mhurhangee/patent-ind-claim-en huggingface dataset:
A pneumatic device for a brake system , comprising: - a housing for receiving electronic components and configured for being in fluid communication with the environment during operation of the pneumatic device ; - a breathing path having a port and being in fluid connection with the housing and the environment ; - a breathing element arranged in the breathing path and configured to provide a liquid impermeable but gas permeable barrier between the housing and the environment ; and - a valve element ; wherein the valve element is configured to allow fluid to bypass the breathing element for exhausting the pneumatic device to the environment . - a housing for receiving electronic components and configured for being in fluid communication with the environment during operation of the pneumatic device ; - a breathing path having a port and being in fluid connection with the housing and the environment ; - a breathing element arranged in the breathing path and configured to provide a liquid impermeable but gas permeable barrier between the housing and the environment ; and - a valve element ;
A method for subscriber tracing in a communications system, including capturing , in a network apparatus , user plane packets, wherein the apparatus implements a 3GPP policy and charging enforcement functionality PCEF; adding packet-specific metadata to a captured user plane packet, wherein the packet-specific metadata is used for facilitating subscriber-specific troubleshooting of core network elements; and wherein the metadata enables a network operator to compare the charging and policy control treatment received by different packet flows in the network apparatus for a specific packet and packet flow; and wherein the metadata includes - a public part documented in product-specific customer documentation, and/or - a private part intended for troubleshooting by the product vendor, and including information on an exact code point, licensing information, internal resource situation information, and/or other private information. - a public part documented in product-specific customer documentation, and/or - a private part intended for troubleshooting by the product vendor, and including information on an exact code point, licensing information, internal resource situation information, and/or other private information.
Aircraft nacelle air intake acoustic panel comprising a resistive skin pierced with sound absorption holes and a core against which the resistive skin extends and to which it is fastened, the holes allowing the waves to propagate into the core so as to be attenuated there, the resistive skin having a smooth visible face and a crenellated rear face having an alternation of trenches (13; 13') corresponding to a first, acoustic layer of the resistive skin, of lesser thickness, and crenellations (14; 14') formed by a second, structural layer of the resistive skin, of greater thickness, the acoustic panel being characterized in that the sound absorption holes are only provided in the trenches (13; 13').
A test system for testing a frequency-modulated continuous wave (FMCW) RADAR system , comprising: an anechoic chamber , comprising: a first end configured to be coupled to the FMCW RADAR system ; a second end ; and a test antenna mounted proximate to the second end ; only a single signal mixing system coupled to the test antenna ; a first signal generator coupled to the single signal mixing system ; wherein the first signal generator is configured to generate a sinusoidal waveform having a fixed or varying frequency; which when mixed in the single signal mixing system with the radar signal generates mixing products that include a desired mixing product that is a simulated FMCW RADAR return signal of a predetermined range; and wherein a distance between the test antenna and the FMCW RADAR system is less than a minimum resolution range of the FMCW RADAR system. an anechoic chamber , comprising: a first end configured to be coupled to the FMCW RADAR system ; a second end ; and a test antenna mounted proximate to the second end ; a first end configured to be coupled to the FMCW RADAR system ; a second end ; and a test antenna mounted proximate to the second end ; only a single signal mixing system coupled to the test antenna ; a first signal generator coupled to the single signal mixing system ; wherein the first signal generator is configured to generate a sinusoidal waveform having a fixed or varying frequency; which when mixed in the single signal mixing system with the radar signal generates mixing products that include a desired mixing product that is a simulated FMCW RADAR return signal of a predetermined range; and wherein a distance between the test antenna and the FMCW RADAR system is less than a minimum resolution range of the FMCW RADAR system.
