mhurhangee/ep-ind-claims huggingface dataset:
A sliding element component for sliding engagement with a rotatable component, the sliding element component being coupleable to a further sliding element component by an adhesive, the sliding element component comprising an engagement surface for engagement with a corresponding engagement surface on the further sliding element component, the engagement surface of the sliding element component comprising at least one recess for receiving an adhesive, characterized in that the adhesive has an elongation at break or elongation capacity of between about 100 percent and about 500 percent.
Lighting module with - an elongated housing module as a U-shaped or V-shaped profile that has a rear wall portion and side wall portions (12a, b) spaced by the rear wall portion as well as an open longitudinal portion formed between the side wall portions; - a LED-module with an elongated LED support and a multitude of LEDs electrically connected on the LED support and placed lengthwise on the LED support, wherein the LED module bears on the inner side of the rear wall portion of the housing module; - an optical element, inserted into the open longitudinal portion of the housing module, that is received at least partially by the housing module and that is placed between the side portions (12a, b), as well as a support element operatively connected with the optical element for supporting the optical element in the housing module with a predetermined relative positioning to the LED module, characterized in that the support element has an elongated plate-shaped configuration and is supported by one of the side portions of the housing module as well as a multitude of resiliently deflectable elements that are spaced in the longitudinal direction that respectively bear resiliently on the optical element for fixing the relative position of the optical element to the support element or to the housing module. - an elongated housing module as a U-shaped or V-shaped profile that has a rear wall portion and side wall portions (12a, b) spaced by the rear wall portion as well as an open longitudinal portion formed between the side wall portions; - a LED-module with an elongated LED support and a multitude of LEDs electrically connected on the LED support and placed lengthwise on the LED support, wherein the LED module bears on the inner side of the rear wall portion of the housing module; - an optical element, inserted into the open longitudinal portion of the housing module, that is received at least partially by the housing module and that is placed between the side portions (12a, b), as well as a support element operatively connected with the optical element for supporting the optical element in the housing module with a predetermined relative positioning to the LED module, characterized in that the support element has an elongated plate-shaped configuration and is supported by one of the side portions of the housing module as well as a multitude of resiliently deflectable elements that are spaced in the longitudinal direction that respectively bear resiliently on the optical element for fixing the relative position of the optical element to the support element or to the housing module.
DC-to-DC voltage converter for connecting HVDC grids having different voltages, said DC-to-DC voltage converter having a first partial converter and a second partial converter which are connected in series with one another to form a converter series circuit, wherein the converter series circuit extends between the DC voltage terminals (2, 3) of a DC voltage connection and the second partial converter extends between the DC voltage terminals (5, 6) of a second DC voltage connection, wherein the first partial converter and the second partial converter are connected to one another via power exchange means, with the result that the exchange of electric power between the first partial converter and the second partial converter via the power exchange means is made possible, characterized in that the first partial converter and/or the second partial converter are in each case self-commutated modular multilevel converters, which have converter arms having a series circuit composed of two-pole submodules, wherein each submodule (21, 22, 23) is equipped with at least one energy store and power semiconductor switches which can be switched on and off, wherein each submodule forms a full-bridge circuit, a double-module circuit and/or a half-bridge circuit.
A method comprising: providing a wafer of semiconductor devices grown on a growth substrate, wherein the wafer of semiconductor devices has a first surface and a second surface opposite the first surface, wherein the second surface is a surface of the growth substrate; bonding the first surface to a first wafer; and bonding the second surface to a second wafer, wherein the second wafer is configured to reduce warp in the wafer of semiconductor devices caused by bonding to the first wafer. providing a wafer of semiconductor devices grown on a growth substrate, wherein the wafer of semiconductor devices has a first surface and a second surface opposite the first surface, wherein the second surface is a surface of the growth substrate; bonding the first surface to a first wafer; and bonding the second surface to a second wafer, wherein the second wafer is configured to reduce warp in the wafer of semiconductor devices caused by bonding to the first wafer.
Electrical installation with maintenance of operation in the event of a fire, comprising at least one passage line, which can be led along an elongated hollow space, such as a tunnel or a building corridor, and which has, for the maintenance of operation in the event of a fire, a ribbon cable having a plurality of cores running in parallel alongside one another in a plane, wherein the ribbon cable is provided with a fire-resistant insulation, which keeps the cores at a distance even under the influence of fire, branch lines, which supply power to safety-relevant loads, such as lights or fans, arranged in distributed fashion along in the hollow space, wherein a plurality of branch apparatuses, which are apparatuses for the tapping, without stripping, of the cores of the ribbon cable, are connected to the passage line, wherein at least one branch line is connected in each case to said branch apparatuses and wherein at least one load is connected to the branch line, wherein the safety-relevant loads have a lower maintenance-of-operation period than the passage line, wherein the branch apparatuses are provided, for the maintenance of operation of the passage line in the event of a fire, with a thermally triggering isolating apparatus, which is configured to automatically isolate the electrical connection between the branch line and the passage line when the ambient temperature increases in the case of a predetermined value typical of fire, a so-called isolation temperature, in order to protect the passage line against a short circuit in a branch line in the event of a fire by virtue of a branch line being isolated automatically from the passage line, wherein the branch lines have a lower maintenance-of-operation period than the passage line, characterized in that the isolating apparatus is configured, after a thermally triggered isolation, to re-establish the electrical connection when the ambient temperature decreases to a value below the isolation temperature.
