mhurhangee/ep-ind-claims huggingface dataset:
An implantable control module for an electrical stimulation system, the control module comprising: a sealed body; an electronic subassembly disposed in the sealed body and configured and arranged to generate electrical stimulation signals for delivery through a lead coupled to the implantable control module; a header coupled to the sealed body, the header comprising at least one connector assembly, each connector assembly defining a port with each connector assembly configured and arranged to receive a proximal portion of a lead inserted into the port, the header further comprising a plurality of contacts disposed within each connector assembly and configured and arranged to make contact with terminals disposed on a lead when the lead and terminals are received in the connector assembly and to electrically couple the terminals of the lead to the electronic subassembly; and a conductive shield disposed over at least a portion of the at least one connector assembly of the header, wherein the conductive shield is configured and arranged to hinder generation of current in the header or in a portion of a lead received in the header in response to application of an external radiofrequency or magnetic field, characterised in that the conductive shield comprises a substrate and a plurality of conductive stripes or conductive slats disposed on the substrate and arranged parallel to the at least one connector assembly, wherein the conductive shield is disposed over at least a portion of the header. a sealed body; an electronic subassembly disposed in the sealed body and configured and arranged to generate electrical stimulation signals for delivery through a lead coupled to the implantable control module; a header coupled to the sealed body, the header comprising at least one connector assembly, each connector assembly defining a port with each connector assembly configured and arranged to receive a proximal portion of a lead inserted into the port, the header further comprising a plurality of contacts disposed within each connector assembly and configured and arranged to make contact with terminals disposed on a lead when the lead and terminals are received in the connector assembly and to electrically couple the terminals of the lead to the electronic subassembly; and a conductive shield disposed over at least a portion of the at least one connector assembly of the header, wherein the conductive shield is configured and arranged to hinder generation of current in the header or in a portion of a lead received in the header in response to application of an external radiofrequency or magnetic field, characterised in that the conductive shield comprises a substrate and a plurality of conductive stripes or conductive slats disposed on the substrate and arranged parallel to the at least one connector assembly, wherein the conductive shield is disposed over at least a portion of the header.
Configuration module for a surveillance system, wherein the surveillance system is designed to classify objects having object properties in video images of a surveillance scene on the basis of object property ranges as objects to be monitored, wherein the configuration module is designed for defining the object property ranges, comprising a selection device (10, 13) for interactive selection and/or confirmation of the selection of an object that is similar to the later objects to be monitored as reference object, wherein the object property ranges are defined on the basis of and/or using the object properties of the reference object, wherein the selection device comprises a display device, on which a video image of the surveillance scene with objects is displayed, wherein the object is selected on the video image by means of a human-machine interface, wherein the configuration module is designed to derive the object property ranges on the basis of the selected object, characterized by an input device designed for inputting a setting of the object property ranges, wherein the input device is designed by means of a graphical setting possibility for the definition of tolerances of the object properties, wherein the object properties with the tolerances define the object property ranges.
Device for quick and reliable tool changing in the process of friction stir welding, having: a robot having a robotic pivoting head and a friction-stir welding head which is fastened to the robotic pivoting head, having a welding shoe, wherein the robot in each case may select a specific friction-stir welding head from a tool magazine, characterized by a) a device for detecting the mechanical forces on the welding-pin tip of each welding shoe of a friction-stir welding head, wherein a sensor is attached to that side of the tool bell that is counter to the flow direction of the welding process, wherein a sensor for measuring the torque engaging on the pin receptacle cone and of the bending torque arising here is provided, and wherein furthermore a sensor in the pin receptacle cone, and a piezoelectric force-measuring sensor in the longitudinal axis of a pin shaft, for measuring the axial force acting on the welding-pin tip, are provided, b) an RFID-code for identification, attached to the pin shaft of each welding shoe, and c) a replacement runner provided on each welding shoe. a robot having a robotic pivoting head and a friction-stir welding head which is fastened to the robotic pivoting head, having a welding shoe, wherein the robot in each case may select a specific friction-stir welding head from a tool magazine, a) a device for detecting the mechanical forces on the welding-pin tip of each welding shoe of a friction-stir welding head, wherein a sensor is attached to that side of the tool bell that is counter to the flow direction of the welding process, wherein a sensor for measuring the torque engaging on the pin receptacle cone and of the bending torque arising here is provided, and wherein furthermore a sensor in the pin receptacle cone, and a piezoelectric force-measuring sensor in the longitudinal axis of a pin shaft, for measuring the axial force acting on the welding-pin tip, are provided, b) an RFID-code for identification, attached to the pin shaft of each welding shoe, and c) a replacement runner provided on each welding shoe.
