mhurhangee/patent-ind-claim-en huggingface dataset:
An article of footwear including a forefoot portion, a heel portion opposite the forefoot portion, a midfoot portion disposed between forefoot portion and heel portion, and a longitudinal axis extending between a medial side and a lateral side of the article of footwear, the article of footwear comprising: a sole structure having a ground-engaging surface and a foot side surface opposite the ground-engaging surface, the sole structure having a lateral edge extending along a lateral side of a perimeter of the sole structure, a medial edge extending along a medial side of the perimeter of the sole structure, and a rearward edge extending along a rearmost portion of the perimeter of sole structure; an upper connected to the sole structure; and a heel system having a medial heel member that is an elongate arm extending from the medial side of the sole structure and a lateral heel member that is an elongate arm extending from the lateral side of the sole structure, wherein the medial heel member and the lateral heel member are designed to together cradle the heel of a wearer, wherein the medial heel member extends from the rearward edge of the sole structure to the medial edge of the sole structure, wherein the lateral heel member extends from the rearward edge of the sole structure to the lateral edge of the sole structure, characterised in that the medial heel member is a mirror image of the lateral heel member, wherein the lateral heel member has a first rigidity and the medial heel member has a second rigidity that is different from the first rigidity, and in that the lateral heel member is made of a first material and the medial heel member is made of a second material that is different from the first material. a sole structure having a ground-engaging surface and a foot side surface opposite the ground-engaging surface, the sole structure having a lateral edge extending along a lateral side of a perimeter of the sole structure, a medial edge extending along a medial side of the perimeter of the sole structure, and a rearward edge extending along a rearmost portion of the perimeter of sole structure; an upper connected to the sole structure; and a heel system having a medial heel member that is an elongate arm extending from the medial side of the sole structure and a lateral heel member that is an elongate arm extending from the lateral side of the sole structure, wherein the medial heel member and the lateral heel member are designed to together cradle the heel of a wearer, wherein the medial heel member extends from the rearward edge of the sole structure to the medial edge of the sole structure, wherein the lateral heel member extends from the rearward edge of the sole structure to the lateral edge of the sole structure, characterised in that the medial heel member is a mirror image of the lateral heel member, wherein the lateral heel member has a first rigidity and the medial heel member has a second rigidity that is different from the first rigidity, and in that the lateral heel member is made of a first material and the medial heel member is made of a second material that is different from the first material.
A trans-loading system for solid particulates, comprising a trough having an open top, sides (120, S) and a bottom, at least one vacuum pipe extending into the trough near the bottom, wherein the sides extend from end panels on either end of the trough, and the end panels are either generally vertical or are angled, characterized by at least one aerator located on the trough, wherein the at least one aerator is configured to be connected to a supply of pressurised gas, the system further comprising one or more doors sized to at least partially cover the open top of the trough, slidably positioned within grooves along tops of the end panels, which doors are slidable to vary an opening width of the trough.
Quick-connection device for creating an uninterrupted fluidic connection with a fluid line by connection to an open fluid line end piece of the fluid line having an undercut , wherein the quick-connection device is connectable to the fluid line end piece by movement along an insertion direction (E) and wherein the quick-connection device comprises a holding device with a securing element , wherein the holding device for securing the quick-connection device is formed on the fluid line end piece , wherein the securing element is movable along a direction of movement (B) between a securing position (SP) and an unlocking position (EP) in a locking plane (V) extending transversely to the insertion direction (E), wherein the securing element is adapted to engage behind the undercut of the fluid line end piece upon movement from the unlocking position (EP) to the securing position (SP) so that disconnection of the uninterrupted fluid connection or separation of the quick-connection device and the fluid line end piece from each other is blocked, wherein the quick-connection device has a securing indicator which can be moved by means of the fluid line end piece for optically signalling that the fluid line end piece has been secured against removal, wherein the securing indicator has a signal element for indicating that the fluid line end piece has been secured, wherein the signal element is designed for this purpose and/or is arranged in the housing in such a way that the indication of securing is effected by a rotation of the signal element when the fluid line end piece is inserted, characterized in that the signal element has a spring element , the spring element being designed to cause the signal element to move into the housing when the fluid line end piece is removed from the quick-connection device .
