mhurhangee/ep-ind-claims huggingface dataset:
A system, comprising a plurality of flexible logic unit arrangements (500, 510, 520), each arrangement comprising a plurality of computational blocks, arranged in an array, said flexible logic unit arrangements arranged side-by-side and adapted for being pair-wise either physically connected or isolated;, each flexible logic unit arrangement (500, 510) further comprising a plurality of input-output blocks (IOB's), provided at the boundaries of said arrangement; each of said flexible logic unit arrangements further comprises a plurality of circuits (100, 105, 110, 200, 300) provided at the boundaries of said arrangements and connectable to said computational blocks, and to said input-output blocks of the same arrangement; and indirectly connectable with each other within the same arrangement or directly when belonging to another arrangement and a plurality of electronic control structures whereby each electronic control structure is uniquely associated to one of said flexible logic unit arrangements; and said electronic control structures are adapted for being pair-wise physically connected or disconnected in alignment with the connection or isolation of their respective arrangement; said electronic control structure, comprising: a control system for generating control signals for control of a flexible logic unit arrangement (500, 510, 520); first control signal input means for receiving first control signals from a first control system, second control input means for receiving second control signals; configuration input means for inputting information representative to whether arrangements are physically connected or isolated; control logic, capable on the basis of said information, to select either control signals generated by said control system as output towards its associated flexible logic unit arrangement or otherwise both pass said first control signals through to said yet another control structure, use said second control signals as output towards its associated flexible logic unit arrangement and pass through said second control signals to said other control structure.
A rotating electrical machine comprising: a shaft, which is mounted so as to rotate around a central rotation axis; a rotor, which is supported by the shaft; a stator, which supports stator windings and is arranged around the rotor so as to surround the rotor; a cylindrical casing, which contains in its inside the stator; a cooling circuit, which is intended for the circulation of a cooling fluid and is obtained at the casing, has a single common inlet opening for letting the cooling fluid in, which is axially arranged at the center of a lateral wall of the casing, and has two helicoidal paths, each of which is a mirror-image twin of the other one, centrally originates from the common inlet opening and extends from the center of the casing towards a corresponding end of the casing; and two annular distribution chambers, each of which has a circular shape, is arranged at an end of the casing and forms the end of a corresponding helicoidal path; the electrical machine is characterized in that each distribution chamber has a plurality of outlet through holes, which are arranged in a radial fashion and open through an inner wall of the distribution chamber in order to lead to the central rotation axis. a shaft, which is mounted so as to rotate around a central rotation axis; a rotor, which is supported by the shaft; a stator, which supports stator windings and is arranged around the rotor so as to surround the rotor; a cylindrical casing, which contains in its inside the stator; a cooling circuit, which is intended for the circulation of a cooling fluid and is obtained at the casing, has a single common inlet opening for letting the cooling fluid in, which is axially arranged at the center of a lateral wall of the casing, and has two helicoidal paths, each of which is a mirror-image twin of the other one, centrally originates from the common inlet opening and extends from the center of the casing towards a corresponding end of the casing; and two annular distribution chambers, each of which has a circular shape, is arranged at an end of the casing and forms the end of a corresponding helicoidal path; the electrical machine is characterized in that each distribution chamber has a plurality of outlet through holes, which are arranged in a radial fashion and open through an inner wall of the distribution chamber in order to lead to the central rotation axis.
A light fixture assembly, comprising: a heat dissipating member; a socket having a perimeter and a plurality of angled slots, each of the angled slots having a receiving portion and having a lower portion that extends circumferentially around a portion of the perimeter of the socket; an LED assembly removably coupleable to the socket, the LED assembly comprising an LED lighting element and a plurality of tabs wherein each of said plurality of tabs is releasably engageable with one of the angled slots, wherein the tabs and the angled slots form a compression element to deform one or more resilient members and to generate a compression force between the LED assembly and at least a portion or element of the heat dissipating member, causing the LED assembly to become thermally coupled to the heat dissipating member; wherein the LED assembly is coupleable to the socket by aligning the LED assembly with the socket, inserting the LED assembly in the socket and rotating the LED assembly relative to the socket; and wherein the rotating of the LED assembly causes the tabs to travel down the receiving portions of the angled slots and causes the compression force generated by the compression element to be increased. a heat dissipating member; a socket having a perimeter and a plurality of angled slots, each of the angled slots having a receiving portion and having a lower portion that extends circumferentially around a portion of the perimeter of the socket; an LED assembly removably coupleable to the socket, the LED assembly comprising an LED lighting element and a plurality of tabs wherein each of said plurality of tabs is releasably engageable with one of the angled slots, wherein the tabs and the angled slots form a compression element to deform one or more resilient members and to generate a compression force between the LED assembly and at least a portion or element of the heat dissipating member, causing the LED assembly to become thermally coupled to the heat dissipating member; wherein the LED assembly is coupleable to the socket by aligning the LED assembly with the socket, inserting the LED assembly in the socket and rotating the LED assembly relative to the socket; and wherein the rotating of the LED assembly causes the tabs to travel down the receiving portions of the angled slots and causes the compression force generated by the compression element to be increased.