A method applied to a neural network for verifying the stored weight in a non-volatile memory cell following a multilevel programming operation of the non-volatile memory cell by converting the stored weight into a plurality of digital output bits, comprising: comparing an output of the non-volatile memory cell against a first reference value using one reference line and generating a digital output bit (DOUT3) of a first value if the memory cell output is greater than the first reference value and generating a digital output bit of a second value if the memory cell output is less than the first reference value; when the memory cell output is greater than the first reference value, comparing the output of the non-volatile memory cell and a first set of reference values different than the first reference value using two reference lines with reduced number of conversion pulses by half and generating digital output bits (DOUT2, DOUT1, DOUTO) based the comparing of the output of the non-volatile memory cell and the first set of reference values; and when the memory cell output is less than the first reference value, comparing the output of the non-volatile memory cell and a second set of reference values different than the first reference value and the first set of reference values using two reference lines with reduced number of conversion of pulses by half and generating digital output bits (DOUT2, DOUT1, DOUTO) based the comparing of the output of the non-volatile memory cell and the second set of reference values. comparing an output of the non-volatile memory cell against a first reference value using one reference line and generating a digital output bit (DOUT3) of a first value if the memory cell output is greater than the first reference value and generating a digital output bit of a second value if the memory cell output is less than the first reference value; when the memory cell output is greater than the first reference value, comparing the output of the non-volatile memory cell and a first set of reference values different than the first reference value using two reference lines with reduced number of conversion pulses by half and generating digital output bits (DOUT2, DOUT1, DOUTO) based the comparing of the output of the non-volatile memory cell and the first set of reference values; and when the memory cell output is less than the first reference value, comparing the output of the non-volatile memory cell and a second set of reference values different than the first reference value and the first set of reference values using two reference lines with reduced number of conversion of pulses by half and generating digital output bits (DOUT2, DOUT1, DOUTO) based the comparing of the output of the non-volatile memory cell and the second set of reference values.
A method for transmitting broadcast data, the method comprising; generating a plurality of Physical Layer Pipes, PLPs, corresponding to a service from an input stream; Multi-input Multi-Output, MIMO, processing first and second input signals generated from data of one of the plurality of PLPs; time interleaving the MIMO processed first and second input signals; building first and second signal frames by mapping the time-interleaved first and second input signals; and modulating data in the first and second signal frames by an Orthogonal Frequency Division Multiplexing, OFDM, method and transmitting first and second broadcast signals having the modulated data, wherein at least one of the first and second signal frames includes preamble symbols and data symbols, wherein the preamble symbols include first signaling information, wherein the data symbols include the data of the plurality of PLPs, wherein one of the plurality of PLPs includes at least one component for the service, wherein another one of the plurality of PLPs includes second signaling information and wherein at least the first signaling information or the second signaling information includes an identifier to identify a group to which a current PLP belongs, the group being a collection of the plurality of PLPs configuring the service.
Use of a composition for predicting susceptibility to cetuximab in colon cancer, the composition comprising an agent which measures an expression level of RON (recepteur d'origine nantais, Gene Bank accession No. NM_002447.1) gene; or an expression or activity level of a protein thereof, and an agent which measures an expression level of one or more genes selected from the group consisting of KRAS (V-Ki-ras2 Kirsten rat sarcoma viral oncogene homolog, Gene Bank accession No. NM_033360.2), NRAS (neuroblastoma RAS viral (v-ras) oncogene homolog, Gene Bank accession No. NP_002515.1), BRAF (v-raf murine sarcoma viral oncogene homolog B, Gene Bank accession No. NP_004324.2), EGFR (Epidermal Growth Factor Receptor, Gene Bank accession No. U48722.1), Adam11 (ADAM metallopeptidase domain 11, Gene Bank accession No. NM_002390.4), Adam32 (ADAM metallopeptidase domain 32, Gene Bank accession No. NM_145004.5), FZD4 (Frizzled family receptor 4, Gene Bank accession No. NM_012193.2), GPER (G protein-coupled estrogen receptor 1, NM_001505.2), and GPR101 (G protein-coupled receptor 101, Gene Bank accession No. NM_054021.1) genes; or an expression or activity level of a protein of the genes.
