mhurhangee/patent-ind-claim-en huggingface dataset:
A centrifugal pump assembly with an electrical drive motor, with at least one impeller which is driven by this motor as well as with a pump casing which surrounds the impeller and in which at least one valve element which is rotatable between two switching positions is arranged, whereby the valve element is rotatably held on at least one bearing in the interior of the pump casing , wherein the bearing is arranged in a mounting space which is separated from the remaining interior of the pump casing which receives a fluid to be delivered, by at least one seal characterised in that the at least one seal is not completely tight for that fluid, for whose delivery the centrifugal pump assembly is designed.
An apparatus for seismic surveying, comprising: a hydraulically actuated seismic source that includes a reaction mass ; a base plate acted on by the reaction mass when driven by the seismic source to generate a pulse having an amplitude sustained over a predefined time period, the base plate having a bottom surface configured to contact a surface of the ground and apply a force to the ground in a downward vertical direction to generate the pulse; characterized in that the apparatus further comprises: a coupler connectable to the bottom surface of the base plate , the coupler projecting downward from the base plate and configured to contain soil under the base plate , wherein the coupler includes at least one downwardly projecting wall that is formed along the perimeter of the coupler ; and a vibrator truck on which the seismic source is positioned, the vibrator truck having a first configuration wherein only the bottom surface of the base plate contacts the ground and a second configuration wherein the coupler and the bottom surface of the base plate contact the ground, wherein the coupler is configured to be removed from the base plate and is removed from the base plate in the first configuration. a hydraulically actuated seismic source that includes a reaction mass ; a base plate acted on by the reaction mass when driven by the seismic source to generate a pulse having an amplitude sustained over a predefined time period, the base plate having a bottom surface configured to contact a surface of the ground and apply a force to the ground in a downward vertical direction to generate the pulse; characterized in that the apparatus further comprises: a coupler connectable to the bottom surface of the base plate , the coupler projecting downward from the base plate and configured to contain soil under the base plate , wherein the coupler includes at least one downwardly projecting wall that is formed along the perimeter of the coupler ; and a vibrator truck on which the seismic source is positioned, the vibrator truck having a first configuration wherein only the bottom surface of the base plate contacts the ground and a second configuration wherein the coupler and the bottom surface of the base plate contact the ground, wherein the coupler is configured to be removed from the base plate and is removed from the base plate in the first configuration. a coupler connectable to the bottom surface of the base plate , the coupler projecting downward from the base plate and configured to contain soil under the base plate , wherein the coupler includes at least one downwardly projecting wall that is formed along the perimeter of the coupler ; and a vibrator truck on which the seismic source is positioned, the vibrator truck having a first configuration wherein only the bottom surface of the base plate contacts the ground and a second configuration wherein the coupler and the bottom surface of the base plate contact the ground, wherein the coupler is configured to be removed from the base plate and is removed from the base plate in the first configuration.
A method for performing an uplink carrier switching by a user equipment (111-116), UE, in a wireless communications system , the method comprising: receiving, from a base station (101-103) through radio resource control, RRC, signaling, information associated with the uplink carrier switching from a first uplink carrier of a first cell to a second uplink carrier of a second cell , for transmission of a sounding reference signal, SRS; performing the uplink carrier switching from the first uplink carrier to the second uplink carrier, based on the information associated with the uplink carrier switching; and in response to receiving downlink control information of a first format for transmission of the SRS, suspending uplink transmission on the first uplink carrier of the first cell and performing uplink transmission of the SRS on the second uplink carrier of the second cell, characterised in that the downlink control information of the first format is padded equal to a size of downlink control information of a second format. receiving, from a base station (101-103) through radio resource control, RRC, signaling, information associated with the uplink carrier switching from a first uplink carrier of a first cell to a second uplink carrier of a second cell , for transmission of a sounding reference signal, SRS; performing the uplink carrier switching from the first uplink carrier to the second uplink carrier, based on the information associated with the uplink carrier switching; and in response to receiving downlink control information of a first format for transmission of the SRS, suspending uplink transmission on the first uplink carrier of the first cell and performing uplink transmission of the SRS on the second uplink carrier of the second cell, characterised in that the downlink control information of the first format is padded equal to a size of downlink control information of a second format.
