mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communication in an Orthogonal Frequency Division Multiplexing, OFDM, system, performed by a user equipment (102a, 102b) comprising: receiving (502, 602) a plurality of signals (402, 404) at a receive antenna on a plurality of reference signal, RS, resource elements (410, 412, 414, 416, 418) for a respective plurality of subcarriers within an OFDM symbol, the plurality of received signals (402, 404) each comprising one of a first set of reference signals transmitted from a first transmit antenna and one of a second set of reference signals transmitted from a second transmit antenna, wherein the one of the second set of reference signals transmitted from the second transmit antenna is identical to a first phase rotation of the one of the first set of reference signals transmitted from the first transmit antenna in a frequency domain; executing a Fast Fourier Transform, FFT, operation based on the plurality of received signals (402, 404); calculating a plurality of frequency domain channel weights based on the FFT operation; and determining a first set of channel coefficients between the first transmit antenna and the receive antenna, and a second set of channel coefficients between the second transmit antenna and the receive antenna, based at least in part, on the plurality of frequency domain channel weights. receiving (502, 602) a plurality of signals (402, 404) at a receive antenna on a plurality of reference signal, RS, resource elements (410, 412, 414, 416, 418) for a respective plurality of subcarriers within an OFDM symbol, the plurality of received signals (402, 404) each comprising one of a first set of reference signals transmitted from a first transmit antenna and one of a second set of reference signals transmitted from a second transmit antenna, wherein the one of the second set of reference signals transmitted from the second transmit antenna is identical to a first phase rotation of the one of the first set of reference signals transmitted from the first transmit antenna in a frequency domain; executing a Fast Fourier Transform, FFT, operation based on the plurality of received signals (402, 404); calculating a plurality of frequency domain channel weights based on the FFT operation; and determining a first set of channel coefficients between the first transmit antenna and the receive antenna, and a second set of channel coefficients between the second transmit antenna and the receive antenna, based at least in part, on the plurality of frequency domain channel weights.
A 1T1R resistive random access memory, comprising: a memory cell array composed of multiple 1T1R resistive random access memory cells, each 1T1R resistive random access memory cell comprising a transistor and a resistance switching device; wherein the transistor comprises a channel layer, a gate layer insulated from the channel layer, and a drain layer and a source layer that are disposed on the channel layer, wherein the drain layer and the source layer are vertically distributed on the channel layer; the resistance switching device is disposed near the drain layer, two ends of the resistance switching device are electrically connected to the drain layer and a bit line, respectively, the gate layer is electrically connected to a word line, and the source layer is electrically connected to a source line; characterised in that each 1T1R resistive random access memory cell further comprises: a mask layer, wherein the mask layer covers at least the source layer or covers at least the drain layer. the transistor comprises a channel layer, a gate layer insulated from the channel layer, and a drain layer and a source layer that are disposed on the channel layer, wherein the drain layer and the source layer are vertically distributed on the channel layer; the resistance switching device is disposed near the drain layer, two ends of the resistance switching device are electrically connected to the drain layer and a bit line, respectively, the gate layer is electrically connected to a word line, and the source layer is electrically connected to a source line; characterised in that each 1T1R resistive random access memory cell further comprises: a mask layer, wherein the mask layer covers at least the source layer or covers at least the drain layer.
A computer-implemented method comprising: identifying, using a camera coupled to a first vehicle a second vehicle; determining, using the camera and based at least on a detected lane line, that the second vehicle is about to enter a lane in which the first vehicle is traveling; determining whether a driver of the first vehicle performs an action that is responsive to the second vehicle moving into the lane in which the first vehicle is traveling; assessing a risk of a tailgating event between the first and the second vehicle after the driver of the first vehicle performed the action; comparing the risk of the tailgating event after the driver of the first vehicle performed the action with a risk assessment of a predicted tailgating event had the driver not performed the action; generating an alert notification based on a determination that the action mitigated the risk of the tailgating event; and communicating a positive reinforcement to the driver. identifying, using a camera coupled to a first vehicle a second vehicle; determining, using the camera and based at least on a detected lane line, that the second vehicle is about to enter a lane in which the first vehicle is traveling; determining whether a driver of the first vehicle performs an action that is responsive to the second vehicle moving into the lane in which the first vehicle is traveling; assessing a risk of a tailgating event between the first and the second vehicle after the driver of the first vehicle performed the action; comparing the risk of the tailgating event after the driver of the first vehicle performed the action with a risk assessment of a predicted tailgating event had the driver not performed the action; generating an alert notification based on a determination that the action mitigated the risk of the tailgating event; and communicating a positive reinforcement to the driver.
