mhurhangee/ep-ind-claims huggingface dataset:
A chair component for a chair, wherein the chair component (200, 102) is provided with a gas spring receiving hole into which an end of a gas spring of the chair is insertable, and a removal mechanism for removing the gas spring from the chair component (200, 102), wherein the removal mechanism comprises a threaded bolt arranged in a threaded hole in the chair component (200, 102), wherein the threaded hole is arranged adjacent to the gas spring receiving hole, wherein a longitudinal axis of the threaded hole is essentially parallel to a longitudinal axis of the gas spring receiving hole, wherein a screw drive is provided at a first end of the threaded bolt for turning the threaded bolt in the threaded hole, and wherein an overlap element is provided at a second end of the threaded bolt, the overlap element extending in a radial direction beyond an outer circumference of the thread of the threaded bolt to such an extent that the overlap element at least partially overlaps the gas spring receiving hole. wherein the removal mechanism comprises a threaded bolt arranged in a threaded hole in the chair component (200, 102), wherein the threaded hole is arranged adjacent to the gas spring receiving hole, wherein a longitudinal axis of the threaded hole is essentially parallel to a longitudinal axis of the gas spring receiving hole, wherein a screw drive is provided at a first end of the threaded bolt for turning the threaded bolt in the threaded hole, and wherein an overlap element is provided at a second end of the threaded bolt, the overlap element extending in a radial direction beyond an outer circumference of the thread of the threaded bolt to such an extent that the overlap element at least partially overlaps the gas spring receiving hole.
A nacelle of an aircraft, comprising: a surface that is profiled such that, during cruise flight operation, lines of constant static pressure of a boundary layer around the nacelle (422; 522) in a given region are wavy and not in a single plane that is normal to an engine axis; characterised in that the nacelle further comprises a plurality of circumferential ribs, each of the ribs being associated with and tracing a respective one of the lines of constant static pressure. a surface that is profiled such that, during cruise flight operation, lines of constant static pressure of a boundary layer around the nacelle (422; 522) in a given region are wavy and not in a single plane that is normal to an engine axis; characterised in that the nacelle further comprises a plurality of circumferential ribs, each of the ribs being associated with and tracing a respective one of the lines of constant static pressure.
Safety buckle device (1;1') comprising a first buckle part (10;10') comprising an at least partially closed space (15;15') having an opening (16;16') and a second buckle part (50;50') comprising a body (51;51'), a guiding tongue (55;55') arranged to the body, and a control key (56;56'), characterized in that, when locking the safety buckle device, the guiding tongue (55;55') is adapted to be contained in said at least partially closed space (15;15'), that a springing detent (17;17'), which is arranged in said at least partially closed space (15;15'), is adapted to lock against a locking means which forms a part of the guiding tongue (55;55'), the control key being formed with two recesses (61,61a), one recess being shallower that the other recess, and the recesses (61,61a) are arranged adjacent each other in a longitudinal direction of the control key, i) that a hook of the springing detent (17;17') is springy inserted into the shallower recess and adapted to achieve a first locking together with the locking means even when the control key (56;56') is actuated, and the hook of the springing detent (17;17') is springy inserted into the recess and adapted to achieve a second locking together with the locking means, when the control key no longer is actuated, or ii) that the hook of the springing detent (17;17') is springy inserted into the recess and adapted to achieve a locking together with the locking means, when the control key is not actuated, and that the hook of the springing detent (17;17') is adapted to be released from engagement with the locking means when in the case i) the control key is actuated again or when in the case ii) the control key is actuated. i) that a hook of the springing detent (17;17') is springy inserted into the shallower recess and adapted to achieve a first locking together with the locking means even when the control key (56;56') is actuated, and the hook of the springing detent (17;17') is springy inserted into the recess and adapted to achieve a second locking together with the locking means, when the control key no longer is actuated, or ii) that the hook of the springing detent (17;17') is springy inserted into the recess and adapted to achieve a locking together with the locking means, when the control key is not actuated,