Conveyor-system provided with a support frame and configuring a conveyor channel which extends along a longitudinal axis (Y-C), and which configures a first longitudinal vertical side wall and a second longitudinal vertical side wall, and which configures a first inlet opening (C-10) and a second outlet opening (C-20), which is movable longitudinally with respect to the inlet opening (C-10) of the channel, characterized by the fact that it comprises: - a first conveyor with conveyor belt (211 a), which first conveyor is supported by said frame in a longitudinally movable manner with respect to the frame, said first conveyor having a branch positioned to configure a first active conveying longitudinal vertical wall for said conveying channel, - a second conveyor with conveyor belt, which second conveyor is supported by said frame in a longitudinally movable manner with respect to the frame, said second conveyor having a branch positioned to configure a second active conveying longitudinal vertical wall for said conveying channel, - longitudinal guide means (310a-320a, 310b-320b) supported by said frame, and which longitudinally extend with respect to said channel, - translator means (400a, 400b), which are able to longitudinally move said first and said second conveyors (210a, 210b) with respect to the frame, and characterized by the fact that said translator means (400a, 400b) comprise: - a first linear actuator able to move longitudinally said first conveyor; - a second actuator able to move longitudinally said second conveyor, - wherein said first linear actuator has its base associated with the frame and its stem associated with the first conveyor, and - wherein said second linear actuator has its base associated with the frame and its stem associated with the second conveyor. - a first conveyor with conveyor belt (211 a), which first conveyor is supported by said frame in a longitudinally movable manner with respect to the frame, said first conveyor having a branch positioned to configure a first active conveying longitudinal vertical wall for said conveying channel, - a second conveyor with conveyor belt, which second conveyor is supported by said frame in a longitudinally movable manner with respect to the frame, said second conveyor having a branch positioned to configure a second active conveying longitudinal vertical wall for said conveying channel, - longitudinal guide means (310a-320a, 310b-320b) supported by said frame, and which longitudinally extend with respect to said channel, - translator means (400a, 400b), which are able to longitudinally move said first and said second conveyors (210a, 210b) with respect to the frame, - a first linear actuator able to move longitudinally said first conveyor; - a second actuator able to move longitudinally said second conveyor, - wherein said first linear actuator has its base associated with the frame and its stem associated with the first conveyor, and - wherein said second linear actuator has its base associated with the frame and its stem associated with the second conveyor.
A dual-camera, comprising: a) a Wide camera comprising a Wide lens and a Wide image sensor, the Wide lens having a Wide effective focal length EFLw; and b) a folded Tele camera comprising a Tele lens, a Tele image sensor, an actuator (550, 560), and an optical path folding element (OPFE), wherein the OPFE folds light arriving from an object or scene along a first optical path to a second optical path toward the Tele image sensor, wherein the Tele lens has a symmetry axis along the second optical path, wherein the first and second optical paths are perpendicular to each other, characterized in that the Tele lens is configured to include, from an object side to an image side, a first lens element group G1, a second lens element group G2 and a third lens element group G3, wherein G1 and G3 are movable as one unit by the actuator in a given range R 1,3, and wherein G2 is movable relative to the Tele image sensor in a range R 2 < R 1,3 along the symmetry axis to bring the Tele lens to two, first and second zoom states, wherein an effective focal length of the Tele lens is changed from a value EFL T,min in the first zoom state to a value EFL T,max in the second zoom state, wherein EFL Tmin > 1.5 × EFLw, wherein EFL Tmax > 1.5 × EFL Tmin and wherein for any lens element group, the movement from the first zoom state to the second zoom state has a range smaller than 0.75 × (EFL Tmax - EFL Tmin) wherein the Tele lens has a Tele lens f-number (F# T) and wherein a minimal value of F# T (F# Tmin) in the first zoom state and a maximal value of F# T (F# Tmax) in the second zoom state fulfill the condition F# Tmin < 1.2 × F# Tmax × EFL Tmin / EFL Tmax. a) a Wide camera comprising a Wide lens and a Wide image sensor, the Wide lens having a Wide effective focal length EFLw; and b) a folded Tele camera comprising a Tele lens, a Tele image sensor, an actuator (550, 560), and an optical path folding element (OPFE), wherein the OPFE folds light arriving from an object or scene along a first optical path to a second optical path toward the Tele image sensor, wherein the Tele lens has a symmetry axis along the second optical path, wherein the first and second optical paths are perpendicular to each other,
A polypeptide comprising an aglycosylated antibody human IgG1 Fc domain capable of binding a human FcγRIIa polypeptide, wherein the Fc domain comprises an S298G and T299A amino acid substitutions at amino acids 298 and 299 and additional substitution according to at least one of the group: a) E382V, N390D and M428L; b) K392E, E382V, V397M and M428L; c) H268P, E294K, N361S, E382V and M428L or d) E382V and M428L, wherein the Fc residue numbering system is the EU index of Kabat et al., 1991.