Method for assisting the lateral positioning of a vehicle, said method being implemented by a device, said device automatically driving said vehicle, capable of being driven by a driver, on a taxiway according to a reference path, said taxiway is delimited by two edges (202, 203), said method comprising the steps of: - detection of an upcoming division of the said taxiway into at least two new taxiways (209, 210); - determination of a widening zone of the taxiway; - determination, in the said enlargement zone, of the reference paths (212, 213) capable of reaching each new track (209, 210); - compute of a longitudinal distance by report to a beginning of said widening zone, said longitudinal distance is a function of the reference paths (212, 213) and the edges (202, 203); - determination of a first and a second sub-zone of said widening zone as a function of the reference paths (212, 213) and the edges (202, 203), the first sub-zone of said widening zone being comprised between the beginning of said widening zone and said longitudinal distance, the second sub-zone corresponding to a complement of said first sub-zone by report to the Enlargement zone; when the vehicle is in the first sub-zone, the method further comprises a step of selecting a first reference path, the determined reference paths (212, 213), the selection being made from information acquired by at least one sensor of said vehicle; when the vehicle is in the second sub-zone, the method further comprises a step of selecting a second reference path according to the determined reference paths (212, 213), the selection is made solely from at least one task on the steering wheel by the driver. - detection of an upcoming division of the said taxiway into at least two new taxiways (209, 210); - determination of a widening zone of the taxiway; - determination, in the said enlargement zone, of the reference paths (212, 213) capable of reaching each new track (209, 210); - compute of a longitudinal distance by report to a beginning of said widening zone, said longitudinal distance is a function of the reference paths (212, 213) and the edges (202, 203); - determination of a first and a second sub-zone of said widening zone as a function of the reference paths (212, 213) and the edges (202, 203), the first sub-zone of said widening zone being comprised between the beginning of said widening zone and said longitudinal distance, the second sub-zone corresponding to a complement of said first sub-zone by report to the Enlargement zone; when the vehicle is in the first sub-zone, the method further comprises a step of selecting a first reference path, the determined reference paths (212, 213), the selection being made from information acquired by at least one sensor of said vehicle; when the vehicle is in the second sub-zone, the method further comprises a step of selecting a second reference path according to the determined reference paths (212, 213), the selection is made solely from at least one task on the steering wheel by the driver.
A method for compressing a refrigerant in a rotary compressor comprising the steps of: providing a rotary compressor including a compressing element for compressing a refrigerant, and providing components configuring sliding portions, which are provided to the compressing element, wherein at least either one of the components configuring each sliding portion, at least at its sliding surface, is constructed of a non-metal, the method being characterized in that either one of a mixture of HFO-1234yf and R32, and a mixture of HFO-1234yf and R41 is used as the refrigerant. providing a rotary compressor including a compressing element for compressing a refrigerant, and providing components configuring sliding portions, which are provided to the compressing element, wherein at least either one of the components configuring each sliding portion, at least at its sliding surface, is constructed of a non-metal,
At least one machine-readable storage medium comprising instructions that when executed by a computing-system, cause the computing-system to: generate a hash value of an operating system system management mode driver; generate a signed system management mode information element via the OS SMM driver, the signed SMM information element to include an indication of an SMM invoker, an indication of the hash value of the OS SMM driver to authorize the OS SMM driver to invoke one or more operations in an SMM, and a signature to authenticate the SMM invoker; store the signed SMM information element to a location in a computer-readable storage; and generate an instruction pointer information element, the IP information element to include an indication of an address of the location in the computer-readable storage. generate a hash value of an operating system system management mode driver; generate a signed system management mode information element via the OS SMM driver, the signed SMM information element to include an indication of an SMM invoker, an indication of the hash value of the OS SMM driver to authorize the OS SMM driver to invoke one or more operations in an SMM, and a signature to authenticate the SMM invoker; store the signed SMM information element to a location in a computer-readable storage; and generate an instruction pointer information element, the IP information element to include an indication of an address of the location in the computer-readable storage.
