mhurhangee/ep-ind-claims huggingface dataset:
X-ray assembly (1a, 1b, 1c, 1d, 1e, 1f) including at least two X-ray facilities (2a, 2b, 16a, 16b, 48, 49) each with a control facility and a recording assembly comprising an X-ray tube and an X-ray detector, wherein at least one of the X-ray facilities (2a, 2b, 16a, 16b, 48, 49) is a mobile X-ray facility (2a, 2b, 16a, 16b, 49) with a mobile carrier carrying the recording assembly, wherein the X-ray facilities (2a, 2b, 16a, 16b, 48, 49) each comprise a communication interface for establishing a communication connection between the control facilities of the X-ray facilities (2a, 2b, 16a, 16b, 48, 49) and/or between an intermediate facility belonging to the X-ray assembly (1a, 1b, 1c, 1d, 1e, If), which itself comprises a control facility and at least one communication interface, and all the control facilities of the X-ray facilities (2a, 2b, 16a, 16b, 48, 49), wherein the control facility of least one of the at least one mobile X-ray facility (2a, 2b, 16a, 16b, 49) is embodied to control the image recording operation of the respective X-ray facility (2a, 2b, 16a, 16b, 48, 49) using control data received from another control facility via the communication connection and/or to transfer at least one recorded image dataset to at least one further control facility via the communication connection.
A power management apparatus comprising: a controller configured to control an amount of stored electricity in a storage cell installed in a consumer facility; wherein the controller divides the amount of stored electricity at least into a first domain and a second domain and manages the first domain and the second domain, characterized in that: the power management apparatus treats the first domain as a domain for performing long-term control during power management in the consumer facility, wherein according to the long-term control the controller controls the amount of stored electricity in accordance with an integrated power consumption during a predetermined time period in the consumer facility, and the power management apparatus treats the second domain as a domain for performing short-term control during power management in the consumer facility, wherein according to the short-term control the controller controls the amount of stored electricity in accordance with an instantaneous value of power consumption in the consumer facility. a controller configured to control an amount of stored electricity in a storage cell installed in a consumer facility; wherein the controller divides the amount of stored electricity at least into a first domain and a second domain and manages the first domain and the second domain, characterized in that: the power management apparatus treats the first domain as a domain for performing long-term control during power management in the consumer facility, wherein according to the long-term control the controller controls the amount of stored electricity in accordance with an integrated power consumption during a predetermined time period in the consumer facility, and the power management apparatus treats the second domain as a domain for performing short-term control during power management in the consumer facility, wherein according to the short-term control the controller controls the amount of stored electricity in accordance with an instantaneous value of power consumption in the consumer facility. the power management apparatus treats the first domain as a domain for performing long-term control during power management in the consumer facility, wherein according to the long-term control the controller controls the amount of stored electricity in accordance with an integrated power consumption during a predetermined time period in the consumer facility, and the power management apparatus treats the second domain as a domain for performing short-term control during power management in the consumer facility, wherein according to the short-term control the controller controls the amount of stored electricity in accordance with an instantaneous value of power consumption in the consumer facility.
A three-dimensional additive manufactured product, comprising: a body portion; and a male screw portion integrally disposed on a surface of the body portion so as to protrude therefrom, wherein the male screw portion includes a following side flank forming a first flank angle (α1) with respect to a vertical plane to an axis of the male screw portion, wherein the first flank angle (α1) is not less than 45 degrees, wherein the body portion is a fuel injection element to be used for a fuel injector of a liquid rocket engine, and wherein the male screw portion is configured to engage with a nut including a female screw portion to be able to interpose a predetermined functional member between the body portion and the nut. a body portion; and a male screw portion integrally disposed on a surface of the body portion so as to protrude therefrom, wherein the male screw portion includes a following side flank forming a first flank angle (α1) with respect to a vertical plane to an axis of the male screw portion, wherein the first flank angle (α1) is not less than 45 degrees, wherein the body portion is a fuel injection element to be used for a fuel injector of a liquid rocket engine, and wherein the male screw portion is configured to engage with a nut including a female screw portion to be able to interpose a predetermined functional member between the body portion and the nut.