A pharmaceutical composition comprising a recombinant polypeptide comprising an N-terminal fragment of a listeriolysin protein fused to a fragment of a Her-2 antigen, wherein the fragment of the Her-2 antigen consists of amino acids 303-501 or 479-655 of SEQ ID NO: 40, or amino acids 303-501 or 479-652 of SEQ ID NO: 43, or an amino acid sequence greater than 97% identical thereto, and wherein said LLO comprises a PEST sequence, for use in halting growth of established Her-2-expressing tumor cells in a subject, or for use in treating a Her-2-expressing tumor or cancer in a subject.
A self-inflating tire having a tire cavity, first and second sidewalls extending respectively from first and second tire bead regions to a tire tread region, a groove or passageway positioned within the tire, and a tube positioned within the groove or passageway, wherein the tube has a circular cross-sectional shape and has an outside diameter D, characterized in that the groove or passageway in an unloaded state does not have a circular cross-sectional shape and has a width W and a length L, and wherein D is greater than W.
Launcher comprising a firing device (5,6) for firing smoke grenades, explosive devices and similar, and comprising a driving device for orienting the firing device (5,6), wherein the driving device comprises an azimuth drive, an elevation drive and a base, wherein the firing device (5, 6) can be rotated relative to the base about an azimuth axis and can be moved in elevation about an elevation axis, so that the firing device (5,6) can be oriented vertically upwards, characterized in that the azimuth drive is designed as a gearless electromotive azimuth drive, that the elevation drive is designed as a gearless electromotive elevation drive, that the azimuth drive comprises an azimuth stator and an azimuth rotor, wherein the axis of rotation of the azimuth rotor defines the azimuth axis of rotation, that the elevation drive comprises an elevation stator and an elevation rotor, that the azimuth stator is connected to the base, that the elevation drive is connected to the azimuth rotor, that the axis of rotation of the elevation rotor defines the elevation axis, and that the firing device (5,6) is gearlessly connected to the elevation rotor.
A mold for manufacturing cleated sole structures for articles of footwear, comprising: a first mold component including a first portion of a mold cavity, wherein the first portion of the mold cavity includes: a first area for forming a first portion of an article of footwear to be molded, wherein the first area includes a first molding surface exposed in the mold cavity made from a first material having a first thermal conductivity, and a second area including a cleat receptacle for receiving a cleat to be in-molded into the article of footwear, wherein the cleat receptacle includes a second surface exposed in the mold cavity for engaging the cleat to be in-molded, wherein the second surface is made from a second material having a second thermal conductivity, and wherein the second thermal conductivity is less than the first thermal conductivity; and a second mold component including a second portion of the mold cavity for at least partially covering the first portion of the mold cavity. a first mold component including a first portion of a mold cavity, wherein the first portion of the mold cavity includes: a first area for forming a first portion of an article of footwear to be molded, wherein the first area includes a first molding surface exposed in the mold cavity made from a first material having a first thermal conductivity, and a second area including a cleat receptacle for receiving a cleat to be in-molded into the article of footwear, wherein the cleat receptacle includes a second surface exposed in the mold cavity for engaging the cleat to be in-molded, wherein the second surface is made from a second material having a second thermal conductivity, and wherein the second thermal conductivity is less than the first thermal conductivity; and a first area for forming a first portion of an article of footwear to be molded, wherein the first area includes a first molding surface exposed in the mold cavity made from a first material having a first thermal conductivity, and a second area including a cleat receptacle for receiving a cleat to be in-molded into the article of footwear, wherein the cleat receptacle includes a second surface exposed in the mold cavity for engaging the cleat to be in-molded, wherein the second surface is made from a second material having a second thermal conductivity, and wherein the second thermal conductivity is less than the first thermal conductivity; and a second mold component including a second portion of the mold cavity for at least partially covering the first portion of the mold cavity.
