mhurhangee/ep-ind-claims huggingface dataset:
A releasable coupling device for a slide fastener assembly, the releasable coupling device comprising: a first housing structure comprising a temporary magnet having a spherical shape, the first housing structure including an encircling structure that encircles a portion of the temporary magnet such that a first surface of the temporary magnet is exposed; and a second housing structure comprising a permanent magnet, the second housing structure including a receiving receptacle adapted to receive the first housing structure such that the permanent magnet is in near contact with the first surface of the temporary magnet, characterized in that the first housing structure further comprises a flange extending from the encircling structure, and the second housing structure comprises a notch that is adapted to receive the flange of the first housing structure.
A method comprising: receiving a plurality of event logs, wherein each event log of the plurality of event logs is associated with an event that corresponds to one or more threat detection rules, wherein each event log corresponds to one or more actions that were applied, based on the one or more threat detection rules, to one or more packets; determining, by a computing device and based on applying at least one algorithm to each event log, a reportability likelihood for each of the plurality of event logs, wherein the reportability likelihood indicates a likelihood that a given event log is associated with an event that is reportable to an authority; sorting an event queue of the plurality of event logs based on the reportability likelihood of each of the plurality of event logs; and transmitting, by the computing device and to an analysis system, the plurality of event logs sorted in the event queue. receiving a plurality of event logs, wherein each event log of the plurality of event logs is associated with an event that corresponds to one or more threat detection rules, wherein each event log corresponds to one or more actions that were applied, based on the one or more threat detection rules, to one or more packets; determining, by a computing device and based on applying at least one algorithm to each event log, a reportability likelihood for each of the plurality of event logs, wherein the reportability likelihood indicates a likelihood that a given event log is associated with an event that is reportable to an authority; sorting an event queue of the plurality of event logs based on the reportability likelihood of each of the plurality of event logs; and transmitting, by the computing device and to an analysis system, the plurality of event logs sorted in the event queue.
A method of initializing a tire pressure monitor of a vehicle, the method comprising: tuning a receiver device in the tire pressure monitor to monitor for first transmissions from one type of activation device at a first time according to a first criterion and to monitor for second transmissions from another type of activation device at a second time according to a second criterion; when the receiver device initially recognizes one of the first transmissions being transmitted according to the first criterion or the second transmissions being transmitted according to the second criterion, verifying that the recognized transmission is valid; characterized in that when the transmission is recognized as valid, sending an indication to a receiver in the vehicle so that a localization procedure can be executed. tuning a receiver device in the tire pressure monitor to monitor for first transmissions from one type of activation device at a first time according to a first criterion and to monitor for second transmissions from another type of activation device at a second time according to a second criterion; when the receiver device initially recognizes one of the first transmissions being transmitted according to the first criterion or the second transmissions being transmitted according to the second criterion, verifying that the recognized transmission is valid; characterized in that when the transmission is recognized as valid, sending an indication to a receiver in the vehicle so that a localization procedure can be executed.
An active implantable medical device, AIMD, comprising: a) a non-conductive enclosure extending along a first longitudinal axis; b) a printed circuit board, PCB, assembly housed inside the enclosure and comprising a PCB supporting at least one electronic component, wherein the PCB comprises spaced apart edges (42A, 42B) that extend to and meet with opposed ends (42C, 42D) with the edges (42A, 42B) being longer than the ends (42C, 42D); c) a rechargeable electrical power source electrically connected to the PCB assembly; d) an inductive charging coil that is configured to convert inductive charging signals into inductive energy, wherein the inductive charging coil has at least one wind (48A, 48B) of an electrically conductive material that wraps around the PCB, the at least one wind having an upper wind portion residing above the PCB and a lower wind portion residing below the PCB and opposed curved ends (48C, 48D) that are continuous with the upper and lower wind portions (48A, 48B) and that wrap around the opposed ends (42C, 42D) of the PCB; and e) a charging circuit that is configured to convert inductive energy received from the inductive charging coil into a direct current voltage to charge the rechargeable electrical power source to power the PCB assembly. a) a non-conductive enclosure extending along a first longitudinal axis; b) a printed circuit board, PCB, assembly housed inside the enclosure and comprising a PCB supporting at least one electronic component, wherein the PCB comprises spaced apart edges (42A, 42B) that extend to and meet with opposed ends (42C, 42D) with the edges (42A, 42B) being longer than the ends (42C, 42D); c) a rechargeable electrical power source electrically connected to the PCB assembly; d) an inductive charging coil that is configured to convert inductive charging signals into inductive energy, wherein the inductive charging coil has at least one wind (48A, 48B) of an electrically conductive material that wraps around the PCB, the at least one wind having an upper wind portion residing above the PCB and a lower wind portion residing below the PCB and opposed curved ends (48C, 48D) that are continuous with the upper and lower wind portions (48A, 48B) and that wrap around the opposed ends (42C, 42D) of the PCB; and e) a charging circuit that is configured to convert inductive energy received from the inductive charging coil into a direct current voltage to charge the rechargeable electrical power source to power the PCB assembly.
