mhurhangee/patent-ind-claim-en huggingface dataset:
Tool for installing a fastener in a structure through a front face of said structure, said fastener being of the type comprising a screw including a shank with a head and a threaded end , a gripping element breakable under the application of a predetermined breaking torque and a tapped socket capable of deforming radially outwards in order to form a bulb against a rear face of said structure, said installation tool comprising: - a body , substantially of revolution, extending along a longitudinal axis X, comprising at a first front end , an axial opening enabling the passage of the gripping element and the head of the fastener, - a first sheath axially mobile and in rotation in the body , capable of driving the gripping element of the screw in axial translation and in rotation about the axis X; the installation tool being characterised in that it comprises: - a second sheath axially mobile in the body and immobile in rotation, said second sheath being arranged to drive the first sheath in axial translation; - a means for driving in rotation comprising a rotating shaft provided with: ∘ a first free wheel capable of driving in rotation the first sheath in a first direction of rotation of the shaft, ∘ a second free wheel capable of driving in rotation a drive element disposed coaxially around said second free wheel in a second direction of rotation of the shaft, opposite the first direction of rotation, the drive element cooperating through a helical connection with the second sheath so as to move said second sheath in axial translation. - a body , substantially of revolution, extending along a longitudinal axis X, comprising at a first front end , an axial opening enabling the passage of the gripping element and the head of the fastener, - a first sheath axially mobile and in rotation in the body , capable of driving the gripping element of the screw in axial translation and in rotation about the axis X; - a second sheath axially mobile in the body and immobile in rotation, said second sheath being arranged to drive the first sheath in axial translation; - a means for driving in rotation comprising a rotating shaft provided with: ∘ a first free wheel capable of driving in rotation the first sheath in a first direction of rotation of the shaft, ∘ a second free wheel capable of driving in rotation a drive element disposed coaxially around said second free wheel in a second direction of rotation of the shaft, opposite the first direction of rotation, the drive element cooperating through a helical connection with the second sheath so as to move said second sheath in axial translation. ∘ a first free wheel capable of driving in rotation the first sheath in a first direction of rotation of the shaft, ∘ a second free wheel capable of driving in rotation a drive element disposed coaxially around said second free wheel in a second direction of rotation of the shaft, opposite the first direction of rotation, the drive element cooperating through a helical connection with the second sheath so as to move said second sheath in axial translation.
An information processing device comprising: a data processing unit that executes a content reproduction process, wherein the content is content which has a segment area including a plurality of items of variation data that are arranged within a file according to the MPEG-2 TS format, that can be decrypted using different keys and in which a plurality of reproduction paths corresponding to variation data selected as a reproduction target can be set, each item of variation data is data configured such that embedded data embedded in the variation data can be acquired from decrypted data, and the data processing unit acquires a variation data identifier recorded in each item of variation data, selects one item of variation data from each segment area as a reproduction target on the basis of the acquired variation data identifier, and reproduces the content characterized in that the variation data identifier is a segment key identifier which is an identifier of a segment key to be used for decrypting variation data, and the data processing unit selects, as the reproduction target, variation data having a segment key identifier identical to an identifier of a segment key that the information processing device can acquire. a data processing unit that executes a content reproduction process, wherein the content is content which has a segment area including a plurality of items of variation data that are arranged within a file according to the MPEG-2 TS format, that can be decrypted using different keys and in which a plurality of reproduction paths corresponding to variation data selected as a reproduction target can be set, each item of variation data is data configured such that embedded data embedded in the variation data can be acquired from decrypted data, and the data processing unit acquires a variation data identifier recorded in each item of variation data, selects one item of variation data from each segment area as a reproduction target on the basis of the acquired variation data identifier, and reproduces the content characterized in that the variation data identifier is a segment key identifier which is an identifier of a segment key to be used for decrypting variation data, and the data processing unit selects, as the reproduction target, variation data having a segment key identifier identical to an identifier of a segment key that the information processing device can acquire.
