mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a terminal device, comprising: preparing, in the tenninal device, a list of circuit switched capabilities of the terminal device; sending, from the terminal device, the list to a network device during an attachment procedure of the terminal device to a packet-switched only network; wherein the list comprises a codec list of codecs supported by the terminal device, wherein the codec list is suitable for use at the network device in a Single Radio Voice Call Continuity, SR-VCC, handover procedure of the terminal device comprising a handover signaling initiation with a target circuit-switched network and a voice bearer split from other packet switched bearers, wherein the network device comprises a mobility management entity. preparing, in the tenninal device, a list of circuit switched capabilities of the terminal device; sending, from the terminal device, the list to a network device during an attachment procedure of the terminal device to a packet-switched only network; wherein the list comprises a codec list of codecs supported by the terminal device, wherein the codec list is suitable for use at the network device in a Single Radio Voice Call Continuity, SR-VCC, handover procedure of the terminal device comprising a handover signaling initiation with a target circuit-switched network and a voice bearer split from other packet switched bearers, wherein the network device comprises a mobility management entity.
Air jet cooling device for a casing of a turbomachine, in particular a casing of a turbine (6, 7), comprising: - a cooling air supply casing having a wall, - at least one tube having a first end mounted on the wall of the casing so as to put the tube in fluid communication with the casing, a plurality of orifices being formed in a wall of the tube in order to eject the cooling air coming from the casing onto the housing, the cooling device being characterised in that it further comprises a progressive sectional variation in the tube at the first end defining a boss, said boss having a curved surface configured to be bathed in the cooling air so as to avoid a separation of a boundary layer of the cooling air at an interface between the first end of the tube and the housing. - at least one tube having a first end mounted on the wall of the casing so as to put the tube in fluid communication with the casing, a plurality of orifices being formed in a wall of the tube in order to eject the cooling air coming from the casing onto the housing, the cooling device being characterised in that it further comprises a progressive sectional variation in the tube at the first end defining a boss, said boss having a curved surface configured to be bathed in the cooling air so as to avoid a separation of a boundary layer of the cooling air at an interface between the first end of the tube and the housing.
A method of securing a textile, the method comprising: overlaying a pin pattern template on an adjustable jig, the pin pattern template having a plurality of pin indicator sites, the adjustable jig comprising: a frame; a first axis and a second axis, the first axis substantially perpendicular to the second axis; a plurality of plates disposed within the frame, each of the plurality of plates comprising one or more pin attachment sites for securing a textile to the jig, each of the plurality of plates displaceable in a direction substantially perpendicular to the first axis; and means for securing the plurality of plates in the first axis and/or the second axis; attaching a pin to one or more of the plates; independently moving one or more of the plates until each of the pins is disposed substantially at a pin indicator site, to define a pin pattern; securing the plurality of plates within the frame; and attaching the textile to the adjustable jig using the pins. a frame; a first axis and a second axis, the first axis substantially perpendicular to the second axis; a plurality of plates disposed within the frame, each of the plurality of plates comprising one or more pin attachment sites for securing a textile to the jig, each of the plurality of plates displaceable in a direction substantially perpendicular to the first axis; and means for securing the plurality of plates in the first axis and/or the second axis; attaching a pin to one or more of the plates; independently moving one or more of the plates until each of the pins is disposed substantially at a pin indicator site, to define a pin pattern; securing the plurality of plates within the frame; and attaching the textile to the adjustable jig using the pins.
An anchor deployment device (1000, 1100, 1200), comprising: at least one cannula configured to receive at least one anchor element (100, 200, 400) on the at least one cannula and a medical device within the at least one cannula; and a locking mechanism configured to selectively secure the medical device and a portion of the at least one cannula, characterized in that, the locking mechanism comprises a removable clip (1010, 1110, 1210), wherein, when the removable clip (1010, 1110, 1210) is coupled to the main body of the anchor deployment device (1000, 1100, 1200) in a first position, the removable clip (1010, 1110, 1210) is configured to be engaged with the medical device and disengaged from the portion of the at least one cannula and, when the removable clip (1010, 1110, 1210) is coupled to the main body of the anchor deployment device (1000, 1100, 1200) in a second position, the removable clip (1010, 1110, 1210) is configured to be disengaged from the medical device and engaged with the portion of the at least one cannula. at least one cannula configured to receive at least one anchor element (100, 200, 400) on the at least one cannula and a medical device within the at least one cannula; and a locking mechanism configured to selectively secure the medical device and a portion of the at least one cannula, characterized in that, the locking mechanism comprises a removable clip (1010, 1110, 1210), wherein, when the removable clip (1010, 1110, 1210) is coupled to the main body of the anchor deployment device (1000, 1100, 1200) in a first position, the removable clip (1010, 1110, 1210) is configured to be engaged with the medical device and disengaged from the portion of the at least one cannula and, when the removable clip (1010, 1110, 1210) is coupled to the main body of the anchor deployment device (1000, 1100, 1200) in a second position, the removable clip (1010, 1110, 1210) is configured to be disengaged from the medical device and engaged with the portion of the at least one cannula.
