mhurhangee/ep-ind-claims huggingface dataset:
Processing installation for aircraft structural components having a processing station comprising a clamping frame for receiving the aircraft structural component which is intended to be processed, wherein the clamping frame extends along a station longitudinal axis which extends in a longitudinal direction, and a processing unit for processing the aircraft structural component which has a first upper tool unit having an upper tool which is orientated along a first tool axis and a lower tool unit having a lower tool which is orientated along a second tool axis, wherein the first tool axis and the second tool axis are orientated and/or can be orientated parallel with a vertical direction which is angled, in particular orthogonal, with respect to the longitudinal direction, and wherein in at least one processing position of the upper tool of the first upper tool unit and in at least one processing position of the lower tool of the lower tool unit the first tool axis and the second tool axis are orientated coaxially relative to each other, wherein the processing unit has a second upper tool unit having an upper tool which is orientated along a third tool axis, wherein the third tool axis is orientated or can be orientated parallel with the vertical direction, and wherein in at least one processing position of the upper tool of the second upper tool unit and in at least one processing position of the lower tool of the lower tool unit the second tool axis and the third tool axis are orientated coaxially relative to each other, characterized in that the two upper tool units (11, 11') can cooperate with one and the same lower tool unit, and the upper tool units (11, 11') can replace each other where necessary during the processing of the aircraft structural component.
Method of communication implemented by an interfacing device of a server of a first network for distributing digital contents, said method comprising the following steps: - a step of receiving a content ingestion request transmitted by a device of a second content distribution network (31, 33, 34), with a view to a first storing of the content in the second distribution network; - if said first distribution network is not able to respond to the request, a step of dispatching a request to at least one third content distribution network, requesting an ingestion of the content by the second distribution network, the first distribution network delegating said ingestion of said content. - a step of receiving a content ingestion request transmitted by a device of a second content distribution network (31, 33, 34), with a view to a first storing of the content in the second distribution network; - if said first distribution network is not able to respond to the request, a step of dispatching a request to at least one third content distribution network, requesting an ingestion of the content by the second distribution network, the first distribution network delegating said ingestion of said content.
A method for producing a knitted fabric implemented at least in regions in the form of a tube or hollow body, an arrangement of knit thread, weft thread, and warp thread systems in an at least biaxially reinforced flat-knitted structure, at least partially in the form of a tube or hollow body, is produced by a binding combination on a flat knitting machine having at least two knitting needle beds, a spiral-shaped circumferential weft thread being introduced by means of a weft thread guide in the tangential circumferential direction of the tubular or hollow flat-knitted structure (1.1), characterized in that the circumferential weft thread is guided before the warp threads of the active knitting needle bed by means of a system for integrating a circumferential weft thread, made of at least one transfer device (24, 25) for the weft thread guide including the weft thread and at least one weft thread dispenser (26.1) tracking the weft thread guide for a weft thread to be integrated circumferentially, and the weft thread guide including the weft thread is transferred from knitting needle bed to knitting needle bed at a freely selectable transfer position within or at the end of the knitting and working width in each case, wherein the one or more transfer devices (24, 25) are each implemented in parallel alignment and portable relative to the knitting needle beds, whereby the transfer position of the weft thread guide within the knitting and working width can be changed in a defined manner from knitting row (13, 13.1) to knitting row (13, 13.2), and/or the system for integrating a circumferential weft thread comprises at least one stationary transfer device (24, 25) wherein the transfer is performed at a fixed transfer position for the case of a constant diameter along the longitudinal direction of the tubular or hollow knitted fabric (1.1), or offset by at least one needle for the case of a slightly variable diameter along the longitudinal direction of the tubular or hollow knitted fabric (1.1), wherein the transfer position can be different for each knit row and is adapted accordingly.
