mhurhangee/ep-ind-claims huggingface dataset:
A burr for an electrically or pneumatically operated, hand-held or automatically operated tool for milling metal surfaces, comprising: - a shaft portion, and - a milling portion made from hard metal adjoining the shaft portion and ending in a milling tip, the milling portion having a milling length (f) and a plurality of cutters separated by spacedapart main flutes having a main flute depth (h) and extending helically in a first twist direction with a first twist angle (α) along the milling length (f), each of the cutters having a rake face and a relief face and a cutting edge at the transition between the rake face and the relief face forming a rake angle (γ) and a relief angle (δ), wherein a plurality of chip breakers is provided in each relief face, the chip breakers having a chip breaker depth (s) and extending helically in a second twist direction with a second twist angle (β) along the milling portion, wherein in the region of the milling portion having the largest diameter: - the rake angle (γ) is in the range between -3° and +14°, - the relief angle (δ) is in the range between 10° and 20°, characterized in that in the region of the milling portion having the largest diameter: - the chip breaker depth (s) is in the range between 5 and 25% of the main flute depth (h), - the first twist angle (α) is greater than 25°, and - the number of main flutes is less than 15, preferably not greater than 12. - a shaft portion, and - a milling portion made from hard metal adjoining the shaft portion and ending in a milling tip, the milling portion having a milling length (f) and a plurality of cutters separated by spacedapart main flutes having a main flute depth (h) and extending helically in a first twist direction with a first twist angle (α) along the milling length (f), each of the cutters having a rake face and a relief face and a cutting edge at the transition between the rake face and the relief face forming a rake angle (γ) and a relief angle (δ), wherein a plurality of chip breakers is provided in each relief face, the chip breakers having a chip breaker depth (s) and extending helically in a second twist direction with a second twist angle (β) along the milling portion, wherein in the region of the milling portion having the largest diameter: - the rake angle (γ) is in the range between -3° and +14°, - the relief angle (δ) is in the range between 10° and 20°, - the rake angle (γ) is in the range between -3° and +14°, - the relief angle (δ) is in the range between 10° and 20°, characterized in that in the region of the milling portion having the largest diameter: - the chip breaker depth (s) is in the range between 5 and 25% of the main flute depth (h), - the first twist angle (α) is greater than 25°, and - the number of main flutes is less than 15, preferably not greater than 12. - the chip breaker depth (s) is in the range between 5 and 25% of the main flute depth (h), - the first twist angle (α) is greater than 25°, and - the number of main flutes is less than 15, preferably not greater than 12.
An immediate release film coated tablet comprising from 95% to 99% by weight of imatinib mesylate salt as an active agent based on the total weight of the film-coated tablet, wherein the tablet core comprising the said active ingredient and one or more pharmaceutically acceptable excipients, is coated with a solution or dispersion in an organic solvent or mixture of organic solvents of a film coating agent comprising hydroxypropylmethyl cellulose and wherein said mesylate salt is in alpha crystalline form characterized by a powder X-ray diffraction (PXRD) pattern having peaks at following 2θ angle positions at about 4.9, 10.5, 14.9, 16.5, 17.7, 18.1, 18.6, 19.1, 21.3, 21.6, 23.2, 24.9, 28.0, and 28.6 ± 0.2 degrees.
A LiDAR sensor comprising: a laser configured to emit a narrow electromagnetic pulse; an avalanche photodiode configured to receive one or more electromagnetic pulses and output a response signal in response to said pulses, the avalanche photodiode being positioned to receive at least one reflected pulse being reflected by an object external from the LiDAR sensor caused by the laser, the avalanche photodiode having a bias voltage applied to it affecting the response signal; a splitter positioned to receive the narrow electromagnetic pulse and split it into at least one external pulse directed toward the object external from the LiDAR sensor and at least one calibration pulse directed toward the avalanche photodiode, the calibration pulse directed toward the photodiode being received by the avalanche photodiode before the pulse reflected by the object; and a processor configured to receive response signals from the avalanche photodiode, the processor further configured to adjust the bias voltage according to a response signal caused by the calibration pulse to compensate for temperature changes of the avalanche photodiode; and wherein the processor is configured to adjust the bias voltage such that a gain of the avalanche photodiode in response to a given detected pulse is held substantially constant. a laser configured to emit a narrow electromagnetic pulse; an avalanche photodiode configured to receive one or more electromagnetic pulses and output a response signal in response to said pulses, the avalanche photodiode being positioned to receive at least one reflected pulse being reflected by an object external from the LiDAR sensor caused by the laser, the avalanche photodiode having a bias voltage applied to it affecting the response signal; a splitter positioned to receive the narrow electromagnetic pulse and split it into at least one external pulse directed toward the object external from the LiDAR sensor and at least one calibration pulse directed toward the avalanche photodiode, the calibration pulse directed toward the photodiode being received by the avalanche photodiode before the pulse reflected by the object; and a processor configured to receive response signals from the avalanche photodiode, the processor further configured to adjust the bias voltage according to a response signal caused by the calibration pulse to compensate for temperature changes of the avalanche photodiode; and wherein the processor is configured to adjust the bias voltage such that a gain of the avalanche photodiode in response to a given detected pulse is held substantially constant.
