mhurhangee/patent-ind-claim-en huggingface dataset:
A semiconductor device comprising: a first semiconductor chip (CPH) including a first field effect transistor for switching; a first chip mounting portion (DPH) on which the first semiconductor chip (CPH) is mounted via a first bonding material (BD1); a first lead (LD2) electrically connected to a first pad for source (PDHS1) of the first semiconductor chip (CPH) through a first metal plate (MP1); a first metal portion (LB2) formed integrally with the first lead (LD2); and a sealing body (MR) in which the first semiconductor chip (CPH), the first metal plate (MP1), the first metal portion (LB2), at least a part of the first chip mounting portion (DPH), and a part of the first lead (LD2) are sealed, wherein a first back surface electrode for drain (BEH) of the first semiconductor chip (CPH) and the first chip mounting portion (DPH) are bonded via the first bonding material (BD1), the first metal plate (MP1) and the first pad for source (PDHS1) of the first semiconductor chip (CPH) are bonded via a second bonding material (BD4), the first metal plate (MP1) and the first metal portion (LB2) are bonded via a third bonding material (BD5), the first bonding material (BD1), the second bonding material (BD4), and the third bonding material (BD5) have conductivity, characterized in that an elastic modulus of each of the first bonding material (BD1) and the second bonding material (BD4) is lower than that of the third bonding material (BD5). a first semiconductor chip (CPH) including a first field effect transistor for switching; a first chip mounting portion (DPH) on which the first semiconductor chip (CPH) is mounted via a first bonding material (BD1); a first lead (LD2) electrically connected to a first pad for source (PDHS1) of the first semiconductor chip (CPH) through a first metal plate (MP1); a first metal portion (LB2) formed integrally with the first lead (LD2); and a sealing body (MR) in which the first semiconductor chip (CPH), the first metal plate (MP1), the first metal portion (LB2), at least a part of the first chip mounting portion (DPH), and a part of the first lead (LD2) are sealed, wherein a first back surface electrode for drain (BEH) of the first semiconductor chip (CPH) and the first chip mounting portion (DPH) are bonded via the first bonding material (BD1), the first metal plate (MP1) and the first pad for source (PDHS1) of the first semiconductor chip (CPH) are bonded via a second bonding material (BD4), the first metal plate (MP1) and the first metal portion (LB2) are bonded via a third bonding material (BD5), the first bonding material (BD1), the second bonding material (BD4), and the third bonding material (BD5) have conductivity, characterized in that an elastic modulus of each of the first bonding material (BD1) and the second bonding material (BD4) is lower than that of the third bonding material (BD5).
A method for communication between a programmable logic controller (PLC) and an actuator control which is configured to operate an actuator, wherein the PLC and the actuator control are electrically connected to one another by means of a first line and a second line ; and wherein - a first digital signal (S 1 ) is transmitted via the first line and a second digital signal (S 2 ) is transmitted via the second line from the PLC to the actuator control , with the digital signals (S 1 , S 2 ) each having at least a first state and a second state, - a direction of movement of the actuator is specified by means of a state of the first digital signal (S 1 ) and - a movement of the actuator is commanded in the direction of movement by means of a state change of the second digital signal (S 2 ), characterized in that - configuration data are transmitted from the PLC to the actuator control by means of state changes of the first digital signal (S 1 ). - a first digital signal (S 1 ) is transmitted via the first line and a second digital signal (S 2 ) is transmitted via the second line from the PLC to the actuator control , with the digital signals (S 1 , S 2 ) each having at least a first state and a second state, - a direction of movement of the actuator is specified by means of a state of the first digital signal (S 1 ) and - a movement of the actuator is commanded in the direction of movement by means of a state change of the second digital signal (S 2 ), characterized in that - configuration data are transmitted from the PLC to the actuator control by means of state changes of the first digital signal (S 1 ).
A method for 5G media streaming, 5GMS, at a user device , comprising: sending (S810), a request from a 5GMS service client of the user device to a 5GMS application function of a 5G data network, the request including edge application server filtering information and requesting a 5GMS service; receiving (S820), an acknowledgement from the 5GMS application function with information of a 5GMS application server that is instantiated by an edge application server, wherein the edge application server is selected based on the edge application server filtering information included in the sent request; and performing (S830) the 5G media streaming based on the information of the 5GMS application server. sending (S810), a request from a 5GMS service client of the user device to a 5GMS application function of a 5G data network, the request including edge application server filtering information and requesting a 5GMS service; receiving (S820), an acknowledgement from the 5GMS application function with information of a 5GMS application server that is instantiated by an edge application server, wherein the edge application server is selected based on the edge application server filtering information included in the sent request; and performing (S830) the 5G media streaming based on the information of the 5GMS application server.
