mhurhangee/ep-ind-claims huggingface dataset:
An upper for an article of footwear comprising: an interior portion, wherein the interior portion further comprises a forward interior panel and an interior panel adjacent the forward interior panel; and at least one close seam joining the forward interior panel and the adjacent interior panel, wherein the at least one close seam is a stitchless seam of a thermoplastic tape overlaying the interior surface of the joined interior panels. an interior portion, wherein the interior portion further comprises a forward interior panel and an interior panel adjacent the forward interior panel; and at least one close seam joining the forward interior panel and the adjacent interior panel, wherein the at least one close seam is a stitchless seam of a thermoplastic tape overlaying the interior surface of the joined interior panels.
An image processing apparatus comprising: a lens aberration detection processing section configured to generate detection aberration information by performing aberration detection processing; a control section configured to determine whether retention aberration information is unreliable, and if it determines that the retention aberration information is not unreliable, to set the retention aberration information as application aberration information, and if it determines that the retention aberration information is unreliable, to cause the lens aberration detection processing section to generate the detection aberration information, and sets the detection aberration information as the application aberration information; wherein the control section is configured to determine whether the retention aberration information is unreliable based on an imaging interval, and in a case where an operation mode is an imaging mode in which the imaging interval is shorter than a predetermined value, the control section sets the retention aberration information as the application aberration information. a lens aberration detection processing section configured to generate detection aberration information by performing aberration detection processing; a control section configured to determine whether retention aberration information is unreliable, and if it determines that the retention aberration information is not unreliable, to set the retention aberration information as application aberration information, and if it determines that the retention aberration information is unreliable, to cause the lens aberration detection processing section to generate the detection aberration information, and sets the detection aberration information as the application aberration information; wherein the control section is configured to determine whether the retention aberration information is unreliable based on an imaging interval, and in a case where an operation mode is an imaging mode in which the imaging interval is shorter than a predetermined value, the control section sets the retention aberration information as the application aberration information.
A detection device for a vehicle including a manual gearbox, suitable to be coupled with a heat engine via a clutch coupled with a clutch pedal, and a status sensor delivering a first or second piece of status information depending on whether or not said clutch pedal is depressed, characterized in that it includes analysis means arranged, in the presence of a first piece of status information and when at least one safety condition is fulfilled, to determine a deviation between an effective torque and an inertial torque of said heat engine, then to detect an effective clutch status when at least one selected primary criterion, relating to said deviation, is fulfilled, and to decide if there exists a risk of surge of a current speed of said heat engine if an engaged ratio is changed in said gearbox, in the event that said effective clutch status is detected and when at least one selected secondary criterion, relating to said current speed, is fulfilled.
A method comprising: providing a well bore comprising an open hole section of 30 feet (9.144 m) or more having a filter cake neighboring at least a portion of a reservoir in a subterranean formation; placing a flow distribution system in the open hole section, the flow distribution system comprising: a flow distributor; a borehole support assembly; a suspension tool; and a service assembly comprising a flow positioner; allowing the filter cake to become degraded; removing the service assembly from the well bore; installing completion tubing; and placing a consolidating agent system into the formation to at least partially reduce particulate migration in the open hole section; wherein the flow distribution system further comprises a plurality of annular barriers, the method further comprising allowing the annular barriers to become activated. providing a well bore comprising an open hole section of 30 feet (9.144 m) or more having a filter cake neighboring at least a portion of a reservoir in a subterranean formation; placing a flow distribution system in the open hole section, the flow distribution system comprising: a flow distributor; a borehole support assembly; a suspension tool; and a service assembly comprising a flow positioner; a flow distributor; a borehole support assembly; a suspension tool; and a service assembly comprising a flow positioner; allowing the filter cake to become degraded; removing the service assembly from the well bore; installing completion tubing; and placing a consolidating agent system into the formation to at least partially reduce particulate migration in the open hole section; wherein the flow distribution system further comprises a plurality of annular barriers, the method further comprising allowing the annular barriers to become activated.
A combustor for a gas turbine engine, the combustor comprising a circumferential wall defining an interior and an exterior of a housing and a circumferential gap which provides communication between the interior and the exterior of the housing, and an annular closure mechanism which is displaceable into and out of a closing relationship with the gap, characterised in that the closure mechanism comprises an actuator device which is displaceable radially with respect to an axis of the housing.
