mhurhangee/ep-ind-claims huggingface dataset:
An end effector comprising: a first jaw including a fastener cartridge having a first tissue contacting surface and a plurality of fasteners arranged in rows parallel to a longitudinal axis of the first jaw, the fastener cartridge defining a blade channel along its longitudinal axis; a second jaw including a second tissue contacting surface, the first and second jaws movable relative to one another and configured to grasp tissue therebetween; and an ultrasonic blade having first and second portions disposed within the blade channel, the first and second portions each adjacent one of opposing walls defining the blade channel, characterised in that the second jaw comprises a protrusion opposing the blade channel, the first and second portions of the blade define a gap therebetween along the longitudinal axis of the first jaw, and the protrusion is disposed within the gap when the first and second jaws are in an approximated configuration. a first jaw including a fastener cartridge having a first tissue contacting surface and a plurality of fasteners arranged in rows parallel to a longitudinal axis of the first jaw, the fastener cartridge defining a blade channel along its longitudinal axis; a second jaw including a second tissue contacting surface, the first and second jaws movable relative to one another and configured to grasp tissue therebetween; and an ultrasonic blade having first and second portions disposed within the blade channel, the first and second portions each adjacent one of opposing walls defining the blade channel, characterised in that the second jaw comprises a protrusion opposing the blade channel, the first and second portions of the blade define a gap therebetween along the longitudinal axis of the first jaw, and the protrusion is disposed within the gap when the first and second jaws are in an approximated configuration.
A trusted wireless local area network access network (TWAN) entity, capable of serving a user equipment at trusted wireless local area network access to an evolved packet core, characterized in that said trusted wireless local area network access network entity is configured to: - at said trusted wireless local area network access to said evolved packet core, perform dedicated core network selection based on dedicated core network selection information including dedicated core network-selection-related user equipment subscription information, and selection of a packet data network gateway (PDN Gateway, PGW) pertaining to said selected dedicated core network. - at said trusted wireless local area network access to said evolved packet core, perform dedicated core network selection based on dedicated core network selection information including dedicated core network-selection-related user equipment subscription information, and selection of a packet data network gateway (PDN Gateway, PGW) pertaining to said selected dedicated core network.
An electronic price indicator comprising: a first antenna configured to receive a first signal in a first frequency band; a first communication module connected to the first antenna and configured to receive the first signal; a display part configured to display price information included in the first signal processed by the first communication module; a second antenna configured to receive a second signal in a second frequency band different from the first frequency band; and an inverter configured to receive the second signal via the second antenna and output an interrupt signal of a pulse waveform having at least two levels by using the received second signal, wherein the first communication module is configured to receive the interrupt signal from the inverter and change an operation mode depending on the received interrupt signal, characterized in that the interrupt signal is of a pulse waveform signal corresponding to a first level or a second level; a voltage level corresponding to the first level is smaller than a voltage corresponding to the second level; an input terminal of the inverter is connected to the other end of a RLC or RC low-pass filter having one end connected to a ground to receive the second signal; and an output terminal of the inverter is configured to output an interrupt signal corresponding to the first level when the second signal is received and output an interrupt signal corresponding to the second level when the second signal is not received. a first antenna configured to receive a first signal in a first frequency band; a first communication module connected to the first antenna and configured to receive the first signal; a display part configured to display price information included in the first signal processed by the first communication module; a second antenna configured to receive a second signal in a second frequency band different from the first frequency band; and an inverter configured to receive the second signal via the second antenna and output an interrupt signal of a pulse waveform having at least two levels by using the received second signal, wherein the first communication module is configured to receive the interrupt signal from the inverter and change an operation mode depending on the received interrupt signal, characterized in that the interrupt signal is of a pulse waveform signal corresponding to a first level or a second level; a voltage level corresponding to the first level is smaller than a voltage corresponding to the second level; an input terminal of the inverter is connected to the other end of a RLC or RC low-pass filter having one end connected to a ground to receive the second signal; and an output terminal of the inverter is configured to output an interrupt signal corresponding to the first level when the second signal is received and output an interrupt signal corresponding to the second level when the second signal is not received.
