mhurhangee/ep-ind-claims huggingface dataset:
A glazing panel system providing light transmission therethrough comprising: a first glazing panel of plastic; a pair of inner and outer upstanding seam flanges on an end of the glazing panel and each of the pair being joined at its respective lower end to the first glazing panel; a first end on the first glazing panel; a second glazing panel of plastic; a first end on the second glazing panel; a pair of inner and outer upstanding seam flanges, each of the pair being joined at its respective lower end to the first end of the second glazing panel; a retention clip being disposed between adjacent first ends of the first and second glazing panels and being adjacent their respective inner upstanding seam flanges; a base on the retention clip for being secured to a support member for the glazing panels; a web portion on the clip extending upwardly from the clip base and extending between the adjacent first ends of the first and second glazing panels; a seam covering member covering a seam between adjacent inner seam flanges; characterized in that a portion on the retention clip extending transversely from the clip web and spaced upwardly of the clip base and engaging the respective inner seam flanges of the first and second glazing panels at locations lower than upper ends of the outer upstanding seam flanges for resisting uplift loads. a first glazing panel of plastic; a pair of inner and outer upstanding seam flanges on an end of the glazing panel and each of the pair being joined at its respective lower end to the first glazing panel; a first end on the first glazing panel; a second glazing panel of plastic; a first end on the second glazing panel; a pair of inner and outer upstanding seam flanges, each of the pair being joined at its respective lower end to the first end of the second glazing panel; a retention clip being disposed between adjacent first ends of the first and second glazing panels and being adjacent their respective inner upstanding seam flanges; a base on the retention clip for being secured to a support member for the glazing panels; a web portion on the clip extending upwardly from the clip base and extending between the adjacent first ends of the first and second glazing panels; a seam covering member covering a seam between adjacent inner seam flanges; characterized in that a portion on the retention clip extending transversely from the clip web and spaced upwardly of the clip base and engaging the respective inner seam flanges of the first and second glazing panels at locations lower than upper ends of the outer upstanding seam flanges for resisting uplift loads.
Process for manufacturing conductive lines in a multilayer circuit consisting of multiple carrier layers (1, 3), between which the conductive lines are located, in which process the carrier layers (1, 3) are joined together under pressure after the application of a conductive material forming the conductive lines, wherein, before the application of the conductive material, recesses are formed in the surface of a carrier layer in a way corresponding to the desired pattern of the conductive lines and these recesses are subsequently filled with the conductive material, characterized in that the carrier layers are low-sintering ceramic sheets (1, 3), to which, in the not yet sintered state, the conductive lines are applied by means of screen printing and which are subsequently joined together under pressure and sintered, wherein the conductive lines (2, 3) are circular in section and protrude beyond the surface of a carrier layer.
Auto-injector for administering a dose of a liquid medicament, comprising: - an elongate case arranged to be held by a user, - a tubular chassis telescopable in the case and biased against the case so as to protrude proximally from the case, - a syringe with a hollow injection needle, a drive spring and a plunger for forwarding load of the drive spring to a stopper of the syringe, - a trigger button distally arranged in or on the case, wherein the trigger button is initially coupled to the case in a manner to protrude distally from the case and interlocked to the chassis in a manner preventing the trigger button from disengaging the case and thus preventing depression of the trigger button in an initial position, wherein the case is arranged to translate in the proximal direction against the bias relative to the chassis thereby also translating the trigger button releasing the interlock to the chassis so as to allow depression of the trigger button, wherein a carrier subassembly is arranged comprising a tubular carrier slidably arranged relative to the chassis inside the case, the carrier adapted to contain the syringe with the hollow injection needle, wherein the syringe is lockable for joint axial translation with the carrier, characterized in that the carrier is furthermore adapted to contain the drive spring and the plunger, wherein the trigger button exhibits at least one proximal beam (13.1) arranged to be in a ramped engagement with the case in a manner to inwardly deflect the proximal beam (13.1) and decouple it from the case when the trigger button is forced in the proximal direction against the case, wherein in the initial position the proximal beam (13.1) inwardly abuts the carrier so as to prevent inward deflection, wherein the carrier is initially coupled to the chassis for joint axial translation by a detent mechanism, wherein the detent mechanism is arranged to decouple the chassis from the carrier upon depression of the trigger button thus allowing the carrier to move relative to the chassis, wherein a first window (7.11) in the carrier is arranged so as to allow inward deflection of the proximal beam (13.1) when the case is translated in the proximal direction from the initial position, wherein the proximal beam (13.1) is arranged to engage in the first window (7.11) on depression of the trigger button abutting the carrier so as to translate it in the proximal direction relative to the chassis, wherein the case is arranged to outwardly abut the proximal beam (13.1) engaged in the first window (7.11) preventing it from disengaging the carrier such that the trigger button locks in a more proximal position when depressed. - an elongate case arranged to be held by a user, - a tubular chassis telescopable in the case and biased against the case so as to protrude proximally from the case, - a syringe with a hollow injection needle, a drive spring and a plunger for forwarding load of the drive spring to a stopper of the syringe, - a trigger button distally arranged in or on the case,
