mhurhangee/patent-ind-claim-en huggingface dataset:
A compressor having a stationary part , a part oscillating along a main axis (X), and a leakage path (L) extending between the stationary part and the oscillating part in the axial direction, wherein multiple chambers , which are arranged axially in succession and extend annularly around the main axis (X), are defined between the stationary part and the oscillating part , wherein a seal , which closes or reduces the leakage path (L), is arranged in at least one chamber , wherein a plurality of bypasses (70, 70a,b,c,d) is provided, which fluidically interconnect two chambers , respectively, characterised in that of two respective adjacent bypasses (70, 70a,b,c,d), the bypass (70, 70a,b,c,d) that is arranged closer to a high-pressure side (H) of the compressor comprises a minimum cross-section M, which is smaller than the minimum cross-section M of the bypass (70, 70a,b,c,d), which is located closer to a low-pressure side (N) of the compressor . wherein multiple chambers , which are arranged axially in succession and extend annularly around the main axis (X), are defined between the stationary part and the oscillating part , wherein a seal , which closes or reduces the leakage path (L), is arranged in at least one chamber , wherein a plurality of bypasses (70, 70a,b,c,d) is provided, which fluidically interconnect two chambers , respectively, characterised in that of two respective adjacent bypasses (70, 70a,b,c,d), the bypass (70, 70a,b,c,d) that is arranged closer to a high-pressure side (H) of the compressor comprises a minimum cross-section M, which is smaller than the minimum cross-section M of the bypass (70, 70a,b,c,d), which is located closer to a low-pressure side (N) of the compressor .
A method performed by a Mobility Management Entity, MME, node or a S4-SGSN node for dynamic Policy and Charging Rules Function, PCRF, assisted management of network parameters, the method comprising: sending network related parameters to a Policy and Charging Rules Function, PCRF, node through a direct MME/S4-SGSN-PCRF interface ; and being characterized in comprising: sending the network related parameters according to a PCRF subscription based on at least one of a cell identification change or a tracking area update upon receiving a request for information from the PCRF node , where the network related parameters are at least one of user location specific parameters or S1-connection status or RAN capabilities or QoS parameters or Subscriber Profile ID, SPID, information element received or stored within said MME node or S4-SGSN node , and wherein the direct MME/S4-SGSN-PCRF interface is established during an initial attach procedure, or a MME or S4-SGSN relocation procedure, or provided when a new connection towards an external data network is established or modified. sending the network related parameters according to a PCRF subscription based on at least one of a cell identification change or a tracking area update upon receiving a request for information from the PCRF node , where the network related parameters are at least one of user location specific parameters or S1-connection status or RAN capabilities or QoS parameters or Subscriber Profile ID, SPID, information element received or stored within said MME node or S4-SGSN node , and wherein the direct MME/S4-SGSN-PCRF interface is established during an initial attach procedure, or a MME or S4-SGSN relocation procedure, or provided when a new connection towards an external data network is established or modified.
A method of communicating timing information for light samples that are scanned to form a displayed image in a scanning mirror display system , the method comprising: for a line of light samples , encoding timing information for a first light sample of the line of light samples using a first, greater number of bits to form encoded timing information for the first light sample; sending intensity information and the encoded first timing information for the first light sample across a communications channel ; encoding timing information for a subsequent light sample of the line of light samples by computing a derivative based upon a timing of the subsequent light sample and a position of the subsequent light sample compared to a prior light sample, wherein the derivative represents a rate of change of absolute timing values between adjacent light samples, and encoding the derivative using a second, lesser number of bits to form encoded timing information for the subsequent light sample; and sending intensity information and the encoded timing information for the subsequent light sample across the communications channel. for a line of light samples , encoding timing information for a first light sample of the line of light samples using a first, greater number of bits to form encoded timing information for the first light sample; sending intensity information and the encoded first timing information for the first light sample across a communications channel ; encoding timing information for a subsequent light sample of the line of light samples by computing a derivative based upon a timing of the subsequent light sample and a position of the subsequent light sample compared to a prior light sample, wherein the derivative represents a rate of change of absolute timing values between adjacent light samples, and encoding the derivative using a second, lesser number of bits to form encoded timing information for the subsequent light sample; and sending intensity information and the encoded timing information for the subsequent light sample across the communications channel.