A method of non-intrusively measuring a memory profile of a thread under test, the method comprising: executing a detection thread in parallel with the thread under test, the thread under test executed on a first core of a multi-core processor and the detection thread executed on a second core of the multi-core processor; generating a pattern of cache miss memory reads on the detection thread in order to access a memory shared by the first core and the second core; periodically obtaining read times in the detection thread indicating the amount of time taken to complete the cache miss memory reads generated on the detection thread; and determining the memory profile of the thread under test based on the obtained read times of the detection thread; obtaining at least a second memory profile from at least one other thread configured to execute on the multi-core processor; and with the memory profiles of the thread under test and the at least one other thread, determining how any two threads can be paired to execute simultaneously on the multi-core processor based on their memory access profiles; wherein pairing of the any two threads to execute simultaneously on the multi-core processor, comprises one of: pairing a memory intensive thread with another memory intensive thread, both having non-overlapping memory access profiles; pairing a memory intensive thread with a computational intensive thread; and pairing a memory intensive thread with an input/output intensive thread. executing a detection thread in parallel with the thread under test, the thread under test executed on a first core of a multi-core processor and the detection thread executed on a second core of the multi-core processor; generating a pattern of cache miss memory reads on the detection thread in order to access a memory shared by the first core and the second core; periodically obtaining read times in the detection thread indicating the amount of time taken to complete the cache miss memory reads generated on the detection thread; and determining the memory profile of the thread under test based on the obtained read times of the detection thread; obtaining at least a second memory profile from at least one other thread configured to execute on the multi-core processor; and with the memory profiles of the thread under test and the at least one other thread, determining how any two threads can be paired to execute simultaneously on the multi-core processor based on their memory access profiles; wherein pairing of the any two threads to execute simultaneously on the multi-core processor, comprises one of: pairing a memory intensive thread with another memory intensive thread, both having non-overlapping memory access profiles; pairing a memory intensive thread with a computational intensive thread; and pairing a memory intensive thread with an input/output intensive thread. pairing a memory intensive thread with another memory intensive thread, both having non-overlapping memory access profiles; pairing a memory intensive thread with a computational intensive thread; and pairing a memory intensive thread with an input/output intensive thread.
An appliance for cooking food under pressure, the appliance including at least a lid and a manual control lever for opening and closing the appliance, said lever being mounted on the lid to pivot about a horizontal pivot axis (Y-Y') between a raised position and a lowered position corresponding respectively to opening and closing the appliance, said lever extending longitudinally between firstly an inner end via which it is connected to the lid and secondly a free end, said appliance being characterized in that it includes a manual carrying grip for carrying the lid mounted on the lid, said lever being mounted to move relative to said manual carrying grip which is in the form of an elongate part against and on which said lever is folded down in the lowered position, said elongate part extending under the lever in the lowered position along only a first portion of the lever, said first portion being extended by a second portion of the lever that extends freely to said free end and that does not overlie said elongate part so that when the lever is in the lowered position it is possible to take hold manually of its second portion only.
A staple cartridge configured to be removably attached to a surgical stapling instrument, said staple cartridge comprising: a staple cartridge body including: a deck; a channel; and at least one staple cavity; a housing extending from staple cartridge body; a cutting member, wherein an exposed portion of said cutting member extends above said deck when said cutting member is in said channel, and wherein said cutting member is configured to be slid between a first position and a second position within said channel; and a sled slidably positioned within said staple cartridge body, wherein said sled is configured to deploy at least one staple from said staple cartridge body, and wherein said sled includes said cutting member; wherein said exposed portion of said cutting member is positioned within said housing when said cutting member is in said first position and wherein the housing at least partially encloses or surrounds the cutting member; characterised by the housing further comprising: a break-away and/or incisable portion configured to be at least partially detached, separated, and/or deformed in order to permit the cutting member to exit the housing; or a movable and/or flexible portion configured to move and/or flex to allow the cutting member to pass thereby. a staple cartridge body including: a deck; a channel; and at least one staple cavity; a deck; a channel; and at least one staple cavity; a housing extending from staple cartridge body; a cutting member, wherein an exposed portion of said cutting member extends above said deck when said cutting member is in said channel, and wherein said cutting member is configured to be slid between a first position and a second position within said channel; and a sled slidably positioned within said staple cartridge body, wherein said sled is configured to deploy at least one staple from said staple cartridge body, and wherein said sled includes said cutting member; wherein said exposed portion of said cutting member is positioned within said housing when said cutting member is in said first position and wherein the housing at least partially encloses or surrounds the cutting member; characterised by the housing further comprising: a break-away and/or incisable portion configured to be at least partially detached, separated, and/or deformed in order to permit the cutting member to exit the housing; or a movable and/or flexible portion configured to move and/or flex to allow the cutting member to pass thereby. a break-away and/or incisable portion configured to be at least partially detached, separated, and/or deformed in order to permit the cutting member to exit the housing; or a movable and/or flexible portion configured to move and/or flex to allow the cutting member to pass thereby.