Method for the automatic control of a thermal cycle of a weld joining strips, intended to control the welding of one end of a first strip to another end of a second strip by a joining machine of a treatment plant, characterised by: - a first exchange of at least one strip data item between a control device of said thermal cycle and a central automation system of said treatment plant; - a second exchange of at least one operating data item between said control device of said thermal cycle and said joining machine; - determination from said strip and operating data items of a thermal parameter of said weld for controlling the metallurgical structure of the weld; - a control of said welding dependent at least on said thermal parameter and a control of said metallurgical structure of said weld by computing and controlling said thermal parameter. - a first exchange of at least one strip data item between a control device of said thermal cycle and a central automation system of said treatment plant; - a second exchange of at least one operating data item between said control device of said thermal cycle and said joining machine; - determination from said strip and operating data items of a thermal parameter of said weld for controlling the metallurgical structure of the weld; - a control of said welding dependent at least on said thermal parameter and a control of said metallurgical structure of said weld by computing and controlling said thermal parameter.
A method performed by at least one apparatus (101, 101.1, 102, 103, 104), wherein the at least one apparatus (101, 101.1, 102, 103, 104) is part of or corresponds to at least one node (101, 102, 103, 104) of a peer-to-peer network comprising at least two nodes (101, 102, 103, 104), wherein a respective one of the nodes (101, 102, 103, 104) of the peer-to-peer network stores at least a portion of a distributed ledger; the method comprising: - receiving or causing of receiving a connection establishment message from at least one external apparatus or transmitting or causing of transmitting the connection establishment message to the at least one external apparatus; - obtaining or causing of obtaining a decentralized identifier representative of the external apparatus based on the connection establishment message; - obtaining or causing of obtaining at least one hash value generated based on at least part of the obtained decentralized identifier; - storing or causing of storing the at least one hash value in association with at least part of the decentralized identifier in a securitized portion of a memory of a distributed ledger system comprising the peer-to-peer network based on a consensus processing involving at least a subgroup of the nodes (101, 102, 103, 104) of the peer-to-peer network, wherein the decentralized identifier is associated with a decentralized identifier document, the method further comprising: - obtaining or causing of obtaining the at least one hash value based on at least one respective address of at least one corresponding service endpoint and/or based on at least one corresponding public key included in the decentralized identifier document. - receiving or causing of receiving a connection establishment message from at least one external apparatus or transmitting or causing of transmitting the connection establishment message to the at least one external apparatus; - obtaining or causing of obtaining a decentralized identifier representative of the external apparatus based on the connection establishment message; - obtaining or causing of obtaining at least one hash value generated based on at least part of the obtained decentralized identifier; - storing or causing of storing the at least one hash value in association with at least part of the decentralized identifier in a securitized portion of a memory of a distributed ledger system comprising the peer-to-peer network based on a consensus processing involving at least a subgroup of the nodes (101, 102, 103, 104) of the peer-to-peer network, wherein the decentralized identifier is associated with a decentralized identifier document, the method further comprising: - obtaining or causing of obtaining the at least one hash value based on at least one respective address of at least one corresponding service endpoint and/or based on at least one corresponding public key included in the decentralized identifier document.
An illumination system comprising: a remote solar redirector (110; 220, 225; 305) configured to extend outward and orthogonally from an exterior wall of a building, to receive sunlight directly from the sun, redirect the sunlight to at least first and second exterior sections of the exterior wall below the solar redirector (110; 220, 225; 305), wherein the first and second exterior sections comprise different stories of the building; and first and second optical converters (110; 215) configured to mount on the first and second exterior sections, respectively, and to receive the redirected sunlight and distribute the redirected sunlight to an interior of the building. a remote solar redirector (110; 220, 225; 305) configured to extend outward and orthogonally from an exterior wall of a building, to receive sunlight directly from the sun, redirect the sunlight to at least first and second exterior sections of the exterior wall below the solar redirector (110; 220, 225; 305), wherein the first and second exterior sections comprise different stories of the building; and first and second optical converters (110; 215) configured to mount on the first and second exterior sections, respectively, and to receive the redirected sunlight and distribute the redirected sunlight to an interior of the building.
