mhurhangee/ep-ind-claims huggingface dataset:
A cartridge for a medium to be dispensed comprising a head part (6, 7) having a dispensing outlet (12, 13) and a film (4', 5') forming a cartridge wall (4, 5), with the film (4', 5') bounding a cartridge chamber (2, 3) for the medium to be dispensed, extending at least partially in a longitudinal direction of the cartridge and having a front end (8, 9) that is connected to the head part (6, 7), wherein the film (4', 5') is preferably a multilayer film having at least two layers formed from different materials, and wherein the front end (8, 9) of the film (4', 5') is sealingly and non-releasably embedded in the head part (6, 7) of the cartridge, so that an end face (8', 9') of the front end (8, 9) of the film (4', 5') is covered, in particular completely covered, by the head part (6, 7), characterised in that the head part (6, 7) has a collar (17, 18), the collar (17, 18) surrounding the dispensing outlet (12, 13) in a radially outer region of the head part (6, 7) and extending in the longitudinal direction, with the collar (17, 18) having an inner annular section (27, 28) and an outer annular section (29, 30) with a circumferential groove (31, 32) disposed between the inner annular section (27, 28) and the outer annular section (29, 30); wherein the front end (8, 9) of the film (4', 5') is sealingly and non-releasably embedded in the circumferential groove (31, 32) disposed between the inner annular section (27, 28) and the outer annular section (29, 30); and wherein the inner annular section (27, 28) comprises a plurality of cut outs (25, 26), wherein a depth of each cut out (25, 26) in the longitudinal direction is less than a depth of the circumferential groove (31, 32) disposed between the inner annular section (27, 28) and the outer annular section (29, 30).
A rear view side mirror assembly for a vehicle comprising; a head portion for housing a mirror; and a stem portion for coupling the head portion to the body of a vehicle, wherein the stem portion has an aerofoil cross-section, the stem portion comprises an inboard surface arranged to face toward the body of the vehicle when attached thereto, and an outboard surface arranged to face away from the body of the vehicle when attached thereto, characterised in that: each of said inboard and outboard surfaces are cambered; Wherein the camber of the inboard surface is substantially parallel to the adjacent surface of the car body, and the camber of the inboard surface of the stem portion is furthermore relatively flat compared to the camber of the outboard surface of the stem portion so as to minimise turbulence in the flow of air thereacross, in use, and the camber of the outboard surface of the stem portion is arranged such that the flow of air thereacross is directed in an inboard direction so as to merge with the flow of air across the inboard surface of the stem portion at a point downstream of the mirror assembly, in use.
A method for contemporaneous in-browser tagging and harvesting of digital content in a networked environment, the method comprising: executing a web browser (110; 145) and/or a browser extension on a computing device (210, 212, 400), the web browser and/or the browser extension interfacing with a portal via a network; defining, via the portal, a policy for elements in webpages, wherein the policy is used to determine whether the elements included in the webpages are authentic or authorized; receiving, via the computing device, user input to select an element in a webpage of the webpages rendered in a browser window of the web browser via a graphical user interface embedded in the browser window of the web browser and/or the browser extension, wherein the element is an image, a text, a markup, or a link; assigning, via the computing device, a tag to the element based on the policy, wherein the tag indicates whether the element in the webpage is authentic or authorized; transmitting, via the computing device, the tag and the element to the portal; associating, via the portal, the tag with the element and a Universal Resource Locator, URL, of the webpage; defining, via the portal, a new policy based on the tag assigned to the element, wherein the new policy includes whether the element in the webpage is authentic or authorized; and refining, via the portal, a harvesting algorithm to include the new policy, wherein the harvesting algorithm refined by the new policy is used to search for digital content in the networked environment for harvesting. executing a web browser (110; 145) and/or a browser extension on a computing device (210, 212, 400), the web browser and/or the browser extension interfacing with a portal via a network; defining, via the portal, a policy for elements in webpages, wherein the policy is used to determine whether the elements included in the webpages are authentic or authorized; receiving, via the computing device, user input to select an element in a webpage of the webpages rendered in a browser window of the web browser via a graphical user interface embedded in the browser window of the web browser and/or the browser extension, wherein the element is an image, a text, a markup, or a link; assigning, via the computing device, a tag to the element based on the policy, wherein the tag indicates whether the element in the webpage is authentic or authorized; transmitting, via the computing device, the tag and the element to the portal; associating, via the portal, the tag with the element and a Universal Resource Locator, URL, of the webpage; defining, via the portal, a new policy based on the tag assigned to the element, wherein the new policy includes whether the element in the webpage is authentic or authorized; and refining, via the portal, a harvesting algorithm to include the new policy, wherein the harvesting algorithm refined by the new policy is used to search for digital content in the networked environment for harvesting.
