed more to a side of the outdoor heat exchanger which is provided to extend along the side face of the air-sending device chamber than the bell mouth. a housing which includes a front panel in which an opening (50a1) is formed; a fan disposed in an air-sending device chamber which is formed inside the housing; an outdoor heat exchanger disposed in the air-sending device chamber; characterized in furthermore comprising: a bell mouth which is disposed in the air-sending device chamber and extends backwards from a periphery of the opening (50a1); and a heater which is disposed in the air-sending device chamber in which the bell mouth is disposed, and extends in an up and down direction. wherein the outdoor heat exchanger has an L-shape and is provided to extend along a side face and a back face of the housing which forms the air-sending device chamber, and the heater is disposed more to a side of the outdoor heat exchanger which is provided to extend along the side face of the air-sending device chamber than the bell mouth. a bell mouth which is disposed in the air-sending device chamber and extends backwards from a periphery of the opening (50a1); and a heater which is disposed in the air-sending device chamber in which the bell mouth is disposed, and extends in an up and down direction. wherein the outdoor heat exchanger has an L-shape and is provided to extend along a side face and a back face of the housing which forms the air-sending device chamber, and the heater is disposed more to a side of the outdoor heat exchanger which is provided to extend along the side face of the air-sending device chamber than the bell mouth.
A male sex organ erection enhancement method, comprising the steps of: providing a substantial cylindrical mounting attachment for vibrator motors to be placed on a male sex organ and the vibrator motors on the mounting attachment are driven by power from an electric power supply arrangement in order to effect, enhance, and maintain an erection; arranging the vibrator motors in at least one axially straight row which comprises at least three vibrator motors in the row, and driving the vibrator motors in sequential pulsation by an electronic control circuit. providing a substantial cylindrical mounting attachment for vibrator motors to be placed on a male sex organ and the vibrator motors on the mounting attachment are driven by power from an electric power supply arrangement in order to effect, enhance, and maintain an erection; arranging the vibrator motors in at least one axially straight row which comprises at least three vibrator motors in the row, and driving the vibrator motors in sequential pulsation by an electronic control circuit.
Method for detecting objects, wherein at least one transmitter emits at least one wave-shaped transmission pulse that is at least partly reflected by an object in the propagation space of the transmission pulse, and the reflected transmission pulse is detected as a received signal by at least one receiver, said received signal being split into segments, and the method comprises the following steps: - outputting an omnidirectional transmission pulse, - receiving the at least partly reflected transmission pulse as a first received signal and splitting the first received signal into individual segments, - determining the presence of an object in the propagation space of the transmission pulse on the basis of information from the individual segments (S4, S5), - outputting a directional transmission pulse to the object that is present, which transmission pulse is split into segments using a beamforming algorithm, and receiving the reflected transmission pulse as a further received signal, characterized in that the method is used for detecting the surroundings of a motor vehicle, and the at least one transmitter and the at least one receiver are provided on the outer skin of the motor vehicle. - outputting an omnidirectional transmission pulse, - receiving the at least partly reflected transmission pulse as a first received signal and splitting the first received signal into individual segments, - determining the presence of an object in the propagation space of the transmission pulse on the basis of information from the individual segments (S4, S5), - outputting a directional transmission pulse to the object that is present, which transmission pulse is split into segments using a beamforming algorithm, and receiving the reflected transmission pulse as a further received signal,
A closing wheel assembly, comprising: a subframe; a pair of closing wheels with one closing wheel disposed on each side of said subframe and disposed to close a planting trench; and a soil-loosening assembly disposed on said subframe ahead of said closing wheels in a direction of travel of said closing wheel assembly and disposed to loosen soil adjacent to said planting trench, characterised in that each closing wheel is mounted to a rearward end of a pivot arm, and each pivot arm is mounted to said subframe at a forward end of each pivot arm, and in that the soil-loosening assembly includes a pair of support arms rigidly mounted to opposing sides of the subframe, and a pair of soil-loosening devices each mounted to a lower end of the support arms. a subframe; a pair of closing wheels with one closing wheel disposed on each side of said subframe and disposed to close a planting trench; and a soil-loosening assembly disposed on said subframe ahead of said closing wheels in a direction of travel of said closing wheel assembly and disposed to loosen soil adjacent to said planting trench, characterised in that each closing wheel is mounted to a rearward end of a pivot arm, and each pivot arm is mounted to said subframe at a forward end of each pivot arm, and in that the soil-loosening assembly includes a pair of support arms rigidly mounted to opposing sides of the subframe, and a pair of soil-loosening devices each mounted to a lower end of the support arms.