A method for the catalytic conversion in vapor phase of disulfide oil into methane and hydrogen sulfide, comprising the step of contacting disulfide oil with a supported transition metal catalyst, wherein the step of contacting disulfide oil with the supported transition metal catalyst is performed in the presence of water, wherein the supported transition metal catalyst comprises a support chosen from alumina (Al 2 O 3 ), silica, titania (TiO 2 ) or a mixture thereof, wherein the transition metal is cobalt, and wherein the step of contacting disulfide oil is performed at a temperature from 525°C to 575°C. wherein the supported transition metal catalyst comprises a support chosen from alumina (Al 2 O 3 ), silica, titania (TiO 2 ) or a mixture thereof, wherein the transition metal is cobalt, and wherein the step of contacting disulfide oil is performed at a temperature from 525°C to 575°C.
A secondary profile connector for a suspended ceiling system comprising a secondary profile associated with the secondary profile connector and a primary profile having a web provided with an opening for reception of the secondary profile connector , the secondary profile connector comprising a tongue arrangement insertable into the opening of the web of the primary profile for releasable connection of the secondary profile connector to the primary profile , the tongue arrangement comprising a tab portion which, in a connected state of the secondary profile connector , is configured to abut an insertion side of the web for defining a first insertion depth (D1) for the secondary profile connector , wherein the tab portion is configured to be deformed in response to being pressed against the insertion side of the web with a force exceeding a threshold value for defining a second insertion depth (D2) while maintaining engagement with the insertion side of the web , the second insertion depth (D2) being greater than the first insertion depth (D1), and characterized in that the tongue arrangement comprises a tongue configured for resilient lateral displacement in response to being subjected to a lateral force and comprising a hook member , wherein the hook member , in the connected state of the secondary profile connector , is configured for a hooked engagement with a corresponding hook member of a secondary profile connector inserted into the opening from the opposite side of the web . a tongue arrangement insertable into the opening of the web of the primary profile for releasable connection of the secondary profile connector to the primary profile , the tongue arrangement comprising a tab portion which, in a connected state of the secondary profile connector , is configured to abut an insertion side of the web for defining a first insertion depth (D1) for the secondary profile connector , wherein the tab portion is configured to be deformed in response to being pressed against the insertion side of the web with a force exceeding a threshold value for defining a second insertion depth (D2) while maintaining engagement with the insertion side of the web , the second insertion depth (D2) being greater than the first insertion depth (D1), and characterized in that the tongue arrangement comprises a tongue configured for resilient lateral displacement in response to being subjected to a lateral force and comprising a hook member , wherein the hook member , in the connected state of the secondary profile connector , is configured for a hooked engagement with a corresponding hook member of a secondary profile connector inserted into the opening from the opposite side of the web .
A computer implemented method for determining a placement of at least one circuit for a reconfigurable logic device, the method comprising: obtaining information related to the at least one circuit, wherein the at least one circuit comprises a plurality of blocks and a plurality of connections between the plurality of blocks, and wherein the plurality of blocks comprise a plurality of logic blocks and a plurality of input/output blocks; calculating a circuit graph based on the information related to the at least one circuit, wherein the circuit graph comprises a plurality of nodes and a plurality of edges, wherein the plurality of nodes represent at least a subset of the plurality of blocks of the at least one circuit and wherein the plurality of edges represent at least a subset of the plurality of connections between the plurality of blocks of the at least one circuit; determining a force-directed layout of the circuit graph, wherein the force-directed layout is based on attractive forces based on the plurality of connections between the plurality of blocks and based on repulsive forces between the plurality of blocks; and determining a placement of the plurality of logic blocks onto a plurality of available logic cells of the reconfigurable logic device based on the force-directed layout of the circuit graph; and determining a placement of the plurality of input/output blocks onto a plurality of available input/output cells, wherein the determining of the placement of the plurality of input/output blocks is based on the force-directed layout of the circuit graph and based on the placement of the plurality of logic blocks. obtaining information related to the at least one circuit, wherein the at least one circuit comprises a plurality of blocks and a plurality of connections between the plurality of blocks, and wherein the plurality of blocks comprise a plurality of logic blocks and a plurality of input/output blocks; calculating a circuit graph based on the information related to the at least one circuit, wherein the circuit graph comprises a plurality of nodes and a plurality of edges, wherein the plurality of nodes represent at least a subset of the plurality of blocks of the at least one circuit and wherein the plurality of edges represent at least a subset of the plurality of connections between the plurality of blocks of the at least one circuit; determining a force-directed layout of the circuit graph, wherein the force-directed layout is based on attractive forces based on the plurality of connections between the plurality of blocks and based on repulsive forces between the plurality of blocks; and determining a placement of the plurality of logic blocks onto a plurality of available logic cells of the reconfigurable logic device based on the force-directed layout of the circuit graph; and determining a placement of the plurality of input/output blocks onto a plurality of available input/output cells, wherein the determining of the placement of the plurality of input/output blocks is based on the force-directed layout of the circuit graph and based on the placement of the plurality of logic blocks.