A vaccine consisting of: a) determinant 'a' of the HBsAg protein of the HBV virus, subtype adw2, encoded by the following sequence: b) and region 412-425 of the E2 envelope glycoprotein of the HCV encoded by the following sequence: 5'-CAACTGATCAACACCAACGGCAGTTGGCACATCAATAGCACG-3'. a) determinant 'a' of the HBsAg protein of the HBV virus, subtype adw2, encoded by the following sequence: b) and region 412-425 of the E2 envelope glycoprotein of the HCV encoded by the following sequence: 5'-CAACTGATCAACACCAACGGCAGTTGGCACATCAATAGCACG-3'.
A headphone, comprising: a housing, comprising a sound output side, a first layer structure, a first output path, a second output path, a first trench, a second layer structure comprising a first recess and a second recess, the first layer structure including a first through hole; a first speaker, placed in the first recess, wherein the first speaker comprises a first speaker surface and a second speaker surface, and the first speaker surface corresponds to the first output path, the second speaker surface corresponds to the second output path; and a second speaker, placed in the second recess, wherein the first output path comprises the first trench, which is placed at the first layer structure and connected to the first through hole, extends around the first speaker and the first through hole, and is connected to the sound output side. a housing, comprising a sound output side, a first layer structure, a first output path, a second output path, a first trench, a second layer structure comprising a first recess and a second recess, the first layer structure including a first through hole; a first speaker, placed in the first recess, wherein the first speaker comprises a first speaker surface and a second speaker surface, and the first speaker surface corresponds to the first output path, the second speaker surface corresponds to the second output path; and a second speaker, placed in the second recess, wherein the first output path comprises the first trench, which is placed at the first layer structure and connected to the first through hole, extends around the first speaker and the first through hole, and is connected to the sound output side.
A wearable device configured to be attached to an arm or wrist of a user during fishing activities, the wearable device comprising: a housing having: at least one sensor configured to detect motion of the wearable device due to motion of the arm or wrist of the user during fishing activities; a wireless communication device for wirelessly transmitting data to a remote connected device; a computer system having a processor and memory having stored thereon a plurality of executable instructions which, when executed by the processor, cause the processor to: receive motion data of the wearable device from the at least one sensor; analyse the motion data to determine that the motion data corresponds to the occurrence of a catch or a bite; determine a time associated with receipt of the motion data; record the occurrence of the bite or the catch such that the determined time is associated with the occurrence of the bite or the catch; transmit wirelessly the record of the associated occurrence of the bite or the catch and time to the remote connected device. a housing having: at least one sensor configured to detect motion of the wearable device due to motion of the arm or wrist of the user during fishing activities; a wireless communication device for wirelessly transmitting data to a remote connected device; at least one sensor configured to detect motion of the wearable device due to motion of the arm or wrist of the user during fishing activities; a wireless communication device for wirelessly transmitting data to a remote connected device; a computer system having a processor and memory having stored thereon a plurality of executable instructions which, when executed by the processor, cause the processor to: receive motion data of the wearable device from the at least one sensor; analyse the motion data to determine that the motion data corresponds to the occurrence of a catch or a bite; determine a time associated with receipt of the motion data; record the occurrence of the bite or the catch such that the determined time is associated with the occurrence of the bite or the catch; transmit wirelessly the record of the associated occurrence of the bite or the catch and time to the remote connected device. receive motion data of the wearable device from the at least one sensor; analyse the motion data to determine that the motion data corresponds to the occurrence of a catch or a bite; determine a time associated with receipt of the motion data; record the occurrence of the bite or the catch such that the determined time is associated with the occurrence of the bite or the catch; transmit wirelessly the record of the associated occurrence of the bite or the catch and time to the remote connected device.
A cooling apparatus configured for cooling a peripheral circuit board, comprising: a cooling frame; at least one cooling device mounted onto the cooling frame; a plurality of cooling hoses connected to the at least one cooling device; a hinge attached to one side of the cooling frame; a cushion frame rotatably attached on one side to the hinge; a cushion arrangement attached to the cushion frame; and, a locking arrangement configured to lock the cooling frame to the cushion frame in a closed position thereby housing the peripheral circuit board in between the cooling frame and the cushion frame. a cooling frame; at least one cooling device mounted onto the cooling frame; a plurality of cooling hoses connected to the at least one cooling device; a hinge attached to one side of the cooling frame; a cushion frame rotatably attached on one side to the hinge; a cushion arrangement attached to the cushion frame; and, a locking arrangement configured to lock the cooling frame to the cushion frame in a closed position thereby housing the peripheral circuit board in between the cooling frame and the cushion frame.
