mhurhangee/ep-ind-claims huggingface dataset:
A method for forming a plurality of photonic heterogeneous devices comprising: forming a plurality of silicon device components on a silicon semiconductor layer of a silicon wafer substrate (300, 402, 602) for each of the plurality of heterogeneous devices (361, 362, 363, 610, 620, 630); for each of the plurality of heterogeneous devices (361, 362, 363, 610, 620, 630), forming a plurality of non-silicon device component layers (411, 412, 413, 414, 421, 422, 423, 424, 431, 432, 433, 434) from a plurality of non-silicon semiconductor wafers (201, 202, 203, 204, 205), each of the non-silicon semiconductor wafers (201, 202,203, 204, 205) comprising a different non-silicon material; for each of the plurality of heterogeneous devices (361, 362, 363, 610, 620, 630), bonding each of the non-silicon semiconductor device component layers (411, 412, 413, 414, 421, 422, 423, 424, 431, 432, 433, 434) from the plurality of non-silicon semiconductor wafers (201, 202,203, 204, 205) to the respective silicon device component of the silicon wafer substrate; and performing at least one same processing operation to process all of the plurality of bonded non-silicon semiconductor photonic component layers (411, 412, 413, 414, 421, 422, 423, 424, 431, 432, 433, 434) to form a plurality of heterogeneous devices (361, 362, 363, 610, 620, 630). forming a plurality of silicon device components on a silicon semiconductor layer of a silicon wafer substrate (300, 402, 602) for each of the plurality of heterogeneous devices (361, 362, 363, 610, 620, 630); for each of the plurality of heterogeneous devices (361, 362, 363, 610, 620, 630), forming a plurality of non-silicon device component layers (411, 412, 413, 414, 421, 422, 423, 424, 431, 432, 433, 434) from a plurality of non-silicon semiconductor wafers (201, 202, 203, 204, 205), each of the non-silicon semiconductor wafers (201, 202,203, 204, 205) comprising a different non-silicon material; for each of the plurality of heterogeneous devices (361, 362, 363, 610, 620, 630), bonding each of the non-silicon semiconductor device component layers (411, 412, 413, 414, 421, 422, 423, 424, 431, 432, 433, 434) from the plurality of non-silicon semiconductor wafers (201, 202,203, 204, 205) to the respective silicon device component of the silicon wafer substrate; and performing at least one same processing operation to process all of the plurality of bonded non-silicon semiconductor photonic component layers (411, 412, 413, 414, 421, 422, 423, 424, 431, 432, 433, 434) to form a plurality of heterogeneous devices (361, 362, 363, 610, 620, 630).
A method of collecting data using a robot data collection system, the method comprising: collecting data on a landing of a building using a sensor system of a robot; transmitting the data to a conveyance system of the building, wherein the conveyance system is an elevator system comprising an elevator car; and adjusting operation of the elevator system in response to the data; characterized in that the method further comprises: detecting a number of individuals approaching an elevator lobby using at least one of a people detection system of the sensor system and a people counter device of the building; determining that a crowd has formed when the number of individuals is greater than or equal to a selected crowd size; and transmitting an elevator call to a dispatcher of the elevator system in response to the number of individuals. collecting data on a landing of a building using a sensor system of a robot; transmitting the data to a conveyance system of the building, wherein the conveyance system is an elevator system comprising an elevator car; and adjusting operation of the elevator system in response to the data; characterized in that the method further comprises: detecting a number of individuals approaching an elevator lobby using at least one of a people detection system of the sensor system and a people counter device of the building; determining that a crowd has formed when the number of individuals is greater than or equal to a selected crowd size; and transmitting an elevator call to a dispatcher of the elevator system in response to the number of individuals. detecting a number of individuals approaching an elevator lobby using at least one of a people detection system of the sensor system and a people counter device of the building; determining that a crowd has formed when the number of individuals is greater than or equal to a selected crowd size; and transmitting an elevator call to a dispatcher of the elevator system in response to the number of individuals.
Beacon in a superframe for a star network comprising at least one gateway and at least one sensor node (SN1, SN2, SN3), wherein the beacon comprises a flag field for receiving control information for the beacon for flagging a production mode or configuration mode or discovery mode of the gateway, characterised in that the beacon furthermore comprises a field, which contains information about the number of base time slots in the superframe in production mode.
Payment terminal possessing a first configuration in which it comprises a payment device paired with a communications terminal by a first modular interface, said first modular interface comprising a case-forming support defining a housing for the communications terminal and cooperating, by hinging, with a lid making it possible to permit, in an open position, or to prohibit, in a closed position, the insertion or the removal of the communications terminal into or from its housing, and comprising means for detachably attaching the support to a pairing face of the payment device.
