mhurhangee/ep-ind-claims huggingface dataset:
A disconnect shaft for an integrated drive generator, comprising: a body configured to rotate about an axis of rotation and including a first end and a second opposite end, a plurality of teeth is formed adjacent the first end and is configured to engage a complementary portion of an adjacent component, a relief is formed in the body such that a first portion is defined between the relief and the plurality of teeth, the first portion including a plurality of threads having at least one of a major diameter between about 1.3044 and about 1.3125 inches (3.313-3.334 centimeters), a minor diameter between about 1.2482 and about 1.2547 inches (3.170- 3.187 centimeters), a pitch diameter between about 1.2765 and about 1.2800 inches (3.242-3.251 centimeters), and a root radius between about.0075 and.0090 inches (.0190-.0029 centimeters); wherein the plurality of teeth includes four substantially identical teeth, wherein each tooth extending about each 38° ± 1° of a circumference of the body, and a first surface of adjacent teeth are separated by 90 degrees; and wherein a chamfer is formed at the first end of the teeth, the chamfer extending outwardly at an angle of about 30° ± 2° such that a diameter of the chamfer at the first end is about.627 ±.015 inches (1.593 ±.0381 centimeters). a body configured to rotate about an axis of rotation and including a first end and a second opposite end, a plurality of teeth is formed adjacent the first end and is configured to engage a complementary portion of an adjacent component, a relief is formed in the body such that a first portion is defined between the relief and the plurality of teeth, the first portion including a plurality of threads having at least one of a major diameter between about 1.3044 and about 1.3125 inches (3.313-3.334 centimeters), a minor diameter between about 1.2482 and about 1.2547 inches (3.170- 3.187 centimeters), a pitch diameter between about 1.2765 and about 1.2800 inches (3.242-3.251 centimeters), and a root radius between about.0075 and.0090 inches (.0190-.0029 centimeters); wherein the plurality of teeth includes four substantially identical teeth, wherein each tooth extending about each 38° ± 1° of a circumference of the body, and a first surface of adjacent teeth are separated by 90 degrees; and wherein a chamfer is formed at the first end of the teeth, the chamfer extending outwardly at an angle of about 30° ± 2° such that a diameter of the chamfer at the first end is about.627 ±.015 inches (1.593 ±.0381 centimeters).
Diffuse reflectance Fourier Transform Infra-Red spectroscopy apparatus for use in analysing a sample comprising: a light source; a sample receiving location for receiving a sample for analysis; an illumination arrangement for directing light from the light source towards the received sample; a detector for detecting light reflected by the received sample; and collection optics for directing light reflected by the received sample towards the detector, wherein the illumination arrangement comprises an interferometer and a paraboloid mirror arranged to collect and reflect the light emitted by the light source towards the interferometer and is characterised by a half beam block disposed just in front of the light source and substantially at the focus of the paraboloid mirror in the optical path between the interferometer and the light source and arranged so as to block light that exits the interferometer back towards the light source and is reflected by the light source from re-entering the interferometer. a light source; a sample receiving location for receiving a sample for analysis; an illumination arrangement for directing light from the light source towards the received sample; a detector for detecting light reflected by the received sample; and collection optics for directing light reflected by the received sample towards the detector, wherein the illumination arrangement comprises an interferometer and a paraboloid mirror arranged to collect and reflect the light emitted by the light source towards the interferometer and is characterised by a half beam block disposed just in front of the light source and substantially at the focus of the paraboloid mirror in the optical path between the interferometer and the light source and arranged so as to block light that exits the interferometer back towards the light source and is reflected by the light source from re-entering the interferometer.
An external air path duct for a clothing dryer, said external air path duct forming external air paths (61, 62) between a cooling fan and a condenser within a clothing dryer, said external air path duct comprising a first cover covering the cooling fan and a second cover separately formed from the first cover and connected to the first cover, characterized in that a cutoff member is provided at a connection area between the first cover and the second cover to branch the external air path and at a lower end of the cutoff member a cutoff is formed, which is located below a horizontal line passing through the rotational center of the cooling fan, and said cutoff member seals air generated from the cooling fan so that the air is prevented from flowing between the first cover and the second cover.