A mobile wireless cell phone device, operating as a part of a wireless communication network, comprising: a. the mobile wireless cell phone device has a GPS function that is configured to determine a GPS location data of the mobile wireless cell phone device; b. a registration request signal transmission management RRSTM logic operating in the mobile wireless cell phone device is configured to create a registration-request R-R record and embed the GPS location data of the mobile wireless cell phone device in the R-R record in addition to an international mobility equipment identifier IMEI data of the mobile wireless cell phone device in the R-R record; characterised in that c. the RRSTM logic is further configured to compute change in location between a current and an immediate prior location of the mobile wireless cell phone device and send the R-R record with the GPS location data to the communication wireless network when the change in location is greater than a threshold. a. the mobile wireless cell phone device has a GPS function that is configured to determine a GPS location data of the mobile wireless cell phone device; b. a registration request signal transmission management RRSTM logic operating in the mobile wireless cell phone device is configured to create a registration-request R-R record and embed the GPS location data of the mobile wireless cell phone device in the R-R record in addition to an international mobility equipment identifier IMEI data of the mobile wireless cell phone device in the R-R record; characterised in that c. the RRSTM logic is further configured to compute change in location between a current and an immediate prior location of the mobile wireless cell phone device and send the R-R record with the GPS location data to the communication wireless network when the change in location is greater than a threshold.
Method of manufacturing a sheet metal product , comprising the following steps: a) providing a molten magnesium alloy consisting of - 0.2 wt% to 2 wt% Zn, - an amount of Ca, - 0.0 wt% to 0.3 wt% Zr, - 0.0 wt% to 1.0 wt% rare earth elements and/or Sr, - unavoidable impurities, and - the balance being Mg b) forming a strip in a twin roll casting process, c) performing a warm rolling process on the strip and d) performing a subsequent heat treatment on the strip at 250°C to 450°C for 0,5 min to 60 min, characterized in that the amount of Ca is chosen from an interval [0.1 wt%, 0.4 wt%[. a) providing a molten magnesium alloy consisting of - 0.2 wt% to 2 wt% Zn, - an amount of Ca, - 0.0 wt% to 0.3 wt% Zr, - 0.0 wt% to 1.0 wt% rare earth elements and/or Sr, - unavoidable impurities, and - the balance being Mg - 0.2 wt% to 2 wt% Zn, - an amount of Ca, - 0.0 wt% to 0.3 wt% Zr, - 0.0 wt% to 1.0 wt% rare earth elements and/or Sr, - unavoidable impurities, and - the balance being Mg b) forming a strip in a twin roll casting process, c) performing a warm rolling process on the strip and d) performing a subsequent heat treatment on the strip at 250°C to 450°C for 0,5 min to 60 min,
A brake pad for a disc brake comprising: a resin back plate ; and a friction material joined to one surface of the resin back plate , wherein the resin back plate is formed of a cured product of a first thermosetting resin composition , and a metal reinforcing material is provided over a surface of the resin back plate opposite to the surface joined to the friction material , wherein the metal reinforcing material is at least one kind of metal reinforcing material selected from the group consisting of a plate material, a mesh material, and a bar material, wherein a portion of the metal reinforcing material is embedded in the resin back plate , and a portion of a surface of the metal reinforcing material is exposed, wherein, when it is assumed that the surface of the resin back plate opposite to the surface joined to the friction material is an upper surface and an area of the upper surface is S, an area of the metal reinforcing material when seen in a plan view is S/2 or more, and wherein, when it is assumed that at a point over the surface of the back plate opposite to the surface joined to the friction material , a thickness of the back plate at the point is T, the metal reinforcing material is not present at a depth of T/2 or more from the surface opposite to the surface joined to the friction material at the point. a resin back plate ; and a friction material joined to one surface of the resin back plate , wherein the resin back plate is formed of a cured product of a first thermosetting resin composition , and a metal reinforcing material is provided over a surface of the resin back plate opposite to the surface joined to the friction material , wherein the metal reinforcing material is at least one kind of metal reinforcing material selected from the group consisting of a plate material, a mesh material, and a bar material, wherein a portion of the metal reinforcing material is embedded in the resin back plate , and a portion of a surface of the metal reinforcing material is exposed, wherein, when it is assumed that the surface of the resin back plate opposite to the surface joined to the friction material is an upper surface and an area of the upper surface is S, an area of the metal reinforcing material when seen in a plan view is S/2 or more, and wherein, when it is assumed that at a point over the surface of the back plate opposite to the surface joined to the friction material , a thickness of the back plate at the point is T, the metal reinforcing material is not present at a depth of T/2 or more from the surface opposite to the surface joined to the friction material at the point.