A keyboard comprising: a stiffener having a plurality of recesses defined therein; a flexible printed circuit defining a plurality of venting holes, each venting hole being configured for alignment with one of the plurality of recesses; and a dome sheet provided on top of said flexible printed circuit and including a plurality of domes, each of said domes in correspondence with one of the plurality of venting holes so that when a key of the keyboard is actuated, air under the domes flows through the venting holes; characterised in that the keyboard further includes: a plurality of dampening components for dampening tactile feedback generated during actuation of a key of the keyboard, each dampening component being received in a corresponding one of the plurality of recesses; and wherein each of the recesses includes a plurality of channels extending from a pocket, each of said channels including a chamber at a distal end thereof; and wherein each of said chambers is in alignment with a corresponding one of said venting holes. a stiffener having a plurality of recesses defined therein; a flexible printed circuit defining a plurality of venting holes, each venting hole being configured for alignment with one of the plurality of recesses; and a dome sheet provided on top of said flexible printed circuit and including a plurality of domes, each of said domes in correspondence with one of the plurality of venting holes so that when a key of the keyboard is actuated, air under the domes flows through the venting holes; characterised in that the keyboard further includes: a plurality of dampening components for dampening tactile feedback generated during actuation of a key of the keyboard, each dampening component being received in a corresponding one of the plurality of recesses; and wherein each of the recesses includes a plurality of channels extending from a pocket, each of said channels including a chamber at a distal end thereof; and wherein each of said chambers is in alignment with a corresponding one of said venting holes. a plurality of dampening components for dampening tactile feedback generated during actuation of a key of the keyboard, each dampening component being received in a corresponding one of the plurality of recesses; and wherein each of the recesses includes a plurality of channels extending from a pocket, each of said channels including a chamber at a distal end thereof; and wherein each of said chambers is in alignment with a corresponding one of said venting holes.
A price reduction label for displaying a new price applied over the price indication of an article including: a label body comprising an upper surface on which the new price is indicated and a back surface suitable for application over a price indication of the article; adhesive regions each coated with an adhesive material coated on the back surface of the label body in spaced and strip-shaped plural rows; non-adhesive regions without the adhesive material, the adhesive regions being formed alternating with the non-adhesive regions in the width direction of the back surface of the label body which is perpendicular to the strip-shaped rows of adhesive material coated on the back surface of the label body; release regions each coated with a release material coated on the upper surface of the label body in opposing region of the adhesive material of the back surface; and non-release regions without the release material formed alternating with the release regions in the width direction of the upper surface of the label body; characterized in that a re-application preventing slit (4,5) is formed on each of the adhesive regions of the label body, each of the non-release regions of the label body includes a re-application preventing slit, the non-release regions and the non-adhesive regions are in strip-shaped plural rows, and in the adhesive regions formed respectively on both ends in the width direction of the label body the re-application preventing slit is formed inwardly from both ends respectively. a label body comprising an upper surface on which the new price is indicated and a back surface suitable for application over a price indication of the article; adhesive regions each coated with an adhesive material coated on the back surface of the label body in spaced and strip-shaped plural rows; non-adhesive regions without the adhesive material, the adhesive regions being formed alternating with the non-adhesive regions in the width direction of the back surface of the label body which is perpendicular to the strip-shaped rows of adhesive material coated on the back surface of the label body; release regions each coated with a release material coated on the upper surface of the label body in opposing region of the adhesive material of the back surface; and non-release regions without the release material formed alternating with the release regions in the width direction of the upper surface of the label body; characterized in that a re-application preventing slit (4,5) is formed on each of the adhesive regions of the label body, each of the non-release regions of the label body includes a re-application preventing slit, the non-release regions and the non-adhesive regions are in strip-shaped plural rows, and in the adhesive regions formed respectively on both ends in the width direction of the label body the re-application preventing slit is formed inwardly from both ends respectively.
