mhurhangee/ep-ind-claims huggingface dataset:
A moulded article obtainable by injection moulding of a textile multi-layered structure, the textile multi-layered structure comprising the following layers stacked in the order mentioned below: an outer laminated textile fabric; an optional bi-adhesive material; and a laminated foil (3, 7, 4, 5), wherein said laminated foil comprises: one or more electrically conductive circuit traces, an encapsulation layer for printed circuits encapsulation; a polymeric film layer, on which side the one or more electrically conductive circuit traces are printed; an adhesive non-woven fabric layer for stabilizing and protecting the printed electric circuit during injection-moulding process, wherein the adhesive non-woven fabric layer has a thickness between 200 - 300 μm; such that the layers of the textile multi-layered structure are attached to one another; wherein the outer laminated textile fabric and the laminated foil (3, 7, 4, 5) have been attached using injection-moulding thereto. an outer laminated textile fabric; an optional bi-adhesive material; and a laminated foil (3, 7, 4, 5), wherein said laminated foil comprises: one or more electrically conductive circuit traces, an encapsulation layer for printed circuits encapsulation; a polymeric film layer, on which side the one or more electrically conductive circuit traces are printed; an adhesive non-woven fabric layer for stabilizing and protecting the printed electric circuit during injection-moulding process, wherein the adhesive non-woven fabric layer has a thickness between 200 - 300 μm; such that the layers of the textile multi-layered structure are attached to one another; wherein the outer laminated textile fabric and the laminated foil (3, 7, 4, 5) have been attached using injection-moulding thereto.
A seating part for a seat comprising: - a deformable suspension sheet, and - at least one electric track configured to present a variable resistance per unit length according to the deformation of the suspension sheet, characterized in that the electric track is formed directly on the suspension sheet or within the suspension sheet. - a deformable suspension sheet, and - at least one electric track configured to present a variable resistance per unit length according to the deformation of the suspension sheet, characterized in that the electric track is formed directly on the suspension sheet or within the suspension sheet.
Quick clamping device, preferably for the holding of objects to be fixed to each other, in particular for the holding of hair to ponytails, pigtails etc., with at least one pulling means shapeable into a loop, and with a stop element adjustable along the free ends of the pulling means, wherein the pulling means is formed into two loops, which both equally encompass the objects to be fixed to each other; and wherein one single stop element with several openings (5,6) through which the pulling means can be threaded, characterized in that the stop element a) is provided with at least one central through-opening for feedig the middle area between both loops of the pulling means through, wherein a bridge is provided in the area of the cental opening which separates two mouths from each other; and b) is provided with at least one end through-hole each for the separate feeding through of both ends of the pulling means, wherein both end holes are opposiong each other diametrically with regard to the central opening and have a cross section of the opening which is a little smaller than the cross section of a single strand of the pulling means in its relaxed state. a) is provided with at least one central through-opening for feedig the middle area between both loops of the pulling means through, wherein a bridge is provided in the area of the cental opening which separates two mouths from each other; and b) is provided with at least one end through-hole each for the separate feeding through of both ends of the pulling means, wherein both end holes are opposiong each other diametrically with regard to the central opening and have a cross section of the opening which is a little smaller than the cross section of a single strand of the pulling means in its relaxed state.
A computer system, comprising a computing subsystem and a management subsystem, wherein the computing subsystem comprises a central processing unit, the management subsystem comprises a management controller, and the central processing unit is configured to connect to an endpoint device (3015, 3016, 3017); the computer system further comprises an endpoint proxy device, a first port of the endpoint proxy device is connected to the central processing unit in the computing subsystem by using a peripheral component interconnect express, PCIE, link, and a second port of the endpoint proxy device is connected to the management controller in the management subsystem; the central processing unit is configured to: allocate device information, of the endpoint device (3015, 3016, 3017), in the computing subsystem, and write the device information, of the endpoint device (3015, 3016, 3017), in the computing subsystem into the endpoint proxy device, wherein the device information, of the endpoint device (3015, 3016, 3017), in the computing subsystem comprises a first address, of the endpoint device (3015, 3016, 3017), in the computing subsystem; the management controller is configured to: allocate a second address, of the endpoint device (3015, 3016, 3017), in the management subsystem according to the first address, of the endpoint device (3015, 3016, 3017), in the computing subsystem after determining that the device information, of the endpoint device (3015, 3016, 3017), in the computing subsystem is written into the endpoint proxy device, and write the second address, of the endpoint device (3015, 3016, 3017), in the management subsystem into the endpoint proxy device; the endpoint proxy device is configured to: establish a correspondence between the first address, of the endpoint device (3015, 3016, 3017), in the computing subsystem and the second address, of the endpoint device (3015, 3016, 3017), in the management subsystem after the second address is written into the endpoint proxy device; the management controller is further configured to send a first access request, wherein the first access request carries the second address, of the endpoint device (3015, 3016, 3017), in the management subsystem; and the endpoint proxy device is further configured to: receive, by using the connection between the second port and the management controller, the first access request sent by the management controller, generate, according to the correspondence, a second access request that carries the first address, of the endpoint device (3015, 3016, 3017), in the computing subsystem, and send the second access request to the endpoint device (3015, 3016, 3017) by using the PCIE link connected to the first port.
