mhurhangee/ep-ind-claims huggingface dataset:
An article of footwear having an upper and a sole structure secured to the upper, the sole structure comprising: a chamber for receiving a pressurized fluid, the chamber having a first chamber barrier layer and a second chamber barrier layer bonded to the first chamber barrier layer about peripheral portions of the first chamber barrier layer and the second chamber barrier layer to define an interior void between the first chamber barrier layer and the second chamber barrier layer; and a tensile member extending between the first chamber barrier layer and the second chamber barrier layer, the tensile member including a first tensile member layer bonded to the first chamber barrier layer, a second tensile member layer bonded to the second chamber barrier layer, and a plurality of tethers connecting the first tensile member layer to the second tensile member layer; characterized in that the second tensile member layer includes a first section and a second section separate from the first section; and wherein a portion of the second chamber barrier layer extends toward the first tensile member layer between the first section and the second section of the second tensile member layer, the portion of the second chamber barrier layer that extends toward the first tensile member layer being joined to the first tensile member layer. a chamber for receiving a pressurized fluid, the chamber having a first chamber barrier layer and a second chamber barrier layer bonded to the first chamber barrier layer about peripheral portions of the first chamber barrier layer and the second chamber barrier layer to define an interior void between the first chamber barrier layer and the second chamber barrier layer; and a tensile member extending between the first chamber barrier layer and the second chamber barrier layer, the tensile member including a first tensile member layer bonded to the first chamber barrier layer, a second tensile member layer bonded to the second chamber barrier layer, and a plurality of tethers connecting the first tensile member layer to the second tensile member layer; characterized in that the second tensile member layer includes a first section and a second section separate from the first section; and wherein a portion of the second chamber barrier layer extends toward the first tensile member layer between the first section and the second section of the second tensile member layer, the portion of the second chamber barrier layer that extends toward the first tensile member layer being joined to the first tensile member layer.
A fishing line reel provided with a fishing signal device, comprising a fishing line reel body, a winding reel, a transmission gear and a rotor; wherein said fishing line reel body comprises a fishing rod mounting base part, a frame part and a cover body part; wherein said fishing signal device comprises: an electric control part, an alarm switch part and an alarm initiation part, and said alarm initiation part comprises: a mute ring lining and a mute ring, featuring that, the said alarm initiation part further comprises: a reaction bird piece, a bird piece reset seat and a reset seat spring, wherein said reaction bird piece is a long body, comprising a mounting hole, a limiting hole, a mute ring clamping protrusion and a spring catch, said mounting hole is a waist-type hole, located in the middle of said reaction bird piece; said mute ring clamping protrusion and spring catch are respectively located at both ends of the reaction bird piece; said limiting hole is a waist-type hole, located between said mounting hole and the said spring catch, said reaction bird piece, mounting hole, limiting hole, mute ring clamping protrusion and spring catch are made into one piece by molding; wherein one side of said bird piece reset seat is a reset seat arc-shaped groove, while the other side is opened with a spring emplacement hole, and the side where the said bird piece reset seat is connected with said reaction bird piece is arranged with a spacing clip; said reset seat spring is a compression spring, one end of said reset seat spring is inserted in said spring emplacement hole, while the other end of said reset seat spring protruding from said spring emplacement hole is connected with said spring catch, said alarm switch part comprises: an alarm switch dial ring, an alarm switch tension spring and an alarm switch copper sheet part, wherein said alarm switch dial ring comprises a ring holding part and a ring dialing part, said ring holding part is connected with said mute ring lining, and said ring dialing part is connected with said alarm switch copper sheet part flexibly; said alarm switch tension spring is an extension spring, one end of said alarm switch tension spring is connected with said ring dialing part, while the other end is connected with the said fishing line reel body; and said alarm switch copper sheet part is a combination of two copper sheets, assembled to said fishing line reel body, one end of the said alarm switch copper sheet part is connected with the ring dialing part of said alarm switch dial ring flexibly, and the other end is connected with the said electric control part.