Secondary-sided rectifier which is connected to an inductive n-phase energy transfer system, wherein n is greater equal to three and the energy transfer system comprises a resonant oscillating circuit with at least one inductance (Ls) in each case and at least one capacitance (Cs) in every line (W, V, U), and the secondary-sided resonant oscillating circuits can be magnetically coupled to primary-sided resonant oscillating circuits, wherein the secondary-sided resonant oscillating circuits are connected in star or polygon and are in connection with a rectifier via external conductors (L 1,...,L k,...., L N), characterized in that the rectifier comprises a series connection of precisely n diodes (D 1, D k,..., D N) having the same forward direction, wherein a smoothing capacitor (C gr) is connected in parallel to the series connection and the output voltage (U A) of the rectifier is applied to the connection points (A 1, A 2) of the smoothing capacitor (C gr), wherein the external conductor (L K) is connected with the anode of the diode (D K) for all k = 1 to N, wherein a first connection point (A 1) of the smoothing capacitor is in connection with the external conductor (L 1), which is directly connected with the anode of a first diode (D1 1) and the cathode of the N-th diode (D N) is in connection with another connection point (A 2) of the smoothing capacitor, wherein with the aid of a switching device, which is formed by a single switch element, all external conductors (L 1,..., L k,..., L N) can be selectively short-circuited with one another.
A laundry treatment apparatus comprising: a drawer; a cabinet that is configured to receive the drawer; a tub that is accommodated in the drawer and configured to store water; an introduction port that is located in an upper surface of the drawer; a drum that is located in the tub, that is configured to communicate with the introduction port, and that defines a laundry receiving space; a driving shaft that is located at a bottom surface of the drum; a driving unit that is configured to rotate the driving shaft; a controller that is configured to control the driving unit; and an attachment and detachment unit that is configured to fix the drawer to the cabinet in response to a control signal from the controller, characterized in that: the attachment and detachment unit is provided to fix each side surface of the drawer to a corresponding side surface of the cabinet. a drawer; a cabinet that is configured to receive the drawer; a tub that is accommodated in the drawer and configured to store water; an introduction port that is located in an upper surface of the drawer; a drum that is located in the tub, that is configured to communicate with the introduction port, and that defines a laundry receiving space; a driving shaft that is located at a bottom surface of the drum; a driving unit that is configured to rotate the driving shaft; a controller that is configured to control the driving unit; and an attachment and detachment unit that is configured to fix the drawer to the cabinet in response to a control signal from the controller, characterized in that: the attachment and detachment unit is provided to fix each side surface of the drawer to a corresponding side surface of the cabinet.
Radiating cable (100; 100a; 100b; 100c; 100d; 100e) for radiating electromagnetic energy, comprising an inner conductor, an outer conductor arranged radially outside of said inner conductor, and an isolation layer arranged radially between said inner conductor and said outer conductor, wherein said outer conductor comprises one or more first openings, wherein said inner conductor comprises a hollow waveguide, and wherein said inner conductor comprises one or more second openings.
A single-package high-field magnetoresistive angle sensor, comprising: at least one push-pull magnetoresistive bridge and a substrate, wherein the push-pull magnetoresistive bridge comprises 2 or 4 magnetoresistive bridge arms, each magnetoresistive bridge arm comprises a plurality of magnetoresistive sensor units internally connected to form a two-port structure, the magnetoresistive sensor units are of an MTJ or GMR type, the magnetoresistive sensor units are deposited on the substrate, and all the magnetoresistive bridge arms are electrically connected to form the bridge; each magnetoresistive sensor unit comprises at least one pinned layer, a ferromagnetic reference layer, a nonmagnetic spacer layer and a ferromagnetic free layer, the intensity of magnetization of the ferromagnetic reference layer of the magnetoresistive sensor unit located on at least one of the magnetoresistive bridge arms of any push-pull magnetoresistive bridge being opposite to the intensity of magnetization of the ferromagnetic reference layer of the rest of the magnetoresistive bridge arms; and one or more soft magnetic flux attenuators that cover the surface of all the magnetoresistive sensor units to attenuate the external magnetic field, and the angle sensor comprising a bond pad (24, 25) or a through-silicon-via for the connection of electronic elements, characterized in that the ferromagnetic free layer of each magnetoresistive sensor unit is circular and the or each soft magnetic flux attenuator is circular. at least one push-pull magnetoresistive bridge and a substrate, wherein the push-pull magnetoresistive bridge comprises 2 or 4 magnetoresistive bridge arms, each magnetoresistive bridge arm comprises a plurality of magnetoresistive sensor units internally connected to form a two-port structure, the magnetoresistive sensor units are of an MTJ or GMR type, the magnetoresistive sensor units are deposited on the substrate, and all the magnetoresistive bridge arms are electrically connected to form the bridge; each magnetoresistive sensor unit comprises at least one pinned layer, a ferromagnetic reference layer, a nonmagnetic spacer layer and a ferromagnetic free layer, the intensity of magnetization of the ferromagnetic reference layer of the magnetoresistive sensor unit located on at least one of the magnetoresistive bridge arms of any push-pull magnetoresistive bridge being opposite to the intensity of magnetization of the ferromagnetic reference layer of the rest of the magnetoresistive bridge arms; and one or more soft magnetic flux attenuators that cover the surface of all the magnetoresistive sensor units to attenuate the external magnetic field, and the angle sensor comprising a bond pad (24, 25) or a through-silicon-via for the connection of electronic elements, characterized in that the ferromagnetic free layer of each magnetoresistive sensor unit is circular and the or each soft magnetic flux attenuator is circular.