An adjustable anchor system (10,10a-c) for securing tissue to bone, comprising; an anchor (12,12a-c) having at least one passage (40,40a-c) extending from a proximal end toward a distal end, the passage including a restriction (46,46a-c) and the anchor having at least one bone-engaging feature (42,42a) disposed between the proximal and distal ends; a first material formed as a closed loop (14,14a-c) and capable of being placed through a portion of the tissue; a second filament (16,16a-c) having a terminal end, a post limb (20,20a-c) and a sliding knot (22,22a-c) tied between the terminal end and the post limb to establish an elongated, adjustable-length loop which extends beyond the proximal end of the anchor and captures the closed loop of the first material; and the knot (22,22a-c) of the second filament (16,16a-c) being restrainable by the restriction (46,46a-c) when tension is applied to the post limb to shorten the elongated loop to draw the tissue toward the anchor.
A sealing arrangement for a turbomachine between, on the one hand, a rotor, and, on the other hand, a stator and/or a housing, the sealing arrangement comprising a support device (7, 7') and a sealing element that is a brush seal, wherein the support device (7, 7') extends substantially in a radial direction (r), wherein the support device (7, 7') of the turbomachine is a brushing device and has an axial contour that brings about a stiffening effect for the support device (7, 7') and has structures or geometric features that extend in an axial direction, characterized in that the axial contour is arranged at least at the radially inner end of the support device (7,7'), wherein the support device (7, 7') has a wavy or zigzag shape in a developed view (200, 200') and in a circumferential direction (u).
Use of a protein source comprising bovine casein proteins for the preparation of a nutritional composition for administration to an infant or young child undergoing a period of catch-up growth following a period of growth restriction during or after the period of catch-up growth so as to reduce the risk of development of insulin resistance or Type 2 diabetes later in the life of the infant or young child.
Process for manufacturing fingernail tips where reinforcing fibres are saturated with a synthetic material and shaped, and the synthetic material is subsequently cured, where the manufacturing process consists of the following steps in the sequence stated: - the reinforcing fibres are provided in strip form and this strip is moved at a certain transport speed in its longitudinal direction, - the strip is saturated with the synthetic material, - the strip is covered on one side, - the strip is shaped at a forming station, being bent to form a curve corresponding substantially to that of a natural fingernail or toenail, - the synthetic material is cured while the strip retains its curved shape, - the cover is removed from the strip, characterised in that - in the forming station the strip is formed similar to a channel in its longitudinal direction and is then cured, - the strip continues to be transported in the forming station, - after the strip is cured, the fingernail tips are cut out of the strip at a cutting station, - and the fingernail tips are arranged automatically in a container. - the reinforcing fibres are provided in strip form and this strip is moved at a certain transport speed in its longitudinal direction, - the strip is saturated with the synthetic material, - the strip is covered on one side, - the strip is shaped at a forming station, being bent to form a curve corresponding substantially to that of a natural fingernail or toenail, - the synthetic material is cured while the strip retains its curved shape, - the cover is removed from the strip, - in the forming station the strip is formed similar to a channel in its longitudinal direction and is then cured, - the strip continues to be transported in the forming station, - after the strip is cured, the fingernail tips are cut out of the strip at a cutting station, - and the fingernail tips are arranged automatically in a container.
An air conditioning device for a nautical vehicle including: a main body; and a blower including an inlet and an outlet, the inlet being in air communication with the main body, the blower further including blades rotating therewithin about a first axis, and an assembly for adjusting the blower with respect to the main body about a second axis so as to alter an orientation of the outlet, characterized in the assembly including a guiding cover and a cylindrical duct element for maintaining the main body and the blower in air communication with one another, the duct element having a first base and a second base, and coupled to the blower at the second base, the first base of the duct element dimensioned to correspondingly fit the guiding cover, and the duct element being rotatably adjustable around the guiding cover about the second axis at the first base. a main body; and a blower including an inlet and an outlet, the inlet being in air communication with the main body, the blower further including blades rotating therewithin about a first axis, and an assembly for adjusting the blower with respect to the main body about a second axis so as to alter an orientation of the outlet, characterized in the assembly including a guiding cover and a cylindrical duct element for maintaining the main body and the blower in air communication with one another, the duct element having a first base and a second base, and coupled to the blower at the second base, the first base of the duct element dimensioned to correspondingly fit the guiding cover, and the duct element being rotatably adjustable around the guiding cover about the second axis at the first base.