A method of manufacturing a semiconductor device, comprising: forming an insulating layer over a gate structure extending widthwise and lengthwise over a substrate; forming a self-aligned opening extending through said insulating layer to said substrate such that during said forming said gate structure is trimmed for length; implanting source/drain regions through said self-aligned opening in said insulating layer; filling said self-aligned opening with a conducting material thereby forming an interconnect, said interconnect self-aligned to said gate structure as a result of said trimming; wherein said trimming said gate structure defines a gate length of said gate structure over a portion of its width. forming an insulating layer over a gate structure extending widthwise and lengthwise over a substrate; forming a self-aligned opening extending through said insulating layer to said substrate such that during said forming said gate structure is trimmed for length; implanting source/drain regions through said self-aligned opening in said insulating layer; filling said self-aligned opening with a conducting material thereby forming an interconnect, said interconnect self-aligned to said gate structure as a result of said trimming; wherein said trimming said gate structure defines a gate length of said gate structure over a portion of its width.
Piston made of steel or grey cast iron for an internal combustion engine, with a cooling channel, shank walls (16, 18) and connecting walls between the shank walls (16, 18), wherein this is asymmetrical with respect to the width of the shank walls (16, 18) and the thickness and extension of the connecting walls in the direction of the piston axis between the pressure and counterpressure side, wherein at least one connecting wall has, at its end remote from the piston crown, viewed in the direction of the piston pin axis, at least one shoulder and at least one concave curvature, and wherein the concavely curved recess at the lower end of the connecting wall extends further in the direction of the piston crown on the counterpressure side than on the pressure side, wherein at least one shank wall (16, 18) is widened in a direction pointing away from the piston crown.
A biosensor for detection and/or quantification of sperm binding function, the biosensor comprising a substrate and a JUNO protein or a fragment thereof, wherein the fragment is capable of binding to a sperm or to IZUMO1, and wherein the JUNO protein or the fragment thereof is immobilized on the substrate, and wherein the biosensor is configured for determining binding of a sperm cell to a protein immobilized on the substrate.
A power transmission system of a vehicle, comprising: a first drive assembly comprising a first motor and a first automatic transmission, wherein the first motor is connected with the first automatic transmission for outputting power to two wheels of the vehicle; and a second drive assembly comprising a second motor and a second automatic transmission, wherein the second motor is connected with the second automatic transmission for outputting power to other two wheels of the vehicle, wherein the first automatic transmission and the second automatic transmission are configured to be shifted to a preset gear or a gear adjacent to the preset gear, such that when one of the first automatic transmission and the second automatic transmission is shifted to the preset gear, the other one of the first automatic transmission and the second automatic transmission is subsequently shifted to the preset gear or the gear adjacent to the preset gear, wherein the preset gear of the one transmission may be any one of gears of the automatic transmission, and the gear adjacent to the preset gear of the one transmission is a gear higher than the preset gear or a gear lower than the preset gear, wherein the preset gear of the first transmission is the same gear as the preset gear of the second transmission, wherein the first automatic transmission and the second automatic transmission each have at least four forward gears. a first drive assembly comprising a first motor and a first automatic transmission, wherein the first motor is connected with the first automatic transmission for outputting power to two wheels of the vehicle; and a second drive assembly comprising a second motor and a second automatic transmission, wherein the second motor is connected with the second automatic transmission for outputting power to other two wheels of the vehicle, wherein the first automatic transmission and the second automatic transmission are configured to be shifted to a preset gear or a gear adjacent to the preset gear, such that when one of the first automatic transmission and the second automatic transmission is shifted to the preset gear, the other one of the first automatic transmission and the second automatic transmission is subsequently shifted to the preset gear or the gear adjacent to the preset gear, wherein the preset gear of the one transmission may be any one of gears of the automatic transmission, and the gear adjacent to the preset gear of the one transmission is a gear higher than the preset gear or a gear lower than the preset gear, wherein the preset gear of the first transmission is the same gear as the preset gear of the second transmission, wherein the first automatic transmission and the second automatic transmission each have at least four forward gears.