A chainsaw, comprising: a body case in which an engine for driving the chainsaw is accommodated; a top handle provided on an upper side of the body case, the top handle being provided with a throttle lever; and a fuel tank for storing fuel of the engine, characterized in that the fuel tank is integrally formed with the top handle. a body case in which an engine for driving the chainsaw is accommodated; a top handle provided on an upper side of the body case, the top handle being provided with a throttle lever; and a fuel tank for storing fuel of the engine, characterized in that the fuel tank is integrally formed with the top handle.
A method of manufacturing, comprising: applying an insulating layer to a first semiconductor chip; forming a trench in the insulating layer, the trench being defined by sidewalls adapted to draw down into the insulating layer and contain a portion of a polymeric filler; and wherein the first semiconductor chip is adapted to have a second semiconductor chip stacked thereon to leave a gap between the chips in which another portion of the polymeric filler is positioned, wherein said semiconductor chip including said insulating layer, with said trench is provided, the trench defined by sidewalls and having a width and a length, the width being smaller than the length; and wherein a second semiconductor chip is stacked on said first semiconductor chip to leave a gap between the chips; and a polymeric filler is filled in the gap wherein a portion of the polymeric filler is drawn down into the insulating layer and contained by the trench. applying an insulating layer to a first semiconductor chip; forming a trench in the insulating layer, the trench being defined by sidewalls adapted to draw down into the insulating layer and contain a portion of a polymeric filler; and wherein the first semiconductor chip is adapted to have a second semiconductor chip stacked thereon to leave a gap between the chips in which another portion of the polymeric filler is positioned, wherein said semiconductor chip including said insulating layer, with said trench is provided, the trench defined by sidewalls and having a width and a length, the width being smaller than the length; and wherein a second semiconductor chip is stacked on said first semiconductor chip to leave a gap between the chips; and a polymeric filler is filled in the gap wherein a portion of the polymeric filler is drawn down into the insulating layer and contained by the trench.
A urine analyzer device configured to be installed in a toilet bowl, the device comprising: - a holder member, to attach the device to the toilet bowl, - an electronic unit, enclosed in a housing, - a urine reception area, with at least one electro-chemical sensor, configured to measure a quantity of at least one substance contained in urine, such as a physiological compound or a chemical component, - a coupler configured to send resulting measured data from the at least one electro-chemical sensor to a remote computing device, characterized in that the electro-chemical sensor comprises at least one enzyme selective Field Effect Transistor which is configured to measure at least a concentration level of Creatinine in a urine sample, wherein the coupler is configured to send the measured Creatinine concentration level to enable the remote computing device to normalize the measured data from the at least one electro-chemical sensor for the same respective urine sample. - a holder member, to attach the device to the toilet bowl, - an electronic unit, enclosed in a housing, - a urine reception area, with at least one electro-chemical sensor, configured to measure a quantity of at least one substance contained in urine, such as a physiological compound or a chemical component, - a coupler configured to send resulting measured data from the at least one electro-chemical sensor to a remote computing device,
A network device, comprising: a processing unit, configured to determine a transmission resource used to transmit data, wherein a time domain resource occupied by the transmission resource in a time domain is one of N types of time domain resources, a time length of at least one type of time domain resource in the N types of time domain resources is less than 1 ms, and N is a positive integer and greater than 1; and a transceiver unit, configured to perform data transmission with a terminal device on the transmission resource determined by the processing unit; wherein the time domain resource that is occupied in the time domain by the transmission resource determined by the processing unit is one of a plurality of M time units included in one subframe, and any one of the M time units is one of the N types of time domain resources, and a length of each of the M time units is less than a length of the subframe, the plurality of the M time units includes different quantities of symbols, data transmission is performed on each of the M time units, wherein the N types of time domain resources comprise time domain resources whose time lengths are respectively one symbol, two symbols, four symbols, and seven symbols. a