A universal container carrier comprising: a base plate ; a pair of support frames coupled to the base plate through a pivoting linkage that is pivotally coupled to a centre portion of the base plate , at least one of the support frames being configured to move relative to the other support frame , each said support frame comprising at least one container support configured to engage a portion of the side wall of a container disposed between the support frames ; and a resilient biasing mechanism coupled to the base plate and the at least one support frame and configured to urge the at least one support frame towards the other support frame . a base plate ; a pair of support frames coupled to the base plate through a pivoting linkage that is pivotally coupled to a centre portion of the base plate , at least one of the support frames being configured to move relative to the other support frame , each said support frame comprising at least one container support configured to engage a portion of the side wall of a container disposed between the support frames ; and a resilient biasing mechanism coupled to the base plate and the at least one support frame and configured to urge the at least one support frame towards the other support frame .
Device having a communication interface (IF), the device being set up for device-internal processing of data in a text format, the communication interface (IF) being set up for interchanging binary data according to EXI specifications, the device comprising: - an encoder (ECD) for reciprocally converting the binary data into text format data, the encoder (ECD) being set up for associating resource descriptors with a respective identification number; - a resource table (RSC) associated with the encoder (ECD) for associating a respective resource descriptor with a respective identification number; - at least one device-internal database (TS1) for storing resources and the relationships thereof; characterized by : - at least one database access control unit (CTR) having access to the at least one database (TS1) and also to the resource table (RSC), the database access control unit (CTR) being set up for storing the identification number associated with the resource to be stored, instead of the resource descriptor, in the at least one device-internal database (TS1); and - the database access control unit (CTR) being set up to be prompted by a read access operation to extract the identification number associated with the resource to be read from the database (TS1) and to transfer said identification number to the encoder (ECD). - an encoder (ECD) for reciprocally converting the binary data into text format data, the encoder (ECD) being set up for associating resource descriptors with a respective identification number; - a resource table (RSC) associated with the encoder (ECD) for associating a respective resource descriptor with a respective identification number; - at least one device-internal database (TS1) for storing resources and the relationships thereof; - at least one database access control unit (CTR) having access to the at least one database (TS1) and also to the resource table (RSC), the database access control unit (CTR) being set up for storing the identification number associated with the resource to be stored, instead of the resource descriptor, in the at least one device-internal database (TS1); and - the database access control unit (CTR) being set up to be prompted by a read access operation to extract the identification number associated with the resource to be read from the database (TS1) and to transfer said identification number to the encoder (ECD).
An apparatus comprising: a housing ; a carrier having a retracted closed position and an ejected open position with respect to the housing , wherein the carrier comprises a first magnet and a second magnet ; characterised in that the apparatus further comprises: a latch having two states and having a third magnet located between the first magnet and the second magnet ; wherein in a first state of the latch the carrier is in the retracted closed position due to a magnetic coupling between the first magnet and the third magnet , and in a second state of the latch the carrier is in the ejected open position due to a magnetic coupling between the second magnet and the third magnet . a housing ; a carrier having a retracted closed position and an ejected open position with respect to the housing , wherein the carrier comprises a first magnet and a second magnet ; characterised in that the apparatus further comprises: a latch having two states and having a third magnet located between the first magnet and the second magnet ; wherein in a first state of the latch the carrier is in the retracted closed position due to a magnetic coupling between the first magnet and the third magnet , and in a second state of the latch the carrier is in the ejected open position due to a magnetic coupling between the second magnet and the third magnet . a latch having two states and having a third magnet located between the first magnet and the second magnet ; wherein in a first state of the latch the carrier is in the retracted closed position due to a magnetic coupling between the first magnet and the third magnet , and in a second state of the latch the carrier is in the ejected open position due to a magnetic coupling between the second magnet and the third magnet .