Assembly for fastening a bodywork part to a body part of a vehicle, comprising: - an intermediate support for receiving the body part, - a connecting device on which the intermediate support is fixed, this connecting device comprising a first connecting zone receiving fixing means fixing the connecting device to the intermediate support, a second connecting zone receiving fixing means for fixing the connecting device to the body element of the vehicle, a fuse intended to break the connecting device according to a breaking zone defined by the fuse, separating the first zone from the connecting device 2), under the effect of a force applied by the intermediate support to the first zone, the device comprising a contact surface against which the intermediate support bears, perpendicular to a first direction, the contact surface extending at least outside the first zone, the contact surface preventing the connection device from breaking when a force is applied by the intermediate support in the first direction and a first primary direction of said first direction directed from the intermediate support towards the connection device, characterized in that the fixing device comprises a shim supporting the intermediate support in a first secondary direction of a second direction different from the first direction, this shim being outside the breaking zone and blocking the movement of the intermediate support relative to the device in the first secondary direction of the second direction, in order to prevent the breaking of the connecting device when the force applied by the intermediate support to the fixing device is in the first secondary direction the second direction. - an intermediate support for receiving the body part, - a connecting device on which the intermediate support is fixed, this connecting device comprising a first connecting zone receiving fixing means fixing the connecting device to the intermediate support, a second connecting zone receiving fixing means for fixing the connecting device to the body element of the vehicle, a fuse intended to break the connecting device according to a breaking zone defined by the fuse, separating the first zone from the connecting device 2), under the effect of a force applied by the intermediate support to the first zone,
A footwear assembly comprising: a footwear upper including a toe box portion, a medial side, a lateral side, and a heel portion, the medial side and the lateral side each extending proximally from the toe box portion to the heel portion; a medial tensioning member (1202, 1250) secured to the medial side of the upper proximate the toe box; a lateral tensioning member (1204, 1252) secured to the lateral side of the upper proximate the toe box; a lace cable; and a plurality of lace guides distributed along the medial side and the lateral side, each lace guide of the plurality of lace guides adapted to receive a length of the lace cable, wherein the lace cable extends through each of the plurality of lace guides to form a pattern along each of the medial side and lateral side of the footwear upper; characterised in that a first end of the lace cable is attached to the medial tensioning member (1202, 1250) and a second end of the lace cable is attached to the lateral tensioning member (1204, 1252). a footwear upper including a toe box portion, a medial side, a lateral side, and a heel portion, the medial side and the lateral side each extending proximally from the toe box portion to the heel portion; a medial tensioning member (1202, 1250) secured to the medial side of the upper proximate the toe box; a lateral tensioning member (1204, 1252) secured to the lateral side of the upper proximate the toe box; a lace cable; and a plurality of lace guides distributed along the medial side and the lateral side, each lace guide of the plurality of lace guides adapted to receive a length of the lace cable, wherein the lace cable extends through each of the plurality of lace guides to form a pattern along each of the medial side and lateral side of the footwear upper; characterised in that a first end of the lace cable is attached to the medial tensioning member (1202, 1250) and a second end of the lace cable is attached to the lateral tensioning member (1204, 1252).
Housing shells (2, 4, 6) of mufflers, soot filters, catalytic converters or fuel tanks of vehicles, comprising a disengageable connection that connects the housing shells, characterized in that the disengageable connection (1, 1a) includes at least one centering ring (24, 24a) wherein two respective housing shells (2, 4) contact each other indirectly in a joining plane through the at least one centering ring (24, 24a), and wherein the centering ring (24, 24a) is a separate component that is separate from the two housing shells (2, 4, 6), wherein the centering ring includes an inner centering collar (26, 26a) that is configured to contact a radially inner circumferential surface of an end of a first housing shell (2, 4, 6), a center section (28, 28a) that is arranged between face surfaces of ends of the housing shells (24, 26) and an outer centering collar configured to contact a radially outer circumferential surface of an end of the other housing shell (2, 4, 6), wherein the outer centering collar includes a circumferential recess (32, 32a) with respect to a circumference of the centering ring (24, 24a) so that the first housing shell (2, 4, 6) is movable along the joining plane (22, 22a) relative to the other housing shell (2, 4, 6) for mounting and dismounting purposes.