Glatiramer acetate in the form of a pharmaceutical composition for use in treating a human patient suffering from a relapsing form of multiple sclerosis in a regimen of three subcutaneous injections of a 40 mg dose of glatiramer acetate every week with at least one day between every subcutaneous injection and wherein the pharmaceutical composition further comprises mannitol and has a pH in the range of 5.5 to 7.0..
A chocking apparatus for preventing unintentional movement of a road freight vehicle in association with loading/unloading at a loading dock, comprising: - a telescoping arm that is extendable and retractable, respectively, comprising a first member telescopically displaceable with respect to a second member; - displacement driving means arranged for moving said first member telescopically in relation to said second member; - an arm support, to which a first end of said telescoping arm being attached; and - a chock, attached to a second end, opposite to said first end, of said telescoping arm, characterized by - an arm tension detecting system configured for obtaining a tension-related measure representing a tension in said telescoping arm; and - a control system connected to said arm tension detecting system and configured for activating a safety routine in dependence of said tension-related measure; wherein said control system is configured for activating said displacement driving means for retracting said telescoping arm if said tension-related measure falls outside a predetermined range. - a telescoping arm that is extendable and retractable, respectively, comprising a first member telescopically displaceable with respect to a second member; - displacement driving means arranged for moving said first member telescopically in relation to said second member; - an arm support, to which a first end of said telescoping arm being attached; and - a chock, attached to a second end, opposite to said first end, of said telescoping arm, - an arm tension detecting system configured for obtaining a tension-related measure representing a tension in said telescoping arm; and - a control system connected to said arm tension detecting system and configured for activating a safety routine in dependence of said tension-related measure; wherein said control system is configured for activating said displacement driving means for retracting said telescoping arm if said tension-related measure falls outside a predetermined range.
An RF tag for sending data to a tag reader by load modulation of an RF field of said tag reader, the tag comprising: an antenna to couple to said RF field of said tag reader; a resonant circuit coupled to said antenna to resonate at a frequency of said RF field with a resonance amplitude; a local power store to store power extracted from said RF field; a modulation system to modulate one or both of said resonance amplitude and a relative phase of a signal in said resonant circuit with respect to said RF field; and a feedback circuit coupled to said resonant circuit and to said local power store to control one or both of said resonance amplitude and said relative phase characterized in that the feedback circuit is adapted to control transients in said resonance amplitude caused by said modulation. an antenna to couple to said RF field of said tag reader; a resonant circuit coupled to said antenna to resonate at a frequency of said RF field with a resonance amplitude; a local power store to store power extracted from said RF field; a modulation system to modulate one or both of said resonance amplitude and a relative phase of a signal in said resonant circuit with respect to said RF field; and a feedback circuit coupled to said resonant circuit and to said local power store to control one or both of said resonance amplitude and said relative phase characterized in that the feedback circuit is adapted to control transients in said resonance amplitude caused by said modulation.
A peer-to-peer network comprising: a managing node (304, 306) that is configured to generate a list of a plurality of compute nodes (308a, 308b, 310a-310c) that are within a tier; a first compute node (308a, 310a) configured to provide compute resources for other nodes (308b, 310b, 310c) to utilize, the first compute node (308a, 310a) further configured to conduct a determination that the first compute node (308a, 310a) is within the tier based at least in part on the compute resources, and configured to send a notification to the managing node (304, 306) to add the first compute node (308a, 310a) to the list based on the determination; and a client node (312, 316) configured to conduct an identification of the tier based on a compute capacity that is predicted to be utilized to execute one or more tasks associated with the client node (312, 316), configured to identify the managing node (304, 306) based on the identification and configured to request the list from the managing node (304, 306). a managing node (304, 306) that is configured to generate a list of a plurality of compute nodes (308a, 308b, 310a-310c) that are within a tier; a first compute node (308a, 310a) configured to provide compute resources for other nodes (308b, 310b, 310c) to utilize, the first compute node (308a, 310a) further configured to conduct a determination that the first compute node (308a, 310a) is within the tier based at least in part on the compute resources, and configured to send a notification to the managing node (304, 306) to add the first compute node (308a, 310a) to the list based on the determination; and a client node (312, 316) configured to conduct an identification of the tier based on a compute capacity that is predicted to be utilized to execute one or more tasks associated with the client node (312, 316), configured to identify the managing node (304, 306) based on the identification and configured to request the list from the managing node (304, 306).
Clamping-action pipe bracket which can be fitted around a plastic pipeline and contains an upper part and a lower part, wherein the upper part has a saddle body, link plates and a connector for connecting the outgoing pipelines, wherein the lower part and the link plates have latching elements, wherein the latching elements can be connected to one another in order to enclose the pipeline, characterized in that the link plates are arranged such that they can be displaced and/or adjusted along the circumference of the saddle body.