A reception apparatus comprising circuitry configured to: receive a broadcast program via a stream compliant to MPEG-DASH, wherein the stream comprises a Media Presentation Description, MPD; play back the broadcast program; receive a voice uttered by a viewer watching the broadcast program, wherein the voice includes a universal invoking name for generically invoking an AI assistance service; acquire, from the MPD, a specific invoking name for invoking a computer program providing a voice AI assistance service specific to the broadcast program; and convert the universal invoking name included in the voice uttered by the viewer into the specific invoking name, wherein an element describing the specific invoking name is included in a period element of the MPD. receive a broadcast program via a stream compliant to MPEG-DASH, wherein the stream comprises a Media Presentation Description, MPD; play back the broadcast program; receive a voice uttered by a viewer watching the broadcast program, wherein the voice includes a universal invoking name for generically invoking an AI assistance service; acquire, from the MPD, a specific invoking name for invoking a computer program providing a voice AI assistance service specific to the broadcast program; and convert the universal invoking name included in the voice uttered by the viewer into the specific invoking name, wherein an element describing the specific invoking name is included in a period element of the MPD.
A sensor for monitoring a surveillance area - having a transmitter - for emitting radiation into the surveillance area - for reflection on an object in the surveillance area, - having a test transmitter - for emitting a test signal of radiation, - having a receiver - for receiving - the radiation of the transmitter reflected on the object or - the radiation from the test transmitter, and - having an evaluation device - for determining a distance value - as a function of the delay, - the time span or the phase of a modulation - between emitted and received radiation from the sensor, characterised in that the sensor is further designed - having a memory - for storing an expected value for the expected distance value of the received test signal, and - having a comparison device - for comparing - a distance value based on the received test signal - with the expected value and - for outputting a safety signal depending on the comparison. - having a transmitter - for emitting radiation into the surveillance area - for reflection on an object in the surveillance area, - for emitting radiation into the surveillance area - for reflection on an object in the surveillance area, - having a test transmitter - for emitting a test signal of radiation, - for emitting a test signal of radiation, - having a receiver - for receiving - the radiation of the transmitter reflected on the object or - the radiation from the test transmitter, and - for receiving - the radiation of the transmitter reflected on the object or - the radiation from the test transmitter, and - the radiation of the transmitter reflected on the object or - the radiation from the test transmitter, and - having an evaluation device - for determining a distance value - as a function of the delay, - the time span or the phase of a modulation - between emitted and received radiation from the sensor, characterised in that the sensor is further designed - for determining a distance value - as a function of the delay, - the time span or the phase of a modulation - between emitted and received radiation from the sensor, characterised in that the sensor is further designed - the time span or the phase of a modulation - between emitted and received radiation from the sensor, characterised in that the sensor is further designed - having a memory - for storing an expected value for the expected distance value of the received test signal, and - for storing an expected value for the expected distance value of the received test signal, and - having a comparison device - for comparing - a distance value based on the received test signal - with the expected value and - for outputting a safety signal depending on the comparison. - for comparing - a distance value based on the received test signal - with the expected value and - a distance value based on the received test signal - with the expected value and - for outputting a safety signal depending on the comparison.
Cooling assembly for cooling at least one light source of a light fixture comprising: • at least one cooling fan configured to produce a cooling air flow; • at least one flow-guiding element configured to guide the cooling air flow of the cooling fan ; the flow-guiding element comprising a channel which receives the cooling air from the cooling fan and a main fin , which is arranged inside the channel and shaped so as to generate a primary air flow (FP), directed so as to cool a first zone of the light source , and at least a secondary air flow (FS), directed so as to cool a second zone of the light source , at least in part distinct from the first zone ; • the first zone of the light source comprising at least one rear tubular portion and a bulb of a short arc lamp . • the second zone of the light source