A method for manufacturing a power electronic module by additive manufacturing, characterized in that it comprises the steps of: - making or fixing preforms of polymer material on at least one face of an insulating substrate covered with at least one layer of metal , referred to as a metallized substrate , - depositing a first metal layer on the preform , - depositing by electroforming a second metal layer on the first metal layer . - making or fixing preforms of polymer material on at least one face of an insulating substrate covered with at least one layer of metal , referred to as a metallized substrate , - depositing a first metal layer on the preform , - depositing by electroforming a second metal layer on the first metal layer .
Image-generating device comprising: - at least one light source , - a screen adapted to be backlit by said light source , and - a reflector arranged between said light source and said screen in such a way that an inner face of said reflector at least partly reflects the light emitted by the light source , characterized in that the reflector has a thermal conductivity greater than 1 W.m -1 .K -1 . - at least one light source , - a screen adapted to be backlit by said light source , and - a reflector arranged between said light source and said screen in such a way that an inner face of said reflector at least partly reflects the light emitted by the light source , characterized in that the reflector has a thermal conductivity greater than 1 W.m -1 .K -1 .
A solid electrolyte material represented by a following composition formula : Li 6-(4-a-b)c (Zr 1-a-b Y b M a ) c X 6 where, following mathematical expressions: 0.01 ≤ a ≤ 0 .4 ; b > 0 ; a + b < 1 ; and 0.9 ≤ c ≤ 1.2 are satisfied, wherein M is at least one element selected from the group consisting of Al, Ga, In, Sc, and Bi; and X is at least one element selected from the group consisting of CI and Br. where, following mathematical expressions: 0.01 ≤ a ≤ 0 .4 ; b > 0 ; a + b < 1 ; and 0.9 ≤ c ≤ 1.2 are satisfied, wherein M is at least one element selected from the group consisting of Al, Ga, In, Sc, and Bi; and X is at least one element selected from the group consisting of CI and Br.
A ligation clip defining a longitudinal axis (A) and comprising: a first jaw having a first clamping surface , the first clamping surface supporting first ribs , each of the first ribs being axially spaced from each other along the first clamping surface and defining an axis that defines an angle β with the longitudinal axis (A) of the ligation clip ; and a second jaw having a second clamping surface in opposition to the first clamping surface , the second clamping surface supporting second ribs , each of the second ribs being spaced from each other along the second clamping surface and defining an axis that defines the angle β with the longitudinal axis (A) of the ligation clip , the second jaw being pivotably coupled to the first jaw such that the ligation clip is movable between an open position and a clamped position; wherein each of the first ribs includes a distal wall and a proximal wall and a wall in opposition to the second clamping surface and each of the second ribs includes a distal wall , a proximal wall , and a wall in opposition to the first clamping surface , the distal wall of at least some of the first ribs being positioned in substantial alignment with the proximal wall of a respective one of the second ribs when the ligation clip is in the clamped position, characterised in that the angle β is between about 75 degrees and about 85 degrees. a first jaw having a first clamping surface , the first clamping surface supporting first ribs , each of the first ribs being axially spaced from each other along the first clamping surface and defining an axis that defines an angle β with the longitudinal axis (A) of the ligation clip ; and a second jaw having a second clamping surface in opposition to the first clamping surface , the second clamping surface supporting second ribs , each of the second ribs being spaced from each other along the second clamping surface and defining an axis that defines the angle β with the longitudinal axis (A) of the ligation clip , the second jaw being pivotably coupled to the first jaw such that the ligation clip is movable between an open position and a clamped position; wherein each of the first ribs includes a distal wall and a proximal wall and a wall in opposition to the second clamping surface and each of the second ribs includes a distal wall , a proximal wall , and a wall in opposition to the first clamping surface , the distal wall of at least some of the first ribs being positioned in substantial alignment with the proximal wall of a respective one of the second ribs when the ligation clip is in the clamped position,
A method for the computer-based checking of a prescribed optical security feature in or on a prescribed portion of a value document on the basis of pixel data of pixels of an image of the prescribed portion which are respectively associated with places in or on the portion and render optical properties of the value document at the places, wherein the pixel data for respectively one pixel or one place have components that render the remission or transmission properties in at least two, preferably at least three, different wavelength ranges, preferably within the visible spectral range, or colors, wherein the security feature is an OVD security feature which is preferably an optically variable printing ink or a surface structure having an optically variable effect, and wherein in the method it is checked whether a first number of those pixels, or a first share of those pixels in the pixels of the image, whose pixel data, according to a first prescribed criterion, lie within a first reference region prescribed for the security feature exceeds a first minimum hit value prescribed for the security feature, and whether a first scatter of the pixel data of those pixels lying within the first reference region for the pixel data according to the first criterion exceeds a first minimum scatter value prescribed for the security feature , and in dependence on the result of the check there is formed an authenticity signal which represents an indication of authenticity only when the first number or first share exceeds the first minimum hit value, and the scatter the first minimum scatter value.
