mhurhangee/ep-ind-claims huggingface dataset:
A cleaner comprising: a suction inlet configured to guide air and dusts; a main body comprising a first cyclone unit configured to separate the air and the dusts, which are suctioned through the suction inlet, from each other; a dust separation module separably connected to the main body and comprising a second cyclone unit configured to separate the dusts from the air discharged from the first cyclone unit; and a discharge guide separably coupled to the dust separation module and configured to guide the air discharged from the second cyclone unit, wherein the dust separation module is disposed in an inner space of the first cyclone unit in a state in which the dust separation module is mounted on the main body, wherein the main body comprises a dust container configured to store the dusts separated in the each of the cyclone unit (110, 730) and a cover configured to open and close the dust container, when the dust separation module is separated from the discharge guide by rotation and separated to the lower side of the dust container through a discharge opening. a suction inlet configured to guide air and dusts; a main body comprising a first cyclone unit configured to separate the air and the dusts, which are suctioned through the suction inlet, from each other; a dust separation module separably connected to the main body and comprising a second cyclone unit configured to separate the dusts from the air discharged from the first cyclone unit; and a discharge guide separably coupled to the dust separation module and configured to guide the air discharged from the second cyclone unit, wherein the dust separation module is disposed in an inner space of the first cyclone unit in a state in which the dust separation module is mounted on the main body, wherein the main body comprises a dust container configured to store the dusts separated in the each of the cyclone unit (110, 730) and a cover configured to open and close the dust container, wherein the dust separation module is disposed in an inner space of the first cyclone unit in a state in which the dust separation module is mounted on the main body, wherein the main body comprises a dust container configured to store the dusts separated in the each of the cyclone unit (110, 730) and a cover configured to open and close the dust container, when the dust separation module is separated from the discharge guide by rotation and separated to the lower side of the dust container through a discharge opening.
A brake lining for a railroad car which is pressed by a brake caliper against a frictional surface of a brake disc, comprising: friction bodies pressed against the frictional surface of the brake disc; and a back plate mounted to the caliper so as to support the friction bodies, the friction bodies being distributed such that two or more thereof are arranged in a radial direction and in a circumferential direction of the brake disc, each of these friction bodies being formed with a friction material which contacts the frictional surface of the brake disc, and with a base plate attached on the back plate side of the friction material, characterized in that the base plate has a protrusion formed on a side facing the back plate, and on a side facing the friction body, the back plate is formed with a groove which contacts the outer peripheral surface of the protrusion formed on the base plate, and an elastic element or a spherical-seated structure is disposed between the base plate of each friction body and the back plate. friction bodies pressed against the frictional surface of the brake disc; and a back plate mounted to the caliper so as to support the friction bodies, the friction bodies being distributed such that two or more thereof are arranged in a radial direction and in a circumferential direction of the brake disc, each of these friction bodies being formed with a friction material which contacts the frictional surface of the brake disc, and with a base plate attached on the back plate side of the friction material, characterized in that the base plate has a protrusion formed on a side facing the back plate, and on a side facing the friction body, the back plate is formed with a groove which contacts the outer peripheral surface of the protrusion formed on the base plate, and an elastic element or a spherical-seated structure is disposed between the base plate of each friction body and the back plate.
A method of operating a control system for a tractor-implement combination (1, 2) comprising at least one interchangeable equipment item, which in cooperating relationship afford an agricultural working machine, wherein the tractor has a working hydraulic system having at least one control means in the form of a control block with at least two directional control valves or two valve disks (31, 32), wherein the interchangeable equipment item can be coupled by way of at least one hydraulic power take-off to the working hydraulic system of the tractor and wherein the interchangeable equipment item has a control means in the form of a microprocessor-controlled job computer (18, 18') which is connected to an operating unit remotely controllably from the driving cab of the tractor, wherein the control commands for control of the interchangeable equipment item can be output either by the operating unit or by the control block which act on actuators and/or drive units and/or adjustment drives of the interchangeable equipment item, characterised in that the tractor-implement combination includes a dual-mode control system having two control modes in such a way that at least one drive unit or one or more adjusting drives is actuable with the one control mode manually by way of an operating terminal and its operating keys (9, 10, 11, 12, 13) in software-supported fashion by the implement-side job computer (18, 18') or alternatively with the second control mode manually by way of the control valves or their valve disks (31, 32) of the control valve block of the working hydraulic system of the tractor, wherein both control modes are connected in linked and parallel active relationship, wherein the manual hand control of a tractor hydraulic system is combined with the microprocessor control adapted for complexity of one or more job computers (18, 18') of an interchangeable equipment item in such a way that it is possible for a preselectable microprocessor-controlled control mode to be associated with a manually actuable operating element of the hand control of the tractor hydraulic system so that said control mode is associated with said operating element in self-holding relationship, wherein the complex control process can be triggered by the actuation of said operating element, wherein the association of said control mode in self-holding relationship in relation to the operating element of the tractor hydraulic system remains maintained until another control command is triggered by actuation of an operating element of the operating terminal of the microprocessor control system which thus at the same time terminates the self-holding action in respect of the association of the control mode.