A measurement apparatus comprising: a flow measurement unit configured to measure a flow rate of liquid fed to a section obtained by dividing a field in which drip irrigation is adopted into a plurality of sections, the flow measurement unit being configured to be installed downstream of a supply source; a detection unit configured to detect a pressure according to a shape change of a tubular structure whose shape changes according to a supplied amount of a liquid that flows therein, the detection unit being configured to be attached to the tubular structure installed in the section; a time specification unit configured to specify, based on the pressure detected by the detection unit, a supply time during which the liquid was supplied; and a supplied amount calculation unit configured to calculate a supplied amount of the liquid during the supply time in the section based on the supply time in the section and a supplied amount per unit of the liquid calculated from the flow rate measured by the flow measurement unit. a flow measurement unit configured to measure a flow rate of liquid fed to a section obtained by dividing a field in which drip irrigation is adopted into a plurality of sections, the flow measurement unit being configured to be installed downstream of a supply source; a detection unit configured to detect a pressure according to a shape change of a tubular structure whose shape changes according to a supplied amount of a liquid that flows therein, the detection unit being configured to be attached to the tubular structure installed in the section; a time specification unit configured to specify, based on the pressure detected by the detection unit, a supply time during which the liquid was supplied; and a supplied amount calculation unit configured to calculate a supplied amount of the liquid during the supply time in the section based on the supply time in the section and a supplied amount per unit of the liquid calculated from the flow rate measured by the flow measurement unit.
A gas burner assembly for a cooking appliance comprising: a burner body having a top side and a bottom side; a plurality of burner teeth formed in a top side of the burner body; a burner cap (15, 15', 15") having a top side and a bottom side, the bottom side of the cap (15, 15', 15") having a first annular wall (90, 90', 90") and a second annular wall, wherein when the burner cap (15, 15', 15") is coupled to the burner body, characterized in that the second annular wall (95, 95', 95") is configured to contact a top portion of the burner teeth, at least one flame-stabilization chamber (85, 85', 85") formed in the bottom side of the burner cap (15, 15', 15"), the flame-stabilization chamber (85, 85', 85") being configured to retain a gas-air mixture therein, wherein the at least one flame-stabilization chamber (85, 85', 85") is positioned radially inward from the second annular wall (95, 95', 95") and approximately midway between a circumference of the burner cap (15, 15', 15") and a center of the burner cap (15, 15', 15"), and wherein one or two flame-stabilization chambers (85, 85', 85") are defined between two one legs (87, 87', 87") and a portion of the first annular wall (90, 90', 90"). a burner body having a top side and a bottom side; a plurality of burner teeth formed in a top side of the burner body; a burner cap (15, 15', 15") having a top side and a bottom side, the bottom side of the cap (15, 15', 15") having a first annular wall (90, 90', 90") and a second annular wall, wherein when the burner cap (15, 15', 15") is coupled to the burner body, characterized in that the second annular wall (95, 95', 95") is configured to contact a top portion of the burner teeth, at least one flame-stabilization chamber (85, 85', 85") formed in the bottom side of the burner cap (15, 15', 15"), the flame-stabilization chamber (85, 85', 85") being configured to retain a gas-air mixture therein,
A furniture pull-out mounting frame for a furniture mirror having scissor-type assemblies (3,4,5) whose arms (6,7,14,15) on one side are attached at their ends pivotally and on the opposing ends are slidably inserted into guides, wherein the mounting frame it has one U-profile front frame and one U-profile rear frame interconnected by one horizontal scissor-type assembly and two vertical scissor-type assemblies (4,5), whereby the front frame has its outer dimensions smaller than the outer dimensions of the rear frame, that is the contour of the side outer edges of the front frame is more narrow than that of the outer edges of the rear frame by twice the thickness of the vertical scissor-type assemblies (4,5) plus a structural clearance on each side, whereas the outer top edge of the front frame is lower than the outer top edge of the rear frame by the thickness of the horizontal scissor-type assembly plus a structural clearance, and, in addition, the ends of the arms (6,7,14,15) of the horizontal scissor-type assemby and of the vertical scissor-type assemblies (4,5) are coupled with structural frame elements (10, 11, 12, 13, 16, 17, 18, 19) that are perpendicular to the planes of the front frame and of the rear frame.
An electromagnetic brake system for a metal-making process, wherein the electromagnetic brake system comprises: a first magnetic core arrangement having a first long side and a second long side, which first long side has N c teeth and which second long side has N c teeth, wherein the first long side and the second long side are arranged to be mounted to opposite longitudinal sides of an upper portion of a mould, a first set of coils, wherein the first set of coils comprises 2N c coils (9-1,...9-2N c), each coil being wound around a respective tooth of the first magnetic core arrangement, and N p power converters (11-1,...11-N p), with N p being an integer that is at least two and N c is an integer that is at least four and evenly divisible with N p, wherein each power converter (11-1,...,11-N p) is connected to a respective group of 2N c /N p series-connected coils (9-1,...,9-2N c) of the first set of coils, and wherein each of the N p power converters (11-1,...,11-N p) is configured to feed a DC current to its respective group of 2N c /N p series-connected coils (9-1,...,9-2N c). a first magnetic core arrangement having a first long side and a second long side, which first long side has N c teeth and which second long side has N c teeth, wherein the first long side and the second long side are arranged to be mounted to opposite longitudinal sides of an upper portion of a mould, a first set of coils, wherein the first set of coils comprises 2N c coils (9-1,...9-2N c), each coil being wound around a respective tooth of the first magnetic core arrangement, and N p power converters (11-1,...11-N p), with N p being an integer that is at least two and N c is an integer that is at least four and evenly divisible with N p, wherein each power converter (11-1,...,11-N p) is connected to a respective group of 2N c /N p series-connected coils (9-1,...,9-2N c) of the first set of coils, and wherein each of the N p power converters (11-1,...,11-N p) is configured to feed a DC current to its respective group of 2N c /N p series-connected coils (9-1,...,9-2N c).
