mhurhangee/ep-ind-claims huggingface dataset:
A method of laser cutting a metal foil layer from a substrate construction, the method comprising: providing a carrier layer for the metal foil layer; generating a laser beam having a selected wavelength, and directing the laser beam toward a surface of the metal foil layer to cut the metal foil layer, wherein the metal foil layer is vaporized by the laser beam at the selected wavelength and wherein the carrier layer is transparent to the laser beam at the selected wavelength such that the carrier layer remains substantially intact while the metal foil layer is laser cut into a plurality of parts, characterised by directing the laser beam to one or more removal areas cut from the substrate and by setting the laser beam to cause the metal foil layer to curl proximate one or more cut lines and to cause the metal foil layer to lift off the carrier layer proximate the one or more cut lines for aiding in separation of the carrier layer from the metal foil layer. providing a carrier layer for the metal foil layer; generating a laser beam having a selected wavelength, and directing the laser beam toward a surface of the metal foil layer to cut the metal foil layer, wherein the metal foil layer is vaporized by the laser beam at the selected wavelength and wherein the carrier layer is transparent to the laser beam at the selected wavelength such that the carrier layer remains substantially intact while the metal foil layer is laser cut into a plurality of parts, characterised by directing the laser beam to one or more removal areas cut from the substrate and by setting the laser beam to cause the metal foil layer to curl proximate one or more cut lines and to cause the metal foil layer to lift off the carrier layer proximate the one or more cut lines for aiding in separation of the carrier layer from the metal foil layer.
Caliper body for a disc brake, wherein said caliper body is suitable for straddling an associable brake disc having a first braking surface, or vehicle-side braking surface, and a second braking surface, or wheel-side braking surface, opposite said first braking surface; and wherein an axial direction (A-A) coinciding or parallel with the rotation axis of the brake disc is defined, a radial direction (R-R) orthogonal with said axial direction (A-A) and a tangential direction (T-T) orthogonal both to said axial direction (A-A) and to said radial direction (R-R); and wherein said caliper body comprising a first elongated portion, or vehicle-side elongated portion, at least partially suitable for facing said first braking surface and a second elongated portion, or wheel-side elongated portion, opposite said first elongated portion and suitable for facing said second braking surface; and wherein said caliper body comprising at least one bridge, suitable for connecting said first elongated portion with said second elongated portion so as to straddle the brake disc, when said caliper body is assembled to the brake disc; characterized in that said caliper body comprises at least one reticular portion, obtained by means of an additive manufacturing technique, and wherein said reticular portion comprises a plurality of reticular bodies with geometry providing the caliper body with structural resistance and providing at least one hollow portion.
A socket for a quick-coupling device in circuits for circulation of fluids under pressure, said quick-coupling device further comprising a fitting element including a second channel, said socket comprising a central axis, a first channel internal to said socket, and an inlet of said first channel; said first channel being adapted to house said fitting element and being brought into fluid communication with said second channel; said socket further comprising an outer body defining at least part of said first channel and comprising an annular cavity opening on said first channel, a substantially annular constraint element at least partly housed in said annular cavity and movable within said cavity, and including a plurality of constraint sectors consisting of circular sectors of said constraint element which are adapted to be mutually moved in a radial direction and define a release position at which said constraint element is retracted into said annular cavity in such a manner as to enable movement of said fitting element relative to said socket, and a tightening position at which said constraint element tightly secures said fitting element to said socket, an extractor partly housed in said outer body and movable along said central axis relative to said outer body, and adapted to move said constraint element from said tightening position to said release position, characterised in that said extractor comprises feet placed between said constraint sectors and adapted to maintain a minimum distance between said constraint sectors.
A method for detecting a cold boot attack on a memory of a data processing system, the method comprising: detecting initiation of a booting process in the system; counting read accesses to the memory; running error correction code, ECC, on the memory in response to detecting the booting process; counting errors in the memory detected by the ECC during the booting process; and using the read access count and the detected error count, determining that an attack on the memory is likely to be occurring, wherein using the read access count and the detected error count further comprises: determining a ratio of a detected error count to the read access count; wherein determining that an attack is occurring further comprises determining that the ratio is greater than a first threshold; and providing an indication of the likely cold boot attack; the method further comprising: counting write accesses to the memory during the boot process of the memory; determining a ratio of the read access count to the write access count; and determining that the ratio of the read access count to the write access count is greater than a second threshold. detecting initiation of a booting process in the system; counting read accesses to the memory; running error correction code, ECC, on the memory in response to detecting the booting process; counting errors in the memory detected by the ECC during the booting process; and using the read access count and the detected error count, determining that an attack on the memory is likely to be occurring, wherein using the read access count and the detected error count further comprises: determining a ratio of a detected error count to the read access count; wherein determining that an attack is occurring further comprises determining that the ratio is greater than a first threshold; and providing an indication of the likely cold boot attack; the method further comprising: counting write accesses to the memory during the boot process of the memory; determining a ratio of the read access count to the write access count; and determining that the ratio of the read access count to the write access count is greater than a second threshold. counting write accesses to the memory during the boot process of the memory; determining a ratio of the read access count to the write access count; and determining that the ratio of the read access count to the write access count is greater than a second threshold.