Position detection arrangement for doors or gates which can be moved by a drive device, comprising a housing arrangement in which a switching shaft is provided which can be connected to a drive shaft of the drive device, wherein a sensor arrangement for detecting the position of the switching shaft and a control unit which is arranged on a printed circuit board are provided in the housing arrangement, wherein the sensor arrangement is electronically connected with the control unit, which in turn can be connected with the drive device, wherein the sensor arrangement comprises a shift gear wheel (42; 42') which is operatively connected with the shift shaft and which meshes with at least two sensor gear wheels (38, 40; 38', 40'), wherein the at least two sensor gear wheels (38, 40; 38', 40') have a different number of teeth and wherein each sensor gear wheel (38, 40; 38', 40') is assigned a non-contact sensor element (26, 28), characterized in that the sensor arrangement is also arranged on the printed circuit board, wherein the respective sensor element (26, 28) is implemented as a Hall sensor, or as an AMR sensor or as a THR sensor, which interacts with a permanent magnet (30, 32) that is firmly connected with the respective sensor gear wheel (38, 40; 38', 40'), wherein each sensor element (26, 28) is provided on the printed circuit board below a bearing shell (44, 46) for the respective sensor gear wheel (38, 40; 38', 40'), wherein the respective permanent magnet (30, 32) is arranged in a form-fitting manner in a cavity (34, 36) of the respective sensor gear wheel (38, 40; 38', 40'), wherein the sensor gear wheel (38, 40; 38', 40') and the permanent magnet (30, 32) are rotatably supported on the bearing shell (44, 46).
A balancing system for an engine of an aircraft, the balancing system comprising: a housing retaining a magnetorheological fluid including magnetic particles within a carrier fluid; electromagnets coupled to the housing, wherein the electromagnets are associated with fan blades of the engine, wherein the housing is configured to rotate at the same angular velocity as the fan blades so that a radial alignment between the fan blades and the electromagnets is maintained; and a balancing control unit in communication with the electromagnets and sensors of the fan blades, wherein the balancing control unit is configured to: receive presence signals from the sensors of the fan blades, maintain the electromagnets in deactivated states when the presence signals from the sensors of all the fan blades are detected, and activate one or more of the electromagnets when one or more of the presence signals are not detected, wherein the one or more electromagnets that are activated attract the magnetic particles to compensate for missing mass of at least one of the fan blades thereby maintaining balance of mass within the engine. a housing retaining a magnetorheological fluid including magnetic particles within a carrier fluid; electromagnets coupled to the housing, wherein the electromagnets are associated with fan blades of the engine, wherein the housing is configured to rotate at the same angular velocity as the fan blades so that a radial alignment between the fan blades and the electromagnets is maintained; and a balancing control unit in communication with the electromagnets and sensors of the fan blades, wherein the balancing control unit is configured to: receive presence signals from the sensors of the fan blades, maintain the electromagnets in deactivated states when the presence signals from the sensors of all the fan blades are detected, and activate one or more of the electromagnets when one or more of the presence signals are not detected, wherein the one or more electromagnets that are activated attract the magnetic particles to compensate for missing mass of at least one of the fan blades thereby maintaining balance of mass within the engine. receive presence signals from the sensors of the fan blades, maintain the electromagnets in deactivated states when the presence signals from the sensors of all the fan blades are detected, and activate one or more of the electromagnets when one or more of the presence signals are not detected, wherein the one or more electromagnets that are activated attract the magnetic particles to compensate for missing mass of at least one of the fan blades thereby maintaining balance of mass within the engine.