A multi-film oil damper comprising: a housing defining an annular damper cavity between a radially outward wall and radially extending side walls, the annular damper cavity having an oil inlet configured for connection to a source of pressurized oil; a closure ring defining a radially inward boundary of the annular damper cavity; and a first damper ring (20; 31; 36) and a second damper ring (21; 32; 37) nested together coaxially within the annular damper cavity, wherein at least one of the first damper ring (20; 31; 36) and the second damper ring (21; 32; 37) has an end radial thickness (t) less than a mid-portion radial thickness at a location intermediate opposed axial ends of the ring, characterised in that a radially inner surface (24; 39) of the first damper ring (20; 31; 36) and a radially outer surface (25; 38) of the second damper ring (21; 32; 37) define a wedge gap (26; 40) therebetween at axial ends of the rings (20; 31; 36; 21; 32; 37). a housing defining an annular damper cavity between a radially outward wall and radially extending side walls, the annular damper cavity having an oil inlet configured for connection to a source of pressurized oil; a closure ring defining a radially inward boundary of the annular damper cavity; and a first damper ring (20; 31; 36) and a second damper ring (21; 32; 37) nested together coaxially within the annular damper cavity, wherein at least one of the first damper ring (20; 31; 36) and the second damper ring (21; 32; 37) has an end radial thickness (t) less than a mid-portion radial thickness at a location intermediate opposed axial ends of the ring, characterised in that a radially inner surface (24; 39) of the first damper ring (20; 31; 36) and a radially outer surface (25; 38) of the second damper ring (21; 32; 37) define a wedge gap (26; 40) therebetween at axial ends of the rings (20; 31; 36; 21; 32; 37).
A method for producing a thermoplastic elastomer composition comprising using a twin screw kneader to melt-knead a thermoplastic resin and an elastomer; the twin screw kneader having at least two raw material inlets including a first raw material inlet and a second raw material inlet provided at a position separated by 15D to 38D on a downstream side from the first raw material inlet, where D is a cylinder inside diameter of the twin screw kneader; the elastomer being fed in a divided manner from the first and second raw material inlets; a proportion of the elastomer fed from the second inlet being from 10 to 60 vol% of a total amount of the elastomer; and the elastomer being melt-kneaded in a kneading zone having a length of from 0.5D to 20D in a cylinder axis direction of the twin screw kneader, at least one kneading zone being respectively provided between the first and second raw material inlets and on a downstream side from the second raw material inlet, wherein a temperature of the elastomer fed from the second raw material inlet is at least 100°C lower than a resin temperature of a cylinder tip discharge part at the time of kneading.
Pneumatic vehicle tyre for passenger cars, comprising a tread profile and comprising two tyre sidewalls, in which tyre the tread profile extends from tyre shoulder to tyre shoulder over the entire axial range of extent of the ground contact width T A and in which tyre a.row of profile blocks with radially raised profile elements arranged one behind the other in the circumferential direction U of the pneumatic vehicle tyre and with transversely or obliquely running grooves or channels is formed in at least one tyre shoulder, wherein, in the sectional planes that contain the tyre axis, the profile elements outside the ground contact width T A are curved at their radially outwardly facing surface towards the nearest tyre sidewall and the tyre sidewall adjoins the profile elements with its axially outwardly facing surface as an extension of the profile elements and extends radially inwards up to a mounting portion of the tyre for mounting on a rim, characterized in that the profile elements extend with their radially outer curved surface in the axial direction A in the direction of the tyre sidewall up to an edge that is made to extend in the circumferential direction U of the pneumatic vehicle tyre and in that the profile elements are delimited at the edge by a flank, which is respectively formed in the sectional planes that contain the tyre axis as running at an angle of inclination α with respect to the tangent t where 80° ≤ α ≤ 100° to the curved radially outer surface of the profile element in the edge and with an angle of inclination β with respect to the radial R of the pneumatic vehicle tyre where 45° < β ≤ 60° and extends up to the radially outer surface of the tyre sidewall, and in that the radially outer surface of the tyre sidewall extends from the flank radially inwards up to the mounting portion of the tyre.
A water tank with filter cartridge for water-conducting devices, in particular household appliances, such as beverage dispensers, in particular coffee dispensers, drinking water dispensers, cooking and baking devices, steam dispensing devices, in particular steam irons, steam cleaners, high-pressure cleaners, air pressure cleaners and conditioners, or the like, wherein a suction connector is provided on the tank for the suctioning of the water from the tank using means for generating low pressure and a filter connector is provided for the connection of a filter cartridge in the interior of the tank, wherein a blending device is provided for the blending of filtered liquid with unfiltered and/or otherwise filtered or processed liquid, characterized in that the filter connection element on the tank side is designed in the form of a connection base for the realization of a polygonal contour as an axial projection with a polygonal outer circumference, wherein a tank connection element on the filter side comprising a complementary cartridge connection structure, after attachment of the filter cartridge, in a positive and sealing manner fits with the inner circumference of the cartridge connection structure to the outer circumference fixing and sealing the filter cartridge.