Improved switching or contactor device with high arc extinguishing capabilities, in particular for industrial and railways applications wherein a high current must be switched on and off, said switching or contactor device comprising in a casing: - a switch base portion including electrical switching means of a low voltage driving portion active on moving contacts (21, 22); - a high voltage portion including said moving contacts (21, 22) driven towards and away from each other with respect to a mutual contact position, said moving contacts (21, 22) being mounted at respective contact ends of a toggle mechanism which is movable by a low voltage driving portion, and - a top arc chute extinguishing portion covering said high voltage portion, characterized by comprising: hardware means provided in the proximity of said moving contacts (21, 22) to influence an electric arc occurring when currents are switched on and off by the moving contacts (21, 22) moving towards and away from each other, wherein respective arc runners (23, 24) are provided over each corresponding moving contact (21, 22) in their open or rest position and said hardware means are magnetic elements (41, 42) positioned at both sides of each arc runner (23, 24), and the magnetic elements (41, 42) are positioned at each lateral side of each moving contact (21, 22). - a switch base portion including electrical switching means of a low voltage driving portion active on moving contacts (21, 22); - a high voltage portion including said moving contacts (21, 22) driven towards and away from each other with respect to a mutual contact position, said moving contacts (21, 22) being mounted at respective contact ends of a toggle mechanism which is movable by a low voltage driving portion, and - a top arc chute extinguishing portion covering said high voltage portion, hardware means provided in the proximity of said moving contacts (21, 22) to influence an electric arc occurring when currents are switched on and off by the moving contacts (21, 22) moving towards and away from each other, wherein respective arc runners (23, 24) are provided over each corresponding moving contact (21, 22) in their open or rest position and said hardware means are magnetic elements (41, 42) positioned at both sides of each arc runner (23, 24), and the magnetic elements (41, 42) are positioned at each lateral side of each moving contact (21, 22).
A method of detecting, assessing and influencing heating energy output distributions within a building envelope using a plurality of networked measuring units, in particular electronic heat cost allocators having a first temperature sensor for detecting the temperature of an associated heating surface and a second temperature sensor for detecting the air temperature of the room in which the heating surface is located, comprising the following steps: - determining energy output equivalents by means of the measuring units; - calculating effective radiator temperatures (THeff) and effective ambient temperatures (TLeff) from the temperature values measured by the respective temperature sensors of the measuring units; - transmitting the energy output equivalents and the effective radiator temperatures (THeff) and the effective ambient temperatures (TLeff) from the measuring units to an evaluation means on a configurable time scale; - calculating specific energy output distributions at the measuring points on the basis of the energy output equivalents and the effective radiator temperatures (THeff) and the effective ambient temperatures, each weighted in relation to an external temperature contrast; - assessing the energy output distributions as a function of the effective ambient temperature (TLeff); and - selecting measures from a catalogue of measures as a function of the assessment. - determining energy output equivalents by means of the measuring units; - calculating effective radiator temperatures (THeff) and effective ambient temperatures (TLeff) from the temperature values measured by the respective temperature sensors of the measuring units; - transmitting the energy output equivalents and the effective radiator temperatures (THeff) and the effective ambient temperatures (TLeff) from the measuring units to an evaluation means on a configurable time scale; - calculating specific energy output distributions at the measuring points on the basis of the energy output equivalents and the effective radiator temperatures (THeff) and the effective ambient temperatures, each weighted in relation to an external temperature contrast; - assessing the energy output distributions as a function of the effective ambient temperature (TLeff); and - selecting measures from a catalogue of measures as a function of the assessment.
A platform (1, 2) comprising a plate disposed between a first side part and a second side part, the plate comprising a first end portion and a second end portion, the first side part being disposed on the first end portion, the second side part being disposed on the second end portion, the two side parts (4, 5) being provided with two parallel posts connected to each other by at least one step, the two side parts (4, 5) being hinged to the plate between an unfolded position, in which the side parts (4, 5) rest on the ground, and a folded position in which the platform (1, 2) is in compact configuration, the first end portion comprising an assembly means provided with a hooking means capable of fitting onto the second side part of a second identical platform (1, 2), the platform (1, 2) being characterised in that the assembly means is slidably movable longitudinally relative to the plate, so as to transition between a retracted position and an extended position, the assembly means being, in the retracted position, located between the first end portion and the second end portion, the assembly means being, in the extended position, protruding from the first end portion, the assembly means comprising a body and two wings extending on either side of the body, each of the wings being fitted with a hooking means, the assembly means comprising a fastening means allowing movement of the assembly means to be blocked relative to the plate, the fastening means comprising a screw, a nut with a knob engaged on the screw, the screw being integral with a housing provided with a thread, the housing being arranged between an upper face and a lower face of the plate.