A method for distributing content in an adaptive bitrate, ABR, streaming network , the method comprising: receiving , at an origin server , an initial content request from a client device for a particular content, the client device operative with an ABR streaming media player , wherein the initial content request from the client device includes address information of a local cache discovered by the client device immediately after a user request for the particular content is received at the client device; locating , responsive to the address information received from the client device , the local cache proximate to the client device ; pushing the particular content in one or more bitrate representations to the local cache ; and generating a response message to the client device , responsive to the initial content request, the response message including location information of the particular content with respect to the local cache . receiving , at an origin server , an initial content request from a client device for a particular content, the client device operative with an ABR streaming media player , wherein the initial content request from the client device includes address information of a local cache discovered by the client device immediately after a user request for the particular content is received at the client device; locating , responsive to the address information received from the client device , the local cache proximate to the client device ; pushing the particular content in one or more bitrate representations to the local cache ; and generating a response message to the client device , responsive to the initial content request, the response message including location information of the particular content with respect to the local cache .
Method for operating an optical frequency comb assembly , the method comprising: operating an optical frequency comb source to generate laser light constituting an optical frequency comb and introducing the laser light into a common light path ; seeding at least one branch light path by the laser light from the common light path , the at least one branch light path comprising at least one optical element ; determining a phase difference of a first frequency mode v 1 of the optical frequency comb between laser light coupled out at a reference point (R) within the frequency comb assembly upstream of the at least one optical element and laser light coupled out at a measurement point (P) provided in the at least one branch light path downstream of the at least one optical element ; and providing phase correction for the laser light from the at least one branch light path based on a deviation of the determined phase difference from a target value, said target value being a predetermined value or a value automatically or manually determined during operation of the optical frequency comb assembly. operating an optical frequency comb source to generate laser light constituting an optical frequency comb and introducing the laser light into a common light path ; seeding at least one branch light path by the laser light from the common light path , the at least one branch light path comprising at least one optical element ; determining a phase difference of a first frequency mode v 1 of the optical frequency comb between laser light coupled out at a reference point (R) within the frequency comb assembly upstream of the at least one optical element and laser light coupled out at a measurement point (P) provided in the at least one branch light path downstream of the at least one optical element ; and providing phase correction for the laser light from the at least one branch light path based on a deviation of the determined phase difference from a target value, said target value being a predetermined value or a value automatically or manually determined during operation of the optical frequency comb assembly.
A pneumatic brake system configured to actuate a brake by supplying air to a brake mechanism provided on each wheel of a vehicle and to release the brake by discharging air from the brake mechanism , the pneumatic brake system comprising, for each brake mechanism : a safety air supplier which is actuated by a safety brake control device in an emergency to supply air to the brake mechanism ; and a shuttle valve , characterized in that said shuttle valve is connected to the safety air supplier and to a brake air supply circuit for supplying air to the brake mechanism during normal time by way of a route that is different from the safety air supplier , wherein the shuttle valve allows a flow of air only in a direction toward the brake mechanism from one of the safety air supplier and the brake air supply circuit that has higher pressure. a safety air supplier which is actuated by a safety brake control device in an emergency to supply air to the brake mechanism ; and a shuttle valve ,
Method for controlling a heater output stage of a heating element of a lambda probe of a motor vehicle, wherein the heating element is actuated by means of the heater output stage and has a heating voltage (U H ) applied to it, and wherein the actuation of the heater output stage is performed in a regulated manner by means of pulse-width modulation , wherein, directly within an item of hardware of the heater output stage at the end of the actuation chain, monitoring is performed in respect of whether the heater output stage connects a supply voltage to the heating element of the lambda probe in an uninterrupted manner for longer than a prespecified time threshold, and connection of the supply voltage to the heating element of the lambda probe is terminated by the item of hardware of the heater output stage at the end of the actuating chain by active deactivation if the prespecified time threshold is exceeded.
