mhurhangee/ep-ind-claims huggingface dataset:
A cable support arrangement realised to support a plurality of power cable bundles in an upper region of a wind turbine tower, which cable support arrangement comprises - a plurality of cable bundle guides, wherein a cable bundle guide comprises a plurality of through-openings, wherein each through-opening is realised to encompass a power cable bundle comprising a plurality of power cables; and - an offset fixation means realised to maintain an offset distance between consecutive cable bundle guides, characterized in that the offset fixation means comprises at least three connecting wires extending between each pair of consecutive cable bundle guides and fixed to each of the pair of consecutive cable bundle guides. - a plurality of cable bundle guides, wherein a cable bundle guide comprises a plurality of through-openings, wherein each through-opening is realised to encompass a power cable bundle comprising a plurality of power cables; and - an offset fixation means realised to maintain an offset distance between consecutive cable bundle guides, characterized in that the offset fixation means comprises at least three connecting wires extending between each pair of consecutive cable bundle guides and fixed to each of the pair of consecutive cable bundle guides.
A visible light-transmissive and infrared-reflective substrate, comprising: a visible light-transmissive substrate layer disposed so as to serve as a partition between inside and outside of a room; and an infrared-reflective layer laminated on a surface on the room side of the visible light-transmissive substrate layer, characterized in that the visible light-transmissive substrate layer has a solar absorbance of at least 30%, the infrared-reflective layer includes a reflective layer configured to reflect infrared rays and a protective layer laminated on a surface on the room side of the reflective layer, the protective layer includes a resin layer laminated on the reflective layer, and normal emissivity of a surface on the protective layer side of the infrared-reflective layer is not more than 0.50. a visible light-transmissive substrate layer disposed so as to serve as a partition between inside and outside of a room; and an infrared-reflective layer laminated on a surface on the room side of the visible light-transmissive substrate layer, characterized in that the visible light-transmissive substrate layer has a solar absorbance of at least 30%, the infrared-reflective layer includes a reflective layer configured to reflect infrared rays and a protective layer laminated on a surface on the room side of the reflective layer, the protective layer includes a resin layer laminated on the reflective layer, and normal emissivity of a surface on the protective layer side of the infrared-reflective layer is not more than 0.50.
Apparatus, comprising a closed gas system with a working circuit, in which a compressor for a working fluid, a first heat exchanger for heating the working fluid, an expander and a second heat exchanger for cooling the working fluid are arranged, comprising a first pressurized gas tank and a first gas line, which branches off from the working circuit between the compressor and the first heat exchanger and opens into the first pressurized gas tank, and also a second gas line, which branches off from the first pressurized gas tank, characterized in that the second gas line opens into the working circuit between the expander and the second heat exchanger.
An insulating substrate including through holes for conductors, said through holes being arranged in said insulating substrate: wherein a thickness of said insulating substrate is 25 to 100 μm; wherein a diameter of said through hole is 20 to 100 μm; wherein said insulating substrate comprises a main body part and exposed regions facing said through holes, respectively, wherein a surface of the exposed regions constitutes the inner wall surface; wherein said insulating substrate comprises an alumina sintered body; wherein a relative density of said alumina sintered body is 99.5 percent or higher; wherein said alumina sintered body has a purity of 99.9 percent or higher; wherein said alumina sintered body has an average grain size of 3 to 6 μm in said main body part, as determined by the method described in the description; wherein alumina grains of said alumina sintered body are plate-shaped in said exposed region; and wherein said plate-shaped alumina grain has an average length of 8 to 25 μm, as determined by the method described in the description. wherein a thickness of said insulating substrate is 25 to 100 μm; wherein a diameter of said through hole is 20 to 100 μm; wherein said insulating substrate comprises a main body part and exposed regions facing said through holes, respectively, wherein a surface of the exposed regions constitutes the inner wall surface; wherein said insulating substrate comprises an alumina sintered body; wherein a relative density of said alumina sintered body is 99.5 percent or higher; wherein said alumina sintered body has a purity of 99.9 percent or higher; wherein said alumina sintered body has an average grain size of 3 to 6 μm in said main body part, as determined by the method described in the description; wherein alumina grains of said alumina sintered body are plate-shaped in said exposed region; and wherein said plate-shaped alumina grain has an average length of 8 to 25 μm, as determined by the method described in the description.