A folding wheelchair, comprising a back frame, a seat frame, a lower frame, two rear wheel assemblies, two front wheel assemblies and armrests, wherein the armrests and the seat frame are hinged to the back frame from top to bottom in sequence, and the two front wheel assemblies are assembled and connected with the lower frame; characterized in that: 1) a sliding guide rail is arranged between one end of the seat frame and each rear wheel assembly, and a sliding block is arranged on each sliding guide rail in a sliding fit manner; and 2) the sliding blocks are hinged with the lower end of the back frame and are also hinged, assembled and connected with the lower frame, or the lower end of the back frame is hinged with the sliding blocks and is also hinged, assembled and connected with the lower frame, or the lower frame is hinged with the lower end of the back frame and is also hinged, assembled and connected with the sliding blocks.
A refrigerator comprising: a cabinet in which a storage space is formed; a door configured to open and close the storage space, wherein the door includes a door plate forming a front surface of the door and having a plate opening; and a door opening device provided on the door for opening the door; wherein the door opening device includes: a case provided inside the door and having an open surface communicating with the plate opening, a door handle rotatably mounted in the case and exposed through the plate opening, and a push slider mounted in the case to reciprocate upon rotation of the door handle, the push slider having one end configured to be in contact with the door handle when the door handle is rotated, and another end configured to move out of a rear surface of the door upon rotation of the door handle to push the door open; wherein the door handle is configured to cover the plate opening and to be flush with the door plate in a closed state of the door, and is configured to protrude from the door upon manipulation of the door handle. a cabinet in which a storage space is formed; a door configured to open and close the storage space, wherein the door includes a door plate forming a front surface of the door and having a plate opening; and a door opening device provided on the door for opening the door; wherein the door opening device includes: a case provided inside the door and having an open surface communicating with the plate opening, a door handle rotatably mounted in the case and exposed through the plate opening, and a push slider mounted in the case to reciprocate upon rotation of the door handle, the push slider having one end configured to be in contact with the door handle when the door handle is rotated, and another end configured to move out of a rear surface of the door upon rotation of the door handle to push the door open; a case provided inside the door and having an open surface communicating with the plate opening, a door handle rotatably mounted in the case and exposed through the plate opening, and a push slider mounted in the case to reciprocate upon rotation of the door handle, the push slider having one end configured to be in contact with the door handle when the door handle is rotated, and another end configured to move out of a rear surface of the door upon rotation of the door handle to push the door open; wherein the door handle is configured to cover the plate opening and to be flush with the door plate in a closed state of the door, and is configured to protrude from the door upon manipulation of the door handle.
A skate wheel assembly comprising: - a metal ring with a skating surface lying on the outer circumferential edge of said metal ring; - a first support flange and a second support flange, the metal ring being secured between said support flanges; - a rotation axle, the wheel assembly being rotatable around said axle; - said metal ring has at least a first recess or plurality of recesses, and a second recess or plurality of recesses, - said first support flange has one or more protrusions engaging the first recess(es) and said second support flange has one or more protrusions engaging the second recess(es) when the wheel assembly is mounted and said metal ring is secured between said flanges, - said recesses and protrusions having a symmetrical arrangement and each flange (3, 4) having the same number of protrusions, thus the first and second flanges being identical, characterized in that: - said flanges (3,4) are made of plastic, and - each of said flanges (3, 4) has an inner face with an annular base projecting from the inner face and having a diameter substantially equal to inner diameter of the metal ring, said annular base thus providing a mounting and centering means for the metal ring. - a metal ring with a skating surface lying on the outer circumferential edge of said metal ring; - a first support flange and a second support flange, the metal ring being secured between said support flanges; - a rotation axle, the wheel assembly being rotatable around said axle; - said metal ring has at least a first recess or plurality of recesses, and a second recess or plurality of recesses, - said first support flange has one or more protrusions engaging the first recess(es) and said second support flange has one or more protrusions engaging the second recess(es) when the wheel assembly is mounted and said metal ring is secured between said flanges, - said recesses and protrusions having a symmetrical arrangement and each flange (3, 4) having the same number of protrusions, thus the first and second flanges being identical, characterized in that: - said flanges (3,4) are made of plastic, and - each of said flanges (3, 4) has an inner face with an annular base projecting from the inner face and having a diameter substantially equal to inner diameter of the metal ring, said annular base thus providing a mounting and centering means for the metal ring.
