mhurhangee/ep-ind-claims huggingface dataset:
A transporter vehicle comprising: an automotive vehicle body; a vessel which is tiltably provided on said vehicle body by using a rear side of said vehicle body as a fulcrum and on which objects to be transported can be loaded; an operating room provided in said vehicle body to be positioned in a front side of said vessel; a steering handle provided in said operating room and steerable by a driver; a steering valve for controlling a direction and a flow amount of pressurized oil supplied to a steering cylinder (22A, 22B) at the time of being operated and changed from a neutral position by said steering handle; a circulation line for circulating the pressurized oil in said steering valve when said steering valve is in the neutral position; and an orifice member which is provided along the path of said circulation line for applying a throttling function to the flowing pressurized oil, characterized in that: said orifice member is screwed into a housing of said steering valve from outside to be removably mounted to an outer side face of said housing, and said orifice member is constituted by an orifice joint including an orifice portion for applying the throttling function to the flowing pressurized oil, and a filter positioned upstream of said orifice portion to purify said pressurized oil. an automotive vehicle body; a vessel which is tiltably provided on said vehicle body by using a rear side of said vehicle body as a fulcrum and on which objects to be transported can be loaded; an operating room provided in said vehicle body to be positioned in a front side of said vessel; a steering handle provided in said operating room and steerable by a driver; a steering valve for controlling a direction and a flow amount of pressurized oil supplied to a steering cylinder (22A, 22B) at the time of being operated and changed from a neutral position by said steering handle; a circulation line for circulating the pressurized oil in said steering valve when said steering valve is in the neutral position; and an orifice member which is provided along the path of said circulation line for applying a throttling function to the flowing pressurized oil, characterized in that: said orifice member is screwed into a housing of said steering valve from outside to be removably mounted to an outer side face of said housing, and said orifice member is constituted by an orifice joint including an orifice portion for applying the throttling function to the flowing pressurized oil, and a filter positioned upstream of said orifice portion to purify said pressurized oil. said orifice member is screwed into a housing of said steering valve from outside to be removably mounted to an outer side face of said housing, and said orifice member is constituted by an orifice joint including an orifice portion for applying the throttling function to the flowing pressurized oil, and a filter positioned upstream of said orifice portion to purify said pressurized oil.
A cell handover measurement indication method, comprising: calculating, by a network device, a measurement moment of cell handover based on a measurement event, wherein the measurement event is a location relationship between a terminal and the network device, and the measurement event comprises at least one of the following: a first measurement event or a second measurement event; and the first measurement event is that a distance between the terminal and a center point of a serving cell is greater than a first threshold, wherein the serving cell is a cell providing a service for the terminal; and the second measurement event is that a distance between the terminal and the network device is greater than a second threshold, wherein when the network device is a communication satellite, the first threshold and/or the second threshold is determined based on an orbit height of the communication satellite; and sending, by the network device, a measurement indication, wherein the measurement indication carries the measurement moment, and the measurement indication is used to indicate the terminal to perform cell handover measurement. calculating, by a network device, a measurement moment of cell handover based on a measurement event, wherein the measurement event is a location relationship between a terminal and the network device, and the measurement event comprises at least one of the following: a first measurement event or a second measurement event; and the first measurement event is that a distance between the terminal and a center point of a serving cell is greater than a first threshold, wherein the serving cell is a cell providing a service for the terminal; and the second measurement event is that a distance between the terminal and the network device is greater than a second threshold, wherein when the network device is a communication satellite, the first threshold and/or the second threshold is determined based on an orbit height of the communication satellite; and sending, by the network device, a measurement indication, wherein the measurement indication carries the measurement moment, and the measurement indication is used to indicate the terminal to perform cell handover measurement.
A method for shaping a ceramic matrix composite sheet (102, 206, 306) having a first surface and a second surface, the method comprising: receiving an input signal representative of a predetermined shape and a type of the CMC sheet; selecting a laser beam based on the received input signal; and projecting the selected laser beam on said first surface of the CMC sheet to shape the CMC sheet into the predetermined shape; and further comprising providing a fire retardant structure disposed adjacent the second surface of the CMC sheet to minimize cut damage at the second surface of the CMC sheet. receiving an input signal representative of a predetermined shape and a type of the CMC sheet; selecting a laser beam based on the received input signal; and projecting the selected laser beam on said first surface of the CMC sheet to shape the CMC sheet into the predetermined shape; and further comprising providing a fire retardant structure disposed adjacent the second surface of the CMC sheet to minimize cut damage at the second surface of the CMC sheet.