A prefilled syringe, comprising - a syringe body which is filled with a medical fluid, which, on a front end, has a nozzle, which is closed by way of a cap and is closed on a rear end by way of a displaceable plunger and - a plunger rod (15', 15", 15"', 15"") which is insertable into the syringe body via the rear end, which, on a front end, has a connecting portion, by means of which the plunger rod (15', 15", 15'", 15"") is connectable to the plunger, wherein on a rear end of the connecting portion at least three ring elements (2a, 2b, 2c), which extend at least in portions about a longitudinal axis of the plunger rod (15', 15", 15'", 15""), in order to guide the plunger rod (15', 15", 15'", 15"") in the syringe body are arranged on the plunger rod (15', 15", 15'", 15"") in such manner that when the plunger rod (15', 15", 15'", 15"") is fully connected to the plunger, it is located in the syringe body, wherein an outside diameter of the three ring elements (2a, 2b, 2c) is identical to an inside diameter of the syringe body or is somewhat smaller than an inside diameter of the syringe body, wherein between the ring elements (2a, 2b, 2c) wing elements (3a, 3b) distributed over the circumference of the plunger rod (15', 15", 15'", 15"") are arranged, which extend radially outwardly, connect the ring elements (2a, 2b, 2c) to one another and have an outside diameter (D F), which is smaller than an outside diameter of the ring elements (2a, 2b, 2c). - a syringe body which is filled with a medical fluid, which, on a front end, has a nozzle, which is closed by way of a cap and is closed on a rear end by way of a displaceable plunger and - a plunger rod (15', 15", 15"', 15"") which is insertable into the syringe body via the rear end, which, on a front end, has a connecting portion, by means of which the plunger rod (15', 15", 15'", 15"") is connectable to the plunger, wherein
A stack of interleaved wipes (10,20,30,40), the stack comprising: • wipes each having: • a main panel, • two folded panels (24,26) connected to the main panel by respective creases (25,27) at respective opposite edges of the main panel and forming respective folds, both folded panels being folded to the same side to the main panel and • at least one further folded panel connected to one of the folded panels at a further crease; • the wipes being interleaved with: • the crease at one main panel edge of one wipe being enfolded within an enfolding fold formed by the main panel and the respective folded panel of the next wipe on the side in the stack opposite from the same side and • the crease at the opposite main panel edge of the one wipe being part of an enfolding fold, having enfolded within it the crease at that edge of the next wipe on the same side. • wipes each having: • a main panel, • two folded panels (24,26) connected to the main panel by respective creases (25,27) at respective opposite edges of the main panel and forming respective folds, both folded panels being folded to the same side to the main panel and • at least one further folded panel connected to one of the folded panels at a further crease; • a main panel, • two folded panels (24,26) connected to the main panel by respective creases (25,27) at respective opposite edges of the main panel and forming respective folds, both folded panels being folded to the same side to the main panel and • at least one further folded panel connected to one of the folded panels at a further crease; • the wipes being interleaved with: • the crease at one main panel edge of one wipe being enfolded within an enfolding fold formed by the main panel and the respective folded panel of the next wipe on the side in the stack opposite from the same side and • the crease at the opposite main panel edge of the one wipe being part of an enfolding fold, having enfolded within it the crease at that edge of the next wipe on the same side. • the crease at one main panel edge of one wipe being enfolded within an enfolding fold formed by the main panel and the respective folded panel of the next wipe on the side in the stack opposite from the same side and • the crease at the opposite main panel edge of the one wipe being part of an enfolding fold, having enfolded within it the crease at that edge of the next wipe on the same side.