An automotive vehicle comprising a vehicle body shell, a power supply, and an in-car plug or junction device, wherein the power supply is connected to the in-car plug or junction device partially or completely by flat cables, and the flat cables extend along the vehicle body shell, wherein each of the flat cables comprises a solid conductive core with a flat cross section and a flexible insulation layer wrapping over the solid conductive core, and a distance between the flat cables and the vehicle body shell is less than or equal to 300mm; characterized in that the solid conductive core is made of aluminium, and the solid aluminum conductive core has a ripple-shaped cross section.
An X-ray imaging apparatus comprising: an X-ray source that gives high voltage between a cathode and a target, as well as keeps a tube current value at a set value by performing feedback control of grid voltage given to a grid disposed between the cathode and the target; a tube current value setting part that sets the tube current value; and a time measurement part that measures a time when the tube current value is set and a time when the tube current value reaches the set value. an X-ray source that gives high voltage between a cathode and a target, as well as keeps a tube current value at a set value by performing feedback control of grid voltage given to a grid disposed between the cathode and the target; a tube current value setting part that sets the tube current value; and a time measurement part that measures a time when the tube current value is set and a time when the tube current value reaches the set value.
A method for performing communication by a first device among a plurality of devices in a wireless communication system, the method comprising: receiving a radio resource control, RRC, message including first information, second information and third information, wherein the first information is related to a number of first resource blocks, RBs, allocated during short transmission time intervals, sTTIs, wherein the second information is related to a format of a plurality of first downlink channels, wherein the third information is related to a resource mapping method in the sTTIs, and wherein the sTTIs are shorter than a TTI which is related to a subframe; receiving, during the TTI, fourth information on an indicator of the number of resource allocation bits in the plurality of the first downlink channels through a common control channel for the plurality of the devices, wherein the resource allocation bits are dynamically determined based on the first to fourth information, wherein a number of the resource allocation bits is related to a number of second devices that can be allocated in the first RBs, wherein the first device is included in the second devices; acquiring allocation information on second RBs for the first device among the first RBs based on the resource allocation bits; receiving, during the sTTIs, the resource allocation bits through the plurality of the first downlink channels for scheduling uplink data and downlink data; and transmitting the uplink data in the second RBs during the sTTIs, or receiving the downlink data in the second RBs during the sTTIs. receiving a radio resource control, RRC, message including first information, second information and third information, wherein the first information is related to a number of first resource blocks, RBs, allocated during short transmission time intervals, sTTIs, wherein the second information is related to a format of a plurality of first downlink channels, wherein the third information is related to a resource mapping method in the sTTIs, and wherein the sTTIs are shorter than a TTI which is related to a subframe; receiving, during the TTI, fourth information on an indicator of the number of resource allocation bits in the plurality of the first downlink channels through a common control channel for the plurality of the devices, wherein the resource allocation bits are dynamically determined based on the first to fourth information, wherein a number of the resource allocation bits is related to a number of second devices that can be allocated in the first RBs, wherein the first device is included in the second devices; acquiring allocation information on second RBs for the first device among the first RBs based on the resource allocation bits; receiving, during the sTTIs, the resource allocation bits through the plurality of the first downlink channels for scheduling uplink data and downlink data; and transmitting the uplink data in the second RBs during the sTTIs, or receiving the downlink data in the second RBs during the sTTIs.
An apparatus comprising: at least one processor (212, 213) and at least one memory (211a, 211b) including a computer program code, the at least one memory and computer program code configured to, with the at least one processor, cause the apparatus at least to: when a first data unit is to be transmitted on a plurality of different transmission paths determine, in dependence on a time interval between an arrival of the first data unit and at least one other data unit and in dependence on how a preceding data unit was transmitted if a) a copy of the first data unit is to be transmitted on one or more of the plurality of different transmission paths and if b) one or more coded data units are to be transmitted on one or more of the plurality of different transmission paths, a coded data unit being provided by coding the first data unit with at least one other preceding data unit; and in dependence on said determining, cause the transmitting of one or more copies of the first data unit and/or one or more coded data units on respective one or more of the plurality of different transmission paths. when a first data unit is to be transmitted on a plurality of different transmission paths determine, in dependence on a time interval between an arrival of the first data unit and at least one other data unit and in dependence on how a preceding data unit was transmitted if a) a copy of the first data unit is to be transmitted on one or more of the plurality of different transmission paths and if b) one or more coded data units are to be transmitted on one or more of the plurality of different transmission paths, a coded data unit being provided by coding the first data unit with at least one other preceding data unit; and in dependence on said determining, cause the transmitting of one or more copies of the first data unit and/or one or more coded data units on respective one or more of the plurality of different transmission paths.