A method of processing an event message sent from premises equipment to a monitoring location, the method comprising: evaluating the entire event message, at the monitoring location, based on a number of digits received compared to expected receiving parameters defined in a communication protocol; determining a number of possible interpretations of the event message; characterized in that the method further comprises: eliminating one or more possible interpretations of the event message based on the number of digits in each of the possible interpretations and the parameters of the communication protocol to create a subset of possible interpretations; rejecting the event message when there is more than one valid interpretation of the event message; and determining receipt of the event message by selecting one possible interpretation from the subset of possible interpretations based upon the number of digits received by the monitoring location within a predetermined protocol time. evaluating the entire event message, at the monitoring location, based on a number of digits received compared to expected receiving parameters defined in a communication protocol; determining a number of possible interpretations of the event message; characterized in that the method further comprises: eliminating one or more possible interpretations of the event message based on the number of digits in each of the possible interpretations and the parameters of the communication protocol to create a subset of possible interpretations; rejecting the event message when there is more than one valid interpretation of the event message; and determining receipt of the event message by selecting one possible interpretation from the subset of possible interpretations based upon the number of digits received by the monitoring location within a predetermined protocol time. eliminating one or more possible interpretations of the event message based on the number of digits in each of the possible interpretations and the parameters of the communication protocol to create a subset of possible interpretations; rejecting the event message when there is more than one valid interpretation of the event message; and determining receipt of the event message by selecting one possible interpretation from the subset of possible interpretations based upon the number of digits received by the monitoring location within a predetermined protocol time.
A separating toilet comprising a shell having a pipe section, connected in the output area, with side walls which are at least sectionally vertical, as well as a main discharge connected downstream of the pipe section, wherein between the pipe section and the main discharge an odour trap is provided, and wherein at least one separate secondary discharge for separating of urine is provided, wherein the input port of the secondary discharge is arranged on one side of the vertical side wall of the pipe section and thus below the shell and above the odour trap, characterised in that the transition area at the upper edge of the input port of the secondary discharge is formed rounded towards the vertical side wall of the pipe section.
A system comprising an apparatus for forming and an automatic indexing plate lathe, with a tool holder mounted between two unit carriers (11, 12) in the automatic indexing plate lathe for holding at least one forming tool (14, 15), characterized in that the tool holder is mounted so as to be pivotable between the unit carriers (11, 12).
A capacitive micromachined ultrasonic transducer, cMUT, device, comprising: a cMUT formed on a semiconductor substrate; a DC high-voltage generation unit that is provided on the semiconductor substrate and that is configured to generate a DC high-voltage signal to be superposed on a driving signal for the cMUT; and a driving signal generation unit that is provided on the semiconductor substrate and that is configured to generate the driving signal, characterized in that the cMUT device further comprises a superposition unit that is provided on the semiconductor substrate and that is configured to branch the DC high-voltage signal output from the DC high-voltage generation unit, generate the driving signal in one of the branched DC high-voltage signals by using the driving signal generation unit, and superpose the one of the branched DC high-voltage signals in which the driving signal is generated on the other of the branched DC high-voltage signals. a cMUT formed on a semiconductor substrate; a DC high-voltage generation unit that is provided on the semiconductor substrate and that is configured to generate a DC high-voltage signal to be superposed on a driving signal for the cMUT; and a driving signal generation unit that is provided on the semiconductor substrate and that is configured to generate the driving signal, characterized in that the cMUT device further comprises a superposition unit that is provided on the semiconductor substrate and that is configured to branch the DC high-voltage signal output from the DC high-voltage generation unit, generate the driving signal in one of the branched DC high-voltage signals by using the driving signal generation unit, and superpose the one of the branched DC high-voltage signals in which the driving signal is generated on the other of the branched DC high-voltage signals.
A compound for use in a method of treating a cancer characterized by BCR-ABL expression or BBAP overexpression in a subject in need thereof, the method comprising administering the compound to the subject, wherein the compound selectively inhibits HDAC1 and HDAC2.