Method for producing longitudinally and transversely sealed, filled film bags from non-shape-retaining film sheets , wherein c1) at least one product (P) is placed on the film sheet , d1) in a first sealing step, at least one first sealing seam is produced in each case by placing two regions of the film sheet against one another and sealing them, and e) in a second sealing step, in each case at least one second sealing seam , which runs transversely with respect to the first sealing seam , is produced, f) so that at least one filled and circumferentially tightly sealed film bag is produced, characterized in that a1) the film sheets are individual, finite, non-shape-retaining film sheets , a2) at least one non-shape-retaining film sheet is placed in a precise position on one of a plurality of transport slides , which can be moved independently of one another at least in a transport direction , of a transport device , b) the film sheet is held firmly on the transport slide , c2) the product (P) is placed on the film sheet in the region of the transport slide , g) the film sheet for carrying out the processing steps being transported by means of the transport slide in the transport direction successively to processing stations at which the above-mentioned processing steps are carried out. (1 st bag form = tubular bag) c1) at least one product (P) is placed on the film sheet , d1) in a first sealing step, at least one first sealing seam is produced in each case by placing two regions of the film sheet against one another and sealing them, and e) in a second sealing step, in each case at least one second sealing seam , which runs transversely with respect to the first sealing seam , is produced, f) so that at least one filled and circumferentially tightly sealed film bag is produced, a1) the film sheets are individual, finite, non-shape-retaining film sheets , a2) at least one non-shape-retaining film sheet is placed in a precise position on one of a plurality of transport slides , which can be moved independently of one another at least in a transport direction , of a transport device , b) the film sheet is held firmly on the transport slide , c2) the product (P) is placed on the film sheet in the region of the transport slide , g) the film sheet for carrying out the processing steps being transported by means of the transport slide in the transport direction successively to processing stations at which the above-mentioned processing steps are carried out.
A method for generating a personalized Head Related Transfer Function (HRTF), the method comprising: capturing an image of at least one ear of an individual using an image capturing device comprised in a portable processing device, wherein the portable processing device is configured for displaying the image in real-time on a display screen; determining a scale factor in relation to the captured image ; applying an Active Shape Model to the captured image to obtain an Active Shape Model conformed to a shape of the at least one ear of the individual by being deformed based on control points (200a/200b/200c/200d/200e), wherein the control points are overlaid in real-time onto the display screen of the portable processing device; generating an indication to a user when the control points of the Active Shape Model conform to the image of the at least one ear of the individual in accordance with a goodness measure; extracting image based geometrical properties of the at least one ear of the individual from the control points of the Active Shape Model conformed to said shape of the at least one ear of the individual; and selecting , based on the image based geometrical properties of the ear and the scale factor, a personalized HRTF dataset for the at least one ear of said individual from a plurality of HRTF datasets contained in a HRTF database. capturing an image of at least one ear of an individual using an image capturing device comprised in a portable processing device, wherein the portable processing device is configured for displaying the image in real-time on a display screen; determining a scale factor in relation to the captured image ; applying an Active Shape Model to the captured image to obtain an Active Shape Model conformed to a shape of the at least one ear of the individual by being deformed based on control points (200a/200b/200c/200d/200e), wherein the control points are overlaid in real-time onto the display screen of the portable processing device; generating an indication to a user when the control points of the Active Shape Model conform to the image of the at least one ear of the individual in accordance with a goodness measure; extracting image based geometrical properties of the at least one ear of the individual from the control points of the Active Shape Model conformed to said shape of the at least one ear of the individual; and selecting , based on the image based geometrical properties of the ear and the scale factor, a personalized HRTF dataset for the at least one ear of said individual from a plurality of HRTF datasets contained in a HRTF database.