A method for a streaming flight data from an aircraft, the method comprising: transmitting, from at least one flight data unit, the flight data to a flight data recorder streaming (FDRS) server; determining, by the FDRS server, at least one antenna to use for streaming the flight data by analyzing the flight data, wherein the at least one antenna comprises at least one of a first antenna and a second antenna; generating, by the FDRS server, an antenna selection signal according to the at least one antenna to use for streaming the flight data; transmitting, by the FDRS server, the antenna selection signal to an antenna switch unit; selecting, by the antenna switch unit, the at least one antenna to use for streaming the flight data according to the antenna selection signal; and streaming, by the at least one antenna to use for streaming the flight data, the flight data to at least one of at least one satellite, characterized in that the FDRS server determines the at least one antenna to use for streaming the flight data by analyzing the flight data to determine the at least one antenna that has visibility to at least one of the at least one satellite. transmitting, from at least one flight data unit, the flight data to a flight data recorder streaming (FDRS) server; determining, by the FDRS server, at least one antenna to use for streaming the flight data by analyzing the flight data, wherein the at least one antenna comprises at least one of a first antenna and a second antenna; generating, by the FDRS server, an antenna selection signal according to the at least one antenna to use for streaming the flight data; transmitting, by the FDRS server, the antenna selection signal to an antenna switch unit; selecting, by the antenna switch unit, the at least one antenna to use for streaming the flight data according to the antenna selection signal; and streaming, by the at least one antenna to use for streaming the flight data, the flight data to at least one of at least one satellite, characterized in that the FDRS server determines the at least one antenna to use for streaming the flight data by analyzing the flight data to determine the at least one antenna that has visibility to at least one of the at least one satellite.
A carrier device for a motor vehicle having a base carrier which is substantially formed by an organo sheet and which extends along a main plane (H), characterized in that the organo sheet of the base carrier has at least one separation on which a material region is molded out from the main plane (H) while forming at least one free space , such that said material region is spaced apart from an adjacent region of the base carrier by at least one portion and at least partially protrudes from the main plane (H), wherein the at least one free space is at least partially filled a) with an injection of thermoplastic material or b) with an injection of thermoplastic material and a separate insert element , such that the portion of the molded-out material region and the adjacent region are connected to one another thereby. a) with an injection of thermoplastic material or b) with an injection of thermoplastic material and a separate insert element ,
A magnetic flowmeter transmitter comprising: a flowtube ; measurement circuitry configured to provide an output related to flow through the flowtube ; output circuitry coupled to the measurement circuitry and configured to provide a transmitter output related to flow through the flowtube ; and output verification circuitry coupled to the output circuitry and configured to verify proper operation of the output circuitry , wherein the output circuitry includes pulse output circuitry (158-2) configured to provide a pulse output on electrical wiring in order to transmit flow information, and wherein the output verification circuitry is configured to verify a pulse output frequency in order to verify proper operation of the pulse output circuitry (158-2). a flowtube ; measurement circuitry configured to provide an output related to flow through the flowtube ; output circuitry coupled to the measurement circuitry and configured to provide a transmitter output related to flow through the flowtube ; and output verification circuitry coupled to the output circuitry and configured to verify proper operation of the output circuitry , wherein the output circuitry includes pulse output circuitry (158-2) configured to provide a pulse output on electrical wiring in order to transmit flow information, and wherein the output verification circuitry is configured to verify a pulse output frequency in order to verify proper operation of the pulse output circuitry (158-2).
A guide wire holder for accommodating and holding a medical guide wire in place and for being affixed to a medical device, in particular on an endoscope, the guide wire holder comprising an affixation part , through which the guide wire is capable of being passed, and a guide wire carrier connected with the affixation part and projecting away from same, the guide wire carrier allowing for holding the guide wire in place by a guide wire accommodation device , which comprises a first guide wire deflection element deflecting and tensing the guide wire at a distance from the affixation part in a direction leading away from its pass-through direction in the affixation part , from which guide wire deflection element at further distances from the affixation part extend an additional guide wire deflection element and a yet further guide wire deflection element , characterized in that the guide wire carrier contains two carrier arms connected with one another, the guide wire accommodation device of the guide wire carrier as first guide wire deflection element comprises a deflection or tensing bracket rising on a flat initial region and being open on one side, which allows for deflecting the guide wire at a distance from the affixation part in a direction leading away from its pass-through direction in the affixation part and in this connection for tensing the guide wire , the guide wire accommodation device of the guide wire carrier at a further distance from the affixation part as additional guide wire deflection element comprises a guide wire contact surface between the two carrier arms on or close to the side of the guide wire carrier facing away from the affixation part , on which the guide wire is guidable along a guide track (at 9a), by which in the region of the respective guide wire contact surface a friction resistance is capable of being exerted on the guide wire guided over the named side of the guide wire carrier , and in that the two carrier arms of the guide wire carrier on their ends that lie farthest from a contact location on the affixation part as yet further guide wire deflection element each have an open offset region , in which the guide wire is deflectable at an angle out of its guide track on or close to the named side of the guide wire carrier around one of the carrier arms .