A proximity sensor for detection of a target in a near position to the sensor, the sensor comprising: an optic fibre having a first optic fibre strain sensor, wherein the first optic fibre strain sensor has a characteristic frequency response that shifts in response to the applied strain; and a first mass flexibly coupled to the optic fibre, the first mass configured to move in response to the near position of the target by magnetic attraction to the target or magnetic repulsion from the target, and wherein movement of the first mass alters strain applied to the first optic fibre strain sensor; characterised in that the optic fibre further comprises a second optic fibre strain sensor flexibly coupled to a second mass, the second mass configured to move in an opposite direction to the first mass in response to the near position of the target. an optic fibre having a first optic fibre strain sensor, wherein the first optic fibre strain sensor has a characteristic frequency response that shifts in response to the applied strain; and a first mass flexibly coupled to the optic fibre, the first mass configured to move in response to the near position of the target by magnetic attraction to the target or magnetic repulsion from the target, and wherein movement of the first mass alters strain applied to the first optic fibre strain sensor; characterised in that the optic fibre further comprises a second optic fibre strain sensor flexibly coupled to a second mass, the second mass configured to move in an opposite direction to the first mass in response to the near position of the target.
A threaded engagement device having a female thread portion and a male thread portion engaged to each other through a plurality of threads formed along the axis direction; wherein each thread in the female thread portion and male thread portion has a crest (11,21) and a root (12,22) formed around the circumference of the thread, and a stab flank (13,23) and a load flank (14,24) connecting the crest (11,21) and the root (12,22); wherein the root of the female thread portion comprises a straight portion extending along the axis direction; wherein the root of the male thread portion comprises a concave rounded portion; characterized in that the root of the female thread portion comprises a concave rounded portion; and a radius of curvature of the rounded portion in the male thread portion is larger than a radius of curvature of the rounded portion in the female thread portion.
A method for determining conductivity of a non-homogenous fluid product in a continuous process in a conduit, comprising: providing a product into a first end of a conduit so that the product flows toward a second end of the conduit, wherein the conduit comprises a pipe having an interior cavity, a first pair of probes which oppose each other and are attached at a first location and orientated radially about the pipe at a first radial position and a second pair of probes which oppose each other at a second location and orientated radially about the pipe at a second radial position, wherein the first radial position is different from the second radial position, the first and second locations being separate from each other and being between the first and second ends; monitoring the conductivity of the product flowing in the conduit at the first location using current measured between the first pair of probes; monitoring the conductivity of the product flowing in the conduit at the second location using current measured between the second pair of probes; introducing a marker material into an entry port, the marker material comprising a conductivity that is substantially different than the conductivity of the product; and detecting a conductivity of material located at the first location and the second location with the first pair of probes and the second pair of probes. providing a product into a first end of a conduit so that the product flows toward a second end of the conduit, wherein the conduit comprises a pipe having an interior cavity, a first pair of probes which oppose each other and are attached at a first location and orientated radially about the pipe at a first radial position and a second pair of probes which oppose each other at a second location and orientated radially about the pipe at a second radial position, wherein the first radial position is different from the second radial position, the first and second locations being separate from each other and being between the first and second ends; monitoring the conductivity of the product flowing in the conduit at the first location using current measured between the first pair of probes; monitoring the conductivity of the product flowing in the conduit at the second location using current measured between the second pair of probes; introducing a marker material into an entry port, the marker material comprising a conductivity that is substantially different than the conductivity of the product; and detecting a conductivity of material located at the first location and the second location with the first pair of probes and the second pair of probes.