A method of controlling fluid flow in a hydraulic system of a transmission , to compensate for leakage therein, the method comprising: providing a controller , a variable displacement pump having an inlet and an outlet, a main circuit fluidly coupled to the pump , a first regulator valve , a first pressure switch , and a solenoid ; storing a first nominal regulation point in the controller as a function of a transmission input speed, which corresponds to the speed of a transmission input shaft of the transmission ; pumping fluid from the pump into the main circuit , where the pump is operated at a first displacement; detecting a first regulation point at which the fluid in the main circuit reaches a first regulation pressure ; comparing the detected first regulation point to the first nominal regulation point and determining a difference therebetween; adjusting the displacement of the pump from the first displacement to a second displacement to compensate for the difference between the detected first regulation point and the first nominal regulation point ; determining a leakage adaptive constant for the main circuit as a function of the fluid temperature or the transmission input speed, which corresponds to the speed of the transmission input shaft , relative to the nominal regulation point ; and determining an adjusted nominal regulation point, based on the leakage adaptive constant , where the adjusted nominal regulation point is at a different transmission input speed, which corresponds to the speed of the transmission input shaft , or fluid temperature from the nominal regulation point . providing a controller , a variable displacement pump having an inlet and an outlet, a main circuit fluidly coupled to the pump , a first regulator valve , a first pressure switch , and a solenoid ; storing a first nominal regulation point in the controller as a function of a transmission input speed, which corresponds to the speed of a transmission input shaft of the transmission ; pumping fluid from the pump into the main circuit , where the pump is operated at a first displacement; detecting a first regulation point at which the fluid in the main circuit reaches a first regulation pressure ; comparing the detected first regulation point to the first nominal regulation point and determining a difference therebetween; adjusting the displacement of the pump from the first displacement to a second displacement to compensate for the difference between the detected first regulation point and the first nominal regulation point ; determining a leakage adaptive constant for the main circuit as a function of the fluid temperature or the transmission input speed, which corresponds to the speed of the transmission input shaft , relative to the nominal regulation point ; and determining an adjusted nominal regulation point, based on the leakage adaptive constant , where the adjusted nominal regulation point is at a different transmission input speed, which corresponds to the speed of the transmission input shaft , or fluid temperature from the nominal regulation point .
A drug delivery device comprising: a canister containing a drug formulation and having a discharge valve and a valve stem defining a valve stem passage through which the drug formulation is selectively discharged; characterized in that , the device further comprises a desiccant housing attached to the canister with the valve stem extending through the desiccant housing ; and a desiccant material provided in the desiccant housing in fluid communication with the valve stem passage . a canister containing a drug formulation and having a discharge valve and a valve stem defining a valve stem passage through which the drug formulation is selectively discharged; characterized in that , the device further comprises a desiccant housing attached to the canister with the valve stem extending through the desiccant housing ; and a desiccant material provided in the desiccant housing in fluid communication with the valve stem passage .