A steering apparatus including: a steering column including a cylindrical outer column and a cylindrical inner column partially inserted into the outer column, and rotatably supporting an input shaft connected to a steering wheel; two telescopic adjustment portions projecting from an outer peripheral surface of the outer column to extend facing each other, the two telescopic adjustment portions each including an elongated hole elongated in an axial direction of the outer column; and a rod penetrating the elongated hole, the steering apparatus is characterized by: an urging member (2, 2A) provided on an outer peripheral surface of the inner column exposed from a slit provided between the two telescopic adjustment portions on the outer peripheral surface of the outer column, and urging the rod outward in a radial direction of the inner column, wherein the urging member (2, 2A) includes a fitting portion (22, 22A) that is positioned in an opening portion provided in an outer peripheral surface of the inner column. a steering column including a cylindrical outer column and a cylindrical inner column partially inserted into the outer column, and rotatably supporting an input shaft connected to a steering wheel; two telescopic adjustment portions projecting from an outer peripheral surface of the outer column to extend facing each other, the two telescopic adjustment portions each including an elongated hole elongated in an axial direction of the outer column; and a rod penetrating the elongated hole, the steering apparatus is characterized by: an urging member (2, 2A) provided on an outer peripheral surface of the inner column exposed from a slit provided between the two telescopic adjustment portions on the outer peripheral surface of the outer column, and urging the rod outward in a radial direction of the inner column, wherein the urging member (2, 2A) includes a fitting portion (22, 22A) that is positioned in an opening portion provided in an outer peripheral surface of the inner column. an urging member (2, 2A) provided on an outer peripheral surface of the inner column exposed from a slit provided between the two telescopic adjustment portions on the outer peripheral surface of the outer column, and urging the rod outward in a radial direction of the inner column, wherein the urging member (2, 2A) includes a fitting portion (22, 22A) that is positioned in an opening portion provided in an outer peripheral surface of the inner column.
An apparatus comprising: an end effector assembly, an actuator rod assembly, and a disposable surgical instrument tip assembly; the actuator rod assembly being connected to the end effector assembly to transfer a force on the actuator rod assembly to the end effector assembly; the disposable surgical instrument tip assembly comprising a locking tip cover; the locking tip cover comprising: an external tip cover and a locking device; the external tip cover comprising a proximal end portion and a distal end; the locking device being mounted inside the proximal end portion of the external tip cover, and the locking device comprising an inner wall defining a central lumen; the external tip cover and the locking device being configured to be mounted on the end effector assembly, and a portion of the end effector assembly being within the locking device when mounted on the end effector assembly; the end effector assembly comprising an end effector body assembly and an end effector coupled to the end effector body assembly; and the end effector body assembly being mounted in the central lumen of the locking device so that the locking device has two degrees of freedom relative to the end-effector body assembly. the actuator rod assembly being connected to the end effector assembly to transfer a force on the actuator rod assembly to the end effector assembly; the disposable surgical instrument tip assembly comprising a locking tip cover; the locking tip cover comprising: an external tip cover and a locking device; the external tip cover comprising a proximal end portion and a distal end; the locking device being mounted inside the proximal end portion of the external tip cover, and the locking device comprising an inner wall defining a central lumen; the external tip cover and the locking device being configured to be mounted on the end effector assembly, and a portion of the end effector assembly being within the locking device when mounted on the end effector assembly; the external tip cover comprising a proximal end portion and a distal end; the locking device being mounted inside the proximal end portion of the external tip cover, and the locking device comprising an inner wall defining a central lumen; the external tip cover and the locking device being configured to be mounted on the end effector assembly, and a portion of the end effector assembly being within the locking device when mounted on the end effector assembly; the end effector assembly comprising an end effector body assembly and an end effector coupled to the end effector body assembly; and the end effector body assembly being mounted in the central lumen of the locking device so that the locking device has two degrees of freedom relative to the end-effector body assembly.