A connecting device for pipe or hose lines with a threaded connecting body having a bore for passing through a medium flowing through the pipe or hose line, and with a pipe-like end piece, which can be plugged into a receptacle constructed at the front end of the threaded connecting body and fixed therein by means of a union nut, which has an internal thread that can be screwed onto an external thread applied on the outer circumference of the threaded connecting body and is arranged rotatably between a release position and an assembly position, wherein the receptacle of the threaded connecting body is constructed in the form of an expanding cone, and wherein the external thread carrying the circumferential surface of the threaded connecting body has a progression inclined opposite the cone of the receptacle in the direction of its front end, and the union nut with its surface carrying the internal thread has a progression complementary thereto, and the external thread and internal thread are designed as apex threads, such that the radial force exerted on the receiving cone formed in the threaded connecting body by the conical end piece with the connecting device assembled is directed opposite the radial force exerted by the tapered thread with the union nut screwed on, characterized in that a conical shape that corresponds to the receiving cone formed on the threaded connecting body and tapers toward the end of the end piece is established on the circumferential surface of the end piece engaging into the receptacle, and the front conical circumferential surface taken up by the receiving cone of the threaded connecting body is formed on a bead fabricated by shaping the end piece, and that the geometry of the tooth flanks (25, 26) of the apex thread is configured in such a way that, once an assembly position of the union nut on the threaded connecting body defined by a prescribed tightening torque has been reached during initial assembly, a respective gap remains as a retightening reserve of the apex thread between the tooth flanks (25b, 26b) of the external thread and internal thread lying in the screwing direction as well as in the respective thread root, wherein the tightening torque defined for the final assembly state of the connecting device is set in such a way that the end section of the threaded connecting body lying between the inner receiving cone and outer surface carrying the external thread is elastically inwardly pretensioned in the direction toward the end piece pushed into the receiving cone, wherein the threads of the external thread applied to the threaded connecting body and the internal thread formed in the union nut have a different opening angle for their tooth flanks (25, 26).
A thermoplastic molding composition, comprising A) from 10 to 95% by weight of a thermoplastic polyamide, B) from 5 to 90% by weight of an acrylate rubber, obtainable via free-radical-initiated aqueous emulsion polymerization of ethylenically unsaturated monomers in the presence of at least one dispersing agent and of at least one free-radical initiator, where the emulsion polymerization uses from 1 to 50% by weight of an alkene having from 5 to 12 carbon atoms [monomer A], and from 50 to 99% by weight of an ester based on an α,β-monoethylenically unsaturated mono- or dicarboxylic acid having from 3 to 6 carbon atoms and on an alkanol having from 1 to 12 carbon atoms [monomer B], and also, optionally, up to 10% by weight of an α,β-monoethylenically unsaturated mono- or dicarboxylic acid having from 3 to 6 carbon atoms and/or its amide [monomer C], and up to 30% by weight of an α,β-ethylenically unsaturated compound different from the monomers A to C [monomer D], and the monomers A to D give a total of 100% by weight, C) from 0 to 40% by weight of a copolymer which comprises vinylaromatic monomer units, D) from 0 to 70% by weight of further additives, where the total of the percentages by weight of A) to D) is 100%. A) from 10 to 95% by weight of a thermoplastic polyamide, B) from 5 to 90% by weight of an acrylate rubber, obtainable via free-radical-initiated aqueous emulsion polymerization of ethylenically unsaturated monomers in the presence of at least one dispersing agent and of at least one free-radical initiator, where the emulsion polymerization uses from 1 to 50% by weight of an alkene having from 5 to 12 carbon atoms [monomer A], and from 50 to 99% by weight of an ester based on an α,β-monoethylenically unsaturated mono- or dicarboxylic acid having from 3 to 6 carbon atoms and on an alkanol having from 1 to 12 carbon atoms [monomer B], and also, optionally, up to 10% by weight of an α,β-monoethylenically unsaturated mono- or dicarboxylic acid having from 3 to 6 carbon atoms and/or its amide [monomer C], and up to 30% by weight of an α,β-ethylenically unsaturated compound different from the monomers A to C [monomer D], and the monomers A to D give a total of 100% by weight, C) from 0 to 40% by weight of a copolymer which comprises vinylaromatic monomer units, D) from 0 to 70% by weight of further additives,