Lid assembly for a container, comprising: - an interior lid compartment; - a reactive substance contained in the interior lid compartment and configured to undergo a change in at least one of its physical properties in response to a change of an environment condition at the interior lid compartment; characterized in that when the lid assembly is engaged to the container said change in at least one of the physical properties of the reactive substance turns said lid assembly from a first operative condition wherein said lid assembly can be disengaged from the container to a second operative condition wherein at least one portion of said lid assembly is prevented from disengaging from the container. - an interior lid compartment; - a reactive substance contained in the interior lid compartment and configured to undergo a change in at least one of its physical properties in response to a change of an environment condition at the interior lid compartment;
Optical protection switching apparatus (10, 100, 130, 140, 150, 170) for a single fibre bidirectional wavelength division multiplexing, WDM, optical ring, the apparatus comprising: first (12, 102) and second (14, 104) ports for coupling to respective first and second adjacent portions of a single fibre bidirectional WDM optical ring; an optical splitter (16, 106) comprising an input configured to receive a WDM aggregate optical signal, a first output coupled to the first port and a second output coupled to the second port; an optical switch (18, 108) coupled between the second output and the second port; optical routing apparatus (112, 152) configured to deliver an out-of-band probe optical signal to the first port; and optical detection apparatus (114, 154, 156) configured to detect a said out-of-band probe optical signal received at the second port, and processing circuitry (24, 118, 132) configured to receive from the optical detection apparatus (114, 154, 156) at least one of an indication of transmission continuity in the optical ring and an indication of transmission discontinuity in the optical ring, and configured to generate a switch control signal (20, 124) comprising instructions to cause the optical switch to be open when a said out-of-band probe signal is detected at the optical detection apparatus and comprising instructions to cause the optical switch to be closed when a said out-of-band probe signal is not detected at the optical detection apparatus. first (12, 102) and second (14, 104) ports for coupling to respective first and second adjacent portions of a single fibre bidirectional WDM optical ring; an optical splitter (16, 106) comprising an input configured to receive a WDM aggregate optical signal, a first output coupled to the first port and a second output coupled to the second port; an optical switch (18, 108) coupled between the second output and the second port; optical routing apparatus (112, 152) configured to deliver an out-of-band probe optical signal to the first port; and optical detection apparatus (114, 154, 156) configured to detect a said out-of-band probe optical signal received at the second port, and processing circuitry (24, 118, 132) configured to receive from the optical detection apparatus (114, 154, 156) at least one of an indication of transmission continuity in the optical ring and an indication of transmission discontinuity in the optical ring, and configured to generate a switch control signal (20, 124) comprising instructions to cause the optical switch to be open when a said out-of-band probe signal is detected at the optical detection apparatus and comprising instructions to cause the optical switch to be closed when a said out-of-band probe signal is not detected at the optical detection apparatus.
An electrostatic encoder including a disk-shaped stator and a disk-shaped rotor, whereby the electrostatic encoder uses a capacitance defined by electrodes (124a-124h, 125a-125h, 127a-127h) arranged on mutually opposed surfaces of the disk-shaped rotor and the disk-shaped stator to measure a displacement of the disk-shaped rotor in a circumferential direction, wherein the electrodes include: a plurality of relay electrodes (127a-127h) arranged on the rotor; and a plurality of transmission electrodes (125a-125h) and detection electrodes (124a-124h) arranged on the stator wherein the plurality of relay electrodes (127a-127h) are arranged on each of an outer layer and an inner layer that are formed circumferentially on the rotor at regular circumferential intervals; the plurality of transmission electrodes (125a-125h) and detection electrodes (124a-124h) are arranged on each of an outer layer and an inner layer that are formed circumferentially on the stator at regular circumferential intervals; and the plurality of transmission electrodes (125a-125h) and detection electrodes (124a-124h) are arranged circumferentially and alternately; and wherein when a high-frequency signal and an inverted high-frequency signal which is an inverted signal of the high-frequency signal are applied alternately in a circumferential direction to the plurality of transmission electrodes (125a-125h), detection signals are detected having a mutual phase difference of 90 degrees between ones of the detection electrodes (124a-124d) on the outer layers and ones of the detection electrodes (124e-124h) on the inner layers. a plurality of relay electrodes (127a-127h) arranged on the rotor; and a plurality of transmission electrodes (125a-125h) and detection electrodes (124a-124h) arranged on the stator wherein the plurality of relay electrodes (127a-127h) are arranged on each of an outer layer and an inner layer that are formed circumferentially on the rotor at regular circumferential intervals; the plurality of transmission electrodes (125a-125h) and detection electrodes (124a-124h) are arranged on each of an outer layer and an inner layer that are formed circumferentially on the stator at regular circumferential intervals; and the plurality of transmission electrodes (125a-125h) and detection electrodes (124a-124h) are arranged circumferentially and alternately; and wherein when a high-frequency signal and an inverted high-frequency signal which is an inverted signal of the high-frequency signal are applied alternately in a circumferential direction to the plurality of transmission electrodes (125a-125h), detection signals are detected having a mutual phase difference of 90 degrees between ones of the detection electrodes (124a-124d) on the outer layers and ones of the detection electrodes (124e-124h) on the inner layers.