A method for terminating a connection to a wireless relay station, applied in a system comprising a wireless communication network group, and each wireless communication network group comprising a base station and wireless relay stations subordinated to the base station, characterized by that the method comprises the following steps of: a) a wireless relay station RS1 already connecting to a wireless communication network group, and the base station of the group or a wireless relay station working as an agent node in a communication sub-network to which RS 1 belongs determining that the connection relationship to RS1 needs to be terminated (820, 920); b) said base station or the wireless relay station working as the agent node sending a connection termination message to RS1 and releasing resource of RS1 (850, 960); c) after receiving a connection termination instruction, RS1 releasing the resource to terminate the connection to the wireless communication network (860, 970); wherein terminating the connection relationship to RS1 comprises RS1 withdrawing from the communication network group after the termination. a) a wireless relay station RS1 already connecting to a wireless communication network group, and the base station of the group or a wireless relay station working as an agent node in a communication sub-network to which RS 1 belongs determining that the connection relationship to RS1 needs to be terminated (820, 920); b) said base station or the wireless relay station working as the agent node sending a connection termination message to RS1 and releasing resource of RS1 (850, 960); c) after receiving a connection termination instruction, RS1 releasing the resource to terminate the connection to the wireless communication network (860, 970);
A method comprising: allocating differing numbers of resource elements to different control channels within a defined signalling structure so that said control channels are allocated different resource payload sizes, at least one resource element of each control channel carrying information relating a respective terminal identifier used to detect the control channel, and aggregating the control channels into various aggregations based on signalling rate and limiting selected resource payload sizes to certain aggregations among said various aggregations. allocating differing numbers of resource elements to different control channels within a defined signalling structure so that said control channels are allocated different resource payload sizes, at least one resource element of each control channel carrying information relating a respective terminal identifier used to detect the control channel, and aggregating the control channels into various aggregations based on signalling rate and limiting selected resource payload sizes to certain aggregations among said various aggregations.
Nesting and/or settlement box for flying animals, such as swifts or bats, wherein the nesting or settlement box can be integrated in a thermal insulation composite layer of a building and has a box part with walls (5, 6, 7, 8, 9), which delimit at least one interior cavity, and wherein the front wall of the box part contains at least one entrance hole, which forms an access to the interior cavity, characterized in that the front wall of the box part has connected to it a plaster-in fabric, which at least partially covers over the front-side surface of the front wall, said front-side surface being directed away from the interior cavity, and, for the purpose of being plastered in to a plaster layer on thermal-insulation elements of the thermal insulation composite layer, said thermal-insulation elements being adjacent to the box part, projects laterally beyond the outer edge of the front-side surface of the front wall of the box part.
A fabricating method of an electrode assembly comprising a first electrode, a second electrode and a separator, a unit structure of the electrode assembly being manufactured by: conducting a first process of laminating and forming a bicell having a first electrode/separator/second electrode/separator/first electrode structure; and conducting a second process of laminating a first separator /second electrode/a second separator on one of the first electrodes, wherein a temperature applied to the laminating in the second process is lower by 20°C to 50°C than a temperature applied to the laminating in the first process. conducting a first process of laminating and forming a bicell having a first electrode/separator/second electrode/separator/first electrode structure; and conducting a second process of laminating a first separator /second electrode/a second separator on one of the first electrodes, wherein a temperature applied to the laminating in the second process is lower by 20°C to 50°C than a temperature applied to the laminating in the first process.
A system for processing emergency call data comprising: a frame buffer configured to store data frames received from a central emergency call system, each data frame comprising call data associated with an emergency call being handled at one of a plurality of remote emergency call handling systems connected to the central emergency call system; a frame handler configured to: receive a data frame from the frame buffer; identify the remote emergency call handling system handling the emergency call associated with the call data based on a network address in the data frame; extract the call data from the data frame; and generate an output packet comprising a packet body, the packet body comprising the call data, and a packet header, the packet header indicating a data gateway profile associated with the identified remote emergency call handling system; and an output configured to provide the output packet to a data gateway, the data gateway comprising a plurality of data gateway profiles (380a-380N) corresponding to the plurality of remote emergency call handling systems. a frame buffer configured to store data frames received from a central emergency call system, each data frame comprising call data associated with an emergency call being handled at one of a plurality of remote emergency call handling systems connected to the central emergency call system; a frame handler configured to: receive a data frame from the frame buffer; identify the remote emergency call handling system handling the emergency call associated with the call data based on a network address in the data frame; extract the call data from the data frame; and generate an output packet comprising a packet body, the packet body comprising the call data, and a packet header, the packet header indicating a data gateway profile associated with the identified remote emergency call handling system; and receive a data frame from the frame buffer; identify the remote emergency call handling system handling the emergency call associated with the call data based on a network address in the data frame; extract the call data from the data frame; and generate an output packet comprising a packet body, the packet body comprising the call data, and a packet header, the packet header indicating a data gateway profile associated with the identified remote emergency call handling system; and an output configured to provide the output packet to a data gateway, the data gateway comprising a plurality of data gateway profiles (380a-380N) corresponding to the plurality of remote emergency call handling systems.