processing unit, configured to determine a transmission resource used to transmit data, wherein a time domain resource occupied by the transmission resource in a time domain is one of N types of time domain resources, a time length of at least one type of time domain resource in the N types of time domain resources is less than 1 ms, and N is a positive integer and greater than 1; and a transceiver unit, configured to perform data transmission with a terminal device on the transmission resource determined by the processing unit; wherein the time domain resource that is occupied in the time domain by the transmission resource determined by the processing unit is one of a plurality of M time units included in one subframe, and any one of the M time units is one of the N types of time domain resources, and a length of each of the M time units is less than a length of the subframe, the plurality of the M time units includes different quantities of symbols, data transmission is performed on each of the M time units, wherein the N types of time domain resources comprise time domain resources whose time lengths are respectively one symbol, two symbols, four symbols, and seven symbols.
An epoxy resin composition comprising: (a) an epoxy resin component comprising at least one epoxy resin; and (b) a solvent blend comprising methyl ethyl ketone in an amount of no greater than 20 weight percent and propylene glycol methyl ether acetate in an amount of at least 80 weight percent, based on the total weight of the solvent blend; the composition having an epoxy resin content of at least 70 weight percent, based on the solids content of the composition and a storage stability of at least 130 days at 21 °C. (a) an epoxy resin component comprising at least one epoxy resin; and (b) a solvent blend comprising methyl ethyl ketone in an amount of no greater than 20 weight percent and propylene glycol methyl ether acetate in an amount of at least 80 weight percent, based on the total weight of the solvent blend;
A transmission management system comprising: a communication management unit that, when transmission terminals perform communication through a reservation, manages transmission terminal identification information used to identify each transmission terminal and reservation identification information used to identify the reservation so as to be associated with each other; a receiving unit that, when a first transmission terminal performs communication through a predetermined reservation, receives, from the first transmission terminal, a request to acquire a state of a second transmission terminal; a reservation extracting unit that extracts the reservation identification information associated with transmission terminal identification information used to identify the second transmission terminal from the communication management unit when the receiving unit receives the request; a determining unit that determines whether the reservation identified by the reservation identification information extracted by the reservation extracting unit matches the predetermined reservation; and a transmitting unit that, when the determining unit determines that the reservation matches the predetermined reservation, transmits first state information indicating a first state of the second transmission terminal to the first transmission terminal, but when the determining unit determines that the reservation does not match the predetermined reservation, transmits second state information indicating a second state of the second transmission terminal to the first transmission terminal. a communication management unit that, when transmission terminals perform communication through a reservation, manages transmission terminal identification information used to identify each transmission terminal and reservation identification information used to identify the reservation so as to be associated with each other; a receiving unit that, when a first transmission terminal performs communication through a predetermined reservation, receives, from the first transmission terminal, a request to acquire a state of a second transmission terminal; a reservation extracting unit that extracts the reservation identification information associated with transmission terminal identification information used to identify the second transmission terminal from the communication management unit when the receiving unit receives the request; a determining unit that determines whether the reservation identified by the reservation identification information extracted by the reservation extracting unit matches the predetermined reservation; and a transmitting unit that, when the determining unit determines that the reservation matches the predetermined reservation, transmits first state information indicating a first state of the second transmission terminal to the first transmission terminal, but when the determining unit determines that the reservation does not match the predetermined reservation, transmits second state information indicating a second state of the second transmission terminal to the first transmission terminal.