A method for establishing a communication between a calling terminal and a called terminal in a packet oriented communications network, in which - before a call is accepted by the called terminal, a second payload connection between the calling terminal and a connection controller is established, triggered by a message (M SIG) within the framework of call set-up signaling, wherein - before the call is accepted by the called terminal, a direct, first payload connection is established and maintained between the calling terminal and the called terminal, triggered by a message (M SIG, M3) within the framework of call set-up signaling, bypassing connection controllers (GW1, GW2, GW3) such as gateways and/or gatekeepers, - maintenance packets (IDLE, P IDLE) are transmitted between the calling terminal and the called terminal via the first payload connection, so that the first payload connection, which has been established but is not yet active, is maintained and is ready to transmit payloads, and - as a result of the call acceptance by the called terminal, the communication is established directly by means of the established first payload connection between the calling terminal and the called terminal, and payloads are transmitted. - before a call is accepted by the called terminal, a second payload connection between the calling terminal and a connection controller is established, triggered by a message (M SIG) within the framework of call set-up signaling, wherein - before the call is accepted by the called terminal, a direct, first payload connection is established and maintained between the calling terminal and the called terminal, triggered by a message (M SIG, M3) within the framework of call set-up signaling, bypassing connection controllers (GW1, GW2, GW3) such as gateways and/or gatekeepers, - maintenance packets (IDLE, P IDLE) are transmitted between the calling terminal and the called terminal via the first payload connection, so that the first payload connection, which has been established but is not yet active, is maintained and is ready to transmit payloads, and - as a result of the call acceptance by the called terminal, the communication is established directly by means of the established first payload connection between the calling terminal and the called terminal, and payloads are transmitted.
A method for framing data, comprising: encapsulating a data stream into a first frame; encapsulating the first frame into a second frame; and transmitting the second frame (200, 300); characterized in that the first frame is an encapsulation method frame for a Passive Optical Network, PON system, and the second frame is defined by a transmission convergence layer of the PON system; and the first frame comprises a header aligned with a word boundary of an integer multiple of four bytes. encapsulating a data stream into a first frame; encapsulating the first frame into a second frame; and transmitting the second frame (200, 300); characterized in that the first frame is an encapsulation method frame for a Passive Optical Network, PON system, and the second frame is defined by a transmission convergence layer of the PON system; and the first frame comprises a header aligned with a word boundary of an integer multiple of four bytes.
An apparatus for diagnosing a battery, the apparatus comprising: a voltage measurement unit that measures a voltage of a battery cell; a signal conversion unit that converts the voltage of the battery cell measured by the voltage measurement unit into a differential signal; and calculates a standard deviation for the differential signal; and an abnormality diagnostic unit that diagnoses an abnormality of the battery cell based on the differential signal, characterised in that the abnormality diagnostic unit diagnoses that an abnormality of the battery cell has occurred when the standard deviation of the differential signal is equal to or greater than a preset reference value using a sliding window scheme with respect to the standard deviation. a voltage measurement unit that measures a voltage of a battery cell; a signal conversion unit that converts the voltage of the battery cell measured by the voltage measurement unit into a differential signal; and calculates a standard deviation for the differential signal; and an abnormality diagnostic unit that diagnoses an abnormality of the battery cell based on the differential signal, characterised in that the abnormality diagnostic unit diagnoses that an abnormality of the battery cell has occurred when the standard deviation of the differential signal is equal to or greater than a preset reference value using a sliding window scheme with respect to the standard deviation.
A thermoforming packaging machine including a sealing device, said sealing device comprising at least a first and a second sealing tool for producing a first and a second seal uniting a lower web with a top web, characterized in that actuators (26, 27) are provided for the sealing tools (24, 25), by means of which the sealing forces (F1, F2) of the sealing tools (24, 25) can be adjusted individually, wherein the first sealing tool is provided for producing a sealed seam which extends circumferentially around a product, and that the second sealing tool is provided for producing a planar seal.