Method for operating a battery storage system, having the following steps: - operating at least one battery with a first load profile having a first number of load cycles per hour with a first power swing, - operating a control unit designed to evaluate the first load profile at the battery, to determine a second load profile on the basis thereof and to generate the second load profile with a second number of load cycles per hour with a second power swing, and designed to apply the second load profile to the battery, - applying the second load profile to the battery, wherein the second load profile is superimposed on the first load profile, and wherein the second number of load cycles per hour is greater than the first number of load cycles per hour and the second power swing is smaller than the first power swing. - operating at least one battery with a first load profile having a first number of load cycles per hour with a first power swing, - operating a control unit designed to evaluate the first load profile at the battery, to determine a second load profile on the basis thereof and to generate the second load profile with a second number of load cycles per hour with a second power swing, and designed to apply the second load profile to the battery, - applying the second load profile to the battery, wherein the second load profile is superimposed on the first load profile, and wherein the second number of load cycles per hour is greater than the first number of load cycles per hour and the second power swing is smaller than the first power swing.
A machine for stabilizing a track, including a machine frame supported on on-track undercarriages and a vertically adjustable stabilizing unit designed to roll on rails of the track by means of unit rollers, the stabilizing unit comprising a vibration exciter with rotating imbalance masses for generating an impact force (Fs) acting dynamically in a track plane perpendicularly to a track longitudinal direction and a vertical drive for generating a vertical load acting on the track, characterized in that the vibration exciter comprises at least four rotatable imbalance masses of which two imbalance masses in each case are driveable right-turning and two imbalance masses are driveable left-turning, that the right-turning imbalance masses and the left-turning imbalance masses each forming an imbalance mass pair are driveable applying a first phase shift (Δφ 1) which is variably adjustable with respect to an initial position, that the two left-turning imbalance masses are driveable with a variably adjustable second phase shift (Δφ 2) to one another, and that the two right-turning imbalance masses are driveable with a variably adjustable second phase shift (Δφ 2) to one another.
A bookbinding system (100;400) comprising a finishing machine for finishing book blocks in succession, a plurality of supplying machines (110a-110c,410b) each for supplying part of the book blocks in succession, a feeding apparatus for feeding the book blocks in succession from the supplying machines (110a-110c,410b) to the finishing machine, wherein the feeding apparatus comprises one or more feeding modules (115a-115c) in sequence each comprising a conveyor (205a-205c) for conveying corresponding book blocks in succession having a plurality of entrances (220a-220c,225a-225c,425b-425c), comprising a main entrance (220a-220c) and one or more secondary entrances (225a-225c,425c-425b), for receiving corresponding book blocks in succession into an input section (210a-210c) of the conveyor (205a-205c) being common to the entrances (220a-220c,225a-225c, 425b-425c) and an exit (230a-230c) for providing the corresponding book blocks in succession, the main entrance (220b-220c) of each of the feeding modules (115b-115c) different from a first one of the feeding modules (115a-115c) being coupled with the exit (230a-230b) of a previous one (115a-115b) of the feeding modules, the exit of a last one of the feeding modules (115c-115c) being coupled with the finishing machine and each of the supplying machines (110a-110c,410b) being coupled with a corresponding one of the secondary entrances (225a-225c,425b), and wherein the bookbinding system (100;400) comprises a control device for enabling alternately, in each of the feeding modules (115a-115c): a) only the main entrance (220a-220c), b) only one of the secondary entrances (225a-225c,425b-425c), c) only the exit (230a- 230c), d) the main entrance (220a-220c) and the exit (230a- 230c), or e) one of the secondary entrances (225a-225c,425b-425c) and the exit (230a-230c). a) only the main entrance (220a-220c), b) only one of the secondary entrances (225a-225c,425b-425c), c) only the exit (230a- 230c), d) the main entrance (220a-220c) and the exit (230a- 230c), or e) one of the secondary entrances (225a-225c,425b-425c) and the exit (230a-230c).