A process for separation of an olefin from a paraffin in a product stream from a dehydrogenation system, comprising the steps of: (a) supplying a feed stream comprised of a mixture of at least one olefin and at least one paraffin; (b) splitting the feed stream into a first portion and a second portion; (c) feeding the first portion of the feed stream to a first product splitter column and feeding the second portion of the feed stream to a second product splitter column, wherein the first product splitter column is operated at a higher pressure than the second product splitter column; (d) feeding at least a portion of the overhead stream from the second product splitter column to a heat pump to compress the second product splitter overhead stream; and (e) feeding steam from at least one steam turbine (53, 55) which drives the heat pump to a reboiler for the first product splitter column. (a) supplying a feed stream comprised of a mixture of at least one olefin and at least one paraffin; (b) splitting the feed stream into a first portion and a second portion; (c) feeding the first portion of the feed stream to a first product splitter column and feeding the second portion of the feed stream to a second product splitter column, wherein the first product splitter column is operated at a higher pressure than the second product splitter column; (d) feeding at least a portion of the overhead stream from the second product splitter column to a heat pump to compress the second product splitter overhead stream; and (e) feeding steam from at least one steam turbine (53, 55) which drives the heat pump to a reboiler for the first product splitter column.
A method for determining a volume of fluid moved by a pump in a medical infusion system, the method including: measuring a first pressure for a pump control chamber when the pump control chamber is isolated from a reference chamber, the pump control chamber having a volume that varies at least in part based on movement of a portion of the pump; measuring a second pressure for the reference chamber when the reference chamber is isolated from the pump control chamber, the reference chamber having a known volume; measuring a third pressure associated with the pump control chamber after fluidly connecting the reference chamber and the pump control chamber, but before equalization of pressures between the pump control and reference chambers has occurred; measuring a fourth pressure associated with the reference chamber after fluidly connecting the reference chamber and the pump control chamber, but before equalization of pressures between the pump control and reference chambers has occurred; determining a volume for the pump control chamber based on the first, second, third and fourth measured pressures using a model for determining the volume of the pump control chamber that assumes an adiabatic system from a point in time when the first and second pressures are measured for the isolated pump control chamber and the reference chamber until a point in time when the third and fourth pressures are measured. measuring a first pressure for a pump control chamber when the pump control chamber is isolated from a reference chamber, the pump control chamber having a volume that varies at least in part based on movement of a portion of the pump; measuring a second pressure for the reference chamber when the reference chamber is isolated from the pump control chamber, the reference chamber having a known volume; measuring a third pressure associated with the pump control chamber after fluidly connecting the reference chamber and the pump control chamber, but before equalization of pressures between the pump control and reference chambers has occurred; measuring a fourth pressure associated with the reference chamber after fluidly connecting the reference chamber and the pump control chamber, but before equalization of pressures between the pump control and reference chambers has occurred; determining a volume for the pump control chamber based on the first, second, third and fourth measured pressures using a model for determining the volume of the pump control chamber that assumes an adiabatic system from a point in time when the first and second pressures are measured for the isolated pump control chamber and the reference chamber until a point in time when the third and fourth pressures are measured.
Clasp (100, 200) of the folding buckle type for a watch, the clasp having a device for adjusting the usable length of the bracelet (102, 103, 105, 106, 107; 202, 203, 205, 207) of the watch, said device for adjusting the usable length having: - a mobile part; - a support; the mobile part being arranged to be able to move relative to said support during a length adjustment; - an activation member arranged so as to be able to pivot relative to said support, one of said mobile part and said activation member having a locking member and the other having an indexing member, said locking member being intended to be positioned in a notch of the indexing member, in order to determine a discrete and stable value of the length of the bracelet, characterized in that the clasp has an actuation member of a closure mechanism of the clasp, the actuation member being arranged to allow the clasp to be opened, the clasp comprising a pivot pin allowing said activation member to pivot relative to said support, said pivot pin being part of at least said actuation member. - a mobile part; - a support; the mobile part being arranged to be able to move relative to said support during a length adjustment; - an activation member arranged so as to be
A method for testing for viable target Mycobacteria in a sample comprising the steps of: a) admixing a bacteriophage with a sample under conditions suitable to allow the bacteriophage to infect and lyse any viable target Mycobacteria present in the sample; b) removing any un-lysed cells from the reaction mixture by centrifugation, filtration, by barrier methods such as spin columns, or by binding to and removal of a substrate comprising a material coated with a polypeptide, a peptide or an antibody that specifically binds to the target Mycobacteria; c) analysing DNA from the lysed Mycobacteria to identify a signature DNA sequence that occurs in the target Mycobacterium species; wherein step b) is performed between steps a) and c). a) admixing a bacteriophage with a sample under conditions suitable to allow the bacteriophage to infect and lyse any viable target Mycobacteria present in the sample; b) removing any un-lysed cells from the reaction mixture by centrifugation, filtration, by barrier methods such as spin columns, or by binding to and removal of a substrate comprising a material coated with a polypeptide, a peptide or an antibody that specifically binds to the target Mycobacteria; c) analysing DNA from the lysed Mycobacteria to identify a signature DNA sequence that occurs in the target Mycobacterium species;