An aircraft passenger seat device comprising an aircraft seat row, comprising a mounting unit, at least three neighboring seat areas (22, 24, 26), wherein in the two outer seat areas (22, 26) an aircraft seat with a seat bottom (32, 34) and a backrest (40, 42) is mounted to the mounting unit, and wherein in the middle seat area a backrest base body is mounted to the mounting unit, wherein in at least one operating state a detachable center console is detachably mounted to the mounting unit in the middle seat area forming a separation between the two outer seats (22, 24) and wherein the backrest base body has at least one functional element (60, 62, 64) on its rear side provided for the use by a passenger sitting behind, wherein the detachable center console comprises a connecting unit by which the detachable center console is connected directly to supporting tubes (18, 20) of the mounting unit ant the connection unit comprises an impact safety device, which is provided to decouple the detachable center console in an event of a crash, so the detachable center console can move forward by a distance X of at least 25,4 mm (1 inch).
Electrical three-phase power connector, comprising a plug and a socket, each comprising, respectively, a housing (13, 11) and three electrically conductive contacts (9, 7) that are at least partially housed inside the housing (13, 11) and which each correspond to one electrical phase of the electric current transmitted by the connector, wherein each of the three electrically conductive contacts (9, 7) is at least partially surrounded by an electrically insulating sheath characterized in that the sheaths (57, 59; 31) of each contact (9, 7) are arranged so that, when the plug and the socket are connected, the sheaths (57, 59; 31) surrounding the contacts (9, 7) of one and the same phase each form a closed chamber that electrically insulates the contacts (9, 7) of this phase.
Device for mounting a line pipe in a rotor shaft, designed to be partially hollow, of a wind turbine, wherein the line pipe is designed to route lines for different media from a fixed machine house of the wind turbine in the direction of a rotor hub connected to the rotor shaft, characterized in that the device has a plurality of eccentric fixing elements, wherein the line pipe is oriented concentrically by rotating the eccentric fixing elements.
An extrusion blow molded article comprising at least one polyester which comprises: (a) a dicarboxylic acid component comprising: (i) about 90 to about 100 mole % of terephthalic acid residues; (ii) about 0 to about 10 mole % of aromatic and/or aliphatic dicarboxylic acid residues having up to 20 carbon atoms; and (b) a glycol component consisting essentially of: (i) about 42 to about 60 mole % ethylene glycol residues; and (ii) about 40 to about 58 mole % residues of 1,4-cyclohexanedimethanol; and (iii) about 2 mole % or less of diethylene glycol residues; (c) at least one branching agent in the amount of 0.01 to 1.0 mole %; wherein the total mole % of the dicarboxylic acid component is 100 mole %, and wherein the total mole % of the glycol component is 100 mole %; wherein the inherent viscosity of the polyester is from 0.50 to 1.0 dUg as determined in 60/40 (wt/wt) phenol/ tetrachloroethane at a concentration of 0.25 g/50 ml at 25°C; and wherein the article has a haze value of less than 3%, as measured by ASTM D1003, Method A and a crystallization half-time from 5 minutes to 500 minutes. (a) a dicarboxylic acid component comprising: (i) about 90 to about 100 mole % of terephthalic acid residues; (ii) about 0 to about 10 mole % of aromatic and/or aliphatic dicarboxylic acid residues having up to 20 carbon atoms; and (i) about 90 to about 100 mole % of terephthalic acid residues; (ii) about 0 to about 10 mole % of aromatic and/or aliphatic dicarboxylic acid residues having up to 20 carbon atoms; and (b) a glycol component consisting essentially of: (i) about 42 to about 60 mole % ethylene glycol residues; and (ii) about 40 to about 58 mole % residues of 1,4-cyclohexanedimethanol; and (iii) about 2 mole % or less of diethylene glycol residues; (i) about 42 to about 60 mole % ethylene glycol residues; and (ii) about 40 to about 58 mole % residues of 1,4-cyclohexanedimethanol; and (iii) about 2 mole % or less of diethylene glycol residues; (c) at least one branching agent in the amount of 0.01 to 1.0 mole %;
A method of producing a cellulose-fiber flat structure, the method comprising obtaining a cellulose-fiber flat structure by filtering a fine cellulose-fiber dispersion containing fine cellulose fibers having an average fiber diameter of 4 to 100 nm, using a filter material having a water permeability of not more than 100 ml/m 2 ·s and an initial tensile modulus of 20 MPa to 500 MPa, or - if using a filter material made of paper - an initial tensile modulus of 1,000 MPa to 6,000 MPa.