A wellbore pump comprising: a pump housing comprising a first end and a second end; a pump stage positioned within the pump housing, the pump stage comprising: a stationary diffuser; and a rotating impeller positioned within the diffuser, the impeller configured to rotate to provide kinetic energy to flow fluid through the wellbore pump, the diffuser configured to convert the kinetic energy received from the rotating impeller to head to flow the fluid through the wellbore pump; a pump head attached to the first end of the pump housing; a compression tube attached between the pump head and the diffuser, the compression tube configured to increase a contacting force to prevent rotation of the diffuser with the impeller; and a ring-shaped memory material (108, 200) positioned around the diffuser, the memory material configured to reversibly expand from a temporary state to a permanent state in response to wellbore operating conditions of the wellbore pump to form an interference fit with an inner surface of the pump housing during operation of the wellbore pump under the wellbore operating conditions. a pump housing comprising a first end and a second end; a pump stage positioned within the pump housing, the pump stage comprising: a stationary diffuser; and a rotating impeller positioned within the diffuser, the impeller configured to rotate to provide kinetic energy to flow fluid through the wellbore pump, the diffuser configured to convert the kinetic energy received from the rotating impeller to head to flow the fluid through the wellbore pump; a stationary diffuser; and a rotating impeller positioned within the diffuser, the impeller configured to rotate to provide kinetic energy to flow fluid through the wellbore pump, the diffuser configured to convert the kinetic energy received from the rotating impeller to head to flow the fluid through the wellbore pump; a pump head attached to the first end of the pump housing; a compression tube attached between the pump head and the diffuser, the compression tube configured to increase a contacting force to prevent rotation of the diffuser with the impeller; and a ring-shaped memory material (108, 200) positioned around the diffuser, the memory material configured to reversibly expand from a temporary state to a permanent state in response to wellbore operating conditions of the wellbore pump to form an interference fit with an inner surface of the pump housing during operation of the wellbore pump under the wellbore operating conditions.
A housing member, configured to accommodate a receiver audio assembly, the housing member comprises a rear shell, a middle frame and a sound transmission gap for sound transmission; wherein the rear shell and the middle frame define an accommodating cavity for accommodating the receiver audio assembly, characterized in that the accommodating cavity is provided with an opening for sound transmission, and the opening is opposite to the rear shell; and wherein the middle frame is provided with a sound transmission channel which is disposed inside the middle frame and passes through the middle frame, and the accommodating cavity communicates with the sound transmission channel and the sound transmission gap via the opening. the accommodating cavity is provided with an opening for sound transmission, and the opening is opposite to the rear shell; and wherein the middle frame is provided with a sound transmission channel which is disposed inside the middle frame and passes through the middle frame, and the accommodating cavity communicates with the sound transmission channel and the sound transmission gap via the opening.
Method for assembling a microelectronic chip device in a fabric, characterized in that it comprises the following steps: • providing a microelectronic chip device comprising a base and a protruding element rising from a face of the base, said protruding element comprising a free end opposite the base, • inserting into the fabric, from a face of the fabric, the chip device by the free end of the protruding element, • deforming the protruding element at its free end so as to form a crimping bead in order to ensure that the chip device is secured with the fabric after deformation. • providing a microelectronic chip device comprising a base and a protruding element rising from a face of the base, said protruding element comprising a free end opposite the base, • inserting into the fabric, from a face of the fabric, the chip device by the free end of the protruding element, • deforming the protruding element at its free end so as to form a crimping bead in order to ensure that the chip device is secured with the fabric after deformation.
A method for reducing paraffin or wax deposition in a crude oil storage or transportation vessel, the method comprising adding a copolymer or a composition comprising the copolymer, an anionic surfactant and a solvent to a crude oil in an amount effective to reduce paraffin or wax deposition in the storage or transportation vessel containing the crude oil, wherein the crude oil has an API gravity of at least 33, and the copolymer is a product of a polymerization reaction comprising (i) an alpha olefin monomer and a maleic anhydride monomer, (ii) the alpha olefin monomer and an alkyl maleic anhydride monomer, (iii) the maleic anhydride monomer and styrene; or (iv) the alkyl maleic anhydride monomer and styrene, the alpha olefin monomer having the formula: wherein R 1 is hydrogen or C 12 -C 30 alkyl and R 2 is C 12 -C 30 alkyl, and the alkyl maleic anhydride monomer having the formula: wherein R 3 is C 12 -C 30 alkyl and R 4 is hydrogen or C 12 -C 30 alkyl. (i) an alpha olefin monomer and a maleic anhydride monomer, (ii) the alpha olefin monomer and an alkyl maleic anhydride monomer, (iii) the maleic anhydride monomer and styrene; or (iv) the alkyl maleic anhydride monomer and styrene,
Pneumatic vehicle tyre comprising a tread which, when considered with the tyre fitted on the vehicle, has a profile strip arranged on the outer shoulder and separated from other profile positives by a circumferential groove running in the circumferential direction, wherein short grooves (4, 4') run in the profile strip in the circumferential direction, are substantially in line with one another, end within the profile strip and are spaced apart from one another, the one end of each of which is adjoined in each case by just one transverse groove (3, 3') running in the axial direction to the edge of the tread and beyond and the other end of each of which is adjoined in each case by just one transverse groove (5 5') running in the axial direction to the circumferential groove, characterized in that, in each case approximately midway between the transverse grooves (3, 3') that are adjacent to one another in the circumferential direction and adjoin the one end respectively of the short grooves (4, 4') and in each case approximately midway between the transverse grooves (5, 5') that are adjacent to one another in the circumferential direction and adjoin the other end respectively of the short grooves (4, 4'), a further groove (6, 6', 7, 7') respectively runs axially.