A method in a first node of a telecommunications network, the method comprising: in a Radio Link Control, RLC, controller of the first node: attempting to transmit a plurality of RLC data Protocol Data Units, PDUs, each containing a respective part of a Service Data Unit, SDU, towards a second node of the telecommunications network; detecting a failure to transmit a first RLC data PDU of the plurality of RLC data PDUs; and notifying a Radio Access Control, RAC, controller, of the first node, of the failure; in the RAC controller of the first node: in response to receiving a dedicated control channel, DCCH, message from the second node subsequent to said notification, instructing the RLC controller to retransmit the SDU; and in the RLC controller of the first node: in response to the instruction, transmitting a second RLC data PDU containing the part of the SDU contained within the first RLC data PDU towards the second node; and in further response to the instruction, transmitting a receipt of delivery to the RAC controller when reception of all parts of the SDU has been positively acknowledged by the second node. in a Radio Link Control, RLC, controller of the first node: attempting to transmit a plurality of RLC data Protocol Data Units, PDUs, each containing a respective part of a Service Data Unit, SDU, towards a second node of the telecommunications network; detecting a failure to transmit a first RLC data PDU of the plurality of RLC data PDUs; and notifying a Radio Access Control, RAC, controller, of the first node, of the failure; attempting to transmit a plurality of RLC data Protocol Data Units, PDUs, each containing a respective part of a Service Data Unit, SDU, towards a second node of the telecommunications network; detecting a failure to transmit a first RLC data PDU of the plurality of RLC data PDUs; and notifying a Radio Access Control, RAC, controller, of the first node, of the failure; in the RAC controller of the first node: in response to receiving a dedicated control channel, DCCH, message from the second node subsequent to said notification, instructing the RLC controller to retransmit the SDU; and in the RLC controller of the first node: in response to the instruction, transmitting a second RLC data PDU containing the part of the SDU contained within the first RLC data PDU towards the second node; and in further response to the instruction, transmitting a receipt of delivery to the RAC controller when reception of all parts of the SDU has been positively acknowledged by the second node. in response to the instruction, transmitting a second RLC data PDU containing the part of the SDU contained within the first RLC data PDU towards the second node; and in further response to the instruction, transmitting a receipt of delivery to the RAC controller when reception of all parts of the SDU has been positively acknowledged by the second node.
Actuator for process valves with a displacement measuring system comprising a housing, comprising two housing parts (24, 26) and an actuating diaphragm member sealingly mounted between said housing parts (24, 26) and adapted to move up and down which, on the one hand, together with the housing forms a working chamber that can be pressurized, and, on the other hand, is loaded by at least one return spring such that, in the unpressurized state, said actuating diaphragm member is brought into a predefined position by means of the spring bias of the return spring, wherein the actuating diaphragm member is adapted to be connected to a valve shaft connected to the valve body of the process valve, wherein a coupling device is provided having coupling parts (66, 68) arranged on both sides in the stroke direction of the actuating diaphragm member, which coupling parts are adapted to a connection on the valve shaft in such a way that the connection of the valve shaft to the actuating diaphragm member is obtained by means of a one-sided mounting, wherein the valve shaft is adapted to be selectively connected to either of the coupling parts (66, 68) of the coupling device, characterized in that the displacement measuring system is arranged on the actuator, which displacement measuring system comprises a connection that is adapted to be connected to either of the coupling parts (66, 68) of the coupling device by means of a one-sided mounting, wherein the coupling parts (66, 68) are designed to match the respective connections (70, 72) for selectively securing the valve shaft or the displacement measuring system to the coupling device.
An actuator for an inhaler, the actuator comprising a body, a stem post and fixing means for fixing the stem post in the body, wherein the body comprises a delivery passage for delivery of a medicament and a canister opening for insertion of a canister having a metering valve with a valve stem, the stem post comprises a stem socket for receiving the valve stem of a canister and comprises an orifice for discharging a medicament to the delivery passage, characterised in that: the stem post is adapted and the body is adapted so that the stem post and body cooperate to define a transition chamber when the stem post is fixed in the body. a body, a stem post and fixing means for fixing the stem post in the body, wherein the body comprises a delivery passage for delivery of a medicament and a canister opening for insertion of a canister having a metering valve with a valve stem, the stem post comprises a stem socket for receiving the valve stem of a canister and comprises an orifice for discharging a medicament to the delivery passage, characterised in that: the stem post is adapted and the body is adapted so that the stem post and body cooperate to define a transition chamber when the stem post is fixed in the body.
A stable protein-comprising formulation, which is characterized in that it comprises (i) argininamide or valinamide and, optionally, (ii) at least one amino acid selected from the group consisting of aspartic acid, glutamic acid, methionine, proline, glycine, alanine, phenylalanine, tryptophan, serine, threonine, asparagine, glutamine, arginine, cysteine, histidine, isoleucine, leucine, lysine, tyrosine, and valine, wherein the protein concentration is 50 mg/mL to 250 mg/mL, and wherein the protein is an antibody.
A stiffener in a ball grid array package, comprising: a first surface; a second surface opposed to said first surface; a recessed edge portion in an edge of said first surface and said second surface; and a recessed step region in said first surface along said recessed edge portion; wherein the stiffener is configured to be attached to a substrate of the BGA package. a first surface; a second surface opposed to said first surface; a recessed edge portion in an edge of said first surface and said second surface; and a recessed step region in said first surface along said recessed edge portion; wherein the stiffener is configured to be attached to a substrate of the BGA package.