A method for wirelessly obtaining data for use in an electronic apparatus, the method for wirelessly obtaining data comprising: a) obtaining a message wirelessly by reading an RFID tag through an RF component of the electronic apparatus, wherein the message is stored within the RFID tag; b) determining if the message includes a media access control address of an external device; c) establishing a Bluetooth connection between the electronic apparatus and the external device through the MAC address if the message includes the MAC address of the external device; d) requesting data from the external device after the Bluetooth connection is established; e1) opening a corresponding data record sheet in accordance with the type of the external device; and e2) filling the data into a corresponding data field in the data record sheet to store temporarily. a) obtaining a message wirelessly by reading an RFID tag through an RF component of the electronic apparatus, wherein the message is stored within the RFID tag; b) determining if the message includes a media access control address of an external device; c) establishing a Bluetooth connection between the electronic apparatus and the external device through the MAC address if the message includes the MAC address of the external device; d) requesting data from the external device after the Bluetooth connection is established; e1) opening a corresponding data record sheet in accordance with the type of the external device; and e2) filling the data into a corresponding data field in the data record sheet to store temporarily.
A Y-shaped surgical implant comprising: a base comprising a fixed length of implant material between a distal base end and a proximal base end, a sacral leaf, a first vaginal leaf, and a width, a moveable junction that is moveable along the length between the distal base end and the proximal base end, wherein the first vaginal leaf extends between the proximal base end and the moveable junction, the sacral leaf extends between the moveable junction and the distal base end, and a second vaginal leaf comprising implant material extends from the moveable junction; characterized in that the second vaginal leaf has a second vaginal leaf length between a second vaginal leaf distal end at the moveable junction, and a loose proximal vaginal leaf end, and the second vaginal leaf length is fixed. a base comprising a fixed length of implant material between a distal base end and a proximal base end, a sacral leaf, a first vaginal leaf, and a width, a moveable junction that is moveable along the length between the distal base end and the proximal base end, wherein the first vaginal leaf extends between the proximal base end and the moveable junction, the sacral leaf extends between the moveable junction and the distal base end, and a second vaginal leaf comprising implant material extends from the moveable junction; characterized in that the second vaginal leaf has a second vaginal leaf length between a second vaginal leaf distal end at the moveable junction, and a loose proximal vaginal leaf end, and the second vaginal leaf length is fixed.
A process for forming a tissue product, comprising: applying a temporary wet strength agent to a pulp slurry, wherein the temporary wet strength agent capable of forming hemiacetal bonds with fibers of the pulp slurry is selected from dialdehyde starches, glyoxylated polyacrylamides, and combinations thereof in an amount effective to prevent immediate degradation of the tissue product upon contact with water; applying a degrading agent composition comprising a degrading agent selected from the group consisting of magnesium hydroxide, calcium hydroxide, magnesium bisulfite, magnesium oxide, zinc oxide, sodium sulfite, magnesium carbonate-magnesium hydroxide, sodium oxide-aluminum oxide, hydrogen peroxide, sodium carbonate, sodium bicarbonate, sodium benzoate, calcium carbonate, calcium bicarbonate, sodium acetate, and combinations thereof to degrade the temporary wet strength agent-fiber bonds, a degradation inhibiting carrier comprising a lotion or a cream to delay action of the degrading agent on the temporary wet strength agent, and a non-ionic surfactant in an amount effective to stabilize viscosity to less than 3,000 cPs at 25°C after 24 hours of storage; and forming a tissue product. applying a temporary wet strength agent to a pulp slurry, wherein the temporary wet strength agent capable of forming hemiacetal bonds with fibers of the pulp slurry is selected from dialdehyde starches, glyoxylated polyacrylamides, and combinations thereof in an amount effective to prevent immediate degradation of the tissue product upon contact with water; applying a degrading agent composition comprising a degrading agent selected from the group consisting of magnesium hydroxide, calcium hydroxide, magnesium bisulfite, magnesium oxide, zinc oxide, sodium sulfite, magnesium carbonate-magnesium hydroxide, sodium oxide-aluminum oxide, hydrogen peroxide, sodium carbonate, sodium bicarbonate, sodium benzoate, calcium carbonate, calcium bicarbonate, sodium acetate, and combinations thereof to degrade the temporary wet strength agent-fiber bonds, a degradation inhibiting carrier comprising a lotion or a cream to delay action of the degrading agent on the temporary wet strength agent, and a non-ionic surfactant in an amount effective to stabilize viscosity to less than 3,000 cPs at 25°C after 24 hours of storage; and forming a tissue product.
