mhurhangee/ep-ind-claims huggingface dataset:
A thermosetting powder coating composition comprising a first resin and a second resin, the first resin being an acid functional polyester resin with an acid value below 50 mg KOH/g, the second resin being obtainable by reacting hydroxyl functional components and acid functional components, the hydroxyl functional components comprising components containing 2 hydroxyl functional groups per molecule and/or components containing at least 3 hydroxyl functional groups per molecule, the acid functional components comprising components containing 2 acid functional groups per molecule and/or components containing at least 3 acid functional groups per molecule, wherein - more than 95 mol.% of the total of hydroxyl functional components in the second resin originate from neopentyl glycol, and - from 6 to 11 mol% of the total of hydroxyl functional components and acid functional components in the second resin originating from hydroxyl functional components and/or acid functional components having at least 3 functional groups per molecule. - more than 95 mol.% of the total of hydroxyl functional components in the second resin originate from neopentyl glycol, and - from 6 to 11 mol% of the total of hydroxyl functional components and acid functional components in the second resin originating from hydroxyl functional components and/or acid functional components having at least 3 functional groups per molecule.
A power cable junction including an end portion of a power cable, said cable including an electrically insulating material, the junction comprising a predetermined region containing a module for measuring the space charge of said insulating material characterized in that said measurement module includes at least two electrodes, a piezoelectric sensor, a mechanical vibration damper element placed in contact with the piezoelectric sensor and means (22, 32) of connection of a source of high voltage electrical pulses external to the junction, the means of connection consisting of a coaxial cable, a central conductor of which is connected to at least two electrodes and a coaxial conductor of which is connected to a metal screen of the cable.
A method for fabricating a wiring harness by using a mold through steps of forming an external part mounted electric wire in which an external part adapted to be brought into engagement with a hole in a panel on which a wiring harness is laid is mounted on an electric wire and tying at least one electric wire to the external part mounted electric wire, characterized in that the mold comprises a linear cavity (34, 44) which is formed so as to match an external shape of the electric wire and an external part cavity which is formed so as to match an external shape of the external part mounted on the electric wire and in which a relative position of the external part to the electric wire is provided in a position where the external part can be brought into engagement with the hole in the panel.
A skin-piercing component (18, 118, 218, 318) of a skin penetration device, wherein the skin-piercing component has a base and one or more piercing elements (22, 222, 322) extending from the base, and wherein the skin-piercing component (18, 118, 218, 318) has a rest configuration and is configured to be biased towards the rest configuration such that it may be deformed but returns to the rest configuration when the deforming force is removed, and characterised in that the one or more piercing elements (22, 222, 322) are formed by punching out a part of the base of the skin-piercing component (18, 118, 218, 318) and bending the punched-out part away from the base.
A semiconductor device operable as a half bridge comprising a first drain contact, contacting a first drain, a first source region, a first gate for controlling the current flow between the first drain and the first source region, and a first probe region, a second drain contact, contacting a second drain, a second source region, a second gate for controlling the current flow between the second drain and the second source region, and a second probe region, a first source contact, characterised in that: the first probe region is connected to the second gate, said first probe region configured to provide a first regenerative, gate control signal for the second gate, the second probe region is connected to the first gate said second probe region configured to provide a second regenerative, gate control signal for the first gate, the first source region is connected to the second source region, and to the first source contact. the first probe region is connected to the second gate, said first probe region configured to provide a first regenerative, gate control signal for the second gate, the second probe region is connected to the first gate said second probe region configured to provide a second regenerative, gate control signal for the first gate, the first source region is connected to the second source region, and to the first source contact.
