mhurhangee/patent-ind-claim-en huggingface dataset:
A seat cushion length adjusting device, comprising: a support ; an adjusting member displaceably mounted to the support and configured for coupling to at least a portion of a seat cushion ; and an actuator coupled to the support and the adjusting member , the actuator being configured to displace the adjusting member relative to the support , the actuator comprising: a power drive , a speed reduction gearing (32-35) having an input coupled to the power drive and an output , and a motion conversion mechanism (21; 41, 42; 61, 62; 71, 72; 91-94) for converting a rotational motion of the output of the speed reduction gearing (32-35) into a linear displacement between the adjusting member and the support , wherein the motion conversion mechanism (21; 41, 42; 61, 62; 71, 72; 91-94) comprises a spindle drive (21; 41, 42; 61, 62; 71, 72), the spindle drive (21; 41, 42; 61, 62; 71, 72) comprising a spindle (41; 61; 71) having an external thread and a spindle nut (42; 62; 72) having an internal thread engaged with the external thread of the spindle (41; 61; 71), characterized in that the spindle (41; 61) of the spindle drive (21; 41, 42; 61, 62; 71, 72) of the motion conversion mechanism is a flexible spindle. a support ; an adjusting member displaceably mounted to the support and configured for coupling to at least a portion of a seat cushion ; and an actuator coupled to the support and the adjusting member , the actuator being configured to displace the adjusting member relative to the support , the actuator comprising: a power drive , a speed reduction gearing (32-35) having an input coupled to the power drive and an output , and a motion conversion mechanism (21; 41, 42; 61, 62; 71, 72; 91-94) for converting a rotational motion of the output of the speed reduction gearing (32-35) into a linear displacement between the adjusting member and the support , wherein the motion conversion mechanism (21; 41, 42; 61, 62; 71, 72; 91-94) comprises a spindle drive (21; 41, 42; 61, 62; 71, 72), the spindle drive (21; 41, 42; 61, 62; 71, 72) comprising a spindle (41; 61; 71) having an external thread and a spindle nut (42; 62; 72) having an internal thread engaged with the external thread of the spindle (41; 61; 71), a power drive , a speed reduction gearing (32-35) having an input coupled to the power drive and an output , and a motion conversion mechanism (21; 41, 42; 61, 62; 71, 72; 91-94) for converting a rotational motion of the output of the speed reduction gearing (32-35) into a linear displacement between the adjusting member and the support , wherein the motion conversion mechanism (21; 41, 42; 61, 62; 71, 72; 91-94) comprises a spindle drive (21; 41, 42; 61, 62; 71, 72), the spindle drive (21; 41, 42; 61, 62; 71, 72) comprising a spindle (41; 61; 71) having an external thread and a spindle nut (42; 62; 72) having an internal thread engaged with the external thread of the spindle (41; 61; 71), characterized in that the spindle (41; 61) of the spindle drive (21; 41, 42; 61, 62; 71, 72) of the motion conversion mechanism is a flexible spindle.
A method performed by a radio base station , for resource management in a multi-carrier system comprising a multi-carrier cell served by the radio base station and wherein a plurality of component carriers, CCs, are defined for said multi-carrier cell, the method comprises: - assembling a message comprising information including at least one CC used in the multi-carrier cell that is available for a user equipment, UE, for performing random access in the multi-carrier cell, at least one dedicated preamble to use by said UE for a random access in the multi-carrier cell and an indication on which said at least one CC the at least one preamble is valid; - transmitting said message to the UE in a handover command or in a random access order; and - indicating to said UE what at least one resource the UE is to use for random access in the at least one component carrier of the multi-carrier cell. - assembling a message comprising information including at least one CC used in the multi-carrier cell that is available for a user equipment, UE, for performing random access in the multi-carrier cell, at least one dedicated preamble to use by said UE for a random access in the multi-carrier cell and an indication on which said at least one CC the at least one preamble is valid; - transmitting said message to the UE in a handover command or in a random access order; and - indicating to said UE what at least one resource the UE is to use for random access in the at least one component carrier of the multi-carrier cell.