Suspension strut mount arrangement for a motor vehicle, comprising an adjustable strut bearing with an elastomer element, the adjustable strut bearing firstly being arranged preferably axially via a suspension strut mount on a chassis spring of a suspension strut, and secondly coming into contact at least indirectly with a vehicle body of the motor vehicle, in order to connect at least the suspension strut to the vehicle body in a damping manner, characterized in that the adjustable strut bearing has an elastomer ring which is arranged radially around the elastomer element, is arranged axially between the suspension strut and the vehicle body, and comes at least indirectly into contact between the suspension strut and the vehicle body in order to increase the rigidity of the adjustable strut bearing.
A receiver comprising: an antenna for receiving signals in a plurality of frequency ranges; a plurality of amplifiers (20, 22, 24), each of the plurality of amplifiers (20, 22, 24) being configured to amplify signals in one of the plurality of frequency ranges; a plurality of receive paths (54, 56, 58), each of the plurality of receive paths (54, 56, 58) connecting an output of the antenna to an input of one of the plurality of amplifiers (22, 24, 26), characterised in that: each of the plurality of receive paths (54, 56, 58) includes a power detector (112, 114, 116) for monitoring signal power in the receive path (54, 56, 58) and a switch (70, 90, 110) which can be operated to activate or deactivate the receive path (54, 56, 58), wherein the switch (70, 90, 110) of each receive path (54, 56, 58) is operable to deactivate the receive path (54, 56, 58) if an overload condition is detected by the power detector (112, 114, 116) of that receive path (54, 56, 58). an antenna for receiving signals in a plurality of frequency ranges; a plurality of amplifiers (20, 22, 24), each of the plurality of amplifiers (20, 22, 24) being configured to amplify signals in one of the plurality of frequency ranges; a plurality of receive paths (54, 56, 58), each of the plurality of receive paths (54, 56, 58) connecting an output of the antenna to an input of one of the plurality of amplifiers (22, 24, 26), characterised in that: each of the plurality of receive paths (54, 56, 58) includes a power detector (112, 114, 116) for monitoring signal power in the receive path (54, 56, 58) and a switch (70, 90, 110) which can be operated to activate or deactivate the receive path (54, 56, 58), wherein the switch (70, 90, 110) of each receive path (54, 56, 58) is operable to deactivate the receive path (54, 56, 58) if an overload condition is detected by the power detector (112, 114, 116) of that receive path (54, 56, 58). each of the plurality of receive paths (54, 56, 58) includes a power detector (112, 114, 116) for monitoring signal power in the receive path (54, 56, 58) and a switch (70, 90, 110) which can be operated to activate or deactivate the receive path (54, 56, 58), wherein the switch (70, 90, 110) of each receive path (54, 56, 58) is operable to deactivate the receive path (54, 56, 58) if an overload condition is detected by the power detector (112, 114, 116) of that receive path (54, 56, 58).