comprising at least one front tubular portion of a short arc lamp ; the cooling assembly being characterized by the fact that the main fin is provided with a first portion and a second portion arranged in succession along the cooling air flow direction and the second portion is provided with at least one through hole . • at least one cooling fan configured to produce a cooling air flow; • at least one flow-guiding element configured to guide the cooling air flow of the cooling fan ; the flow-guiding element comprising a channel which receives the cooling air from the cooling fan and a main fin , which is arranged inside the channel and shaped so as to generate a primary air flow (FP), directed so as to cool a first zone of the light source , and at least a secondary air flow (FS), directed so as to cool a second zone of the light source , at least in part distinct from the first zone ; • the first zone of the light source comprising at least one rear tubular portion and a bulb of a short arc lamp . • the second zone of the light source comprising at least one front tubular portion of a short arc lamp ;
A controller for interfacing with an interactive application, comprising: a housing defined by a main body , a first extension extending from a first end of the main body , and a second extension extending from a second end of the main body, the first extension and the second extension for holding by a first hand and a second hand of a user, respectively; two vertically oriented joysticks positioned along a top surface of the main body; and a touch-sensitive panel defined on a first side surface of the main body , the touch-sensitive panel being situated between the extensions so that a user holding the controller by the extensions can use the touch-sensitive panel with a thumb of either hand; a tracking panel defined along a second side surface of the main body ; and a light defined in the main body for illuminating the tracking panel. a housing defined by a main body , a first extension extending from a first end of the main body , and a second extension extending from a second end of the main body, the first extension and the second extension for holding by a first hand and a second hand of a user, respectively; two vertically oriented joysticks positioned along a top surface of the main body; and a touch-sensitive panel defined on a first side surface of the main body , the touch-sensitive panel being situated between the extensions so that a user holding the controller by the extensions can use the touch-sensitive panel with a thumb of either hand; a tracking panel defined along a second side surface of the main body ; and a light defined in the main body for illuminating the tracking panel.
GM-CSF for use in a method for preventing or reducing the likelihood of implantation failure in a subject suffering from recurrent miscarriage and undergoing an assisted reproduction procedure, comprising administering to said subject an effective amount of GM-CSF, as the sole active substance.
A composition for use in a method of treating a collagen disease in a mammalian subject, said composition comprising IL-1ra, sTNF-RI, and at least one protein selected from sTNF-RII, IGF-1, EGF, HGF, PDGF-AB, PDGF-BB, VEGF, TGF-β1, and sIL-1RII, wherein the concentration of each protein in the composition is greater than the concentration of the protein in normal blood, said method of treating comprising administering the composition to a site of a collagen disease in the subject, thereby stimulating chondrocyte production at said site.
A delayed release pharmaceutical composition for oral administration comprising a core of Duloxetine or a pharmaceutical acceptable salt thereof as the active ingredient, a separating layer over the core wherein the thickness of the separating layer is 150-180 μm and an enteric layer over said separating layer, wherein the pharmaceutical composition is in the form of mini tablets filled into a capsule, and each mini-tablet has a diameter of approximately 4 mm.
A chute assembly for directing cement from a cement truck comprising: an elongate chute of generally u-shaped cross section fabricated from UHMWPe and comprising an upper end and a lower end ; characterized by a plurality of reinforcing rods arranged along a length of and encased within said UHMWPe, one end of each of said rods adjacent said upper end and another end of each of said rods adjacent said lower end ; a pair of u-shaped collars , an upper one of said collars adjacent said upper end and a lower one of said collars adjacent said lower end ; and a fastener for securing each of said collars to their respective rod ends. an elongate chute of generally u-shaped cross section fabricated from UHMWPe and comprising an upper end and a lower end ; characterized by a plurality of reinforcing rods arranged along a length of and encased within said UHMWPe, one end of each of said rods adjacent said upper end and another end of each of said rods adjacent said lower end ; a pair of u-shaped collars , an upper one of said collars adjacent said upper end and a lower one of said collars adjacent said lower end ; and a fastener for securing each of said collars to their respective rod ends.