Method of secure processing input data by a stream processing network comprising a first and a second processing unit , wherein the method comprises the steps of: a) receiving the input data from a communication channel, wherein the input data comprises a first data stream associated with a first owner and a second data stream associated with a second owner, the first data stream being labelled with a first owner ID related to the first owner and the second data stream being labelled with a second owner ID related to the second owner, the first owner ID and the second owner ID being respectively unique, the first and second owner IDs being meta tags in the headers of the data packets of the first and second data streams; b) distinguishing data packets of the first data stream from that of the second data stream , using the meta tags in the headers of the data packets of the first and second data streams, including rejecting or ignoring, at the first processing unit , data packets of the second data stream and rejecting or ignoring, at the second processing unit , data packets of the first data stream ; and c) processing the first data stream with the first processing unit and processing the second data stream with the second processing unit . a) receiving the input data from a communication channel, wherein the input data comprises a first data stream associated with a first owner and a second data stream associated with a second owner, the first data stream being labelled with a first owner ID related to the first owner and the second data stream being labelled with a second owner ID related to the second owner, the first owner ID and the second owner ID being respectively unique, the first and second owner IDs being meta tags in the headers of the data packets of the first and second data streams; b) distinguishing data packets of the first data stream from that of the second data stream , using the meta tags in the headers of the data packets of the first and second data streams, including rejecting or ignoring, at the first processing unit , data packets of the second data stream and rejecting or ignoring, at the second processing unit , data packets of the first data stream ; and c) processing the first data stream with the first processing unit and processing the second data stream with the second processing unit .
A lighting apparatus for a camera system comprising: - an array of light sources , wherein the array of light sources is an array of vertical-cavity surface-emitting lasers, the light sources emitting emission cones , wherein the array of light sources is adapted such that the edges of the emission cones intersect in an intersection plane (8; 9), - an emission lens unit for homogenizing the intensity distribution in the far field, wherein the array of the light sources and the emission lens unit are arranged such that i) the emission cones traverse the emission lens unit and ii) the distance ( s ) between the array of the light sources and a front main plane (H) of the emission lens unit equals the sum of or the difference between a) a focal length ( f ) of the emission lens unit and b) the distance ( t ) between the intersection plane (8; 9) and the array of the light sources . - an array of light sources , wherein the array of light sources is an array of vertical-cavity surface-emitting lasers, the light sources emitting emission cones , wherein the array of light sources is adapted such that the edges of the emission cones intersect in an intersection plane (8; 9), - an emission lens unit for homogenizing the intensity distribution in the far field,
A configuration adjustment method, performed by a terminal, the method comprises: determining (S11), among businesses run by the terminal, a target business for which a heat generating speed is greater than a first preset speed, when a temperature of the terminal is higher than a preset temperature; sending (S12) information of the target business to a base station; reducing (S13) a wireless transmission configuration for the target business according to a received first adjustment command of the base station for the target business, wherein, by reducing the wireless transmission configuration, the terminal can drop its temperature; characterised in that sending (S12) the information of the target business to the base station comprises: comparing (S123) a current quality of service of the target business with a quality of service required by the target business, wherein the quality of service required by the target business refers to a lowest quality of service required during normal operation of the target business; in response to the current quality of service of the target business being higher than the quality of service required by the target business, sending (S122) an identifier of the target business and the current quality of service of the target business to the base station. determining (S11), among businesses run by the terminal, a target business for which a heat generating speed is greater than a first preset speed, when a temperature of the terminal is higher than a preset temperature; sending (S12) information of the target business to a base station; reducing (S13) a wireless transmission configuration for the target business according to a received first adjustment command of the base station for the target business, wherein, by reducing the wireless transmission configuration, the terminal can drop its temperature; characterised in that sending (S12) the information of the target business to the base station comprises: comparing (S123) a current quality of service of the target business with a quality of service required by the target business, wherein the quality of service required by the target business refers to a lowest quality of service required during normal operation of the target business; in response to the current quality of service of the target business being higher than the quality of service required by the target business, sending (S122) an identifier of the target business and the current quality of service of the target business to the base station. comparing (S123) a current quality of service of the target business with a quality of service required by the target business, wherein the quality of service required by the target business refers to a lowest quality of service required during normal operation of the target business; in response to the current quality of service of the target business being higher than the quality of service required by the target business, sending (S122) an identifier of the target business and the current quality of service of the target business to the base station.