A module for use in a modular electrical connector , the module comprising: a substrate with a first surface and an oppositely facing second surface ; a plurality of signal pathways provided on the first surface ; a plurality of first ground pathways provided on the first surface , each of the plurality of first ground pathways positioned adjacent at least one of the plurality of signal pathways ; a plurality of second ground pathways provided on the second surface , the plurality of second ground pathways are positioned in line with the plurality of the signal pathways ; vias extend from the first plurality of ground pathways through the module to the second plurality of ground pathways , thereby placing the first plurality of ground pathways in electrical engagement with the second plurality of ground pathways ; wherein the first plurality of ground pathways , the vias and the second plurality of ground pathways extend along multiple pairs of the plurality of signal pathways and form cavities around the multiple pairs of the plurality of signal pathways to provide electrical shielding for the multiple pairs of the plurality of signal pathways , wherein the plurality of signal pathways have mating signal contacts , signal traces and mounting signal contacts , characterised in that the mating signal contacts have first mating contact receiving sections including resilient arms , and first securing sections configured to be mounted to the signal pathways on the first surface of the substrate . a substrate with a first surface and an oppositely facing second surface ; a plurality of signal pathways provided on the first surface ; a plurality of first ground pathways provided on the first surface , each of the plurality of first ground pathways positioned adjacent at least one of the plurality of signal pathways ; a plurality of second ground pathways provided on the second surface , the plurality of second ground pathways are positioned in line with the plurality of the signal pathways ; vias extend from the first plurality of ground pathways through the module to the second plurality of ground pathways , thereby placing the first plurality of ground pathways in electrical engagement with the second plurality of ground pathways ; wherein the first plurality of ground pathways , the vias and the second plurality of ground pathways extend along multiple pairs of the plurality of signal pathways and form cavities around the multiple pairs of the plurality of signal pathways to provide electrical shielding for the multiple pairs of the plurality of signal pathways , wherein the plurality of signal pathways have mating signal contacts , signal traces and mounting signal contacts , characterised in that the mating signal contacts have first mating contact receiving sections including resilient arms , and first securing sections configured to be mounted to the signal pathways on the first surface of the substrate .
Method of producing a culture of microorganisms by means of a bioreactor comprising at least one cylindrical container and shaking and mixing means to shake and mix said culture of microorganisms contained in said container , said method comprising the step of a) shaking and mixing said microorganisms by said shaking and mixing means , and the step of b) irradiating said culture of microorganisms with a sound wave , characterized in that said step b) comprises the step of irradiating said culture by a sound wave whose frequency (f) changes over time as a sawtooth function in a range comprised between 50 Hz and 8 kHz, preferably between 100 Hz and 6 kHz.
A pipe fastener for fastening a pipe to an attachment base, the pipe fastener comprising a connecting device , which can be connected to a mating connecting device of a further pipe fastener by form fit of the connecting device with the mating connecting device , whereby the pipe fasteners can be connected to one another so as to be disposed next to one another, pipe axes at the pipe fasteners of attached pipes extending parallel, and the pipe fastener comprising the connecting device on one side and a mating connecting device on an opposite side, so that a plurality of identically constructed pipe fasteners can be detachably connected to one another so as to be disposed next to one another in a straight row, pipe axes at the pipe fasteners of fastened pipes extending parallel and preferably in one plane, characterized in that the connecting device of the pipe fastener can be connected to the mating connecting device of the further pipe fastener by pivoting of the pipe fastener with respect to the further pipe fastener and can only be detached from the mating connecting device by pivoting of the pipe fastener with respect to the further pipe fastener .
A wind turbine system comprising: a ring gear ; a yaw drive unit including a pinion gear meshing with the ring gear , the yaw drive unit being configured to rotate the pinion gear ; a yaw brake unit configured to generate a braking force for inhibiting rotation of the ring gear ; a load information acquiring unit configured to acquire an external load applied to the ring gear ; and a control unit configured to release the braking force of the yaw brake unit when a rotational torque generated on the ring gear by the yaw drive unit has been larger than the external load acquired by the load information acquiring unit , in switching the ring gear from a stationary state to a rotating state. a ring gear ; a yaw drive unit including a pinion gear meshing with the ring gear , the yaw drive unit being configured to rotate the pinion gear ; a yaw brake unit configured to generate a braking force for inhibiting rotation of the ring gear ; a load information acquiring unit configured to acquire an external load applied to the ring gear ; and a control unit configured to release the braking force of the yaw brake unit when a rotational torque generated on the ring gear by the yaw drive unit has been larger than the external load acquired by the load information acquiring unit , in switching the ring gear from a stationary state to a rotating state.