A nail polish removing composition, consisting of: at least 5% to 50% by weight of at least one triester of glycerol and C 2 -C 5 carboxylic acid based on the total weight of the composition, the at least one triester of glycerol and C 2 -C 5 carboxylic acid comprising triacetin, from 10% to 30% by weight of at least one C 3 -C 5 glycol based on the total weight of the composition, from 50% to 75% by weight of at least one C 4 -C 6 cyclic carbonate based on the total weight of the composition, and optionally at least one colorant, and optionally at least one ester of a C 2 -C 5 alcohol and myristic acid. at least 5% to 50% by weight of at least one triester of glycerol and C 2 -C 5 carboxylic acid based on the total weight of the composition, the at least one triester of glycerol and C 2 -C 5 carboxylic acid comprising triacetin, from 10% to 30% by weight of at least one C 3 -C 5 glycol based on the total weight of the composition, from 50% to 75% by weight of at least one C 4 -C 6 cyclic carbonate based on the total weight of the composition, and optionally at least one colorant, and optionally at least one ester of a C 2 -C 5 alcohol and myristic acid.
A method implemented at a receiving device, the method comprising: storing data of a plurality of data types (301...315); storing a set of directives that associate each of the plurality of data types with at least one of a plurality of authorization levels; receiving a securing command, the securing command being transmitted from a sending device, the securing command being provided with an indicator of an authorization level, wherein the authorisation level is one of a plurality of authorization levels and is determined at the sending device as the authorisation level associated with the user that is issuing the securing command; and in response to the securing command: setting a flag in non-volatile memory indicating which of the plurality of data types is to be secured based on the authorization level indicated by the securing command and the set of directives stored at the receiving device; securing (530, 538, 548) data of each of the plurality of data types indicated by the flag; and clearing (540, 550) the flag upon completion thereof; and whereby, when booting from a powered-off state, the method comprises: determining whether the flag is set in non-volatile memory and if the flag is set, securing (530, 538, 548) data of each of the plurality of data types indicated by the flag, and clearing (540, 550) the flag upon completion. storing data of a plurality of data types (301...315); storing a set of directives that associate each of the plurality of data types with at least one of a plurality of authorization levels; receiving a securing command, the securing command being transmitted from a sending device, the securing command being provided with an indicator of an authorization level, wherein the authorisation level is one of a plurality of authorization levels and is determined at the sending device as the authorisation level associated with the user that is issuing the securing command; and in response to the securing command: setting a flag in non-volatile memory indicating which of the plurality of data types is to be secured based on the authorization level indicated by the securing command and the set of directives stored at the receiving device; securing (530, 538, 548) data of each of the plurality of data types indicated by the flag; and clearing (540, 550) the flag upon completion thereof; and setting a flag in non-volatile memory indicating which of the plurality of data types is to be secured based on the authorization level indicated by the securing command and the set of directives stored at the receiving device; securing (530, 538, 548) data of each of the plurality of data types indicated by the flag; and clearing (540, 550) the flag upon completion thereof; and whereby, when booting from a powered-off state, the method comprises: determining whether the flag is set in non-volatile memory and if the flag is set, securing (530, 538, 548) data of each of the plurality of data types indicated by the flag, and clearing (540, 550) the flag upon completion.
Method for detecting partial discharges for an electrical apparatus, in which a sensor device is used to capture electromagnetic pulses, wherein a filter device is used to select a narrow frequency band from a frequency spectrum of the electromagnetic pulses, and an amplifier device is used to amplify the narrow frequency band each time, and an evaluation device is used to compare signals contained in the narrow frequency band with a threshold value for the amplitude, wherein a partial discharge is detected if the threshold value is exceeded, characterized in that the signal of a detected partial discharge is converted into a digital signal by means of a flipflop output, wherein the flipflop output used is a Schmitt trigger. a sensor device is used to capture electromagnetic pulses, wherein a filter device is used to select a narrow frequency band from a frequency spectrum of the electromagnetic pulses, and an amplifier device is used to amplify the narrow frequency band each time, and an evaluation device is used to compare signals contained in the narrow frequency band with a threshold value for the amplitude, wherein a partial discharge is detected if the threshold value is exceeded, characterized in that the signal of a detected partial discharge is converted into a digital signal by means of a flipflop output, wherein the flipflop output used is a Schmitt trigger.