A direct-connect detection device (542; 544; 552; 598; 652; 664) for detecting presence with respect to an automated furniture item , said detection device (542; 544; 552; 598; 652; 664) comprising: a device body (530; 484) configured to couple to at least one of a plurality of conductive components of the automated furniture item , said device body (530; 484) comprising: at least one first mounting component comprising at least one mounting port having a conductive sensing surface, wherein the conductive sensing surface is adapted to capacitively couple to the at least one of the plurality of conductive components of the automated furniture item , at least one second mounting component comprising at least one mounting port having a non-sensing surface , and wherein the device body (530; 484) is configured to be secured to the at least one of the plurality of conductive components of the automated furniture item via the at least one first mounting component and the at least one second mounting component ; and at least one coupling port configured to couple the direct-connect detection device (542; 544; 552; 598; 652; 664) to at least one automated furniture item feature; and at least one capacitive sensing control component configured to detect presence with respect to the plurality of conductive components .
Device for unrolling and severing a strip on a strip roll having a main body , wherein the main body has an upper side with a tear-off blade , a gap , a storage plate for depositing the strip or a roller, two lateral guide surfaces and an underside , characterized in that the storage plate can be pivoted laterally or the roller arranged behind the gap , as viewed against the unrolling direction , can be inserted and latched for depositing the strip , wherein the storage plate or the roller form the gap in its end position with a rear edge of the upper side .
Column for separating air by cryogenic distillation having one shell and at least five distillation sections , each section being made up of a stack of cross-corrugated structured packing blocks, each block comprising a packet of rectangular corrugated plates, the at least five distillation sections comprising at least a first intermediate distillation section of the column surrounded by an auxiliary shell around which is delimited, in the radial direction of the column, a space divided into a lower section and an upper section, and a second intermediate distillation section being arranged such that, when the column is in use, the second intermediate section is above the first intermediate section, the intermediate sections being positioned in an intermediate portion of the column, the shell comprising a first opening in the space between the first and second intermediate sections and a second opening above the second intermediate section, the first and second openings being designed to be connected to a liquid inlet pipe, and, when the column is in use, the second opening being open, the packing is selected such that, when the column is in use, the capacity of the first intermediate section is greater than the capacity of at least one adjacent section, or than the capacity of the other sections of the column, and the at least five distillation sections comprising a third intermediate distillation section arranged such that, when the column is in use, the third intermediate section is above the second intermediate section, the second opening being in the space between the second and third intermediate sections and a third opening being in the space above the third section and being designed to be connected to a liquid inlet pipe, and when the column is in use, the third opening being closed off.
A medication auditing support system comprising: a dose-packaging machine configured to package medication based on prescription data and discharge continuous packaging sachets ; a conveying machine configured to receive the continuous packaging sachets discharged from the dose-packaging machine and feed the continuous packaging sachets ; an auditing machine configured to receive the continuous packaging sachets fed from the conveying machine and audit the medication packaged in the packaging sachets based on the prescription data; the medication auditing support system being characterized in that a controlling machine is configured to control the dose-packaging machine , the conveying machine and the auditing machine , wherein the conveying machine comprises a buffer unit configured to store the continuous packaging sachets , and when an amount of the packaging sachets stored in the buffer unit reaches a maximum permissible range, the controlling machine temporarily stops an operation of the dose-packaging machine . a dose-packaging machine configured to package medication based on prescription data and discharge continuous packaging sachets ; a conveying machine configured to receive the continuous packaging sachets discharged from the dose-packaging machine and feed the continuous packaging sachets ; an auditing machine configured to receive the continuous packaging sachets fed from the conveying machine and audit the medication packaged in the packaging sachets based on the prescription data; the medication auditing support system being characterized in that a controlling machine is configured to control the dose-packaging machine , the conveying machine and the auditing machine , wherein the conveying machine comprises a buffer unit configured to store the continuous packaging sachets , and when an amount of the packaging sachets stored in the buffer unit reaches a maximum permissible range, the controlling machine temporarily stops an operation of the dose-packaging machine .