A flow cell device, comprising: a solid, optically transmitting flow cell body comprising an outer surface (202, 206, 210) and surrounding a hollow bore, the hollow bore comprising a liquid inlet end opening at the outer surface, and a liquid outlet end opening at the outer surface at a location axially opposite to the liquid inlet end opening; a liquid inlet structure comprising a first protruding section contacting the liquid inlet end opening and extending into the hollow bore, the liquid inlet structure having a liquid inlet port formed in the first protruding section and fluidly communicating with the hollow bore; and a liquid outlet structure comprising a second protruding section contacting the liquid outlet end opening and extending into the hollow bore, the liquid outlet structure having a liquid outlet port formed in the second protruding section and fluidly communicating with the hollow bore, characterized in that the liquid inlet structure has a plurality of radial grooves formed in the first protruding section, the plurality of radial grooves extending radially relative to a central axis passing through the hollow bore and fluidly communicating with the hollow bore, and the liquid inlet port is positioned in fluid communication with the radial grooves. a solid, optically transmitting flow cell body comprising an outer surface (202, 206, 210) and surrounding a hollow bore, the hollow bore comprising a liquid inlet end opening at the outer surface, and a liquid outlet end opening at the outer surface at a location axially opposite to the liquid inlet end opening; a liquid inlet structure comprising a first protruding section contacting the liquid inlet end opening and extending into the hollow bore, the liquid inlet structure having a liquid inlet port formed in the first protruding section and fluidly communicating with the hollow bore; and a liquid outlet structure comprising a second protruding section contacting the liquid outlet end opening and extending into the hollow bore, the liquid outlet structure having a liquid outlet port formed in the second protruding section and fluidly communicating with the hollow bore, characterized in that the liquid inlet structure has a plurality of radial grooves formed in the first protruding section, the plurality of radial grooves extending radially relative to a central axis passing through the hollow bore and fluidly communicating with the hollow bore, and the liquid inlet port is positioned in fluid communication with the radial grooves.
An instrument (I, 10-A, 10-B) for treating a patient with semicircular canal injury, which is an instrument in the form of an enlarged model (10a, 10b, 10c) of human three semicircular canals and has a structure in which a liquid and a plurality of otolithic models that have a specific gravity larger than the specific gravity of said liquid are enclosed within a hollow annular member made of a transparent resin, characterized in that the instrument is in the form of an exact enlarged model of human three semicircular canals, and is equipped with a screen (1,2,3) at the position corresponding to the cupula in each of the three semicircular canals, the screen (1,2,3) having such a mesh size as allowing the passage of said liquid but not allowing the passage of the otolithic models.
An adhesive composition comprising: - at least one hydrocarbon resin in amount of at most 40% by weight with respect to the total weight of the composition; - at least one polyolefin derived from the polymerization of ethylene and/or propylene through metallocene catalysis and having a density in the range from 0.8 to 0.9 g/cm 3; and - ethylene vinyl acetate copolymer in an amount of at most 15% by weight with respect to the total weight of the composition. - at least one hydrocarbon resin in amount of at most 40% by weight with respect to the total weight of the composition; - at least one polyolefin derived from the polymerization of ethylene and/or propylene through metallocene catalysis and having a density in the range from 0.8 to 0.9 g/cm 3; and - ethylene vinyl acetate copolymer in an amount of at most 15% by weight with respect to the total weight of the composition.
A random access method, comprising: determining, by a terminal, a service attribute of to-be-transmitted data, wherein the service attribute comprises a service packet attribute and one or more of the following: a service type attribute and/or a service latency attribute, wherein the service packet attribute is used to distinguish between different types of packet transmission, the service type attribute is used to distinguish between different types of services and the service latency attribute is used to distinguish between different types of data transmission having different latency requirements; and sending, by the terminal if the service attribute meets a preset condition for early data transmission, a random access request to a network device by using a dedicated resource for the early data transmission. determining, by a terminal, a service attribute of to-be-transmitted data, wherein the service attribute comprises a service packet attribute and one or more of the following: a service type attribute and/or a service latency attribute, wherein the service packet attribute is used to distinguish between different types of packet transmission, the service type attribute is used to distinguish between different types of services and the service latency attribute is used to distinguish between different types of data transmission having different latency requirements; and sending, by the terminal if the service attribute meets a preset condition for early data transmission, a random access request to a network device by using a dedicated resource for the early data transmission.
A method of operating a wireless device in a wireless communication network, comprising: obtaining a signal transmitted from a network node in the wireless communication network; determining a physical cell Identifier, ID, of the network node based on the signal obtained from the network node; and determining a frequency hopping, FH, pattern of the network node based on the determined physical cell ID of the network node where the FH pattern comprises a sequence of hopping channels and the network node transmits on one hopping channel at any given time according to the FH pattern. obtaining a signal transmitted from a network node in the wireless communication network; determining a physical cell Identifier, ID, of the network node based on the signal obtained from the network node; and determining a frequency hopping, FH, pattern of the network node based on the determined physical cell ID of the network node where the FH pattern comprises a sequence of hopping channels and the network node transmits on one hopping channel at any given time according to the FH pattern.