A method for resolving conflicts between sidelink transmission and uplink transmission overlapping in time, applied to terminal-to-terminal communication where a terminal device needs to transmit sidelink data on M first-type carriers, said first-type carrier being a PC5 carrier, and transmit uplink data on N second-type carriers, said second-type carrier being a Uu carrier, and M and N are positive integers, the method comprising: determining, by a terminal device based on a ProSe per-packet priority, PPPP, of sidelink data transmitted on the M first-type carriers and a first limit, to prioritize transmission of sidelink data on some or all of the M first-type carriers; characterized in that if a PPPP of sidelink data on U first-type carriers is less than the first limit, and U is less than or equal to M, the determining to prioritize transmission of sidelink data on some or all of the M first-type carriers comprises: determining, by the terminal device, to prioritize transmission of the sidelink data on the U first-type carriers and wherein total transmit power used by the terminal device to transmit the sidelink data on the U first-type carriers and to transmit uplink data on K second-type carriers is less than or equal to a maximum transmit power of the terminal device, and K is a positive integer. determining, by a terminal device based on a ProSe per-packet priority, PPPP, of sidelink data transmitted on the M first-type carriers and a first limit, to prioritize transmission of sidelink data on some or all of the M first-type carriers; characterized in that if a PPPP of sidelink data on U first-type carriers is less than the first limit, and U is less than or equal to M, the determining to prioritize transmission of sidelink data on some or all of the M first-type carriers comprises: determining, by the terminal device, to prioritize transmission of the sidelink data on the U first-type carriers and wherein total transmit power used by the terminal device to transmit the sidelink data on the U first-type carriers and to transmit uplink data on K second-type carriers is less than or equal to a maximum transmit power of the terminal device, and K is a positive integer. determining, by the terminal device, to prioritize transmission of the sidelink data on the U first-type carriers and wherein total transmit power used by the terminal device to transmit the sidelink data on the U first-type carriers and to transmit uplink data on K second-type carriers is less than or equal to a maximum transmit power of the terminal device, and K is a positive integer.
A respiratory apparatus that provides a flow of gases to a patient, the respiratory apparatus comprising: an ambient air inlet; a supplemental inlet for receiving supplemental gases from a supplemental gases source; a valve, wherein the valve requires a minimum amount of current in order to open; a gases composition sensor configured to measure gases composition of mixed flow of ambient air and supplemental gases; a main controller configured to control delivery of gases to the patient, the controller configured to: adjust actuation of a valve opening by controlling valve current; characterized in that the controller is further configured to activate a coarse controller when a target flow rate of supplemental gas is increased from zero; the coarse controller configured to: control actuation of the valve opening by controlling the valve current, wherein the main controller or the coarse controller can control the valve current; iteratively increase current supplied to the valve; and switch control of the actuation of the valve to the main controller after flow through the valve is detected. an ambient air inlet; a supplemental inlet for receiving supplemental gases from a supplemental gases source; a valve, wherein the valve requires a minimum amount of current in order to open; a gases composition sensor configured to measure gases composition of mixed flow of ambient air and supplemental gases; a main controller configured to control delivery of gases to the patient, the controller configured to: adjust actuation of a valve opening by controlling valve current; characterized in that the controller is further configured to activate a coarse controller when a target flow rate of supplemental gas is increased from zero; adjust actuation of a valve opening by controlling valve current; characterized in that the controller is further configured to activate a coarse controller when a target flow rate of supplemental gas is increased from zero; the coarse controller configured to: control actuation of the valve opening by controlling the valve current, wherein the main controller or the coarse controller can control the valve current; iteratively increase current supplied to the valve; and switch control of the actuation of the valve to the main controller after flow through the valve is detected. control actuation of the valve opening by controlling the valve current, wherein the main controller or the coarse controller can control the valve current; iteratively increase current supplied to the valve; and switch control of the actuation of the valve to the main controller after flow through the valve is detected.
A computer-implemented method of processing calls in a telephone network , the method comprising: identifying a plurality of calls that have been made by a particular telephone number to telephone numbers in the telephone network; characterised by : determining whether a sequence in which the calls were placed corresponds to a correct order for calling those telephone numbers, the correct order being determined based on a predetermined order for an authorised user of the particular telephone number to call telephone numbers in the telephone network; and determining that one or more of the calls were made by spoofing the particular telephone number if the sequence in which the calls were placed does not correspond to a correct order. identifying a plurality of calls that have been made by a particular telephone number to telephone numbers in the telephone network; characterised by : determining whether a sequence in which the calls were placed corresponds to a correct order for calling those telephone numbers, the correct order being determined based on a predetermined order for an authorised user of the particular telephone number to call telephone numbers in the telephone network; and determining that one or more of the calls were made by spoofing the particular telephone number if the sequence in which the calls were placed does not correspond to a correct order. determining whether a sequence in which the calls were placed corresponds to a correct order for calling those telephone numbers, the correct order being determined based on a predetermined order for an authorised user of the particular telephone number to call telephone numbers in the telephone network; and determining that one or more of the calls were made by spoofing the particular telephone number if the sequence in which the calls were placed does not correspond to a correct order.