Electric motor, comprising a stator yoke enclosing a rotor, wherein windings are arranged on the inside of the stator yoke in a manner provided beside one another in the circumferential direction, that is to say not overlapping in the circumferential direction, wherein permanent magnets (6, 7) are arranged on the rotor, the main flux of which magnets is provided to be at least partially through the spatial region of the windings (2, 3, 4, 5), wherein inwardly directed tooth-like projections are provided on the stator yoke, around which projections a respective winding is provided, wherein the radial extent of the tooth-like projections is less than the radial width of the windings (2, 3, 4, 5), characterised in that ratios of 24 to 16, 21 to 14, 18 to 12 or 12 to 8 are provided, wherein in each case the ratio of number of windings (2, 3, 4, 5) to number of permanent magnets (6, 7) is meant here.
A method for switching between two or more electrical power sources, the method comprising: receiving an instruction to switch from a first input line (104, 202, 302a) to a second input line (114, 214, 320a), wherein the first input line is electrically connected to an output line (108, 318a) via a first switch assembly, wherein the first switch assembly comprises a first latching relay in parallel with a first solid-state relay, and wherein the second input line is electrically connectible with the output line via a second switch assembly comprising a second solid-state relay in parallel with a non-latching relay; causing, at the first switch assembly, the first solid-state relay to close such that the first latching relay is short circuited; causing the first latching relay to open while the first latching relay is shorted by the first solid-state relay; causing the first solid-state relay to open such that the first input line becomes electrically disconnected from the output line; and causing, at the second switch assembly, the non-latching relay to close such that the second input line becomes electrically connected with the output line. receiving an instruction to switch from a first input line (104, 202, 302a) to a second input line (114, 214, 320a), wherein the first input line is electrically connected to an output line (108, 318a) via a first switch assembly, wherein the first switch assembly comprises a first latching relay in parallel with a first solid-state relay, and wherein the second input line is electrically connectible with the output line via a second switch assembly comprising a second solid-state relay in parallel with a non-latching relay; causing, at the first switch assembly, the first solid-state relay to close such that the first latching relay is short circuited; causing the first latching relay to open while the first latching relay is shorted by the first solid-state relay; causing the first solid-state relay to open such that the first input line becomes electrically disconnected from the output line; and causing, at the second switch assembly, the non-latching relay to close such that the second input line becomes electrically connected with the output line.
Method for mounting a vortex generator on an aerodynamic panel of an aircraft having outer and inner surfaces (30.1, 30.2), at least the inner surface (30.2) being curved, the vortex generator comprising an active portion and a base, said base comprising at least one arm (44, 46) substantially perpendicular to the active portion, said arm (44, 46) having a substantially flat upper face (44.1, 46.1) oriented towards the aerodynamic panel during operation, the mounting method comprising a step of making a cut-out passing through the aerodynamic panel and configured to receive a portion of the active portion of the vortex generator, a step of manufacturing the vortex generator in one piece and a step of assembling the vortex generator and the aerodynamic panel with connecting elements (54, 54'), characterized in that the mounting method comprises, before the assembly step, a step of installing at least one shim interposed between the base and the aerodynamic panel, said shim comprising a first face (52.1), oriented towards the aerodynamic panel during operation, that is shaped like the inner surface (30.2) of the aerodynamic panel, and a second face (52.2), oriented towards the base during operation, that is shaped like the upper face (44.1, 46.1) of the arm (44, 46) of the base.
A method for providing a contact avatar, comprising: Receiving, by a platform for managing a contact avatar, a request message for obtaining a contact avatar, wherein the request message is sent by a user terminal and comprises text attribute information of a contact, wherein the text attribute information comprises a name of the contact; extracting, by the platform for managing a contact avatar, a contact avatar picture tag from the text attribute information in the request message, wherein the extracting comprises using a surname or a first name of the contact as the contact avatar picture tag; determining, by the platform for managing a contact avatar, a contact avatar picture according to the extracted tag; and calculating, by the platform for managing a contact avatar, a gender probability according to the first name of the contact, selecting a gender with a large gender probability, and sending (204, 216) the contact avatar picture and the gender to the user terminal. Receiving, by a platform for managing a contact avatar, a request message for obtaining a contact avatar, wherein the request message is sent by a user terminal and comprises text attribute information of a contact, wherein the text attribute information comprises a name of the contact; extracting, by the platform for managing a contact avatar, a contact avatar picture tag from the text attribute information in the request message, wherein the extracting comprises using a surname or a first name of the contact as the contact avatar picture tag; determining, by the platform for managing a contact avatar, a contact avatar picture according to the extracted tag; and calculating, by the platform for managing a contact avatar, a gender probability according to the first name of the contact, selecting a gender with a large gender probability, and sending (204, 216) the contact avatar picture and the gender to the user terminal.