An engagement member that comprises an engagement section that is adapted to be affixed in a groove by clamping and to assume an adjustment position (a), in which the engagement member is movable along the groove, and a fixation position (b), in which the engagement member is affixed to the groove, the adjustment position (a) and the fixation position (b) having a rotational distance to each other, the engagement member further comprising a neck section, which is of a smaller width than the engagement section perpendicular to a fastening direction (d) pointing from the neck section towards the engagement section, the engagement member being adapted to be turned from the adjustment position (a) to the fixation position (b) and comprising a fastening pin, and the engagement section being adapted to generate clamping forces that act perpendicular to the fastening direction (d), wherein the fastening pin and the engagement section are connected to each other in a torque proof manner, and wherein the engagement section is adapted to be turned in the groove from the adjustment position (a) to the fixation position (b) by the fastening pin, characterized in that the fastening pin is held slidably with respect to the engagement section in the fastening direction (d).
A method, comprising: obtaining, at a first computing device of a communication network, key material for at least one source of a message generated for a public warning system; obtaining, at the first computing device, an identity of the source, said identity being non-securely obtained by the first computing device via a cell broadcast service message; and computing, at the first computing device, a public key from the key material and the identity of the source such that the public key is useable by the first computing device to verify a message received from the source that is digitally signed using a corresponding private key of the source. obtaining, at a first computing device of a communication network, key material for at least one source of a message generated for a public warning system; obtaining, at the first computing device, an identity of the source, said identity being non-securely obtained by the first computing device via a cell broadcast service message; and computing, at the first computing device, a public key from the key material and the identity of the source such that the public key is useable by the first computing device to verify a message received from the source that is digitally signed using a corresponding private key of the source.
A method to provide a Voice over Internet Protocol - VoIP - service at a terminal, the method comprising: transmitting (115, 310) a first scheduling request to a base station in response to a silence descriptor packet being detected at a terminal buffer of the terminal during an idle state of the VoIP service; receiving a first scheduling signal from the base station, wherein the first scheduling signal includes a first resource allocation sufficient to transmit the silence descriptor packet; transmitting (125, 314) the silence descriptor packet to the base station in response to the received first scheduling signal; completing the transmission of the silence descriptor packet to the base station without transmitting a buffer status report to the base station, wherein the buffer status report indicates a magnitude and/or type of packets that are to be uplinked from the terminal to the base station; transmitting (135, 318) a second scheduling request to the base station in response to a voice data packet being detected (130, 316) at the terminal buffer of the terminal during a transition between the idle state of the VoIP service to an active state of the VoIP service; receiving a second scheduling signal from the base station wherein the second scheduling signal includes a second resource allocation sufficient to allocate a buffer status report and a portion of the voice data packet, but insufficient to transmit an entirety of the voice data packet; and transmitting a packet including the buffer status report and the portion of the voice data packet to the base station in response to the received second scheduling signal. transmitting (115, 310) a first scheduling request to a base station in response to a silence descriptor packet being detected at a terminal buffer of the terminal during an idle state of the VoIP service; receiving a first scheduling signal from the base station, wherein the first scheduling signal includes a first resource allocation sufficient to transmit the silence descriptor packet; transmitting (125, 314) the silence descriptor packet to the base station in response to the received first scheduling signal; completing the transmission of the silence descriptor packet to the base station without transmitting a buffer status report to the base station, wherein the buffer status report indicates a magnitude and/or type of packets that are to be uplinked from the terminal to the base station; transmitting (135, 318) a second scheduling request to the base station in response to a voice data packet being detected (130, 316) at the terminal buffer of the terminal during a transition between the idle state of the VoIP service to an active state of the VoIP service; receiving a second scheduling signal from the base station wherein the second scheduling signal includes a second resource allocation sufficient to allocate a buffer status report and a portion of the voice data packet, but insufficient to transmit an entirety of the voice data packet; and transmitting a packet including the buffer status report and the portion of the voice data packet to the base station in response to the received second scheduling signal.