Sealing device for sealing windows, doors or the like, comprising a sealing profile and a mechanism for displacing the sealing profile when actuating the mechanism, wherein the mechanism comprises a holding strip and a housing, characterized in that the sealing device comprises a means for limiting lift which, on the one hand, is pivotably and displaceably connected to the housing and, on the other hand, is pivotably connected to the holding strip and on which a stop is formed which, in the lowered state, butts against the holding strip to limit the lift of the sealing profile.
A process to form an ethylene-based polymer, said process comprising at least the following; polymerizing ethylene in the presence of a metal complex selected from Structure II below: wherein R is a (C1-C8) alkyl group; and wherein the polymerization takes place at a polymerization temperature greater than, or equal to, 160 °C polymerizing ethylene in the presence of a metal complex selected from Structure II below: wherein R is a (C1-C8) alkyl group; and wherein the polymerization takes place at a polymerization temperature greater than, or equal to, 160 °C
An antenna device, comprising: a core body having a core formed of a magnetic material; a bobbin having an insertion through hole in which the core body is inserted; a coil disposed in a vicinity of the bobbin; and a case which covers the coil in the vicinity of the bobbin in a state of sealing from an outside, has an insertion hole allowing the core body to be inserted therein in a state of communicating with the insertion through hole, and retains the core body inside the insertion hole after the core body is inserted; and wherein the antenna device is characterized in that an outer peripheral side of the bobbin is provided with a circumferential projecting part provided with fins (223, 314) projecting toward the case for sealing the coil from an outside, and at least a distal end side of the projecting part is integrated with an inner peripheral side of the case to form an integrated part. a core body having a core formed of a magnetic material; a bobbin having an insertion through hole in which the core body is inserted; a coil disposed in a vicinity of the bobbin; and a case which covers the coil in the vicinity of the bobbin in a state of sealing from an outside, has an insertion hole allowing the core body to be inserted therein in a state of communicating with the insertion through hole, and retains the core body inside the insertion hole after the core body is inserted; and wherein the antenna device is characterized in that an outer peripheral side of the bobbin is provided with a circumferential projecting part provided with fins (223, 314) projecting toward the case for sealing the coil from an outside, and at least a distal end side of the projecting part is integrated with an inner peripheral side of the case to form an integrated part.
An audio device comprising: a control section configured to cause another audio device to output an audio signal, the audio signal including a sound signal obtained through playback of content and a sound signal received from a communication partner device; and a microphone configured to detect the outputted audio signal and to generate a microphone detection signal, and a sound processing section configured to calculate an echo estimation signal and to generate an echo-eliminated signal on the basis of a sound delay amount received from the another audio device by echo-eliminating the calculated echo estimation signal from the microphone detection signal, the sound delay amount representing a delay time of a delay of the output of the audio signal caused by the another audio device, wherein the sound processing section is configured to initially set a first value of the sound delay amount, which is used for calculating the echo estimation signal and generating the echo-eliminated signal, and to replace the first value of the sound delay amount by a second value of the sound delay amount, which is used for calculating the echo estimation signal and generating the echo-eliminated signal, when a new value of the sound delay amount is received from the another audio device and when the new value is determined to satisfy a predetermined condition, and wherein the control section is further configured to cause the communication partner device to output the echo-eliminated signal. a control section configured to cause another audio device to output an audio signal, the audio signal including a sound signal obtained through playback of content and a sound signal received from a communication partner device; and a microphone configured to detect the outputted audio signal and to generate a microphone detection signal, and a sound processing section configured to calculate an echo estimation signal and to generate an echo-eliminated signal on the basis of a sound delay amount received from the another audio device by echo-eliminating the calculated echo estimation signal from the microphone detection signal, the sound delay amount representing a delay time of a delay of the output of the audio signal caused by the another audio device, wherein the sound processing section is configured to initially set a first value of the sound delay amount, which is used for calculating the echo estimation signal and generating the echo-eliminated signal, and to replace the first value of the sound delay amount by a second value of the sound delay amount, which is used for calculating the echo estimation signal and generating the echo-eliminated signal, when a new value of the sound delay amount is received from the another audio device and when the new value is determined to satisfy a predetermined condition, and wherein the control section is further configured to cause the communication partner device to output the echo-eliminated signal.