A radio frequency, RF, front end comprising: a logarithmic detector amplifier, LDA, comprising: an amplifying circuit having an input port, and configured to receive, at the input port, a first input signal having a first frequency and to generate an oscillation based on the input signal; one or more resonant circuits coupled to the amplifying circuit and configured to establish a frequency of operation of the system and to generate, at a first output port, a first output signal having a second frequency, the second frequency being substantially the same as the first frequency; a controller circuit connected to the amplifier input and configured to cyclically terminate oscillation of the input signal each time a pre-determined threshold of current flowing in a voltage supply line to the amplifying circuit is reached, the controller circuit including a low pass filter configured to generate, at a second output port, a second output signal comprising a series of voltage spikes; and an antenna coupled to the input port of the LDA, wherein the first output port of the LDA is configured to receive a second input signal having a third frequency, wherein the LDA is configured to amplify the second input signal to output a first transmit signal having a fourth frequency at the input port along a first transmit path, wherein the fourth frequency is substantially the same as the third frequency. an amplifying circuit having an input port, and configured to receive, at the input port, a first input signal having a first frequency and to generate an oscillation based on the input signal; one or more resonant circuits coupled to the amplifying circuit and configured to establish a frequency of operation of the system and to generate, at a first output port, a first output signal having a second frequency, the second frequency being substantially the same as the first frequency; a controller circuit connected to the amplifier input and configured to cyclically terminate oscillation of the input signal each time a pre-determined threshold of current flowing in a voltage supply line to the amplifying circuit is reached, the controller circuit including a low pass filter configured to generate, at a second output port, a second output signal comprising a series of voltage spikes; and an antenna coupled to the input port of the LDA, wherein the first output port of the LDA is configured to receive a second input signal having a third frequency, wherein the LDA is configured to amplify the second input signal to output a first transmit signal having a fourth frequency at the input port along a first transmit path, wherein the fourth frequency is substantially the same as the third frequency.
A system for facilitating drilling of a lateral wellbore, comprising: a drilling assembly with a steerable drilling assembly, the drilling assembly including a cutting implement having cutters arranged and designed to enable both milling through a casing and at least partially drilling a lateral wellbore during a single downhole trip; a whipstock having a face with a profile arranged and designed to guide the cutting implement during milling of the casing, the whipstock also having an anchoring device coupled thereto to secure the whipstock at a desired downhole position in a wellbore; and an attachment member releasably coupling the cutting implement to the whipstock, the attachment member coupling to the cutting implement through a recess disposed in the cutting implement and coupling to the whipstock through an opening disposed in the whipstock; the attachment member arranged and designed to be severed such that any severed portion of the attachment member remaining coupled to the whipstock is nearly flush with the face of the whipstock, characterized in that the attachment member is coupled to the cutting implement by being held within the recess of the cutting implement by a removable retainer, and the removable retainer is held in place by a locking member in the cutting implement. a drilling assembly with a steerable drilling assembly, the drilling assembly including a cutting implement having cutters arranged and designed to enable both milling through a casing and at least partially drilling a lateral wellbore during a single downhole trip; a whipstock having a face with a profile arranged and designed to guide the cutting implement during milling of the casing, the whipstock also having an anchoring device coupled thereto to secure the whipstock at a desired downhole position in a wellbore; and an attachment member releasably coupling the cutting implement to the whipstock, the attachment member coupling to the cutting implement through a recess disposed in the cutting implement and coupling to the whipstock through an opening disposed in the whipstock; the attachment member arranged and designed to be severed such that any severed portion of the attachment member remaining coupled to the whipstock is nearly flush with the face of the whipstock, characterized in that the attachment member is coupled to the cutting implement by being held within the recess of the cutting implement by a removable retainer, and the removable retainer is held in place by a locking member in the cutting implement.
A magnetic resonance system comprising a main magnetic field and an RF power amplifier for generating an RF field in a first RF band, the arrangement further comprising at least one magnetic field probe, said magnetic field probe comprising a MR active probe substance, means for pulsed MR excitation of said probe substance in a second RF band and means for receiving a probe MR signal in the second RF band generated by said probe substance, characterized in further comprising; means for recording the output signal of the RF power amplifier in said second RF band, said recording means being configured to record said output signal concurrently with the reception of said probe MR signal, and means configured to subtract from said probe MR signal an interfering signal contribution contained in said recorded RF amplifier output signal.
A method of isolating a particle from a fluid sample, the method comprising: streaming a fluid sample containing a particle through a microfluidic sample channel; detecting a characteristic of the particle as it passes through a detection zone of the sample channel; generating a diversion signal in response to the detected characteristic satisfying one or more selected criteria; and diverting the particle from the sample channel into an outlet channel by directing a diverting fluid into the sample channel upstream and downstream of the particle in response to the diversion signal, to isolate the particle from the sample and flush the particle into the outlet channel. streaming a fluid sample containing a particle through a microfluidic sample channel; detecting a characteristic of the particle as it passes through a detection zone of the sample channel; generating a diversion signal in response to the detected characteristic satisfying one or more selected criteria; and diverting the particle from the sample channel into an outlet channel by directing a diverting fluid into the sample channel upstream and downstream of the particle in response to the diversion signal, to isolate the particle from the sample and flush the particle into the outlet channel.