A staple cartridge for use with a surgical stapling apparatus, the staple cartridge comprising: a cartridge body (20,22); a plurality of staples disposed within the cartridge body, each staple including a crown and a pair of legs (56, 58) depending from the crown; a tissue contacting surface on the cartridge body defining staple retaining slots, each staple retaining slot dimensioned to releasably retain a staple; and a buttress material including at least one weld joining the buttress material to the tissue contacting surface, characteriszed in that the at least one weld is positioned to at least partially overlie a staple retaining slot and is dimensioned to extend at least partially over an ejection path of a leg (56, 58) of a staple disposed in the staple retaining slot. a cartridge body (20,22); a plurality of staples disposed within the cartridge body, each staple including a crown and a pair of legs (56, 58) depending from the crown; a tissue contacting surface on the cartridge body defining staple retaining slots, each staple retaining slot dimensioned to releasably retain a staple; and a buttress material including at least one weld joining the buttress material to the tissue contacting surface, characteriszed in that the at least one weld is positioned to at least partially overlie a staple retaining slot and is dimensioned to extend at least partially over an ejection path of a leg (56, 58) of a staple disposed in the staple retaining slot.
A flame-retardant composition containing at least one of the following melamine compounds: melamine (aluminum phosphate) (Mel-H) 2 (+) [AlP 3 O 10] 2-; melamine (zinc phosphate) [(Mel-H) +] 2 [ZnP 2 O 7] 2-; melamine (magnesium phosphate) (Mel-H) x + [Mg 2+] 2 [PO 3 -] (x+1) [PO 4 3-], where x is between 1 and 4, in particular (Mel-H) 2 (+) [Mg 2 P 4 O 13] 2(-); or the oligomers or polymers thereof; and a derivative of 9,10-dihydro-9-oxa-10-phosphorylphenanthrene-10-oxide or polymeric complexes of this derivative, according to at least one of formulas Ila, IIb, IIc, and IId: where M = Zn and n ≥ 1. melamine (aluminum phosphate) (Mel-H) 2 (+) [AlP 3 O 10] 2-; melamine (zinc phosphate) [(Mel-H) +] 2 [ZnP 2 O 7] 2-; melamine (magnesium phosphate) (Mel-H) x + [Mg 2+] 2 [PO 3 -] (x+1) [PO 4 3-], where x is between 1 and 4, in particular (Mel-H) 2 (+) [Mg 2 P 4 O 13] 2(-);
A base unit of a modular centrifugal separator configured for separating a liquid feed mixture into a heavy phase and a light phase, the modular centrifugal separator comprising the base unit and an exchangeable separation insert, the exchangeable separation insert being configured to form the only part of the modular centrifugal separator, which is in contact with the liquid feed mixture, and the separated heavy and light phases, wherein the base unit comprises a stationary frame, a rotatable member configured to rotate about an axis of rotation arranged in the stationary frame, and a drive unit for rotating the rotatable member about the axis of rotation, wherein the rotatable member has a first axial end and a second axial end, and delimits an inner space at least in a radial direction, the inner space being configured for receiving at least one part of the exchangeable separation insert therein such that portions of the rotatable member delimiting the inner space are fully separate from the liquid feed mixture, and the separated heavy and light phases during use of the modular centrifugal separator, and wherein the rotatable member is provided with a first opening at the first axial end configured for a first fluid connection of the exchangeable separation insert to extend through the first opening, wherein the rotatable member comprises a second opening at the second axial end configured for a second fluid connection of the exchangeable separation insert to extend through the second opening. the modular centrifugal separator comprising the base unit and an exchangeable separation insert, the exchangeable separation insert being configured to form the only part of the modular centrifugal separator, which is in contact with the liquid feed mixture, and the separated heavy and light phases, wherein the base unit comprises a stationary frame, a rotatable member configured to rotate about an axis of rotation arranged in the stationary frame, and a drive unit for rotating the rotatable member about the axis of rotation, wherein the rotatable member has a first axial end and a second axial end, and delimits an inner space at least in a radial direction, the inner space being configured for receiving at least one part of the exchangeable separation insert therein such that portions of the rotatable member delimiting the inner space are fully separate from the liquid feed mixture, and the separated heavy and light phases during use of the modular centrifugal separator, and wherein the rotatable member is provided with a first opening at the first axial end configured for a first fluid connection of the exchangeable separation insert to extend through the first opening, wherein the rotatable member comprises a second opening at the second axial end configured for a second fluid connection of the exchangeable separation insert to extend through the second opening.