An electrode assembly for a secondary battery comprising first and second electrode plates (210,220) each having facing surfaces with an electrode coating thereon and, a separator comprising a supporting layer disposed between said facing surfaces and extending across each surface of the second electrode plate to insulate said electrode plates (210,220) from each other, wherein the electrode plates (210,220) are of the same size, wherein the separating layer has regions that extend beyond the peripheral edges of said plate (210,220), said separating layers being coupled to each other beyond said peripheral edges (217a,217b,217c,217d) of said second electrode plate to encapsulate the second electrode plate and insulate it from the first electrode plate, said separating layers also extending beyond the peripheral edges of said first electrode plate, wherein the separating layer comprises two sheets of material which are arranged with the second electrode plate interposed therebetween and said regions extending beyond the peripheral edges form fusing parts which are fused to each other to encapsulate the second electrode plate, characterised in that each peripheral edge of the first electrode plate is aligned with a peripheral edge of the second electrode plate and the electrode coating on one of said facing surfaces covers a portion of said surface to provide an uncoated region such that the area of the electrode coating on said one of said facing surfaces is smaller than the area of the electrode coating on the other one of said facing surfaces and wherein the first electrode plate is a positive electrode and the second electrode plate is a negative electrode and the electrode coating covering a portion of a facing surface to provide an uncoated region covers a portion of a facing surface of the positive electrode.
A method for treating gaseous CO2 present in a mixture, wherein the gas mixture is cooled to cryogenic temperatures by a jet of sprayed liquid nitrogen in order to transform the CO2 into ice which will then be separated from the rest of the mixture through a cyclone.
An ultrasound system (300, 500, 550, 600, 650) comprising: a controller (310, 610, 660) configured to generate, from ultrasound volume data acquired from an object, a three-dimensional ultrasound image in a first orientation with respect to the ultrasound volume data; and a display (320, 510, 620, 670) configured to display the generated 3D ultrasound image in the first orientation, characterized in that, the controller (310, 610) is configured to acquire at least one from among position information and orientation information of an auxiliary display (340, 512, 514, 562, 564, 566, 568, 640, 680), to generate, from ultrasound volume data, a 3D ultrasound image in a second orientation with respect to the ultrasound volume data based on the acquired at least one from among the position information and orientation information, and to control the 3D ultrasound image in the second orientation to be displayed on the auxiliary display (340, 512, 514, 562, 564, 566, 568, 640, 680). a controller (310, 610, 660) configured to generate, from ultrasound volume data acquired from an object, a three-dimensional ultrasound image in a first orientation with respect to the ultrasound volume data; and a display (320, 510, 620, 670) configured to display the generated 3D ultrasound image in the first orientation, characterized in that, the controller (310, 610) is configured to acquire at least one from among position information and orientation information of an auxiliary display (340, 512, 514, 562, 564, 566, 568, 640, 680), to generate, from ultrasound volume data, a 3D ultrasound image in a second orientation with respect to the ultrasound volume data based on the acquired at least one from among the position information and orientation information, and to control the 3D ultrasound image in the second orientation to be displayed on the auxiliary display (340, 512, 514, 562, 564, 566, 568, 640, 680).
A method of two-pass video encoding, the method comprising: identifying an input frame from an input video stream; determining a reduced frame from the input frame, the reduced frame having a size smaller than a size of the input frame; encoding the reduced frame using an encoder, wherein encoding the reduced frame includes generating a plurality of encoding metrics; generating a plurality of encoding parameters based on encoding the reduced frame, wherein generating the plurality of encoding parameters includes generating the plurality of encoding parameters based on the plurality of encoding metrics generating an encoded frame by encoding the input frame using the encoder and the plurality of encoding parameters; and including the encoded frame in an output bitstream; characterized in that the plurality of encoding metrics includes one or more of a global motion vector for encoding the reduced frame, a cardinality of a plurality of intra-coded blocks for encoding the reduced frame, a cardinality of a plurality of skipped blocks for encoding the reduced frame, a cardinality of a plurality of zero-motion blocks for encoding the reduced frame, or a distribution of reference frames for encoding the reduced frame. identifying an input frame from an input video stream; determining a reduced frame from the input frame, the reduced frame having a size smaller than a size of the input frame; encoding the reduced frame using an encoder, wherein encoding the reduced frame includes generating a plurality of encoding metrics; generating a plurality of encoding parameters based on encoding the reduced frame, wherein generating the plurality of encoding parameters includes generating the plurality of encoding parameters based on the plurality of encoding metrics generating an encoded frame by encoding the input frame using the encoder and the plurality of encoding parameters; and including the encoded frame in an output bitstream; characterized in that the plurality of encoding metrics includes one or more of a global motion vector for encoding the reduced frame, a cardinality of a plurality of intra-coded blocks for encoding the reduced frame, a cardinality of a plurality of skipped blocks for encoding the reduced frame, a cardinality of a plurality of zero-motion blocks for encoding the reduced frame, or a distribution of reference frames for encoding the reduced frame.