A glass gob weight control assembly for a glassware molding machine comprising a moulding assembly in turn comprising an extruder, the control assembly comprising a punch for at least partly penetrating a glass gob; a fluidic linear actuator for moving said punch, and in turn comprising an outer sleeve, and a piston which slides inside said sleeve, is connected integrally to said punch, and is movable between two limit positions, of which one is a withdrawn position, and the other a forward position in which said punch is inserted inside said glass gob; transducer means for determining the position of said piston between said withdrawn and forward positions; and a control unit, which receives a position signal from said transducer means and transmits correction signals to said extruder; said sleeve being made of paramagnetic material, said transducer means comprising a magnetic movable member fitted to said piston and housed completely inside said piston, and a fixed member located outside said sleeve and cooperating with said magnetic movable member; characterized in that it also comprises two annular washers located on opposite axial sides of said magnetic movable member.
A method of producing a protein having reduced O-linked glycosylation comprising: (a) providing a nucleic acid encoding a glycoprotein and a second nucleic acid encoding an α1,2-mannosidase; (b) introducing the nucleic acid and the second nucleic acid into a host cell and growing the host cell containing the nucleic acid and the second nucleic acid to produce a culture of the host cell; (c) contacting the culture of the host cell with one or more inhibitors of Dol-P-Man:Protein (Ser/Thr) Mannosyl Transferase (Pmt)-mediated O-linked glycosylation; and (d) isolating the glycoprotein produced by the host cell in the presence of the one or more inhibitors of Pmt-mediated O-linked glycosylation to produce the protein having reduced O-linked glycosylation. (a) providing a nucleic acid encoding a glycoprotein and a second nucleic acid encoding an α1,2-mannosidase; (b) introducing the nucleic acid and the second nucleic acid into a host cell and growing the host cell containing the nucleic acid and the second nucleic acid to produce a culture of the host cell; (c) contacting the culture of the host cell with one or more inhibitors of Dol-P-Man:Protein (Ser/Thr) Mannosyl Transferase (Pmt)-mediated O-linked glycosylation; and (d) isolating the glycoprotein produced by the host cell in the presence of the one or more inhibitors of Pmt-mediated O-linked glycosylation to produce the protein having reduced O-linked glycosylation.
A method of diversity error control coding for a system having variable-length packets that carry prioritized data, characterized by: replicating high priority packets in a data sequence to form composite high priority packets, wherein a composite high priority packet consists of one high priority packet followed by a number of virtual replications, wherein a virtual replication is a replication of the said one high priority packet and said virtual replication is used for generating parity symbols but is not actually transmitted over a communications channel; arranging the composite high priority packets (330, 340) and the low priority packets of the data sequence vertically to form columns of symbols; generating a parity symbol for each column of symbols; generating tag information that indicates the number of virtual replications used to generate the parity symbols; and transmitting the high priority packets and the low priority packets of the data sequence, the generated parity symbols and the tag information. replicating high priority packets in a data sequence to form composite high priority packets, wherein a composite high priority packet consists of one high priority packet followed by a number of virtual replications, wherein a virtual replication is a replication of the said one high priority packet and said virtual replication is used for generating parity symbols but is not actually transmitted over a communications channel; arranging the composite high priority packets (330, 340) and the low priority packets of the data sequence vertically to form columns of symbols; generating a parity symbol for each column of symbols; generating tag information that indicates the number of virtual replications used to generate the parity symbols; and transmitting the high priority packets and the low priority packets of the data sequence, the generated parity symbols and the tag information.