Method for operating a software defined network, comprising forwarding elements and a software defined network controller for controlling the forwarding elements, charactarised in that a) packet template information, including one or more packet templates and packet template handling instructions, is created and provided to one or more forwarding elements by the software defined network controller, b) the one or more forwarding elements are triggered by an incoming packet matching with packet template information to generate an output packet (RESP), said output packet being generated by using a matched packet template and filling a blank packet based on said matched packet template according to matched packet template handling instructions of the matched packet template information and c) the one or more forwarding elements send out the generated output packet (RESP). a) packet template information, including one or more packet templates and packet template handling instructions, is created and provided to one or more forwarding elements by the software defined network controller, b) the one or more forwarding elements are triggered by an incoming packet matching with packet template information to generate an output packet (RESP), said output packet being generated by using a matched packet template and filling a blank packet based on said matched packet template according to matched packet template handling instructions of the matched packet template information and c) the one or more forwarding elements send out the generated output packet (RESP).
A system for personal searching comprising: a plurality of index servers (430A, 430B, 430N) storing a plurality of index shards (328A, 328B, 328N), each index shard of the plurality of index shards indexing a plurality of documents, each document of the plurality of documents belonging to one of a plurality of document namespaces assigned to the index shard (328A, 328B, 328N); means for receiving a search query from an end-user computing device of an authenticated user; means for determining an authorized document namespace the authenticated user is authorized to access; and a distributed query processor for answering the search query and restricting, based on an identifier of the authorized document namespace, an answer to the search query to identifying documents satisfying the search query and belonging to the authorized document namespace; wherein the distributed query processor is configured to identify, based on the identifier of the authorized document namespace, an index server of the plurality of index servers (430A, 430B, 430N) that stores an index shard to which the authorized document namespace is assigned, and to send the search query to the identified index server; and wherein the distributed query processor is configured to use the identifier of the authorized document namespace at the identified index server of the plurality of index servers (430A, 430B, 430N) to determine documents indexed in the index shard satisfying the search query that belong to the authorized document namespace. a plurality of index servers (430A, 430B, 430N) storing a plurality of index shards (328A, 328B, 328N), each index shard of the plurality of index shards indexing a plurality of documents, each document of the plurality of documents belonging to one of a plurality of document namespaces assigned to the index shard (328A, 328B, 328N); means for receiving a search query from an end-user computing device of an authenticated user; means for determining an authorized document namespace the authenticated user is authorized to access; and a distributed query processor for answering the search query and restricting, based on an identifier of the authorized document namespace, an answer to the search query to identifying documents satisfying the search query and belonging to the authorized document namespace; wherein the distributed query processor is configured to identify, based on the identifier of the authorized document namespace, an index server of the plurality of index servers (430A, 430B, 430N) that stores an index shard to which the authorized document namespace is assigned, and to send the search query to the identified index server; and wherein the distributed query processor is configured to use the identifier of the authorized document namespace at the identified index server of the plurality of index servers (430A, 430B, 430N) to determine documents indexed in the index shard satisfying the search query that belong to the authorized document namespace.
A lentiviral vector for delivery to the putamen for use in treating a neurological condition, wherein a composition comprising the lentiviral vector is delivered directly to the putamen by continuous infusion using a cannula and wherein between 10-600μL of the vector composition is delivered per tract at a flow rate of at least 2μL/min, and wherein the lentiviral vector is delivered using a cannula with a bore equivalent to or narrower than about 28 gauge.