An apparatus for characterizing multiphase flow in a pipe transporting a fluid under pressure, comprising a transmitter for generating a microwave signal and a first antennae coupled to the transmitter for transmitting the microwave signal into the fluid contained within a section of the pipe and for receiving a reflected microwave signal reflected from the fluid contained within the section of the pipe, wherein the apparatus further comprises: a first detector in communication with the first antenna via a transmission line , said first detector configured for detecting a standing wave on the transmission line, said standing wave comprising the transmitted microwave signal and the reflected microwave signal , said first detector producing a first voltage (Vs) representative of the standing wave; a second antenna located across the pipe from the first antenna for receiving the transmitted microwave signal through the fluid contained within the section of the pipe; a second detector in communication with the second antenna for receiving the transmitted microwave signal from the second antenna and for producing a second voltage (V T ) representative thereof; a pre-amplifier/filter for pre-processing the received first and second voltage signals; an analog-to-digital converter for converting the pre-processed received voltage signals from analog to digital; and a monitoring processor receiving and responsive to the converted voltage signals for identifying characteristics of the flow as a function thereof and characterized in that the first detector is a first diode detector and in that the second detector is a second diode detector. a first detector in communication with the first antenna via a transmission line , said first detector configured for detecting a standing wave on the transmission line, said standing wave comprising the transmitted microwave signal and the reflected microwave signal , said first detector producing a first voltage (Vs) representative of the standing wave; a second antenna located across the pipe from the first antenna for receiving the transmitted microwave signal through the fluid contained within the section of the pipe; a second detector in communication with the second antenna for receiving the transmitted microwave signal from the second antenna and for producing a second voltage (V T ) representative thereof; a pre-amplifier/filter for pre-processing the received first and second voltage signals; an analog-to-digital converter for converting the pre-processed received voltage signals from analog to digital; and a monitoring processor receiving and responsive to the converted voltage signals for identifying characteristics of the flow as a function thereof and characterized in that the first detector is a first diode detector and in that the second detector is a second diode detector.
A compound for use in a method of inhibiting genomic instability in a subject caused by a 1-25 cGy dose of computer tomography (CT) scan radiation, wherein the method comprises administering to the subject an effective dose of the compound either i) following, or ii) prior to and following exposure to the CT scan radiation, and wherein the compound is selected from the group consisting of amifostine, WR-1065, WR-638, WR-3689, WR-2822, WR-2529, WR-77913, WR-255591, WR-2823, WR-33278, WR-255709, WR-151326, and WR-151327.