A hollow fiber comprising: an inner-volume portion comprising: a first-core portion having a plurality of nanostructures and one or more first polymers, wherein the nanostructures are nanotubes; one or more hollow second-core portions, the first-core portion being in contact with and encompassing the one or more hollow second-core portions; and, the hollow fiber further comprising an outer-volume portion having one or more second polymers, the outer-volume portion being in contact with and completely encompassing the inner-volume portion, wherein the inner-volume portion has at least one of a tensile modulus and a strength that are higher than at least one of a tensile modulus and a strength of the outer-volume portion, and wherein the one or more first polymers and the one or more second polymers each comprise a polymer comprising polyacrylonitrile, pitch, polyphenylene sulfide, viscose, cellulose, polyvinylidene chloride (PVDC), polyvinyl alcohol, or combinations thereof, and wherein the one or more first polymers and the one or more second polymers are the same polymers or are different polymers from the same polymer family. an inner-volume portion comprising: a first-core portion having a plurality of nanostructures and one or more first polymers, wherein the nanostructures are nanotubes; one or more hollow second-core portions, the first-core portion being in contact with and encompassing the one or more hollow second-core portions; and, a first-core portion having a plurality of nanostructures and one or more first polymers, wherein the nanostructures are nanotubes; one or more hollow second-core portions, the first-core portion being in contact with and encompassing the one or more hollow second-core portions; and, the hollow fiber further comprising an outer-volume portion having one or more second polymers, the outer-volume portion being in contact with and completely encompassing the inner-volume portion, wherein the inner-volume portion has at least one of a tensile modulus and a strength that are higher than at least one of a tensile modulus and a strength of the outer-volume portion, and wherein the one or more first polymers and the one or more second polymers each comprise a polymer comprising polyacrylonitrile, pitch, polyphenylene sulfide, viscose, cellulose, polyvinylidene chloride (PVDC), polyvinyl alcohol, or combinations thereof, and wherein the one or more first polymers and the one or more second polymers are the same polymers or are different polymers from the same polymer family.
A tyre comprising: a tread portion having a designated mounting direction to a vehicle, the tread portion comprising a first tread edge located outside of a vehicle when mounted on the vehicle, a second tread edge located inside of a vehicle when mounted on the vehicle, a plurality of circumferential grooves extending continuously in the tyre circumferential direction between the first tread edge and the second tread edge, and a plurality of land portions divided by the plurality of circumferential grooves, wherein the plurality of land portions comprises a crown land portion located on the tyre equator, a first middle land portion adjacent to the crown land portion on the first tread edge side, and a second middle land portion adjacent to the crown land portion on the second tread edge side, under a 50% loaded condition in which the tyre is mounted onto a standard wheel rim with a standard pressure and grounded to a plane with a 50% tyre load of a standard tyre load at zero camber angles, the first middle land portion, the crown land portion, and the second middle land portion respectively have widths W1m, Wc, and W2m of ground contact surfaces in a tyre axial direction, the widths W1m, Wc, and W2m satisfying the following formula W1m > Wc > W2m the crown land portion comprises an outer ground contact surface located on the first tread edge side with respect to the tyre equator, and an inner ground contact surface located on the second tread edge side with respect to the tyre equator, and the outer ground contact surface and the inner ground contact surface respectively have widths Wco and Wci in the tyre axial direction, characterized in that the widths Wco and Wci satisfy the following formula Wco > Wci the plurality of land portions comprises a crown land portion located on the tyre equator, a first middle land portion adjacent to the crown land portion on the first tread edge side, and a second middle land portion adjacent to the crown land portion on the second tread edge side, under a 50% loaded condition in which the tyre is mounted onto a standard wheel rim with a standard pressure and grounded to a plane with a 50% tyre load of a standard tyre load at zero camber angles, the first middle land portion, the crown land portion, and the second middle land portion respectively have widths W1m, Wc, and W2m of ground contact surfaces in a tyre axial direction, the widths W1m, Wc, and W2m satisfying the following formula W1m > Wc > W2m the crown land portion comprises an outer ground contact surface located on the first tread edge side with respect to the tyre equator, and an inner ground contact surface located on the second tread edge side with respect to the tyre equator, and the outer ground contact surface and the inner ground contact surface respectively have widths Wco and Wci in the tyre axial direction,
Isolated linear streptavidin-binding affinity peptide having a total length of up to 56 amino acids, wherein the peptide comprises the sequential arrangement of two different or identical streptavidin-binding or/and streptavidin mutein-binding modules, wherein the streptavidin mutein has the sequence Ile-Gly-Ala-Arg or Val-Thr-Ala-Arg at amino acid positions 44 to 47 of the amino acid sequence of wild-type streptavidin, wherein the distance between the two modules is at least 0 and not greater than 12 amino acids, wherein one binding module has 3 to 15 amino acids and comprises at least the sequence -His-Pro-Baa-where Baa is glutamine, asparagine or methionine, and wherein the other binding module includes at least the sequence -Oaa-Xaa-His-Pro-Gln-Phe-Yaa-Zaa- where Oaa is Trp, Lys or Arg, Xaa is any amino acid and where either Yaa and Zaa are both Gly or Yaa is Glu and Zaa is Lys or Arg.