Feeding head for an insertion element that is attachable to a feeding aid and that includes a cable strap with a toothed rack, comprising a main body with an outwardly opened receiving space into which the toothed rack is insertable in an insertion direction and with at least one barb protruding into the receiving space and effecting against the insertion direction for mechanically catching with the toothed rack, wherein the main body is fabricated of a molded piece, in particular of plastic.
Surface covering comprising panels and at least one extraneous locking element, each panel provided with parallel, opposing longitudinal edges (213, 213') and parallel, opposing transverse edges (211, 211'), these edges being provided with respective longitudinal and transverse coupling means (400, 500) which are adapted to connect similar panels at corresponding adjacent edges (211, 211', 213, 213'), whereby the transverse coupling means are adapted to lock panels perpendicular to adjacent transverse panel edges (211, 211') and parallel to the panel plane, the transverse coupling means in coupled condition forming a channel which is adapted to receive the extraneous locking element, the longitudinal coupling means comprise a tongue on one edge and a corresponding groove on the opposing edge, the longitudinal coupling means being adapted to lock similar panels perpendicular to adjacent longitudinal edges and perpendicular to the plane of the panels as well as parallel to the plane of the panels, whereby the longitudinal coupling means are adapted to be locked with angling and the transverse coupling means are adapted to be locked with vertical folding, characterized in that a lower lip of the groove is provided with a lower lip contact portion positioned at a lower lip contact portion height h lower_lip, and an upper lip of the groove is provided with an upper lip contact portion positioned at an upper lip contact portion height h upper_lip, whereby the difference between these heights h upper_lip - h lower_lip is essentially equal to the effective thickness d eff of the extraneous locking element, the effective thickness d eff being the thickness of a portion (301, 301') of the extraneous locking element when inserted in between the contact portions (433, 437), as measured in between these portions perpendicular to a plane, such that when two parallel rows (206, 207) of panels are assembled, the extraneous locking element, when inserted into the channel formed by the transverse coupling means of panels in the first row, is adapted to extend at least partially into the groove of an adjacent parallel panel in the second row, such that a lower surface of the extraneous locking element is in contact with the lower lip contact portion, and the upper surface of the extraneous locking element is in contact with the upper lip contact portion.
Combination of a device for producing a lightweight metal wheel from a preform and a preform of the lightweight metal wheel to be produced, wherein the preform has a jacket which in the axial direction only extends over part of the height of the finished wheel and has a rotationally symmetrical jacket formation, wherein the jacket extends in its inner region, facing away from the outer region of the wheel, radially beyond the end contour of the wheel, with stretching rolls, which engage on the rim region of the preform, exert radial pressure on the circumferential wall and are movable along this wall in the axial direction, wherein a rim (1.1) of the wheel can be brought into its final form by means of the stretching rolls, by stretching material of the jacket of the wheel, wherein freely rotatable rollers are arranged underneath the stretching rolls with the same circumferential angles as the stretching rolls, to form an inner rim flange (1.7), the freely rotatable rollers engage with their jacket wall (4.2) under the preform in the region of the rim flange (1.7) to be formed, and the stretching rolls interact with the freely rotatable rollers, while stretching preform material against said rollers, to form an inner rim flange (1.7) of the wheel.
A method of configuring a gas exchange valve assembly in an internal combustion piston engine comprising: - providing a gas exchange valve - providing a valve seat, - arranging an abrasive wearing overlay on a base material at a region of a sealing surface of first one of the gas exchange valve disk (16.2) and the valve seat, - assembling the valve seat into a gas exchange valve body - assembling the valve into the gas exchange valve body - and while running the engine, rotating the valve around its longitudinal axis during its lift and/or close movements such that the sealing surface of the valve detach and/or touch the valve seat in the gas exchange valve body by a movement comprising a rotational component, wherein the abrasive wearing overlay machines the sealing surface of second one of the valve disk (16.2) and the valve seat into conformity with each other. - providing a gas exchange valve - providing a valve seat, - arranging an abrasive wearing overlay on a base material at a region of a sealing surface of first one of the gas exchange valve disk (16.2) and the valve seat, - assembling the valve seat into a gas exchange valve body - assembling the valve into the gas exchange valve body - and while running the engine, rotating the valve around its longitudinal axis during its lift and/or close movements such that the sealing surface of the valve detach and/or touch the valve seat in the gas exchange valve body by a movement comprising a rotational component, wherein the abrasive wearing overlay machines the sealing surface of second one of the valve disk (16.2) and the valve seat into conformity with each other.