Holding element for a drape for a surgical microscope , the holding element having a holding ring and a clearance arranged in the holding ring for an interface of the surgical microscope , and the holding ring having a contour , delimiting the clearance , characterized in that the contour is formed so as to be not symmetrical in terms of turning with respect to an axis running parallel to a fastening direction (Y) of the holding element in at least one portion of the contour , wherein the portion is delimited by an internal angle (α1) of at least 90°, so that, in a state in which the holding element is fastened to the surgical microscope , there is a single possible fastening position of the holding element at the interface of the surgical microscope corresponding to the contour of the holding ring in which an alignment of the holding element in relation to the surgical microscope is fixed, and the holding ring has a structure that is widened at a predetermined angle in the fastening direction (Y) of the holding element . the holding element having a holding ring and a clearance arranged in the holding ring for an interface of the surgical microscope , and the holding ring having a contour , delimiting the clearance , characterized in that
Tissue paper being two-ply tissue paper, wherein: a basis weight per one ply is not less than 13.5 g/m 2 nor more than 16.2 g/m 2 ; a paper thickness in the two-ply state is not less than 128μm nor more than 150 μm; a chemical agent containing glycerin and 1,3-propanediol in a total amount of 83.7 mass% or more and having a mass ratio between glycerin and 1,3-propanediol of 1:0.24 or more and equal to or less than 1:5.42, is contained in an amount of 2.8 g/m 2 or more and equal to or less than 5.9 g/m 2 ; and a dry tensile strength in a cross direction (CD) in the two-ply state is not less than 64 cN/25 mm nor more than 133 cN/25 mm. a basis weight per one ply is not less than 13.5 g/m 2 nor more than 16.2 g/m 2 ; a paper thickness in the two-ply state is not less than 128μm nor more than 150 μm; a chemical agent containing glycerin and 1,3-propanediol in a total amount of 83.7 mass% or more and having a mass ratio between glycerin and 1,3-propanediol of 1:0.24 or more and equal to or less than 1:5.42, is contained in an amount of 2.8 g/m 2 or more and equal to or less than 5.9 g/m 2 ; and a dry tensile strength in a cross direction (CD) in the two-ply state is not less than 64 cN/25 mm nor more than 133 cN/25 mm.
Device for removing silt from the bed of a body of water, whereby the device consists of a bell with an open bottom , whereby the device is provided with means to control the water level in the bell and whereby the device is provided with suction means to suck up silt from the bell , wherein at least a section of the sidewall of the bell is open at the bottom up to a certain height (A), whereby the opening can be closed by a partition that can be moved between a raised position, whereby the opening is open, and a lowered position, whereby the opening is closed, whereby the device is provided with a drive to be able to drive the partition into the silt , and that the device is provided with a computer-controlled controller for the removal of silt , characterised in that the computer-controlled controller ensures that the bell is moved in a horizontal direction without thereby raising the bell .
A disposable article comprising a chassis having first and second end portions and a central portion extending therebetween, said article further comprising a first pair of side panels extending on each side of the first end portion of the chassis and said first and second side panels being folded over said chassis , to form a folded side panel configuration prior to use of said article , and said first side panel being arranged at least partly on top of the second side panel to form an overlap area in the folded side panel configuration, wherein the second side panel is bonded to the chassis by a first breakable bond in said folded side panel configuration and the first side panel is bonded to the second side panel by a second breakable bond in said overlap area , and wherein the first breakable bond has a weaker peel strength than the second breakable bond when the peel strength is measured according to a test method as described in the description. wherein the second side panel is bonded to the chassis by a first breakable bond in said folded side panel configuration and the first side panel is bonded to the second side panel by a second breakable bond in said overlap area , and wherein the first breakable bond has a weaker peel strength than the second breakable bond when the peel strength is measured according to a test method as described in the description.
A gas distribution device having multiple gas inlet regions (E1 to E5), which are arranged on top of one another and from which different process gases or at least one carrier gas can be introduced into a process chamber of a CVD reactor, with at least five gas outlet zones (Z1 to Z12) that are arranged on top of one another at different levels and respectively have a gas distribution volume , into which a supply conduit for introducing a gas flow leads, wherein said gas distribution volume is separated from an adjacent gas distribution volume (17, 17', 17") by an intermediate base and has a gas outlet wall with gas outlet openings , and wherein the gas outlet walls of the gas outlet zones (Z1 to Z12) point in the same direction and multiple adjacent gas outlet walls jointly form a gas inlet region (E1 to E5), through which a uniform process gas respectively exits into the process chamber , wherein valves or mechanical switchover elements, which are assigned to the supply conduits in such a way that the height of the gas inlet regions (E1 to E5) can be adjusted by switching on, switching off or switching over one or more supply conduits .
Suction nozzle for a portable hard surface suction appliance for squeegeeing off and suctioning off a liquid from a hard surface, in particular from a window pane, comprising a housing , which comprises on a housing end face a suction opening adjoined by a suction channel that is connectable to a negative pressure source, and comprising an elastically deformable squeegee lip , which is replaceably held on the housing end face , wherein the suction nozzle comprises a fixing part , which is movable back and forth relative to the housing between a fixing position and a release position, wherein the squeegee lip in the fixing position of the fixing part is fixable to the housing by means of the fixing part and in the release position of the fixing part is separable from the housing , characterized in that the fixing part is displaceable along an outer side of the housing .