Rotary feedthrough, comprising a mechanical seal having a sliding ring and a counter ring, which are elastically pressurized against each other at a relative rotational speed to seal a sealing gap in the direction of an axis of rotation, wherein the sliding ring is axially displaceable along the axis of rotation in the direction of the counter ring to compensate for wear in the sealing gap; having a wear sensor, which comprises a magnet arranged in a fixed manner in the sliding ring and a Hall sensor opposite the magnet in the radial direction relative to the axis of rotation for detecting a current axial position of the magnet; having a rotary feedthrough housing and a shaft mounted rotatably about the axis of rotation in the rotary feedthrough housing; having a medium-carrying channel which extends through the rotary feedthrough housing and the shaft and is sealed off from the environment by means of the mechanical seal; wherein the Hall sensor is arranged in the rotary feedthrough housing and comprises its own sensor housing; wherein the sensor housing is mounted in the rotary feedthrough housing, characterized in that the sensor housing encloses a Hall generator with electrical connection pins and a section of a sensor cable which is electrically connected to the connection pins inside the sensor housing, and the sensor housing comprises an axial stop surface abutting in the direction of the axis of rotation in the rotary feedthrough housing, with which an axial position of the sensor housing in the rotary feedthrough housing is defined in the direction of the axis of rotation. a mechanical seal having a sliding ring and a counter ring, which are elastically pressurized against each other at a relative rotational speed to seal a sealing gap in the direction of an axis of rotation, wherein the sliding ring is axially displaceable along the axis of rotation in the direction of the counter ring to compensate for wear in the sealing gap; having a wear sensor, which comprises a magnet arranged in a fixed manner in the sliding ring and a Hall sensor opposite the magnet in the radial direction relative to the axis of rotation for detecting a current axial position of the magnet; having a rotary feedthrough housing and a shaft mounted rotatably about the axis of rotation in the rotary feedthrough housing; having a medium-carrying channel which extends through the rotary feedthrough housing and the shaft and is sealed off from the environment by means of the mechanical seal; wherein the Hall sensor is arranged in the rotary feedthrough housing and comprises its own sensor housing; wherein the sensor housing is mounted in the rotary feedthrough housing, characterized in that the sensor housing encloses a Hall generator with electrical connection pins and a section of a sensor cable which is electrically connected to the connection pins inside the sensor housing, and the sensor housing comprises an axial stop surface abutting in the direction of the axis of rotation in the rotary feedthrough housing, with which an axial position of the sensor housing in the rotary feedthrough housing is defined in the direction of the axis of rotation.
An isolated anti-influenza antibody or antibody fragment that specifically binds to an epitope of an influenza hemagglutinin and thereby reduces or inhibits influenza hemagglutinin binding to sialic acid, wherein the anti-influenza antibody or antibody fragment comprises a variable heavy (V H) chain and a variable light (V L) chain pair, wherein the V H chain comprises SEQ ID NO: 10 and the V L chain comprises SEQ ID NO: 14 or the V H chain comprises SEQ ID NO: 12 and the V L chain comprises SEQ ID NO: 16.
A sensor station for measuring properties of food products in food processing structures,, comprising: a housing having an internal chamber; a set of sensors, (212, 214, 216) positioned in the internal chamber, the set of sensors including: a first temperature sensor to measure a food temperature of the food product; and a load cell to measure a weight of the food product; a computing device connected to the set of sensors, (212, 214, 216) and configured to receive signals from the set of sensors, (212, 214, 216), the computing device having a processor configured to execute electronic instructions to: determine a water activity value of a food product in the internal chamber based on the signals from the set of sensors, (212, 214, 216); and transmit a signal indicating the water activity value of the food product, wherein the set of sensors (212, 214, 216) further includes: a relative humidity sensor to measure ambient relative humidity around the food product; and a second temperature sensor to measure an ambient temperature around the food product. a housing having an internal chamber; a set of sensors, (212, 214, 216) positioned in the internal chamber, the set of sensors including: a first temperature sensor to measure a food temperature of the food product; and a load cell to measure a weight of the food product; a computing device connected to the set of sensors, (212, 214, 216) and configured to receive signals from the set of sensors, (212, 214, 216), the computing device having a processor configured to execute electronic instructions to: determine a water activity value of a food product in the internal chamber based on the signals from the set of sensors, (212, 214, 216); and transmit a signal indicating the water activity value of the food product, wherein the set of sensors (212, 214, 216) further includes: a relative humidity sensor to measure ambient relative humidity around the food product; and a second temperature sensor to measure an ambient temperature around the food product.