A virtual reality, VR, head-mounted display, HMD, apparatus comprising: a detector comprising a first vision sensor and a second vision sensor; and a controller operatively coupled with the detector, wherein the controller is configured to: capture a first image comprising a first object through the first vision sensor; identify the first object from the first image, capture a second image comprising a second object through the second vision sensor; identify the second object from the second image; and identify whether the first object is an object of a user of the VR HMD apparatus, based on at least one of a relative position, a relative movement, or a relative alignment of the first object and the second object; wherein the first vision sensor is a forward facing camera and the second vision sensor is a downward facing camera; and wherein the first object is a hand and the second object is an arm of the user. a detector comprising a first vision sensor and a second vision sensor; and a controller operatively coupled with the detector, wherein the controller is configured to: capture a first image comprising a first object through the first vision sensor; identify the first object from the first image, capture a second image comprising a second object through the second vision sensor; identify the second object from the second image; and identify whether the first object is an object of a user of the VR HMD apparatus, based on at least one of a relative position, a relative movement, or a relative alignment of the first object and the second object; wherein the first vision sensor is a forward facing camera and the second vision sensor is a downward facing camera; and wherein the first object is a hand and the second object is an arm of the user. capture a first image comprising a first object through the first vision sensor; identify the first object from the first image, capture a second image comprising a second object through the second vision sensor; identify the second object from the second image; and identify whether the first object is an object of a user of the VR HMD apparatus, based on at least one of a relative position, a relative movement, or a relative alignment of the first object and the second object; wherein the first vision sensor is a forward facing camera and the second vision sensor is a downward facing camera; and wherein the first object is a hand and the second object is an arm of the user.
A method for quantifying an expression level of a target gene, comprising: 1) synthesizing cDNA from RNA of a subject; 2) performing real-time PCR to amplify the target gene using a pair of primers and/or probes with the cDNA serving as a template and then performing real-time PCR to amplify Endogenous Reference Gene ZNF207; and 3) normalizing an expression level of the target gene to that of the endogenous reference gene of step 2). 1) synthesizing cDNA from RNA of a subject; 2) performing real-time PCR to amplify the target gene using a pair of primers and/or probes with the cDNA serving as a template and then performing real-time PCR to amplify Endogenous Reference Gene ZNF207; and 3) normalizing an expression level of the target gene to that of the endogenous reference gene of step 2).
An orthosis for immobilizing a first one of the shoulder joints (15, 115, 265) of a patient, having a strap arrangement which is designed to engage on an arm section (11, 111, 261) at the elbow or adjacent to the elbow of the arm (13, 113, 263) extending from the first shoulder joint (15, 115, 265) in order to fix the elbow frontally on the body of the patient, wherein the strap arrangement has a first strap section (3, 103, 253) which is provided for at least partially looping around the arm section (11, 111, 261), wherein the first strap section (3, 103, 253) is provided so as to run anteriorly along the body of the patient away from the arm section, wherein the first strap section (3, 103, 253) is formed by the first end of a circular strap (1, 101, 251) of the strap arrangement, wherein the circular strap (1, 101, 251) is designed to run circularly and horizontally around the patient, and wherein the second end (5, 105, 255) of the circular strap (1, 101, 251) engages on the arm section, wherein the first strap section (3, 103, 253) is incorporated into the strap arrangement such that, in the fitted state of the orthosis, the first strap section (3, 103, 253) exerts on the arm section (11, 111, 261) a first force which has at least a first component running parallel to the frontal plane of the patient and horizontally, wherein the first component points from the arm section (11, 111, 261) toward the body, such that the first force has an adductive effect on the arm (13, 113, 263), wherein the strap arrangement has a second strap section which is provided for at least partially looping around the arm section (11, 111, 261), and wherein the second strap section is incorporated into the strap arrangement such that, in the fitted state of the orthosis, the second strap section exerts on the arm section a second force which has at least a second component running parallel to the sagittal plane of the patient and horizontally, wherein the second component is directed toward the posterior, such that the second force effects a retroversion of the first arm (13, 113, 263).