A printer configured to print on a print medium, the printer comprising: a thermal head having a plurality of heating elements that are arranged in a line; and a control unit configured to control thermal energy to be applied to the plurality of heating elements, in accordance with information based on image data, the information including whether to apply a pulse of energizing current in each of a plurality of periods being preset during a scanning line time for one line, the plurality of periods being set in an order from a long period to a short period during the scanning line time, characterized in that there are four of said periods with a period length ratio of 8:4:2:1. a thermal head having a plurality of heating elements that are arranged in a line; and a control unit configured to control thermal energy to be applied to the plurality of heating elements, in accordance with information based on image data, the information including whether to apply a pulse of energizing current in each of a plurality of periods being preset during a scanning line time for one line, the plurality of periods being set in an order from a long period to a short period during the scanning line time, characterized in that there are four of said periods with a period length ratio of 8:4:2:1.
Grinding system comprising an abrasive grinding wheel and a grinder, wherein the grinder comprises an actuating arm adapted to receive an abrasive grinding wheel, an actuator coupled to the actuating arm to rotatably drive or translate it along a driving axis, and a transceiver unit adapted to receive and transmitting electromagnetic signals, wherein the abrasive grinding wheel is fixed to the actuating arm of the grinder and comprises a body which has at least one abrasive surface intended to come into contact with a workpiece to be machined, and an electronic unit coupled to the body, wherein the transceiver unit is located in the grinder, separated from the abrasive grinding wheel, and comprises at least one resonant circuit, characterised in that the electronic unit of the grinding wheel comprises a further resonant circuit having a resonance frequency equal to or close to, within an interval of ±15%, preferably of ±10%, with respect to the resonance frequency of the at least one resonant circuit of the transceiver unit, so as to allow an exchange of information between the electronic unit of the grinding wheel and the transceiver unit of the grinder and wherein the grinder further comprises a movement means adapted to move the transceiver unit along an axis parallel to the driving axis of the actuating arm, so as to maintain the at least one resonance circuit of the grinder and the further resonance circuit of the grinding wheel aligned on the same plane transverse to the driving axis of the actuating arm during a translation of the actuating arm.
A process for producing a product stream comprising isophthalic acid and terephthalic acid (IPA/TA) from a feed stream consisting of ortho-xylene, meta-xylene, para-xylene, and ethylbenzene, said process having the steps a - g in the indicated order: a. removing ethylbenzene from said feed stream to produce an ethylbenzene depleted feed stream; b. removing ortho-xylene from said ethylbenzene depleted feed stream to produce an ortho-xylene depleted feed stream containing meta-xylene and para-xylene; c. oxidising said ortho-xylene depleted feed stream to produce a product stream, said product stream comprising IPA/TA in a proportion between 0.5% and 99.5% IPA and 0.5% and 99.5% TA; d. drying said product stream in a dryer to remove residual solvent and water; e. removing a substantially purified IPA/TA product stream; f. dissolving said product stream; and g. separating said IPA and said TA from said dissolved product stream. a. removing ethylbenzene from said feed stream to produce an ethylbenzene depleted feed stream; b. removing ortho-xylene from said ethylbenzene depleted feed stream to produce an ortho-xylene depleted feed stream containing meta-xylene and para-xylene; c. oxidising said ortho-xylene depleted feed stream to produce a product stream, said product stream comprising IPA/TA in a proportion between 0.5% and 99.5% IPA and 0.5% and 99.5% TA; d. drying said product stream in a dryer to remove residual solvent and water; e. removing a substantially purified IPA/TA product stream; f. dissolving said product stream; and g. separating said IPA and said TA from said dissolved product stream.
A finishing device, comprising: a tray (102, 202, 305) to receive print media sheets (104, 204, 304); and a paddle roller (108, 208, 308) to rotate about an axis and move individual print media sheets of the print media sheets to abut an end register (106, 206, 306) of the tray and form a stack of print media sheets, wherein the paddle roller is to rotate a first quantity of rotations per print media sheet in response to a determination that the stack of print media sheets corresponds to a first height, characterized in that the paddle roller is to rotate a second quantity of rotations per print media sheet in response to a determination that the stack of print media sheets corresponds to a second height greater than the first height, the second quantity of rotations being larger than the first quantity of rotations. a tray (102, 202, 305) to receive print media sheets (104, 204, 304); and a paddle roller (108, 208, 308) to rotate about an axis and move individual print media sheets of the print media sheets to abut an end register (106, 206, 306) of the tray and form a stack of print media sheets, wherein the paddle roller is to rotate a first quantity of rotations per print media sheet in response to a determination that the stack of print media sheets corresponds to a first height,