A method of managing shared resources in a multithreaded processor comprising two or more processing threads, the two or more processing threads comprising at least one or more unacceptable deadline miss, UDM or realtime thread, the method comprising: determining danger levels for the two or more threads, wherein the danger level of a thread is based on a potential failure of the thread to meet a deadline due to unavailability of a shared resource wherein the danger levels for the two or more threads are determined based on an internal danger level associated with the two or more threads and an external danger level associated with one or more cores external to the multithreaded processor; detecting priority levels associated with the two or more threads, wherein the priority level is higher for a thread whose failure to meet a deadline is unacceptable and the priority level is lower for a thread whose failure to meet a deadline is acceptable; and scheduling the two or more threads based at least on the determined danger levels for the two or more threads and priority levels associated with the two or more threads, wherein the scheduling further comprises stalling at least one low priority thread if a number of low priority threads to be scheduled exceeds a predetermined number of low priority transactions. determining danger levels for the two or more threads, wherein the danger level of a thread is based on a potential failure of the thread to meet a deadline due to unavailability of a shared resource wherein the danger levels for the two or more threads are determined based on an internal danger level associated with the two or more threads and an external danger level associated with one or more cores external to the multithreaded processor; detecting priority levels associated with the two or more threads, wherein the priority level is higher for a thread whose failure to meet a deadline is unacceptable and the priority level is lower for a thread whose failure to meet a deadline is acceptable; and scheduling the two or more threads based at least on the determined danger levels for the two or more threads and priority levels associated with the two or more threads, wherein the scheduling further comprises stalling at least one low priority thread if a number of low priority threads to be scheduled exceeds a predetermined number of low priority transactions.
Electric motor with a single-phase winding having an energy recovery circuit, consisting of two coil sections with a center tap, wherein the two winding ends of the coil sections are connected to ground via a respective switching element , for example a field-effect transistor or a bipolar transistor, which is operated via a driver circuit , wherein the driver circuit is controlled by a circuit logic via a control input , wherein during operation the energy recovery circuit is designed such that, when the switching element is switched off, a portion of the energy stored in the coil sections is routed via a diode into a storage capacitor , which is thereby charged, wherein the buffer-stored energy of the charged storage capacitor generates an output voltage , and wherein the output voltage serves as a supply voltage for the driver circuit that actuates the switching element , characterized in that the portion of a switch-off current from one of the coil sections that cannot be consumed via the driver circuit is diverted in a controlled manner via an electrical power component, which is connected in parallel with one of the switching elements , wherein the power component comprises a bipolar power transistor .
An amphiphilic siloxane-containing vinylic monomer represented by the formula in which: -[(N(COR")C 2 H 4]n - (in which R" is H, methyl or ethyl) is obtained in a ring-opening polymerization of oxazoline, A 1 , A 2 and A 3 independent of each other are C 1 -C 6 alkyl, phenyl, benzyl, or a radical of formula in which B 3 , B 4 and B 5 independent of each other are C 1 -C 6 alkyl, phenyl, or benzyl, provided that at least two of A 1 , A 2 and A 3 are radicals of formula .
An apparatus comprising: a remote terminal unit RTU comprising: a housing , at least a portion of the housing comprising a shell of thermally-conductive material; at least one circuit board assembly (416-420) comprising at least one processing device configured to communicate with one or more industrial control and automation field devices via one or more input/output I/O channels (606a-606n), the at least one circuit board assembly positioned within the shell; a heat sink configured to remove thermal energy from the at least one processing device; a thermal pad configured to receive the thermal energy from the heat sink and to provide the thermal energy to the shell; and one or more control algorithms executed by the RTU and configured to disable one or more components within analog input I/O channels during idle periods in between sampling periods during which data on the analog input I/O channels is sampled. a remote terminal unit RTU comprising: a housing , at least a portion of the housing comprising a shell of thermally-conductive material; at least one circuit board assembly (416-420) comprising at least one processing device configured to communicate with one or more industrial control and automation field devices via one or more input/output I/O channels (606a-606n), the at least one circuit board assembly positioned within the shell; a heat sink configured to remove thermal energy from the at least one processing device; a thermal pad configured to receive the thermal energy from the heat sink and to provide the thermal energy to the shell; and a housing , at least a portion of the housing comprising a shell of thermally-conductive material; at least one circuit board assembly (416-420) comprising at least one processing device configured to communicate with one or more industrial control and automation field devices via one or more input/output I/O channels (606a-606n), the at least one circuit board assembly positioned within the shell; a heat sink configured to remove thermal energy from the at least one processing device; a thermal pad configured to receive the thermal energy from the heat sink and to provide the thermal energy to the shell; and one or more control algorithms executed by the RTU and configured to disable one or more components within analog input I/O channels during idle periods in between sampling periods during which data on the analog input I/O channels is sampled.