A pendulum tensioner for an endless traction mechanism drive of an internal combustion engine, comprising a base unit and a separate, annular tensioning arm , which is mounted to slide in a slide bearing region of the base unit to enable a rotational movement relative to the base unit , characterised by at least one spring element which is inserted in a radial gap and/or in an axial gap between the slide bearing region and the tensioning arm , and braces the base unit and the tensioning arm against each other.
A set of consumables for a plasma arc torch assembly, comprising: an electrode including a main body that extends between a proximal end and a distal end with a distal end face , the distal end face being substantially flat and perpendicular to a longitudinal axis of the electrode , the main body including an external surface , comprising: a longitudinal portion that is substantially parallel to the longitudinal axis of the electrode ; a tapered portion that has a constant interior taper angle (A3) in the range of 30° to 50° and extends between the longitudinal portion and the distal end face ; and a transition portion that connects the tapered portion to the longitudinal portion ; and a nozzle that is installable around the electrode , the nozzle including a main body defined, at least in part, by an outer surface and an inner surface , wherein: the transition portion defines a smooth, rounded transition between the longitudinal portion and the tapered portion; and the inner surface of the nozzle is disposed opposite to and mirroring the tapered portion of the electrode , opposite to and mirroring the transition portion of the electrode, and opposite to and mirroring at least a portion of the longitudinal portion of the electrode so that the external surface of the electrode and the inner surface of the nozzle define a plasma gas channel therebetween having a constant width perpendicular to the external and inner surfaces. a longitudinal portion that is substantially parallel to the longitudinal axis of the electrode ; a tapered portion that has a constant interior taper angle (A3) in the range of 30° to 50° and extends between the longitudinal portion and the distal end face ; and a transition portion that connects the tapered portion to the longitudinal portion ; and a nozzle that is installable around the electrode , the nozzle including a main body defined, at least in part, by an outer surface and an inner surface , wherein: the transition portion defines a smooth, rounded transition between the longitudinal portion and the tapered portion; and the inner surface of the nozzle is disposed opposite to and mirroring the tapered portion of the electrode , opposite to and mirroring the transition portion of the electrode, and opposite to and mirroring at least a portion of the longitudinal portion of the electrode so that the external surface of the electrode and the inner surface of the nozzle define a plasma gas channel therebetween having a constant width perpendicular to the external and inner surfaces. the transition portion defines a smooth, rounded transition between the longitudinal portion and the tapered portion; and the inner surface of the nozzle is disposed opposite to and mirroring the tapered portion of the electrode , opposite to and mirroring the transition portion of the electrode, and opposite to and mirroring at least a portion of the longitudinal portion of the electrode so that the external surface of the electrode and the inner surface of the nozzle define a plasma gas channel therebetween having a constant width perpendicular to the external and inner surfaces.
A draining arrangement comprising: a pipe segment having an aperture defined by a circumferential wall portion ; a draining tube having an insertion end configured to be introduced into said aperture and to engage said circumferential wall portion such that said circumferential wall portion is slightly bent inwardly, thereby sealingly engaging said insertion end , said insertion end includes a bore providing fluid communication between said pipe segment and said draining tube , and a cutaway configured to allow fluid from the pipe segment to enter said bore ; and characterised by a snap clip member mounted on the draining tube and having two circular arms configured with a radius similar to a radius of an outer wall of the pipe segment for securely engaging the pipe segment facilitating maintaining the insertion end secured in the aperture . a pipe segment having an aperture defined by a circumferential wall portion ; a draining tube having an insertion end configured to be introduced into said aperture and to engage said circumferential wall portion such that said circumferential wall portion is slightly bent inwardly, thereby sealingly engaging said insertion end , said insertion end includes a bore providing fluid communication between said pipe segment and said draining tube , and a cutaway
A timepiece mainspring which is configured to be accommodated inside a barrel , whose inner end is arranged to be fixed to a barrel arbor included in the barrel , and whose outer end is arranged to engage with an inner wall of the barrel , the timepiece mainspring comprising: a helical portion that is wound in a Bernoulli curve shape from the inner end in a free state having no applied load, the free state having no applied load indicating a state where the timepiece mainspring is placed on the upper surface of a flat base so that an axial direction of the helical portion is orthogonal to said upper surface, characterized in that the number of rolls of the helical portion is 2.5 rolls or more and 3.0 rolls or less.