An communications terminal comprising a transceiver unit configured to transmit and to receive signals representing data from and to an infrastructure equipment via a wireless access interface, and a controller configured in combination with the transceiver unit to enter a reduced-power state, during which the communication terminal is configured to periodically recover data via estimation and detection from the signals received from the infrastructure equipment, to measure a radio link quality of at least some of the signals received from the infrastructure equipment during the reduced power state, and in dependence upon the radio link quality relative to a predetermined threshold, to exit the reduced power state and to transmit a message to the infrastructure equipment after exiting the reduced power state, the message requesting resources of the wireless access interface.
A method of manufacturing a multilayer structure on a first support made of a first material having a Young's modulus E V, the method comprising the successive steps of: providing a second support (12; 40, 42) having a planar face (13; 47) covered with the multilayer structure, the second support being made of a second material having a Young's modulus E S, different from Young's modulus E V, and a thickness e S, the average of Young's modulus E S across thickness e S, measured along any direction in a plane parallel to said face, being constant to within 10%; bonding the first support to the multilayer structure; and removing the second support, wherein the second support (12; 40, 42) comprises a stack of a third support having a first planar surface and of a fourth support having a second planar surface in contact with the first surface, the first and second surfaces being parallel to said face, the first and second surfaces being crystallographic surfaces of type and wherein the crystallographic direction of the first surface is inclined by 45° with respect to the crystallographic direction of the second surface. providing a second support (12; 40, 42) having a planar face (13; 47) covered with the multilayer structure, the second support being made of a second material having a Young's modulus E S, different from Young's modulus E V, and a thickness e S, the average of Young's modulus E S across thickness e S, measured along any direction in a plane parallel to said face, being constant to within 10%; bonding the first support to the multilayer structure; and removing the second support,
A method for recycling thin-film solar cell modules, wherein the thin-film solar cell modules consist in the method of a substrate layer with a layer structure of functional layers, consisting of a first electrode layer, a semiconductor layer and a second electrode layer, as well as a plastic layer for encapsulating the aforementioned functional layers, which rests in a circumferential boundary region directly on the substrate layer, thereby enclosing an interior region, and of a cover layer, and wherein the substrate layer is transparent for working laser radiation and the first electrode layer is absorbent for said working laser radiation, characterized in that the free surface of the substrate layer is scanned completely over the inner region with the working laser radiation, as a result of which the first electrode layer evaporates at least partly by a absorption of the working laser radiation, wherein the layer structure of the functional layers detaches from the substrate layer and a gas volume is produced, thus preventing that the layer structure of the functional layers connects again to the substrate layer, so that the substrate layer, separated from the functional layers connected to the plastic layer and the cover layer, is available for further separate processing.
A method in a radio base station for controlling transmission power of a user equipment transmitting data to the radio base station in a radio communications network, the method comprising - retrieving a target signal to interference ratio value, - measuring a signal to interference ratio value of a received signal transmitted from the user equipment, - determining whether the user equipment comprises a zooming quantization function, the determination whether the user equipment comprises a zooming quantization function is received as an indication from a controller node or the user equipment and said zooming quantization function is arranged to determine a transmission power step to be added or subtracted to a current transmission power of the user equipment, computing a power control command based on the measured signal to interference ratio value, the retrieved target signal to interference ratio value and if the user equipment comprises a zooming quantization function by further applying a model predictive control strategy based on a rolling horizon approach, wherein the power control command indicates a power control adjustment step of the user equipment, and - transmitting the power control command to the user equipment. - retrieving a target signal to interference ratio value, - measuring a signal to interference ratio value of a received signal transmitted from the user equipment, - determining whether the user equipment comprises a zooming quantization function, the determination whether the user equipment comprises a zooming quantization function is received as an indication from a controller node or the user equipment and said zooming quantization function is arranged to determine a transmission power step to be added or subtracted to a current transmission power of the user equipment, computing a power control command based on the measured signal to interference ratio value, the retrieved target signal to interference ratio value and if the user equipment comprises a zooming quantization function by further applying a model predictive control strategy based on a rolling horizon approach, wherein the power control command indicates a power control adjustment step of the user equipment, and - transmitting the power control command to the user equipment.