A method for establishing a forwarding path in a network, wherein the network comprises a super controller, SC, and a plurality of domain controllers, DCs, the SC manages the plurality of DCs, each of the plurality of DCs manages one domain, and the method being characterised by : receiving (S301), by the SC, a service request message, wherein the service request message comprises a service type and a first latency, the service request message is used to request the SC to establish, in the network, a forwarding path used to transmit a service corresponding to the service type, and a latency of the forwarding path is less than or equal to the first latency; selecting (S302), by the SC, a latency distribution manner based on the service request message; dividing (S303), by the SC, the first latency into a plurality of latency periods based on the latency distribution manner, wherein the plurality of latency periods are in a one-to-one correspondence to the plurality of DCs; sending (S304), by the SC, each of the plurality of latency periods to a DC corresponding to the latency period, and triggering each of the plurality of DCs to establish a forwarding path segment in the domain managed by the DC, wherein a latency of each forwarding path segment is less than or equal to a latency period corresponding to the DC; and connecting (S305), by the SC, the plurality of forwarding path segments established by the plurality of DCs, to form the forwarding path. receiving (S301), by the SC, a service request message, wherein the service request message comprises a service type and a first latency, the service request message is used to request the SC to establish, in the network, a forwarding path used to transmit a service corresponding to the service type, and a latency of the forwarding path is less than or equal to the first latency; selecting (S302), by the SC, a latency distribution manner based on the service request message; dividing (S303), by the SC, the first latency into a plurality of latency periods based on the latency distribution manner, wherein the plurality of latency periods are in a one-to-one correspondence to the plurality of DCs; sending (S304), by the SC, each of the plurality of latency periods to a DC corresponding to the latency period, and triggering each of the plurality of DCs to establish a forwarding path segment in the domain managed by the DC, wherein a latency of each forwarding path segment is less than or equal to a latency period corresponding to the DC; and connecting (S305), by the SC, the plurality of forwarding path segments established by the plurality of DCs, to form the forwarding path.
Ski boot comprising: a substantially rigid shell which is adapted to house the foot of the user and has a lower part structured to be connected to a ski binding device; a substantially rigid cuff which is adapted to enclose the lower part of the leg of the user and is pivotally joined to the shell to rotate about a reference axis (A) substantially perpendicular to the midplane of the ski boot; and a manually-operated cuff locking device which is adapted to selectively lock the cuff to the shell in a predetermined downhill position; the cuff locking device comprising a supporting plate which is rigidly fixed to or is made in one piece with the cuff , above the heel of the ski boot ; wherein the supporting plate is provided with an oblong and substantially rectilinear, longitudinal groove extending parallel to the midplane of the ski boot; and the cuff locking device additionally comprises: a slider which is trapped in axially sliding manner into the longitudinal groove of said supporting plate with the capability of freely moving along the supporting plate substantially parallel to the midplane of the ski boot; a movable arm which is butt hinged to the slider so as to be able to rotate to and from a locking position in which the movable arm extends downwards and couples, in releasable manner, to the shell beneath; and an elastic counteracting element which is at least partially housed inside the longitudinal groove of said supporting plate and elastically retains the slider in a predetermined operating position. the cuff locking device comprising a supporting plate which is rigidly fixed to or is made in one piece with the cuff , above the heel of the ski boot ; wherein the supporting plate is provided with an oblong and substantially rectilinear, longitudinal groove extending parallel to the midplane of the ski boot; and the cuff locking device additionally comprises: a slider which is trapped in axially sliding manner into the longitudinal groove of said supporting plate with the capability of freely moving along the supporting plate substantially parallel to the midplane of the ski boot; a movable arm which is butt hinged to the slider so as to be able to rotate to and from a locking position in which the movable arm extends downwards and couples, in releasable manner, to the shell beneath; and an elastic counteracting element which is at least partially housed inside the longitudinal groove of said supporting plate and elastically retains the slider in a predetermined operating position.
A method for correcting a State of Charge, SOC, of a battery pack, comprising: determining , when a charging process of the battery pack starts, whether an initial SOC value of the battery pack is less than or equal to a preset electricity quantity threshold; characterised by : when the initial SOC value of the battery pack is less than or equal to the preset electricity quantity threshold, recording state information of the battery pack during the charging process, and generating a differential capacity curve of the battery pack according to the state information; and correcting a current SOC value of the battery pack according to the differential capacity curve and a voltage-SOC reference curve of a non-decay zone of the battery pack. when the initial SOC value of the battery pack is less than or equal to the preset electricity quantity threshold, recording state information of the battery pack during the charging process, and generating a differential capacity curve of the battery pack according to the state information; and correcting a current SOC value of the battery pack according to the differential capacity curve and a voltage-SOC reference curve of a non-decay zone of the battery pack.