Paper machine clothing, in particular press felt for a paper, cardboard or tissue machine, having a load-bearing main structure which extends in the longitudinal and transverse direction of the clothing and which comprises, in particular is formed from a) a longitudinal reinforcement module (12, 33) that substantially provides dimensional stability in the longitudinal direction of the clothing, and b) a transverse reinforcement module that at least partially provides dimensional stability in the transverse direction of the clothing, wherein the transverse reinforcement module and the longitudinal reinforcement module (12, 33) are arranged one on top of another and are connected together, characterized in that the transverse reinforcement module is formed from at least one warp knit that is formed from at least one system of weft threads that extend parallel to one another lengthwise and at least one system, extending substantially perpendicularly to the longitudinal extent of the weft threads, of sewing threads which form loops into which the weft threads are tied in order to form a textile fabric, wherein the weft threads extend lengthwise in an inclined manner, in particular transversely, to the longitudinal direction of the clothing and have greater flexural rigidity than the sewing threads. a) a longitudinal reinforcement module (12, 33) that substantially provides dimensional stability in the longitudinal direction of the clothing, and b) a transverse reinforcement module that at least partially provides dimensional stability in the transverse direction of the clothing, wherein the transverse reinforcement module and the longitudinal reinforcement module (12, 33) are arranged one on top of another and are connected together, characterized in that the transverse reinforcement module is formed from at least one warp knit that is formed from at least one system of weft threads that extend parallel to one another lengthwise and at least one system, extending substantially perpendicularly to the longitudinal extent of the weft threads, of sewing threads which form loops into which the weft threads are tied in order to form a textile fabric, wherein the weft threads extend lengthwise in an inclined manner, in particular transversely, to the longitudinal direction of the clothing and have greater flexural rigidity than the sewing threads.
A splice holder for splice protectors protecting splices between optical fibers provided by single fiber splicing, comprising: a first splice holder section being configured to hold a plurality of heat-shrink splice protectors in an arrangement of a plurality of sloped columns of stacked heat-shrink splice protectors; and a second splice holder section being configured to hold a plurality of crimp splice protectors in an arrangement of a plurality sloped columns of stacked crimp splice protectors; wherein the first splice holder section and the second splice holder section are connected together by elements (22, 23) providing predetermined breaking points so that the first splice holder section and the second splice holder section are separable from each other by breaking one of the sections from the other section along the breaking points. a first splice holder section being configured to hold a plurality of heat-shrink splice protectors in an arrangement of a plurality of sloped columns of stacked heat-shrink splice protectors; and a second splice holder section being configured to hold a plurality of crimp splice protectors in an arrangement of a plurality sloped columns of stacked crimp splice protectors; wherein the first splice holder section and the second splice holder section are connected together by elements (22, 23) providing predetermined breaking points so that the first splice holder section and the second splice holder section are separable from each other by breaking one of the sections from the other section along the breaking points.