A system comprising: a control module; and a plurality of nodes (104, 106, 108) operatively connected to the control module, wherein each of the nodes is configured to: monitor itself for a metric; receive a pulse from a sequentially previous node in the plurality of nodes, except in the case of a first one of the nodes which does not have a sequentially previous one of the nodes; and characterized in that each of the nodes is further configured to issue a pulse having a duration equal to a sum of a duration of the pulse received from the sequentially previous node, if there is a sequentially previous node, plus a component that is proportional to the metric monitored at the node; and wherein a sequentially final one of the nodes issues a pulse that is a concatenation of the pulses of all of the nodes by virtue of having a pulse length that is equal to the duration of the components proportional to the metric monitored of all the nodes, wherein the control module is configured to simultaneously issue a start pulse from the control module to each of the nodes so that all nodes sample their respective currents at the same time. a control module; and a plurality of nodes (104, 106, 108) operatively connected to the control module, wherein each of the nodes is configured to: monitor itself for a metric; receive a pulse from a sequentially previous node in the plurality of nodes, except in the case of a first one of the nodes which does not have a sequentially previous one of the nodes; and characterized in that each of the nodes is further configured to issue a pulse having a duration equal to a sum of a duration of the pulse received from the sequentially previous node, if there is a sequentially previous node, plus a component that is proportional to the metric monitored at the node; and monitor itself for a metric; receive a pulse from a sequentially previous node in the plurality of nodes, except in the case of a first one of the nodes which does not have a sequentially previous one of the nodes; and characterized in that each of the nodes is further configured to issue a pulse having a duration equal to a sum of a duration of the pulse received from the sequentially previous node, if there is a sequentially previous node, plus a component that is proportional to the metric monitored at the node; and
A signal processing device for filtering and performing high frequency reconstruction of an audio signal, the signal processing device comprising: an analysis filter bank that receives real valued time domain input audio samples and generates complex-valued subband samples; a unit that generates modified complex-valued subband samples by modifying gains of the complex valued subband samples according to current spectral envelope adjuster settings; and a synthesis filter bank that receives the modified complex-valued subband samples and generates time domain output audio samples, wherein the synthesis filter bank comprises M synthesis filters f k (n) that are complex exponential modulated versions of a prototype filter p 0 (n) according to: f k n = p 0 n exp i π M k + 1 2 n − D 2, 0 ≤ n < N, 0 ≤ k < M wherein the analysis filter bank comprises K analysis filters, with K being different from M, that are complex exponential modulated versions of a prototype filter obtained from the prototype filter p 0 (n) by resampling the prototype filter p 0 (n) through either decimation or interpolation, wherein the prototype filter p 0 (n) has a length N, and wherein the analysis filter bank and synthesis filter bank have a system delay of D samples. an analysis filter bank that receives real valued time domain input audio samples and generates complex-valued subband samples; a unit that generates modified complex-valued subband samples by modifying gains of the complex valued subband samples according to current spectral envelope adjuster settings; and a synthesis filter bank that receives the modified complex-valued subband samples and generates time domain output audio samples, wherein the synthesis filter bank comprises M synthesis filters f k (n) that are complex exponential modulated versions of a prototype filter p 0 (n) according to: f k n = p 0 n exp i π M k + 1 2 n − D 2, 0 ≤ n < N, 0 ≤ k < M wherein the analysis filter bank comprises K analysis filters, with K being different from M, that are complex exponential modulated versions of a prototype filter obtained from the prototype filter p 0 (n) by resampling the prototype filter p 0 (n) through either decimation or interpolation, wherein the prototype filter p 0 (n) has a length N, and wherein the analysis filter bank and synthesis filter bank have a system delay of D samples.
A sheet pile for forming a moisture-proof sheet pile wall made of several sheet piles (1, 1A) connected to each other, wherein a first coupling element extends along the long side of the sheet pile, which first coupling element is adapted to a second coupling element of another sheet pile such that the first and the second coupling element (21, 22) together form a locked sheet pile lock for a positive connection of adjacent sheet piles (1, 1A); and a sealing agent for sealing the sheet pile lock against moisture is provided in the first coupling element, characterized in that the sealing agent swells on contact with moisture; a recess, which extends along the first coupling element, for receiving the sealing agent is provided in the first coupling element, the recess is filled with the sealing agent capable of swelling, such that if the sheet pile lock is locked, the unswollen sealing agent gets into contact with the second locking element such that the sheet pile lock is not sealed against moisture and preferably the unswollen sealing agent cannot get into contact with the second locking element if the sheet pile lock is locked, and if the sheet pile lock is locked, the swollen sealing agent gets into contact with the second locking element, such that the sheet pile lock is sealed against moisture.