Vehicle with a camera-display system, wherein a field-of-view (16, 16') of a camera (12, 12') of the system is directed to a viewing region (17, 17') and a display device (14, 14') of the system is designed to display at least one output image (20, 20') to the viewing region (17, 17'), wherein the at least one output image (20, 20') is based on at least one camera image (21, 21') generated by the camera (12, 12'), wherein an image processing unit of the system is designed to receive the at least one camera image (21, 21') from the camera (12, 12') and to perform an object recognition for detecting at least one person (19, 19') in the at least one camera image (21, 21') and to generate the at least one output image (20, 20') on the basis of the at least one camera image (21, 21') by overlaying a predefined image content of the at least one camera image (21, 21') for manipulating an appearance of at least one body part of the at least one detected person (19, 19') in the at least one output image (20, 20'), wherein the vehicle comprises - a communication module that is designed to receive the image content from at least one external data server, wherein the image content shows a product to be carried at and/or worn on the at least one body part, and - a locating device for determining a current geo-position of the vehicle and the vehicle is designed to signal the current geo-position over the communication module to the at least one data server for receiving location specific image content, and whereby the output image content depends on the received geo-position data. an image processing unit of the system is designed to receive the at least one camera image (21, 21') from the camera (12, 12') and to perform an object recognition for detecting at least one person (19, 19') in the at least one camera image (21, 21') and to generate the at least one output image (20, 20') on the basis of the at least one camera image (21, 21') by overlaying a predefined image content of the at least one camera image (21, 21') for manipulating an appearance of at least one body part of the at least one detected person (19, 19') in the at least one output image (20, 20'), wherein the vehicle comprises - a communication module that is designed to receive the image content from at least one external data server, wherein the image content shows a product to be carried at and/or worn on the at least one body part, and - a locating device for determining a current geo-position of the vehicle and - a communication module that is designed to receive the image content from at least one external data server, wherein the image content shows a product to be carried at and/or worn on the at least one body part, and - a locating device for determining a current geo-position of the vehicle and the vehicle is designed to signal the current geo-position over the communication module to the at least one data server for receiving location specific image content, and whereby the output image content depends on the received geo-position data.
Lockable push-button, for a timepiece, comprising a tube of axis X, intended to be made integral with a case of the timepiece, a head connected to said tube so as to be able to exhibit a translational movement relative thereto, in the direction of said axis X, between at least a rest position and a pushed position, as well as a rotational movement of axis X, to move said head from a locked state to an unlocked state and vice versa, said head carrying a stem intended to actuate a clockwork mechanism in the case of the timepiece when said head is moved towards its pushed position, a return mechanism (30, 34) arranged between said tube and said head and capable of exerting on the latter a return force tending to maintain it or return it to its rest position, characterized in that said head comprises a pipe whose internal diameter is greater than the external diameter of said tube and whose free end has at least two cutouts defining as many crenellations, and in that said tube comprises a radial collar, having an external diameter greater than said internal diameter of said pipe, in which at least as many recesses are formed as said pipe comprises crenellations, said recesses being dimensioned and positioned in such a way that at least one of said crenellations is located at least partially opposite said collar in said locked state, so as to prevent any appreciable translation of said head towards its pushed position, and that said crenellations are capable of engaging in said recesses in response to pressure exerted by a user in said unlocked state, to enable said head to occupy its pushed position. a tube of axis X, intended to be made integral with a case of the timepiece, a head connected to said tube so as to be able to exhibit a translational movement relative thereto, in the direction of said axis X, between at least a rest position and a pushed position, as well as a rotational movement of axis X, to move said head from a locked state to an unlocked state and vice versa, said head carrying a stem intended to actuate a clockwork mechanism in the case of the timepiece when said head is moved towards its pushed position, a return mechanism (30, 34) arranged between said tube and said head and capable of exerting on the latter a return force tending to maintain it or return it to its rest position, characterized in that said head comprises a pipe whose internal diameter is greater than the external diameter of said tube and whose free end has at least two cutouts defining as many crenellations, and in that said tube comprises a radial collar, having an external diameter greater than said internal diameter of said pipe, in which at least as many recesses are formed as said pipe comprises crenellations, said recesses being dimensioned and positioned in such a way that at least one of said crenellations is located at least partially opposite said collar in said locked state, so as to prevent any appreciable translation of said head towards its pushed position, and that said crenellations are capable of engaging in said recesses in response to pressure exerted by a user in said unlocked state, to enable said head to occupy its pushed position.
Exhaust gas heating unit for an exhaust system of an internal combustion engine, comprising: - a jacket heating conductor element with a jacket and with an electrical heating conductor which extends in the jacket and is surrounded by insulating material, - a heat transfer surface formation which is arranged on an outer side of the jacket and is in heat transfer contact with the same, characterized in that the heat transfer surface formation is connected to the jacket in a frictionally engaged manner by pressing on or shrinking on. - a jacket heating conductor element with a jacket and with an electrical heating conductor which extends in the jacket and is surrounded by insulating material, - a heat transfer surface formation which is arranged on an outer side of the jacket and is in heat transfer contact with the same,