A method comprising: receiving, at an electronic transmitter, for communication to an electronic receiver, a first data value corresponding to one of a plurality of predetermined data values; identifying, from a matrix of data bits in the form of a 2 N x 2 N Hadamard matrix whose rows have been randomly or pseudo-randomly shuffled, a column of data bits that is associated with the first data value; and transmitting to the electronic receiver, in place of the first data value, the identified column of data bits. receiving, at an electronic transmitter, for communication to an electronic receiver, a first data value corresponding to one of a plurality of predetermined data values; identifying, from a matrix of data bits in the form of a 2 N x 2 N Hadamard matrix whose rows have been randomly or pseudo-randomly shuffled, a column of data bits that is associated with the first data value; and transmitting to the electronic receiver, in place of the first data value, the identified column of data bits.
A circuit arrangement comprising: an NFC antenna (10, L R); an NFC circuit connected to the NFC antenna (10, L R), the NFC circuit including a supply circuit (11; 110, 111, 112) configured to generate a DC supply voltage (V DC) for the NFC circuit; and a supplemental supply circuit connected to the NFC antenna, the supplemental circuit comprising: a rectifier circuit configured to receive an antenna voltage (V ANT) from the NFC antenna; a filter coupled to an output of the rectifier circuit and configured to provide the rectified and smoothed antenna voltage as supply voltage (Vs); a current limiting device coupled between the filter and an output node and configured to limit an output current (i L) provided at the output node dependent on a control signal (V G); and a control circuit configured to receive the supply voltage (Vs) and a reference voltage (V REF) and to generate the control signal (V G) dependent on a difference (V REF -V S) between the reference voltage (V REF) and the supply voltage (Vs). an NFC antenna (10, L R); an NFC circuit connected to the NFC antenna (10, L R), the NFC circuit including a supply circuit (11; 110, 111, 112) configured to generate a DC supply voltage (V DC) for the NFC circuit; and a supplemental supply circuit connected to the NFC antenna, the supplemental circuit comprising: a rectifier circuit configured to receive an antenna voltage (V ANT) from the NFC antenna; a filter coupled to an output of the rectifier circuit and configured to provide the rectified and smoothed antenna voltage as supply voltage (Vs); a current limiting device coupled between the filter and an output node and configured to limit an output current (i L) provided at the output node dependent on a control signal (V G); and a control circuit configured to receive the supply voltage (Vs) and a reference voltage (V REF) and to generate the control signal (V G) dependent on a difference (V REF -V S) between the reference voltage (V REF) and the supply voltage (Vs). a rectifier circuit configured to receive an antenna voltage (V ANT) from the NFC antenna; a filter coupled to an output of the rectifier circuit and configured to provide the rectified and smoothed antenna voltage as supply voltage (Vs); a current limiting device coupled between the filter and an output node and configured to limit an output current (i L) provided at the output node dependent on a control signal (V G); and a control circuit configured to receive the supply voltage (Vs) and a reference voltage (V REF) and to generate the control signal (V G) dependent on a difference (V REF -V S) between the reference voltage (V REF) and the supply voltage (Vs).
Profile system for lift-and-slide doors or sliding doors, at least comprising - a fixed leaf profile (20; 20') for forming a fixed leaf of a lift-and-slide door, and - a frame profile (10; 10') for forming frames and/or sills on the lift-and-slide door, wherein, as viewed in cross section, the frame profile (10; 10') is wider than the fixed leaf profile (20; 20'); - wherein the frame profile (10; 10') has a stair-shaped configuration with a main profile region (11; 11') which, on its upper side, has at least one receiving groove for guide rails (40, 42) and/or closing means for a sliding leaf, and with a laterally adjoining secondary profile region which has a profile height which is reduced with respect to the main profile region (11; 11') and - the fixed leaf profile (20; 20') has, on its upper side, a glass rebate region which is formed between a stop web and a glazing bar groove, and has, on the underside facing away therefrom, a coupling zone which is delimited laterally by an overlap which adjoins the fixed leaf profile (20; 20') below the stop web; and - the fixed leaf profile (20; 20') can be placed by its coupling zone onto the secondary profile region of the frame profile (10; 10'), characterized by - an additional frame profile which can be placed onto the glass rebate region of the fixed leaf profile (20; 20') and can be connected to the fixed leaf profile (20; 20') at the glazing bar groove. - a fixed leaf profile (20; 20') for forming a fixed leaf of a lift-and-slide door, and - a frame profile (10; 10') for forming frames and/or sills on the lift-and-slide door, wherein, as viewed in cross section, the frame profile (10; 10') is wider than the fixed leaf profile (20; 20'); - wherein the frame profile (10; 10') has a stair-shaped configuration with a main profile region (11; 11') which, on its upper side, has at least one receiving groove for guide rails (40, 42) and/or closing means for a sliding leaf, and with a laterally adjoining secondary profile region which has a profile height which is reduced with respect to the main profile region (11; 11') and - the fixed leaf profile (20; 20') has, on its upper side, a glass rebate region which is formed between a stop web and a glazing bar groove, and has, on the underside facing away therefrom, a coupling zone which is delimited laterally by an overlap which adjoins the fixed leaf profile (20; 20') below the stop web; and - the fixed leaf profile (20; 20') can be placed by its coupling zone onto the secondary profile region of the frame profile (10; 10'), characterized by - an additional frame profile which can be placed onto the glass rebate region of the fixed leaf profile (20; 20') and can be connected to the fixed leaf profile (20; 20') at the glazing bar groove.