A metallic complex of formula VII wherein R 1, R 3, R 4, R 5, R 6 and R 7 are each independently selected from hydrogen, alkyl, cycloalkyl or aryl group comprising from 1 to 12 carbon atoms, a halogen, or a silyl group, wherein two or more of said groups can be linked together to form one or more rings, wherein Q is an atom selected from Group 16, preferably from oxygen or sulphur, wherein A is an atom selected from Group 15, preferably from nitrogen or phosphorus, wherein R 2 is independently selected from an unsubstituted or substituted aryl or cycloalkyl group having from 3 to 12 carbon atoms, or from Z(R 9) 3 wherein Z is an atom selected from Group 14 of the Periodic Table, preferably from carbon or silicon, and each R 9 is independently selected from a hydrogen, substituted or unsubstituted aryl, alkyl or cycloalkyl group having from 1 to 12 carbon atoms, with the restriction that R 2 is a bulky group, at least as sterically bulky as tert -butyl, wherein R 8 is an unsubstituted or substituted aryl, alkyl or cycloalkyl group having from 1 to 12 carbon atoms, and wherein M is a metal Group 4 of the Periodic Table, preferably selected from titanium, zirconium or hafnium, wherein each X is the same or different and is a halogen atom, preferably chlorine, fluorine or bromine, a substituted or unsubstituted alkyl, cycloalkyl or aryl group comprising from 1 to 12 carbon atoms, an amido group, or an alkoxide group. wherein R 1, R 3, R 4, R 5, R 6 and R 7 are each independently selected from hydrogen, alkyl, cycloalkyl or aryl group comprising from 1 to 12 carbon atoms, a halogen, or a silyl group, wherein two or more of said groups can be linked together to form one or more rings, wherein Q is an atom selected from Group 16, preferably from oxygen or sulphur, wherein A is an atom selected from Group 15, preferably from nitrogen or phosphorus, wherein R 2 is independently selected from an unsubstituted or substituted aryl or cycloalkyl group having from 3 to 12 carbon atoms, or from Z(R 9) 3 wherein Z is an atom selected from Group 14 of the Periodic Table, preferably from carbon or silicon, and each R 9 is independently selected from a hydrogen, substituted or unsubstituted aryl, alkyl or cycloalkyl group having from 1 to 12 carbon atoms, with the restriction that R 2 is a bulky group, at least as sterically bulky as tert -butyl, wherein R 8 is an unsubstituted or substituted aryl, alkyl or cycloalkyl group having from 1 to 12 carbon atoms, and wherein M is a metal Group 4 of the Periodic Table, preferably selected from titanium, zirconium or hafnium, wherein each X is the same or different and is a halogen atom, preferably chlorine, fluorine or bromine, a substituted or unsubstituted alkyl, cycloalkyl or aryl group comprising from 1 to 12 carbon atoms, an amido group, or an alkoxide group.
A first control node, comprising; a first control node communication module for forming a first-level communication network with at least one second control node; and a first intermediary node communication module for forming a first second-level communication network with a first intermediary node; wherein the first intermediary node communication module is adapted to receive an anonymous request from the first intermediary node, the anonymous request being based on a first user request comprising personal data and transmitted from a first user node to the first intermediary node, wherein the first control node communication module is adapted to transmit, via the first-level communication network, the anonymous request to the second control node; and to receive, via the first-level communication network, anonymous response data, responding to the anonymous request, from the second control node; wherein the first intermediary node communication module is further adapted to transmit the anonymous response data, via the first second-level communication network, to the first intermediary node for transmission of response data which are based on the anonymous response data to the first user node, wherein the first control node further comprises: a first storage for storing data, wherein the first storage is searchable, based on the anonymous request, for the anonymous response data, wherein the anonymous response data is indicative of content-related data, the content-related data comprising a key for decryption of encrypted content provided by a second user node to the first user node. a first storage for storing data, wherein the first storage is searchable, based on the anonymous request, for the anonymous response data, wherein the anonymous response data is indicative of content-related data, the content-related data comprising a key for decryption of encrypted content provided by a second user node to the first user node.