Porous polymeric matrix transparent to a light flux in the visible or NIR spectrum comprising: metallic nanometric particles absorbing light in the visible or in the NIR spectrum and thermosensitive micellar structures constituted by amphiphilic block copolymers containing chemical species, wherein said metallic nanometric particles have a substantially homogeneous distribution within said porous polymeric matrix and said micellar structures constituted by block copolymers are dispersed in and constrained to said porous polymeric matrix.
A dry gas thrust bearing for use in rotating equipment, said thrust bearing comprising a double symmetrical rotating arrangement that includes a shaft mounted rotor which is formed as an annular radial flange projecting radially from said shaft, said rotor having opposed bearing faces which face in opposite axial directions; and said thrust bearing further including a pair of thrust ring stators which include respective bearing faces which face axially towards said rotor bearing faces, wherein during shaft rotation, said rotor bearing faces rotate relative to the stator bearing faces, said stators being axially movable relative to said rotor and including biasing means formed as a spring package which biases said stators towards said rotor bearing faces, characterized in that said biasing means being formed in a double spring package which acts on a respective back face of each said stator and which is configured to normally bias each said stator toward the rotor while still permitting each said stator to move axially away from the rotor.
A method for the reduction of reception data of a radar, comprising the following steps: - receiving a radar echo signal emanating from a chirp-like transmission signal, - specifying a temporal reception window of the radar echo signal as a function of an area to be detected by the radar, - dividing the received radar echo signal into a plurality of spectral sub-bands, - determining sub-band windows for each spectral sub-band, - activating the sub-band windows within the temporal reception window of the radar echo signal as a function of the reception time of the radar echo signal, and - sampling the radar echo signal with a variable sampling rate that is set as a function of the number of sub-band windows that are active at the particular sampling time. - receiving a radar echo signal emanating from a chirp-like transmission signal, - specifying a temporal reception window of the radar echo signal as a function of an area to be detected by the radar, - dividing the received radar echo signal into a plurality of spectral sub-bands, - determining sub-band windows for each spectral sub-band, - activating the sub-band windows within the temporal reception window of the radar echo signal as a function of the reception time of the radar echo signal, and - sampling the radar echo signal with a variable sampling rate that is set as a function of the number of sub-band windows that are active at the particular sampling time.
A coating which is especially suitable for being coated on sand moulds and/or cores used for iron and steel casting processes comprising at least one carrier liquid; at least one refractory material in the form of a powder wherein said refractory material has a particle size of 75 to 150μm; at least one rheology agent; and at least one suspension agent characterized in that the refractory material comprises corundum within the range of 15% to 45% by weight with respect to the total weight of the coating, and alumina silicate within the range of 13-43% by weight with respect to the total weight of the coating.
A drive belt which is flexible in the circumferential direction for the transmission of mechanical power between two rotating pulleys (1, 2), which drive belt is provided with a tension element and with a number of transverse elements which are provided on said tension element and have two largely axially directed, mutually radially outwardly diverging side faces intended for frictional contact with the pulleys (1, 2), wherein the tension element comprises a flat, thin ring which is self-contained in the circumferential direction of the drive belt, characterized in that, the tension element is provided with a corrosion-resistant covering layer, such as a metal oxide skin, a DLC (diamond-like carbon) coating or a Teflon coating.
A composite material molding method for forming a composite material by disposing a reinforcing base material in a cavity inside an openable and closable mold, injecting resin in the cavity in a state in which a clamping pressure is exerted on the mold, and curing the resin, characterized in that when injecting the resin into the cavity, the injection pressure of the resin is adjusted between a first pressure that is higher than the clamping pressure and a second pressure that is lower than the clamping pressure, and the injection pressure of the resin is lowered from the pressure that is higher than the clamping pressure to the pressure that is lower than the clamping pressure at least once, to thereby inject the resin such that pressure inside the cavity does not exceed the clamping pressure from a start of injecting the resin to an end of the injecting the resin.