A method of controlling an operation of a communication network, comprising: transmitting, by at least one first processor of a central node, request messages to at least one first network node, the request messages each including at least a sampling time-window and a network slice identifier, the sampling time-window defining a duration of time, the network slice identifier identifying a designated network slice within the communication network; receiving, at the at least one first processor, packet reports from the at least one first network node, the packet reports including latency information for packets that are processed by the at least one first network node during the sampling time-window for the designated network slice; and controlling, by the at least one first processor, the operation of the communication network based on the latency information. transmitting, by at least one first processor of a central node, request messages to at least one first network node, the request messages each including at least a sampling time-window and a network slice identifier, the sampling time-window defining a duration of time, the network slice identifier identifying a designated network slice within the communication network; receiving, at the at least one first processor, packet reports from the at least one first network node, the packet reports including latency information for packets that are processed by the at least one first network node during the sampling time-window for the designated network slice; and controlling, by the at least one first processor, the operation of the communication network based on the latency information.
Device for forming a leno weave, comprising an endless support element guided along an elongated endless path and a thread guide mounted to the endless support element, wherein the endless support element is supported by a pulley (9, 10), and wherein the thread guide is adapted for guiding a leno thread towards a fabric, wherein the thread guide is provided with a first segment for mounting the thread guide to the endless support element, characterised in that said first segment extends at an inner side of the endless support element, and the pulley (9, 10) is provided with a notch (90, 100), wherein the endless support element and the pulley (9, 10) are adapted to each other such that upon a circulation of the endless support element, the first segment is received in the notch (90, 100) of the pulley (9, 10).
A method, performed by a user equipment, UE, for managing the UE's secondary serving cells, SCells, in a wireless network, the method comprising: receiving, from a first network node in the wireless network, a message to suspend a connection with the first network node, wherein: the connection is via a plurality of configured cells including a primary serving cell, PCell, and one or more SCells, and the SCells have respective first SCell states; in response to the suspend message, suspending the connection; and receiving, from the first network node or a second network node in the wireless network, a message to resume the connection, wherein the resume message includes indication of respective second SCell states for one or more of the following: the one or more SCells, and one or more further SCells to be added to the configured cells upon resuming the connection, wherein the indication indicates that, upon resuming the connection, the UE should determine the respective second SCell states for the one or more SCells based on signal quality measurements. receiving, from a first network node in the wireless network, a message to suspend a connection with the first network node, wherein: the connection is via a plurality of configured cells including a primary serving cell, PCell, and one or more SCells, and the SCells have respective first SCell states; the connection is via a plurality of configured cells including a primary serving cell, PCell, and one or more SCells, and the SCells have respective first SCell states; in response to the suspend message, suspending the connection; and receiving, from the first network node or a second network node in the wireless network, a message to resume the connection, wherein the resume message includes indication of respective second SCell states for one or more of the following: the one or more SCells, and one or more further SCells to be added to the configured cells upon resuming the connection, wherein the indication indicates that, upon resuming the connection, the UE should determine the respective second SCell states for the one or more SCells based on signal quality measurements. the one or more SCells, and one or more further SCells to be added to the configured cells upon resuming the connection, wherein the indication indicates that, upon resuming the connection, the UE should determine the respective second SCell states for the one or more SCells based on signal quality measurements.
A method for operating a wireless network node in a wireless communication network, wherein said method comprises: providing at least one wireless communication device with an indication of a set of reciprocity reference signals, RRS, to be used for scheduling request, SR, transmission, wherein an RRS comprises an uplink sounding reference signal, SRS, and a demodulation reference signal, DMRS, and wherein the providing comprises transmitting the indication of the set of RRS to the at least one wireless communication device; receiving an SR from the at least one wireless communication device and decoding an SR message comprised in the received SR, wherein said decoding is performed using an RRS comprised in the received SR as a DMRS for the SR message; performing an estimation of an uplink channel on which the SR is received from the at least one wireless communication device, wherein the estimation of the uplink channel is based on the RRS comprised in the received SR; performing an estimation of a downlink channel by directly utilizing the estimation of the uplink channel based on a channel reciprocity between the uplink channel and the downlink channel; pre-coding an uplink scheduling grant for scheduling uplink resources based on the estimation of the uplink channel; and transmitting the uplink scheduling grant to the at least one wireless communication device on the estimated downlink channel. providing at least one wireless communication device with an indication of a set of reciprocity reference signals, RRS, to be used for scheduling request, SR, transmission, wherein an RRS comprises an uplink sounding reference signal, SRS, and a demodulation reference signal, DMRS, and wherein the providing comprises transmitting the indication of the set of RRS to the at least one wireless communication device; receiving an SR from the at least one wireless communication device and decoding an SR message comprised in the received SR, wherein said decoding is performed using an RRS comprised in the received SR as a DMRS for the SR message; performing an estimation of an uplink channel on which the SR is received from the at least one wireless communication device, wherein the estimation of the uplink channel is based on the RRS comprised in the received SR; performing an estimation of a downlink channel by directly utilizing the estimation of the uplink channel based on a channel reciprocity between the uplink channel and the downlink channel; pre-coding an uplink scheduling grant for scheduling uplink resources based on the estimation of the uplink channel; and transmitting the uplink scheduling grant to the at least one wireless communication device on the estimated downlink channel.