A system for decoding data stored on an identification card comprising: a device comprising a scanner configured to scan a passive data source on the identification card and transmit a scanner signal associated with the passive data source; and, a processor coupled to the scanner, the processor configured to: I) receive the scanner signal; characterized in that the processor is configured to: II) determine from the scanner signal a type of encryption associated with the passive data source; III) extract from the scanner signal one or more known data elements from the passive data source; IV) transmit: A) data associated with the one or more known data elements; and, B) the type of encryption; to a server of the system, the server configured to: decrypt the data based on the type of encryption; extract information from the data, the information comprising one or more of: a first name, a last name, an address, a city, a state, a zip code, an issue date, an expiration date, or a birthdate; and, transmit the extracted information to the device; V) receive the extracted information from the server; and VI) display the one or more known data elements and the extracted information in a form. a device comprising a scanner configured to scan a passive data source on the identification card and transmit a scanner signal associated with the passive data source; and, a processor coupled to the scanner, the processor configured to: I) receive the scanner signal; I) receive the scanner signal; II) determine from the scanner signal a type of encryption associated with the passive data source; III) extract from the scanner signal one or more known data elements from the passive data source; IV) transmit: A) data associated with the one or more known data elements; and, B) the type of encryption; to a server of the system, the server configured to: decrypt the data based on the type of encryption; extract information from the data, the information comprising one or more of: a first name, a last name, an address, a city, a state, a zip code, an issue date, an expiration date, or a birthdate; and, transmit the extracted information to the device; A) data associated with the one or more known data elements; and, B) the type of encryption; decrypt the data based on the type of encryption; extract information from the data, the information comprising one or more of: a first name, a last name, an address, a city, a state, a zip code, an issue date, an expiration date, or a birthdate; and, transmit the extracted information to the device; V) receive the extracted information from the server; and VI) display the one or more known data elements and the extracted information in a form.
Method of synchronizing a radio receiver suitable for receiving coded symbols in the form of radio pulses, each transmitted in a predetermined time slot within a respective frame, said slot being determined by a value selected from a set of ordered values forming a code stored in the receiver (c, c,...), the method comprising the following steps, performed within the receiver: a - detecting received pulses (1, 2); b - storing the moments of reception of said pulses; c - associating a first value selected from the code with a first received pulse; d - selecting a second value from the code; e - estimating at least one moment of reception by combining the moment of reception stored for said first received pulse with said first and second selected code values (11,..., 17); the method being characterized in that it further comprises the following steps, also performed with the receiver: f - if the estimated moment matches the moment of reception stored for a second received pulse (21,..., 27), validating the associations of said first and second code values with said first and second received pulses (31,..., 37), otherwise repeating the steps c to f by varying at least one of said first and second selected code values; and g - deducing, from at least one of the values of the code whose selection has been validated, a moment of the start of transmission of a symbol. a - detecting received pulses (1, 2); b - storing the moments of reception of said pulses; c - associating a first value selected from the code with a first received pulse; d - selecting a second value from the code; e - estimating at least one moment of reception by combining the moment of reception stored for said first received pulse with said first and second selected code values (11,..., 17); f - if the estimated moment matches the moment of reception stored for a second received pulse (21,..., 27), validating the associations of said first and second code values with said first and second received pulses (31,..., 37), otherwise repeating the steps c to f by varying at least one of said first and second selected code values; and g - deducing, from at least one of the values of the code whose selection has been validated, a moment of the start of transmission of a symbol.