A composition, comprising: a first polycarbonate comprising dimethyl bisphenol cyclohexane carbonate repeat units and bisphenol-A repeat units, wherein the first polycarbonate has the structure wherein the dimethyl bisphenol cyclohexane carbonate repeat units are present in an amount of 10 wt.% to 50 wt.%, based on the total repeat units in the composition; a second polycarbonate comprising a polyphthalate carbonate copolymer having the structure and a third polycarbonate comprising a bisphenol-A polycarbonate homopolymer. a first polycarbonate comprising dimethyl bisphenol cyclohexane carbonate repeat units and bisphenol-A repeat units, wherein the first polycarbonate has the structure wherein the dimethyl bisphenol cyclohexane carbonate repeat units are present in an amount of 10 wt.% to 50 wt.%, based on the total repeat units in the composition; a second polycarbonate comprising a polyphthalate carbonate copolymer having the structure and a third polycarbonate comprising a bisphenol-A polycarbonate homopolymer.
A method comprising: receiving, at a computing device, identifier data, the identifier data being associated with reception of emissions from target devices at multiple first devices; wherein the first devices are arranged to: receive wireless energy at different locations in a region where multiple target devices may be emitting, and generate the identifier data; grouping together (100, 110), at the computing device, similar identifier data associated with received emissions at multiple first devices into a cluster record that potentially represents the same target device detected by multiple first devices; storing, at the computing device, data representing a plurality of cluster records from identifier data associated with received emissions made over time by multiple first devices; and analyzing, at the computing device, the cluster records over time to correlate detections of target devices across multiple first devices by designating one identifier data of each cluster record as being the representative identifier data for that cluster record, comparing the representative identifier data for multiple cluster records, and merging together identifier data for multiple cluster records whose representative identifier data are similar. receiving, at a computing device, identifier data, the identifier data being associated with reception of emissions from target devices at multiple first devices; wherein the first devices are arranged to: receive wireless energy at different locations in a region where multiple target devices may be emitting, and generate the identifier data; grouping together (100, 110), at the computing device, similar identifier data associated with received emissions at multiple first devices into a cluster record that potentially represents the same target device detected by multiple first devices; storing, at the computing device, data representing a plurality of cluster records from identifier data associated with received emissions made over time by multiple first devices; and analyzing, at the computing device, the cluster records over time to correlate detections of target devices across multiple first devices by designating one identifier data of each cluster record as being the representative identifier data for that cluster record, comparing the representative identifier data for multiple cluster records, and merging together identifier data for multiple cluster records whose representative identifier data are similar. designating one identifier data of each cluster record as being the representative identifier data for that cluster record, comparing the representative identifier data for multiple cluster records, and merging together identifier data for multiple cluster records whose representative identifier data are similar.
A composition comprising: a fluorinated thermosetting plastic comprising repeating divalent monomeric units derived from TFE, HFP and VDF and further comprising 0.1 to 1% by weight iodine endgroups, as determined by X-ray fluorescence, wherein the fluorinated thermosetting plastic is semi-crystalline and has an MFI greater than 5 g/10 min at 265°C and 5 kg and a storage modulus of at least 0.001 MPa and at most 2.5 MPa at 100°C as measured at a strain of 1% and a frequency of 1 Hz in accordance with ASTM 6204-07; and a curing agent. a fluorinated thermosetting plastic comprising repeating divalent monomeric units derived from TFE, HFP and VDF and further comprising 0.1 to 1% by weight iodine endgroups, as determined by X-ray fluorescence, wherein the fluorinated thermosetting plastic is semi-crystalline and has an MFI greater than 5 g/10 min at 265°C and 5 kg and a storage modulus of at least 0.001 MPa and at most 2.5 MPa at 100°C as measured at a strain of 1% and a frequency of 1 Hz in accordance with ASTM 6204-07; and a curing agent.