A control device for an energy treatment tool comprising a first holding member configured so that a holding surface comes in contact with a biological tissue, a second holding member that is configured to open and close relatively to the first holding member to hold the biological tissue between the first holding member and the second holding member, and a heating element configured to generate heat corresponding to supplied power, thereby heating the holding surface, the control device comprising: a temperature acquiring section that acquires a temperature of the heating element; characterized in that the control device further comprises a surface temperature estimating section that estimates, as a surface temperature, a temperature of at least a part of a surface of the first holding member which is different from a portion facing the second holding member, based on a change of the temperature of the heating element after supply of the power is stopped. a temperature acquiring section that acquires a temperature of the heating element; characterized in that the control device further comprises a surface temperature estimating section that estimates, as a surface temperature, a temperature of at least a part of a surface of the first holding member which is different from a portion facing the second holding member, based on a change of the temperature of the heating element after supply of the power is stopped.
Sanitary washbasin or sink outlet fitting for discharging a fed liquid, comprising - a basic body, which has a connection for connecting to a liquid supply, and - an outlet body, which is connected via a releasable connection to the basic body, said outlet body functioning as a water outlet of the sanitary washbasin or sink outlet fitting when being coupled to the basic body, characterized in that - the basic body comprises fixing means for fixing at a washbasin or sink, - the outlet body is designed as a liquid container which can be removed from the basic body, and - the releasable connection is formed as a plug-in connection by which the outlet body is capable of being placed on a top face side of the basic body and removable again therefrom, where the plug-in connection comprises corresponding plug-in connection means (5, 1a) at a bottom face side of the outlet body and at the top face side of the basic body. - a basic body, which has a connection for connecting to a liquid supply, and - an outlet body, which is connected via a releasable connection to the basic body, said outlet body functioning as a water outlet of the sanitary washbasin or sink outlet fitting when being coupled to the basic body, - the basic body comprises fixing means for fixing at a washbasin or sink, - the outlet body is designed as a liquid container which can be removed from the basic body, and - the releasable connection is formed as a plug-in connection by which the outlet body is capable of being placed on a top face side of the basic body and removable again therefrom, where the plug-in connection comprises corresponding plug-in connection means (5, 1a) at a bottom face side of the outlet body and at the top face side of the basic body.
A method performed by a first terminal, the method comprising: determining (2001, 1403) whether a first delay related to the first terminal is necessary; transmitting (2002, 1404), to a second terminal, a delay message including first delay information in case that the first delay is necessary; in response to the delay message, receiving (2003, 1405), from the second terminal, an allocation message including information on one or more nodes; determining (2004, 1406) whether information on the first terminal is included in the information on one or more nodes included in the allocation message; and allocating (2005, 1407) the first delay in case that the information on the first terminal is included in the information on one or more nodes. determining (2001, 1403) whether a first delay related to the first terminal is necessary; transmitting (2002, 1404), to a second terminal, a delay message including first delay information in case that the first delay is necessary; in response to the delay message, receiving (2003, 1405), from the second terminal, an allocation message including information on one or more nodes; determining (2004, 1406) whether information on the first terminal is included in the information on one or more nodes included in the allocation message; and allocating (2005, 1407) the first delay in case that the information on the first terminal is included in the information on one or more nodes.