A flipping installation device for LED strip lighting, comprising: an installation frame; a house received in the installation frame; at least one link mechanism disposed in one of two jointing edges of the installation frame and the house, each of the at least one link mechanism comprising a first link mounted on the installation frame and being disposed on a first free edge of the installation frame, a second link disposed on an upper base of the house, and a third link rotatably connected between the first and second links (31, 32), and two bearings configured for connecting the first link and the second link and connecting the second link and the third link, respectively, the first and second and third links (31, 32, 33) being perpendicular to each other in a cross section perpendicular to an axial direction of the house when the house has been installed into the installation frame; and at least one clamping mechanism disposed in the other jointing edge of the installation frame and the house, each of the at least one clamping mechanism comprising a catch head disposed on the installation frame, and a resilient lock disposed on the house and coupled to the catch head, the link mechanism and the clamping mechanism being located on the opposite side of the house. an installation frame; a house received in the installation frame; at least one link mechanism disposed in one of two jointing edges of the installation frame and the house, each of the at least one link mechanism comprising a first link mounted on the installation frame and being disposed on a first free edge of the installation frame, a second link disposed on an upper base of the house, and a third link rotatably connected between the first and second links (31, 32), and two bearings configured for connecting the first link and the second link and connecting the second link and the third link, respectively, the first and second and third links (31, 32, 33) being perpendicular to each other in a cross section perpendicular to an axial direction of the house when the house has been installed into the installation frame; and at least one clamping mechanism disposed in the other jointing edge of the installation frame and the house, each of the at least one clamping mechanism comprising a catch head disposed on the installation frame, and a resilient lock disposed on the house and coupled to the catch head, the link mechanism and the clamping mechanism being located on the opposite side of the house.
Passive polyphonic double-coil microphone for a string musical instrument comprising: - a support, - a set of pairs of coils, each pair of coils comprising a first coil (20A, 21A, 22A, 23A, 24A, 25A) and a second coil (20B, 21B, 22B, 23B, 24B, 25B), each coil comprising a magnetic core and a winding around said core, a top face and a bottom face, - in which, for each pair of coils, the two coils are mounted electrically in series and magnetically linked to one another, characterized in that it further comprises - a set of at least one internal dipolar magnet, of which one pole is magnetically linked with the core of a coil of a pair of coils and the other pole is magnetically linked with the core of the other coil of said pair, - a set of magnetic shieldings, secured to the support, - each coil being surrounded by a respective individual magnetic shielding (50A, 51A, 52A, 53A, 54A, 55A, 50B, 51B, 52B, 53B, 54B, 55B), in which - for each pair of coils, one of the coils is equipped with an electrical wire to be linked to a ground, and the other coil is equipped with another electrical wire to convey an output signal to an amplifier, and - the magnetic cores of a same pair of coils are positioned to pick up the vibrations of one and the same string. - a support, - a set of pairs of coils, each pair of coils comprising a first coil (20A, 21A, 22A, 23A, 24A, 25A) and a second coil (20B, 21B, 22B, 23B, 24B, 25B), each coil comprising a magnetic core and a winding around said core, a top face and a bottom face, - in which, for each pair of coils, the two coils are mounted electrically in series and magnetically linked to one another, - a set of at least one internal dipolar magnet, of which one pole is magnetically linked with the core of a coil of a pair of coils and the other pole is magnetically linked with the core of the other coil of said pair, - a set of magnetic shieldings, secured to the support, - each coil being surrounded by a respective individual magnetic shielding (50A, 51A, 52A, 53A, 54A, 55A, 50B, 51B, 52B, 53B, 54B, 55B), - for each pair of coils, one of the coils is equipped with an electrical wire to be linked to a ground, and the other coil is equipped with another electrical wire to convey an output signal to an amplifier, and - the magnetic cores of a same pair of coils are positioned to pick up the vibrations of one and the same string.
A method of operating a content node that caches content in a content delivery network, the method comprising: receiving a secure content request from an end user device for content cached by the content node, wherein the secure content request includes security information for the end user device, used to verify the end user device; determining availability of verification information for the end user device stored on the content node to service the secure content request, wherein the verification information for the end user device comprises expected information for the end user device, comprising at least one of usernames, passwords or cookies; if the verification information is available, verifying the end user device at least by comparing the verification information for the end user device and the security information for the end user device and, in response to verifying the end user device, transferring the content to the end user device; and if the verification information is unavailable, querying an origin server to verify the end user device, receiving new verification information from the origin server to verify the end user device, and caching the new verification information for the end user device. receiving a secure content request from an end user device for content cached by the content node, wherein the secure content request includes security information for the end user device, used to verify the end user device; determining availability of verification information for the end user device stored on the content node to service the secure content request, wherein the verification information for the end user device comprises expected information for the end user device, comprising at least one of usernames, passwords or cookies; if the verification information is available, verifying the end user device at least by comparing the verification information for the end user device and the security information for the end user device and, in response to verifying the end user device, transferring the content to the end user device; and if the verification information is unavailable, querying an origin server to verify the end user device, receiving new verification information from the origin server to verify the end user device, and caching the new verification information for the end user device.