Cold-rolled and annealed sheet steel with a strength higher than 1200 MPa and elongation at break higher than 8%, the composition of which is as follows, the contents being expressed in weight: 0.10 % ≤ C ≤ 0.25 % 1 % ≤ Mn ≤ 3 % Al ≥ 0.010 % 1.2 % ≤ Si ≤ 1.8 % S ≤ 0.015 % P ≤ 0.1 % N ≤ 0.008 %, it being understood that 1.2 % ≤ Si + Al ≤ 3 %, wherein the composition possibly comprises: 0.05 % ≤ V ≤ 0.15 % B ≤ 0.005 % Mo ≤ 0.25 % Cr ≤ 1.65 %, it being understood that Cr + 3 × Mo ≥ 0.3 % Ti in a quantity such as Ti/N ≥ 4 and Ti ≤ 0.040%, the remainder of the composition being formed from iron and inevitable impurities resulting from smelting, wherein the microstructure of said steel amounts to 15 to 90% bainite, the balance being formed from martensite and residual austenite.
A system for cleaning fluid, comprising: - an air channel comprising an intake and an outlet; - a receptacle configured to receive a filter, so that the filter when installed in the receptacle is in the stream of an airflow when air is flowing through the air channel; - an airflow control device for influencing a filter airflow; - a controlling circuit for controlling the airflow control device in accordance with predetermined control parameters; - an electronic processing circuit configured to: determine a filter usage value of the filter and store the filter usage value to historical data in a memory; and by a microprocessor and based on the historical data, generate adjusted control parameters to drive the airflow control device, wherein the adjusted control parameters are to reduce or increase an average loading rate of the filter such that a pre-determined filter load is achieved within a pre-determined tolerance of a pre-determined next maintenance time. - an air channel comprising an intake and an outlet; - a receptacle configured to receive a filter, so that the filter when installed in the receptacle is in the stream of an airflow when air is flowing through the air channel; - an airflow control device for influencing a filter airflow; - a controlling circuit for controlling the airflow control device in accordance with predetermined control parameters; - an electronic processing circuit configured to: determine a filter usage value of the filter and store the filter usage value to historical data in a memory; and by a microprocessor and based on the historical data, generate adjusted control parameters to drive the airflow control device,
Motor vehicle body part intended to be painted, comprising at least one elongate slot and at least one element for maintaining the gap of the opening of the slot, characterized in that: • said gap maintaining element is positioned outside the opening of the slot; • the body part is produced by plastic molding and comprises at least one gap maintaining element inserted during molding; • the elongate slot has longitudinal edges (70, 80) having at least two opposing faces (90, 100), said faces (90, 100) being interconnected at a point by the gap maintaining element; and • the gap maintaining element comprises a first wall of which a surface is flush with said face of a longitudinal edge at least at a first junction, a second wall of which a surface is flush with said face of the other longitudinal edge at least at a second junction, and a third wall which connects the first and the second wall. • said gap maintaining element is positioned outside the opening of the slot; • the body part is produced by plastic molding and comprises at least one gap maintaining element inserted during molding; • the elongate slot has longitudinal edges (70, 80) having at least two opposing faces (90, 100), said faces (90, 100) being interconnected at a point by the gap maintaining element; and • the gap maintaining element comprises a first wall of which a surface is flush with said face of a longitudinal edge at least at a first junction, a second wall of which a surface is flush with said face of the other longitudinal edge at least at a second junction, and a third wall which connects the first and the second wall.
A riser system configured to be secured between a surface vessel and a subsea location, said system comprising: a primary conduit; and an auxiliary conduit extending adjacent the primary conduit and comprising a composite material formed of at least a matrix and one or more reinforcing elements embedded within the matrix, wherein the primary and auxiliary conduits (16, 18) are connected together at an axial location along the riser system via a connecting portion, said auxiliary conduit being pretensioned relative to the connecting portion. a primary conduit; and an auxiliary conduit extending adjacent the primary conduit and comprising a composite material formed of at least a matrix and one or more reinforcing elements embedded within the matrix, wherein the primary and auxiliary conduits (16, 18) are connected together at an axial location along the riser system via a connecting portion, said auxiliary conduit being pretensioned relative to the connecting portion.