A method of a user equipment, UE, in a wireless communication network, the method comprising: receiving, from a network entity, system information block, SIB, and a notification for multicast control channel, MCCH, information change; receiving, from the network entity, multicast broadcast service, MBS, configuration information based on the notification, wherein the MBS configuration information is received on an MCCH; transmitting, to the network entity, an interest indication message including a list of at least one MBS of interest, based on the SIB; transmitting, to the network entity, a first message indicating UE capability including a maximum number of at least one radio network temporary identifier, RNTI, for a multicast; and receiving, from the network entity, a second message including configuration information about at least one RNTI for an MBS. receiving, from a network entity, system information block, SIB, and a notification for multicast control channel, MCCH, information change; receiving, from the network entity, multicast broadcast service, MBS, configuration information based on the notification, wherein the MBS configuration information is received on an MCCH; transmitting, to the network entity, an interest indication message including a list of at least one MBS of interest, based on the SIB; transmitting, to the network entity, a first message indicating UE capability including a maximum number of at least one radio network temporary identifier, RNTI, for a multicast; and receiving, from the network entity, a second message including configuration information about at least one RNTI for an MBS.
A transmission wheel assembled of at least two segments on a shaft, the inner arc surface of the segments and the shaft have essentially the same radius, and which segments' outer surfaces have profiled surfaces that transmit the power of the transmission wheel, characterized in that between the segments' welded-together end faces there are gaps on those sections of the end faces that are not welded.
A hardware unit to perform a matrix multiplication between a first matrix of first data elements and a second matrix of second data elements, the hardware unit comprising: a multiplier stage comprising a plurality of multipliers, each multiplier configured to multiply a first data element and a second data element to produce a multiplication data element; one or more adder stages (104, 106, 108) following the multiplier stage that form an adder tree to produce a sum of the multiplication data elements, each adder stage (104, 106, 108) comprising one or more adders configured to add at least two data elements output by a previous stage to produce an addition data element; wherein at least one adder is preceded by a storage element corresponding to each bit of the data elements input to the at least one adder; and control logic (302, 400, 1000) configured to clock gate all of the storage elements corresponding to a data element input to an adder of the at least one adder in response to determining that the data element has a zero value independent of whether the other data element input to that adder has a zero value. a multiplier stage comprising a plurality of multipliers, each multiplier configured to multiply a first data element and a second data element to produce a multiplication data element; one or more adder stages (104, 106, 108) following the multiplier stage that form an adder tree to produce a sum of the multiplication data elements, each adder stage (104, 106, 108) comprising one or more adders configured to add at least two data elements output by a previous stage to produce an addition data element; wherein at least one adder is preceded by a storage element corresponding to each bit of the data elements input to the at least one adder; and control logic (302, 400, 1000) configured to clock gate all of the storage elements corresponding to a data element input to an adder of the at least one adder in response to determining that the data element has a zero value independent of whether the other data element input to that adder has a zero value.
A processor for controlling a user equipment, wherein the processor is configured to execute processes of: receiving from a base station, configuration information on a specific group communication service provided over Single Cell Point to Multi-point, SC-PTM, transmission, wherein the specific group communication service is represented by a temporary mobile group identity, TMGI, and the TMGI is mapped with a Group-Radio Network Temporary Identifier, G-RNTI; receiving from the base station, via a Physical Downlink Control Channel, PDCCH associated with the G-RNTI, information indicating a resource used for transmitting SC-PTM data of the specific group communication service; receiving from the base station, via a Physical Downlink Shared Channel, PDSCH, the SC-PTM data of the specific group communication service; and receiving from the base station, information on stop of transmission of the specific group communication service provided by the SC-PTM transmission. receiving from a base station, configuration information on a specific group communication service provided over Single Cell Point to Multi-point, SC-PTM, transmission, wherein the specific group communication service is represented by a temporary mobile group identity, TMGI, and the TMGI is mapped with a Group-Radio Network Temporary Identifier, G-RNTI; receiving from the base station, via a Physical Downlink Control Channel, PDCCH associated with the G-RNTI, information indicating a resource used for transmitting SC-PTM data of the specific group communication service; receiving from the base station, via a Physical Downlink Shared Channel, PDSCH, the SC-PTM data of the specific group communication service; and receiving from the base station, information on stop of transmission of the specific group communication service provided by the SC-PTM transmission.