An unstacker device for a sorting machine for sorting flat articles, said unstacker device being configured to accept at its inlet flat articles in a stack, and to deliver at its outlet said flat articles in series, and with a predetermined gap between them, said unstacker device including at least: · first detection means suitable for detecting the transition between an article N of a first specialized article type or of a default article type and a consecutive article N+1, respectively of a second specialized article type or of a first specialized article type; · a first specialized unstacking program and a second specialized unstacking program, each of which is suitable for maintaining respectively a first nominal gap and a second nominal gap between two consecutive unstacked flat articles; and · a monitoring/control unit suitable for automatically executing one of said first and second specialized unstacking programs depending on the article type that is detected; said unstacker device being characterized in that it includes a default unstacking program suitable for maintaining a default nominal gap between two consecutive unstacked articles, which default nominal gap is different from said first and second nominal gaps, said monitoring/control unit being arranged for automatically executing said default unstacking program in response to detection of said transition, for counting said flat articles subsequent to said transition, and, in response to a predetermined counting threshold being reached, for executing, for said subsequent flat articles and until the next transition detection, that one of said first and second specialized unstacking programs that corresponds to the detected specialized article type. · first detection means suitable for detecting the transition between an article N of a first specialized article type or of a default article type and a consecutive article N+1, respectively of a second specialized article type or of a first specialized article type; · a first specialized unstacking program and a second specialized unstacking program, each of which is suitable for maintaining respectively a first nominal gap and a second nominal gap between two consecutive unstacked flat articles; and · a monitoring/control unit suitable for automatically executing one of said first and second specialized unstacking programs depending on the article type that is detected;
An individualized kinematic total knee replacement analysis computing device, comprising a processor and a memory coupled to the processor, wherein the processor is configured to be capable of executing programmed instructions comprising: obtaining prosthesis data for a selected prosthesis; generating anatomical and pathoanatomical data for a specific patient, wherein the anatomical data comprises at least a coronal mechanical lateral distal femoral angle and a posterior condylar axis that is specific to the patient; determining an alignment of one or more guides that facilitate a plurality of cuts to be made to a tibia and a femur of the patient comprising generating bone and cartilage resection data based at least in part on the prosthesis data, the anatomical data, and the pathoanatomical data, wherein the bone and cartilage resection data comprises one or more femoral component coronal alignment angles, one or more femoral distal thicknesses, a femoral component axial external rotation angle, one or more femoral posterior resection thicknesses, a tibial component coronal alignment angle relative to the coronal mechanical axis of a tibia of the patient, one or more tibia resection thicknesses, and a tibia sagittal slope; and outputting a recommended three-dimensional total knee replacement surgeon plan for the patient via a graphical interface, the recommended three-dimensional total knee replacement surgeon plan comprising the bone and cartilage resection data for facilitating implantation of the prosthesis in the patient. obtaining prosthesis data for a selected prosthesis; generating anatomical and pathoanatomical data for a specific patient, wherein the anatomical data comprises at least a coronal mechanical lateral distal femoral angle and a posterior condylar axis that is specific to the patient; determining an alignment of one or more guides that facilitate a plurality of cuts to be made to a tibia and a femur of the patient comprising generating bone and cartilage resection data based at least in part on the prosthesis data, the anatomical data, and the pathoanatomical data, wherein the bone and cartilage resection data comprises one or more femoral component coronal alignment angles, one or more femoral distal thicknesses, a femoral component axial external rotation angle, one or more femoral posterior resection thicknesses, a tibial component coronal alignment angle relative to the coronal mechanical axis of a tibia of the patient, one or more tibia resection thicknesses, and a tibia sagittal slope; and outputting a recommended three-dimensional total knee replacement surgeon plan for the patient via a graphical interface, the recommended three-dimensional total knee replacement surgeon plan comprising the bone and cartilage resection data for facilitating implantation of the prosthesis in the patient.
A method for wireless communications, performed by a user equipment, UE comprising: detecting a failure that occurs during a mobile originated call, wherein the mobile originated call is a mobile originated voice call; determining how to attempt retrying the mobile originated call based, at least in part, on a type of the detected failure and whether or not the mobile originated call is restricted to a particular radio access technology, RAT, wherein the type of the detected failure is a hard failure if a count of failures is greater than a maximum number of failures retry attempts and the time since call origination is greater or equal than a maximum time since call origination, and wherein, if the type of the detected failure is a hard failure, and if the mobile originated call is not restricted, the determining how to attempt retrying the mobile originated call comprises first attempting acquisition on inter-frequency neighbors and attempting acquisition on circuit-switched, CS RAT if there is an acquisition failure on all of the inter-frequency neighbors; and attempting to retry the mobile originated call. detecting a failure that occurs during a mobile originated call, wherein the mobile originated call is a mobile originated voice call; determining how to attempt retrying the mobile originated call based, at least in part, on a type of the detected failure and whether or not the mobile originated call is restricted to a particular radio access technology, RAT, wherein the type of the detected failure is a hard failure if a count of failures is greater than a maximum number of failures retry attempts and the time since call origination is greater or equal than a maximum time since call origination, and wherein, if the type of the detected failure is a hard failure, and if the mobile originated call is not restricted, the determining how to attempt retrying the mobile originated call comprises first attempting acquisition on inter-frequency neighbors and attempting acquisition on circuit-switched, CS RAT if there is an acquisition failure on all of the inter-frequency neighbors; and attempting to retry the mobile originated call.