A modified conjugated diene-based polymer having a weight average molecular weight, determined using GPC measurement, of 20 × 10 4 or more and 300 × 10 4 or less, and having a star-branched structure with a conjugated diene-based polymer chain bonded to a modifier residue, wherein the modifier residue has at least 4 silicon atoms, and alkoxy groups and/or hydroxyl groups and the conjugated diene-based polymer chain is bonded to the silicon atom, wherein the number of the alkoxy groups and/or the hydroxyl groups in the modifier residue is larger than the number of the silicon atoms on average. having a weight average molecular weight, determined using GPC measurement, of 20 × 10 4 or more and 300 × 10 4 or less, and having a star-branched structure with a conjugated diene-based polymer chain bonded to a modifier residue, wherein the modifier residue has at least 4 silicon atoms, and alkoxy groups and/or hydroxyl groups and the conjugated diene-based polymer chain is bonded to the silicon atom, wherein the number of the alkoxy groups and/or the hydroxyl groups in the modifier residue is larger than the number of the silicon atoms on average.
A sleeve roll comprising: a shaft core part having a dual tubular structure constructed of a metallic roll inner tube and a metallic roll outer tube, and having a thermal medium passage formed to allow the thermal medium to flow through between said metallic roll inner tube and said metallic outer tube; a rubber roll containing a heat conductive material mixed therein and being provided on the surface of said shaft core part; a thin-walled tubular metal sleeve fitted on the outside of the rubber roll; and a crosswise offset prevention device, which is provided between said shaft core part so that the sleeve is automatically repositioned to its original position for any offset of said sleeve in the horizontal direction; characterized in that in said crosswise offset prevention device of the sleeve roll a tension spring (12a, 12b) mounted on a tubular support shaft (3a, 3b) formed on each end of said shaft core part is covered by a tension adjustment member (13a, 13b) mounted on said support shaft (3a, 3b), so that the tension spring (12a, 12b) can be fixed with bolts that are inserted through the tension adjustment member (13a, 13b), while a ring-shaped retention collar fixed to the outer fringe of the end opening of said sleeve holds the sleeve against the tension adjustment member (13a, 13b). a shaft core part having a dual tubular structure constructed of a metallic roll inner tube and a metallic roll outer tube, and having a thermal medium passage formed to allow the thermal medium to flow through between said metallic roll inner tube and said metallic outer tube; a rubber roll containing a heat conductive material mixed therein and being provided on the surface of said shaft core part; a thin-walled tubular metal sleeve fitted on the outside of the rubber roll; and a crosswise offset prevention device, which is provided between said shaft core part so that the sleeve is automatically repositioned to its original position for any offset of said sleeve in the horizontal direction; characterized in that in said crosswise offset prevention device of the sleeve roll a tension spring (12a, 12b) mounted on a tubular support shaft (3a, 3b) formed on each end of said shaft core part is covered by a tension adjustment member (13a, 13b) mounted on said support shaft (3a, 3b), so that the tension spring (12a, 12b) can be fixed with bolts that are inserted through the tension adjustment member (13a, 13b), while a ring-shaped retention collar fixed to the outer fringe of the end opening of said sleeve holds the sleeve against the tension adjustment member (13a, 13b).
A pipeline for a fluid medium of motor vehicles, in particular for an aqueous urea solution, comprising a pipe and a connector arranged at a pipe end of the pipe, wherein the connector has a connecting part, a heating wire and a housing that encases the connecting part and the heating wire, wherein the connecting part comprises a retainer for establishing a latched connection with a plug that can be inserted into the connecting part, wherein the housing has an inner side facing the connecting part and an outer side, wherein the pipe comprises an inner pipe and a protective pipe, wherein the pipe comprises a heat conductor, wherein the heat conductor is wound around the inner pipe, wherein the connecting part has two connecting ends (9, 10) for a fluid-tight connection, wherein one of the two connecting ends is allocated to the retainer and one of the two connecting ends is allocated to the pipe end, wherein the connecting part comprises an intermediate section between the connecting ends (9, 10), wherein the connecting part has an outer side facing the housing and an inner side, wherein the inner side of the connecting part forms a channel, which connects the connecting ends (9, 10) with each other in order to pass the fluid medium though the connecting part, wherein the heating wire extends at least from the connecting end allocated to the pipe end until into the intermediate section, and the connector is free of alignment elements arranged in or on the connecting part for aligning the heating wire, at least along the intermediate section, characterized in that a heat conducting element is arranged inside of the pipe end, wherein the heat conducting element extends until into the connecting part.
A circular stapler having a main body, a clamping arm configured on said main body, a punch section and a foldable anvil ensuring secure anastomosis and comprising an anvil cap and a punch surface corresponding to said punch section, the anvil cap comprising multiple foldable wings (3,5,6,14,15), characterised in that said circular stapler further comprises - a command wire connected with said wings (3,5,6,14,15), - a wire wrap pulley directing said command wire. - a command wire connected with said wings (3,5,6,14,15), - a wire wrap pulley directing said command wire.