A compound of formula wherein R 1 is halogen, C 1-7 alkyl, C 1-7 alkyl substituted by halogen, C 1-7 alkoxy, or C 1-7 alkoxy substituted by halogen, and R 1 may be different if n = 2 or 3; m is 1 or 2; n is 1, 2 or 3; Ar is a six membered heteroaryl group, selected from wherein R 2 is hydrogen, halogen, C 1-7 alkyl, C 1-7 alkyl substituted by halogen, or C 1-7 alkoxy; R 3 is hydrogen or halogen; or a pharmaceutically acceptable salt thereof. R 1 is halogen, C 1-7 alkyl, C 1-7 alkyl substituted by halogen, C 1-7 alkoxy, or C 1-7 alkoxy substituted by halogen, and R 1 may be different if n = 2 or 3; m is 1 or 2; n is 1, 2 or 3; Ar is a six membered heteroaryl group, selected from R 2 is hydrogen, halogen, C 1-7 alkyl, C 1-7 alkyl substituted by halogen, or C 1-7 alkoxy; R 3 is hydrogen or halogen;
A drop-in type of exhaust gas recirculation valve that is fitted to an attachment unit to be communicated with an exhaust gas circulation passage of an internal combustion engine such that a drop-in portion is buried in the attachment unit and a protrusive portion is a part not to be buried therein, that has an exhaust gas passage to be communicated with an exhaust gas circulation passage, the valve comprising: a valve for regulating the amount of the exhaust gas flowing through the exhaust gas passage, a valve shaft, that is connected to the valve, a bearing that retains the valve shaft, wherein the bearing is provided at a position that overlaps both the drop-in portion and the protrusive portion, and a cooling water passage to be communicated with a cooling water passage for cooling the exhaust gas passage provided with the attachment unit, when the valve is fitted into the attachment unit, characterized in that the cooling water passage surrounds a part of the bearing in the protrusive portion and the cooling water passage surrounds a part of the bearing in the drop-in portion. a valve for regulating the amount of the exhaust gas flowing through the exhaust gas passage, a valve shaft, that is connected to the valve, a bearing that retains the valve shaft, wherein the bearing is provided at a position that overlaps both the drop-in portion and the protrusive portion, and a cooling water passage to be communicated with a cooling water passage for cooling the exhaust gas passage provided with the attachment unit, when the valve is fitted into the attachment unit, characterized in that the cooling water passage surrounds a part of the bearing in the protrusive portion and the cooling water passage surrounds a part of the bearing in the drop-in portion.
A method of transmitting feedback information from a mobile terminal in a wireless communication system, the feedback information relating to multi-flow High-Speed Downlink Packet Access, HSDPA, transmissions to the mobile terminal from cells belonging to multiple cell sectors, hereafter referred to as sectors, characterized in that said method comprises the step of transmitting multiple High-Speed Dedicated Physical Control Channels, HS-DPCCHs, one HS-DPCCH for each sector, wherein different HS-DPCCH channels are used to carry feedback information for cells that belong to different sectors.
A flange heat shield (400; 500) for an engine case of a gas turbine engine, comprising: an annular body having a forward end (410; 510) opposite an aft end (420; 520); a radial snap (414; 514) located on the forward end (410; 510) and configured to interface with a landing of the engine case; a notch (422; 522) disposed at the aft end (420; 520), wherein the notch (422; 522) defines a void located on the aft end (420; 520), and wherein the notch (422; 522) is configured to interface with a forward end of a vane support of the engine case; and a mounting tab (425; 525), characterised in that the mounting tab (425; 525) is located on a radially inner surface of the aft end (420; 520), wherein the mounting tab (425; 525) extends radially inward from the flange heat shield (400; 500), and wherein the mounting tab (425; 525) is configured to receive a fastener to couple the flange heat shield (400; 500) to the forward end of the vane support. an annular body having a forward end (410; 510) opposite an aft end (420; 520); a radial snap (414; 514) located on the forward end (410; 510) and configured to interface with a landing of the engine case; a notch (422; 522) disposed at the aft end (420; 520), wherein the notch (422; 522) defines a void located on the aft end (420; 520), and wherein the notch (422; 522) is configured to interface with a forward end of a vane support of the engine case; and a mounting tab (425; 525), characterised in that the mounting tab (425; 525) is located on a radially inner surface of the aft end (420; 520), wherein the mounting tab (425; 525) extends radially inward from the flange heat shield (400; 500), and wherein the mounting tab (425; 525) is configured to receive a fastener to couple the flange heat shield (400; 500) to the forward end of the vane support.
A skin care system comprising: a sensor device configured to generate image data for each of a plurality of images of a user's skin taken at different times; and a processing device configured to: receive the image data; determine a change in the image data for the different times; and determine a skin treatment routine or a skin evaluation based on the change in the image data, wherein the processing device comprises a user interface configured to display the skin treatment routine, wherein the displayed skin treatment routine comprises an image of the skin that indicates areas of the skin requiring treatment. a sensor device configured to generate image data for each of a plurality of images of a user's skin taken at different times; and a processing device configured to: receive the image data; determine a change in the image data for the different times; and determine a skin treatment routine or a skin evaluation based on the change in the image data, receive the image data; determine a change in the image data for the different times; and determine a skin treatment routine or a skin evaluation based on the change in the image data, wherein the processing device comprises a user interface configured to display the skin treatment routine, wherein the displayed skin treatment routine comprises an image of the skin that indicates areas of the skin requiring treatment.
An LSCF composition of the general type La 1-x-2z Sr x+z Co 0.2+a Fe 0.8+b O 3-δ, characterized in that the value of x is 0.4, the value of z is between 0 and 0.1, the value of a is between 0.01 and 0.04, and the value of b is between 0.05 and 0.15.