A coating agent device, in particular a coating agent valve, for influencing a discharge of a coating agent, comprising a pluggable mounting socket (101; 503; 903; 1203; 1503; 1803, 2003) for pluggable holding the coating agent device, wherein a wall of the pluggable mounting socket (101; 503; 903; 1203; 1503; 1803, 2003) has a thread for rotation securement, and wall portions of the wall which are thread-free or provided with flatter thread flights or thread flanks compared to other wall portions of the wall extend in the axial direction of the pluggable mounting socket, arranged in a rotationally symmetrical manner or in a rotationally asymmetrical manner, characterized in that a movable discharge means, namely a valve needle, is provided to discharge the coating agent, and that the pluggable mounting socket (101; 503; 903; 1203; 1503; 1803, 2003) at least partially surrounds the movable discharge means and/or comprises a coating agent duct.
A laser bonding method of joining an inner circumferential surface of a member made of a resin material transmitting laser light with an outer circumferential surface of a pipe made of a resin material absorbing laser light , the method comprising the steps of: fixing the pipe and the member to a setting portion provided on a front side of a base ; and fusing and joining the entire outer circumferential surface of the pipe with the entire inner circumferential surface of the member by applying the laser light onto a junction between the pipe and the member fixed to the setting portion while causing a light emission unit to revolve around the junction , the light emission unit being configured to emit the laser light and attached to a pulley or a gear, the pulley or the gear being provided on a back side of the base , and the light emission unit revolving around the junction as the pulley or the gear is rotated. fixing the pipe and the member to a setting portion provided on a front side of a base ; and fusing and joining the entire outer circumferential surface of the pipe with the entire inner circumferential surface of the member by applying the laser light onto a junction between the pipe and the member fixed to the setting portion while causing a light emission unit to revolve around the junction , the light emission unit being configured to emit the laser light and attached to a pulley or a gear, the pulley or the gear being provided on a back side of the base , and the light emission unit revolving around the junction as the pulley or the gear is rotated.
A transmission comprising: power actuated park means operable to lock one or more wheels of a vehicle in a substantially stationary condition, the park means comprising a power actuated selector shaft for selecting an operational mode of the park means, the selector shaft being rotatable between a park mode position in which the one or more wheels are locked by the park means and a park release mode position in which the one or more wheels are released by the park means; and a selector lever coupled to the selector shaft , the selector lever being operable to rotate the shaft to the release mode position by rotation thereof, wherein the selector shaft is lockable in the release mode position by insertion of a locking means comprising a locking pin member into an aperture, the park means being operable whereby the selector shaft is rotatable to the park release mode position and locked by the locking means in the park release mode position, and characterized in that the selector lever is operable to be locked in the park release mode position by insertion of the locking pin member through an aperture formed in a portion of the selector lever power actuated park means operable to lock one or more wheels of a vehicle in a substantially stationary condition, the park means comprising a power actuated selector shaft for selecting an operational mode of the park means, the selector shaft being rotatable between a park mode position in which the one or more wheels are locked by the park means and a park release mode position in which the one or more wheels are released by the park means; and a selector lever coupled to the selector shaft , the selector lever being operable to rotate the shaft to the release mode position by rotation thereof, wherein the selector shaft is lockable in the release mode position by insertion of a locking means comprising a locking pin member into an aperture, the park means being operable whereby the selector shaft is rotatable to the park release mode position and locked by the locking means in the park release mode position, and characterized in that the selector lever is operable to be locked in the park release mode position by insertion of the locking pin member through an aperture formed in a portion of the selector lever