A cryogenic liquid delivery installation comprising: - connecting means for transferring a cryogenic liquid to a tank , as well as a recovery of gas exiting said tank or the like, - a first flowmeter for determining the mass of liquid exiting the delivery installation, - a second flowmeter for determining the mass of recovered gas, characterized in that it further comprises a device for determining the calorific value of the transferred liquid and - a device for determining the calorific value of the recovered gas - connecting means for transferring a cryogenic liquid to a tank , as well as a recovery of gas exiting said tank or the like, - a first flowmeter for determining the mass of liquid exiting the delivery installation, - a second flowmeter for determining the mass of recovered gas, characterized in that it further comprises a device for determining the calorific value of the transferred liquid and - a device for determining the calorific value of the recovered gas
A magnetic buckle, including: a female buckle , provided with a first magnetic member ; a male buckle , provided with a second magnetic member ; the second magnetic member and the first magnetic member attracted to each other in the locking direction of the male buckle and the female buckle , and the male buckle and the female buckle can be mated and locked together in the locking direction; the female buckle is provided with a locking member that can lock the male buckle so that the male buckle and the female buckle are locked and connected together, the locking member is provided with a third magnetic member , the magnetic buckle is characterized in that the third magnetic member can interact with the second magnetic member and/or the first magnetic member through magnetic force so that it can actuate the locking member to lock the male buckle when the male buckle is mated with the female buckle . a female buckle , provided with a first magnetic member ; a male buckle , provided with a second magnetic member ; the second magnetic member and the first magnetic member attracted to each other in the locking direction of the male buckle and the female buckle , and the male buckle and the female buckle can be mated and locked together in the locking direction; the female buckle is provided with a locking member that can lock the male buckle so that the male buckle and the female buckle are locked and connected together, the locking member is provided with a third magnetic member , the magnetic buckle is characterized in that the third magnetic member can interact with the second magnetic member and/or the first magnetic member through magnetic force so that it can actuate the locking member to lock the male buckle when the male buckle is mated with the female buckle .
Aerator with a housing , a stream-splitting device , arranged or formed in the housing , for the purpose of splitting an individual stream into a plurality of separate liquid portions, wherein the stream-splitting device has at least two flow ducts which are oriented obliquely in such a way that the streams formed by the flow ducts meet each other, wherein an insert part is inserted into a hole of a base body of the stream-splitting device such that the hole is divided into the at least two obliquely extending flow ducts , wherein the water streams that during use flow out of the flow ducts meet at an intersection point , and wherein the insert part is inserted into a groove in the base body , and the insert part is fixed on the base body by a retaining device , characterized in that the retaining device is formed as at least one latching projection formed on an inflow-side upper side of the base body .
An engineered ligase comprising a polypeptide sequence having at least 85%, 90%, 91%, 92%, 93%, 94%, 95%, 96%, 97%, 98%, 99%, or more sequence identity to the reference sequence of SEQ ID NOs: 2, 6, 32, 34, and/or 38, wherein the engineered ligase comprises a 451K or 451G substitution in its polypeptide sequence, wherein the amino acid positions of the polypeptide sequence are numbered with reference to SEQ ID NO: 6, and wherein said engineered ligase exhibits increased enzymatic activity of at least 1.1-fold, at least 2-fold or at least 5-fold the enzymatic activity of the wild-type T4 DNA ligase.
A compressor comprising an orbiting scroll , a cooling pipe and a crankshaft , the cooling pipe passing through the crankshaft , characterised by a part of the cooling pipe being arranged in a sealing portion of the orbiting scroll , the cooling pipe moving synchronously with the orbiting scroll and rotating with respect to the crankshaft ; wherein an axial through hole is provided in a center of the orbiting scroll , the sealing portion of the orbiting scroll is provided with a sealing groove , the crankshaft is provided with a mounting hole , the sealing groove is in communication with the mounting hole through the axial through hole , the cooling pipe enters a tail portion of the crankshaft , and passes through the mounting hole , the axial through hole and the sealing groove , and then returns back on the same way and extends from the tail portion of the crankshaft ; wherein an eccentric amount of the mounting hole with respect to a central axis of the crankshaft is equal to an eccentric amount of the orbiting scroll with respect to the central axis of the crankshaft . wherein an axial through hole is provided in a center of the orbiting scroll , the sealing portion of the orbiting scroll is provided with a sealing groove , the crankshaft is provided with a mounting hole , the sealing groove is in communication with the mounting hole through the axial through hole , the cooling pipe enters a tail portion of the crankshaft , and passes through the mounting hole , the axial through hole and the sealing groove , and then returns back on the same way and extends from the tail portion of the crankshaft ; wherein an eccentric amount of the mounting hole with respect to a central axis of the crankshaft is equal to an eccentric amount of the orbiting scroll with respect to the central axis of the crankshaft .