Method for assigning ports (L1, L2, L3) of a cell of a radio access network to user equipments (UE1, UE2) being attached to the cell, wherein one or more ports (L1, L2, L3) to be assigned to a user equipment (UE1, UE2) are selected based on a traffic situation in said cell characterized in that user equipments (UE1, UE2) of a first type capable of performing measurements to be used for port selection and of a second type not capable of performing such measurements are present in the cell, and wherein the traffic situation is determined based on measurements, said measurements being performed by a node (BS1, 51) of the radio access network or by one or more user equipments (UE1, UE2) of the first type and reported to the radio access network by the one or more user equipments (UE1, UE2), and wherein the method comprising determining evaluation rules, particularly one or more threshold values, for said measurements, and selecting one or more ports (L1, L2, L3) to be assigned to the user equipment (UE1, UE2) depending on whether said evaluation rules are met, particularly on whether said one or more thresholds are exceeded or underrun.
Wind turbine blade comprising at least two sections, each provided with a casing, in which the sections are assembled by means of a pair of assembly devices comprising at least one tie (3, 30) comprising a first part (3a, 30a) and a second part (3b, 30b), the first part being a part for assembly with a casing of a first section and the second part being a part for mounting with a complementary tie borne by the casing of a second section, characterized in that the first part comprises at least one shear composite/metal connection provided with a fitting element which is continuous over at least one face of the casing and on which one end of the said face of the casing is received, the first part being provided with fixing pins traversing the fitting and the end of the face, the composite/metal connection being an at least double shear connection and additionally being provided with a counter-fitting element, the end of the said face of the casing being received between the fitting and the counter-fitting, the fixing pins traversing the fitting, the end of the face and the counter-fitting, the connection additionally being provided with means (7, 8, 9, 10, 11) for attaching the counter-fitting to the fitting.
A method of selecting an individual diagnosed with or suspected of having cancer who will benefit from treatment with a telomerase inhibitor, the method comprising: a. determining relative telomere length by analyzing the relative length of telomeric nucleic acids in cancer cells present in a biological sample from the individual; and b. selecting an individual who will benefit from treatment with a telomerase inhibitor when the average relative telomere length in the cancer cells present in the biological sample from the individual is determined to be in the 50th percentile or less of a relative telomere length range determined from one or more known standards; wherein the cancer is a solid tumor, and wherein: the one or more known standards is a telomere length range established from a plurality of naturally occurring tumors from a plurality of individuals wherein cancer cells from the plurality of naturally occurring tumors are of the same type as the cancer cells present in the biological sample from the individual diagnosed with the cancer; or the one or more known standards are characterized cell lines. a. determining relative telomere length by analyzing the relative length of telomeric nucleic acids in cancer cells present in a biological sample from the individual; and b. selecting an individual who will benefit from treatment with a telomerase inhibitor when the average relative telomere length in the cancer cells present in the biological sample from the individual is determined to be in the 50th percentile or less of a relative telomere length range determined from one or more known standards; the one or more known standards is a telomere length range established from a plurality of naturally occurring tumors from a plurality of individuals wherein cancer cells from the plurality of naturally occurring tumors are of the same type as the cancer cells present in the biological sample from the individual diagnosed with the cancer; or the one or more known standards are characterized cell lines.