A method of preparing an herbal extract composition, comprising the steps of a) combining a herb part of Duan-Geng-Wu-Jia known as Acanthopanax sessiflorus or Eleuthereococcus sessiflorus, a herb part of Gou-Qi-Zi known as the fruit from herbs of Lycium barbarum, Lycium chinense, Lycium dasystemum, or Lycium chinense var. potaninii, wherein Lycium barbarum is also known as Lycium halimifolium, and a herb part of Huang-Jing known as Rhizoma Polygonati Sibirici, Rhizoma Polygonati Cyrtonematis or Rhizoma Polygonati Kingiani, in accordance with the formulae: 1 5 ≤ B C ≤ 5, and 1 5 ≤ A B + C ≤ 5, wherein A, B, and C are the herb parts of Duan-Geng-Wu-Jia, Gou-Qi-Zi, and Huang-Jing, respectively, wherein A, B, and C are present in a w/w/w basis, and wherein the herb parts of Duan-Geng-Wu-Jia are obtained from the Duan-Geng-Wu-Jia leaves, stem, or fruit; b) heating the combined herb parts in water to obtain an extraction liquid; and c) concentrating the extraction liquid to provide the herbal extract. a) combining a herb part of Duan-Geng-Wu-Jia known as Acanthopanax sessiflorus or Eleuthereococcus sessiflorus, a herb part of Gou-Qi-Zi known as the fruit from herbs of Lycium barbarum, Lycium chinense, Lycium dasystemum, or Lycium chinense var. potaninii, wherein Lycium barbarum is also known as Lycium halimifolium, and a herb part of Huang-Jing known as Rhizoma Polygonati Sibirici, Rhizoma Polygonati Cyrtonematis or Rhizoma Polygonati Kingiani, in accordance with the formulae: 1 5 ≤ B C ≤ 5, and 1 5 ≤ A B + C ≤ 5, wherein A, B, and C are the herb parts of Duan-Geng-Wu-Jia, Gou-Qi-Zi, and Huang-Jing, respectively, wherein A, B, and C are present in a w/w/w basis, and wherein the herb parts of Duan-Geng-Wu-Jia are obtained from the Duan-Geng-Wu-Jia leaves, stem, or fruit; b) heating the combined herb parts in water to obtain an extraction liquid; and c) concentrating the extraction liquid to provide the herbal extract.
A system for detecting intrusion, said system comprising: an illumination source projecting an array of illuminating beams distinguished by beam identifying features, along different optical paths; a detector array comprising elements detecting reflected illumination received in an array of fields of view, said reflected illumination originating from said array of illuminating beams, and said elements using said beam identifying features to determine from which of said illuminating beams said reflected illumination originates; and a signal processing system adapted to detect changes in the reflected illumination levels detected by said elements of said detector array, wherein an increase greater than a first predefined level in said reflected illumination from the field of view associated with an element, provides an indication of an intrusion at the crossing point of that field of view associated with said element, with that optical path whose illuminating beam generates said increase in reflected illumination detected by said element, said optical path being defined by said beam identifying feature of said reflected illumination detected. an illumination source projecting an array of illuminating beams distinguished by beam identifying features, along different optical paths; a detector array comprising elements detecting reflected illumination received in an array of fields of view, said reflected illumination originating from said array of illuminating beams, and said elements using said beam identifying features to determine from which of said illuminating beams said reflected illumination originates; and a signal processing system adapted to detect changes in the reflected illumination levels detected by said elements of said detector array, wherein an increase greater than a first predefined level in said reflected illumination from the field of view associated with an element, provides an indication of an intrusion at the crossing point of that field of view associated with said element, with that optical path whose illuminating beam generates said increase in reflected illumination detected by said element, said optical path being defined by said beam identifying feature of said reflected illumination detected.
A compound of formula as follows: wherein R 1 is a monoterpenoid; R 2 is selected from the group consisting of wherein the monoterpenoid moiety is selected from the group consisting of R 1 is a monoterpenoid; R 2 is selected from the group consisting of wherein the monoterpenoid moiety is selected from the group consisting of
An electronic device comprising: a memory; and a processor configured to: receive a first frame from an access point, AP, supporting Hotspot 2.0 before being connected to the AP, if the first frame received from the AP includes identification information indicating a plurality of servers (300C, 300D) that are connected to the AP, transmit, to the AP, a generic advertisement service, GAS, Request frame including a request for each of data information desired to be received from each of the plurality of servers (300C, 300D) by the electronic device in response to the first frame, and receive a response frame responding to the GAS Request frame from the AP, the response frame including the data information received from each of the plurality of servers (300C, 300D). a memory; and a processor configured to: receive a first frame from an access point, AP, supporting Hotspot 2.0 before being connected to the AP, if the first frame received from the AP includes identification information indicating a plurality of servers (300C, 300D) that are connected to the AP, transmit, to the AP, a generic advertisement service, GAS, Request frame including a request for each of data information desired to be received from each of the plurality of servers (300C, 300D) by the electronic device in response to the first frame, and receive a response frame responding to the GAS Request frame from the AP, the response frame including the data information received from each of the plurality of servers (300C, 300D). receive a first frame from an access point, AP, supporting Hotspot 2.0 before being connected to the AP, if the first frame received from the AP includes identification information indicating a plurality of servers (300C, 300D) that are connected to the AP, transmit, to the AP, a generic advertisement service, GAS, Request frame including a request for each of data information desired to be received from each of the plurality of servers (300C, 300D) by the electronic device in response to the first frame, and receive a response frame responding to the GAS Request frame from the AP, the response frame including the data information received from each of the plurality of servers (300C, 300D).