A method for communication, the method comprising: in a transimpedance amplifier, TIA, circuit comprising a first TIA with a first configurable feedback impedance comprising a configurable array of resistors, a second TIA with a second configurable feedback impedance, and a third TIA with a third configurable feedback impedance, wherein the second TIA is a replica of the third TIA, and a control loop, the control loop comprising a gain stage with inputs coupled to outputs of the first and second TIAs and an output of the gain stage coupled to the second and third configurable feedback impedances: configuring a gain level of the first TIA by configuring the configurable array of resistors of the first configurable feedback impedance; generating a reference current; applying the reference current to an input of the first TIA and configuring a gain level of the second and third TIAs by configuring the reference current applied to an input of the first TIA, where the gain stage generates a control voltage (Vg) that configures the second and third configurable feedback impedance of the second and third TIA respectively; and amplifying a received electrical signal to generate an output voltage utilizing the third TIA. generating a reference current; applying the reference current to an input of the first TIA and configuring a gain level of the second and third TIAs by configuring the reference current applied to an input of the first TIA, where the gain stage generates a control voltage (Vg) that configures the second and third configurable feedback impedance of the second and third TIA respectively; and amplifying a received electrical signal to generate an output voltage utilizing the third TIA.
A method of handling the communication of information between an entity and multiple devices (310, 320, 330) through respective device drivers, the method comprising: allocating each of a plurality of ring buffers (202, 252) to a respective device of a plurality of devices; reading information from a respective current position in each ring buffer (202, 252); and writing the information, for synchronized presentation by each of the plurality of devices (310, 320, 330), into each of the plurality of ring buffers, characterised in that; writing the information into each ring buffer includes: a) determining the sum of the safety offset (318, 328, 338) and presentation latency for each corresponding device; b) determining the latency offset (350,360) for each corresponding device, the latency offset being the difference between the sum of the safety offset and presentation latency for the device and the maximum sum of safety offset and presentation latency of the plurality of devices; and c) writing the information into each ring buffer (202, 252) at an insertion point offset in advance by the latency offset (350, 360) for the respective corresponding device from the current position in each ring buffer from which information is being read. allocating each of a plurality of ring buffers (202, 252) to a respective device of a plurality of devices; reading information from a respective current position in each ring buffer (202, 252); and writing the information, for synchronized presentation by each of the plurality of devices (310, 320, 330), into each of the plurality of ring buffers, characterised in that; writing the information into each ring buffer includes: a) determining the sum of the safety offset (318, 328, 338) and presentation latency for each corresponding device; b) determining the latency offset (350,360) for each corresponding device, the latency offset being the difference between the sum of the safety offset and presentation latency for the device and the maximum sum of safety offset and presentation latency of the plurality of devices; and c) writing the information into each ring buffer (202, 252) at an insertion point offset in advance by the latency offset (350, 360) for the respective corresponding device from the current position in each ring buffer from which information is being read. a) determining the sum of the safety offset (318, 328, 338) and presentation latency for each corresponding device; b) determining the latency offset (350,360) for each corresponding device, the latency offset being the difference between the sum of the safety offset and presentation latency for the device and the maximum sum of safety offset and presentation latency of the plurality of devices; and c) writing the information into each ring buffer (202, 252) at an insertion point offset in advance by the latency offset (350, 360) for the respective corresponding device from the current position in each ring buffer from which information is being read.
An antibody polypeptide that specifically recognizes amino acids at positions 19-128 of pro-BDNF pro-domain, including 1) a heavy chain variable region comprising the following amino acid sequence: (a) CDR1 region of SEQ ID NO: 1, (b) CDR2 region of SEQ ID NO: 2, (c) CDR3 region of SEQ ID NO: 3; and 2) a light chain variable region comprising the following amino acid sequence: (d) CDR1 region of SEQ ID NO: 4, (e) CDR2 region of SEQ ID NO: 5, (f) CDR3 region of SEQ ID NO: 6. 1) a heavy chain variable region comprising the following amino acid sequence: (a) CDR1 region of SEQ ID NO: 1, (b) CDR2 region of SEQ ID NO: 2, (c) CDR3 region of SEQ ID NO: 3; and (a) CDR1 region of SEQ ID NO: 1, (b) CDR2 region of SEQ ID NO: 2, (c) CDR3 region of SEQ ID NO: 3; and 2) a light chain variable region comprising the following amino acid sequence: (d) CDR1 region of SEQ ID NO: 4, (e) CDR2 region of SEQ ID NO: 5, (f) CDR3 region of SEQ ID NO: 6. (d) CDR1 region of SEQ ID NO: 4, (e) CDR2 region of SEQ ID NO: 5, (f) CDR3 region of SEQ ID NO: 6.