A surgical system for driving an end effector (81, 810, 1026) coupled to an ultrasonic drive system of a surgical instrument (100, 120, 1004), the system comprising at least one circuit configured to: monitor the at least one electrical signal generated by a generator (30, 500, 1002) against a first set of logic conditions; characterized in that the circuit is configured to detect a load event at the end effector (81, 810, 1026), wherein detecting the load event further comprises comparing an ultrasonic impedance of the surgical instrument (100, 120, 1004) to an impedance threshold, and wherein a load event is detected when the ultrasonic impedance of the surgical instrument (100, 120, 1004) exceeds the impedance threshold and the present resonant frequency slope differs from the past resonant frequency slope by more than a frequency slope threshold parameter; when the load event is detected and when the first set of logic conditions is met, trigger a first response of the generator (30, 500, 1002). monitor the at least one electrical signal generated by a generator (30, 500, 1002) against a first set of logic conditions; characterized in that the circuit is configured to detect a load event at the end effector (81, 810, 1026), wherein detecting the load event further comprises comparing an ultrasonic impedance of the surgical instrument (100, 120, 1004) to an impedance threshold, and wherein a load event is detected when the ultrasonic impedance of the surgical instrument (100, 120, 1004) exceeds the impedance threshold and the present resonant frequency slope differs from the past resonant frequency slope by more than a frequency slope threshold parameter; when the load event is detected and when the first set of logic conditions is met, trigger a first response of the generator (30, 500, 1002).
A home arrangement comprising: - a radio access node configured to operate a home cell, with detecting means for detecting an outgoing handover condition for a particular mobile device, and - a local data gateway configured to support at least one data bearer for connection of said particular mobile device to a local data network through a service data gateway, wherein said local data gateway comprises releasing means configured to, upon detection of said handover condition, issue a bearer de-activation request to said service data gateway to de-activate said at least one data bearer. - a radio access node configured to operate a home cell, with detecting means for detecting an outgoing handover condition for a particular mobile device, and - a local data gateway configured to support at least one data bearer for connection of said particular mobile device to a local data network through a service data gateway,
A portable ledge apparatus (10; 10.1; 10.2; 10.3; 10.4) comprising: an inflatable platform (12; 12.1; 12.2; 12.3) including a plurality of longitudinal baffles (58, 60); and a plurality of suspension members (30a. 30b. 32a. 32b. 34a. 34b; 30a.2, 30b.2, 32a.2, 32b.2, 34a.2, 34b.2) connected to the inflatable platform, wherein the suspension members are connected to the inflatable platform so that a load on the inflatable platform is distributed across the suspension members when the portable ledge apparatus is anchored at a single point, characterized in that the inflatable platform further comprises a plurality of transverse baffles (52, 54, 56), wherein the plurality of transverse baffles (52, 54, 56) are disposed between and enclosed by the plurality of longitudinal baffles (58, 60) with gaps provided between adiacent baffles of said plurality of transverse baffles (52. 54, 56) and said plurality of longitudinal baffles (58, 60). an inflatable platform (12; 12.1; 12.2; 12.3) including a plurality of longitudinal baffles (58, 60); and a plurality of suspension members (30a. 30b. 32a. 32b. 34a. 34b; 30a.2, 30b.2, 32a.2, 32b.2, 34a.2, 34b.2) connected to the inflatable platform, wherein the suspension members are connected to the inflatable platform so that a load on the inflatable platform is distributed across the suspension members when the portable ledge apparatus is anchored at a single point, characterized in that the inflatable platform further comprises a plurality of transverse baffles (52, 54, 56), wherein the plurality of transverse baffles (52, 54, 56) are disposed between and enclosed by the plurality of longitudinal baffles (58, 60) with gaps provided between adiacent baffles of said plurality of transverse baffles (52. 54, 56) and said plurality of longitudinal baffles (58, 60).
Vacuum cleaner nozzle with a lower nozzle shell with the functionality of a glide plate and an upper nozzle shell which serves as a nozzle housing, as well as a suction connector which is connected to the suction channel which runs between upper nozzle shell and lower nozzle shell, and also a connecting piece is disposed between the upper and the lower nozzle shell, to which both the upper shell and also the lower nozzle shell are able to be fastened, characterised in that support shells are embodied in the connecting piece as mating supports to the support shells disposed in the lower nozzle shell.