mhurhangee/ep-ind-claims huggingface dataset:
RFID transponder antenna comprising a carrier substrate and an auxiliary substrate, wherein there are arranged on the carrier substrate a contact island for a first connection of an integrated circuit and also a first conductor track structure forming at least two coil turns, the first end of which conductor track structure forms a contact terminal for a second connection of the integrated circuit and the other end of which conductor track structure forms a connection location for electrical connection to a second conductor track, and wherein there is arranged on the auxiliary substrate a second conductor track, which forms a ridge over the coil turns and one end of which is electrically connected to the contact island and the other end of which is electrically connected to the connection location, wherein a non-releasable connection between auxiliary substrate or/and second conductor track, on the one hand and carrier substrate or/and first conductor track on the other hand is provided at at least one location lying between the two ends of the auxiliary substrate in the region of the first conductor tracks, characterized in that on the carrier substrate at least one supporting structure is arranged between two adjacent coil turns formed by the first conductor tracks, said at least one supporting structure being a material island which consists of the same material as the first conductor track and was produced simultaneously therewith, and in that the supporting structure is cohesively connected to the second conductor track by welding.
Power supply arrangement for distribution of power from a DC power source having a positive terminal and a negative terminal to at least a first and a second DC power consumer (7, 9), comprising: a first DC power consumer connected to said negative terminal of said DC power source by means of at least a first return line, a first DC-DC switching power converter connected to said first DC power consumer, and connected to said positive terminal of said DC power source, a second DC power consumer connected to said negative terminal of said DC power source by means of at least a second return line, a second DC-DC switching power converter connected to said second DC power consumer, and connected to said positive terminal of said DC power source, characterised in that a first unit comprising a first capacitor connected in parallel with a first electrical device is arranged in said first return line, wherein said first electrical device has a diode function, and a second unit comprising a second capacitor connected in parallel with a second electrical device is arranged in said second return line, wherein said second electrical device has a diode function. a first DC power consumer connected to said negative terminal of said DC power source by means of at least a first return line, a first DC-DC switching power converter connected to said first DC power consumer, and connected to said positive terminal of said DC power source, a second DC power consumer connected to said negative terminal of said DC power source by means of at least a second return line, a second DC-DC switching power converter connected to said second DC power consumer, and connected to said positive terminal of said DC power source, characterised in that a first unit comprising a first capacitor connected in parallel with a first electrical device is arranged in said first return line, wherein said first electrical device has a diode function, and a second unit comprising a second capacitor connected in parallel with a second electrical device is arranged in said second return line, wherein said second electrical device has a diode function.
Method for filling containers with a liquid filling product fed by means of a product supply means, by using at least one filling point, via which, during a filling phase, the filling product is introduced into the container arranged at the filling point in a controlled manner by means of at least one valve (8, 10), and wherein the flow velocity of the filling product flowing to the particular container during the filling phase, and thus the filling speed are controlled by means of a control circuit, namely by processing a target value of the filling speed or comparing said target value with a measured value, which corresponds to the actual flow velocity of the filling product and is determined by a sensor system, which senses the flow velocity of the filling product flowing to the container, wherein, for a filling operation, a shut-off or liquid valve is opened, and a volumetric-flow-rate control element, which is arranged, in relation to the direction of flow, upstream of the shut-off or liquid valve, is opened, in order to initiate the filling phase, wherein the volumetric-flow-rate control element is regulated in such a way that the flow velocity is independent of the pressure difference between the pressure of the filling product in the product supply means and the filling pressure set in the container which is to be filled, characterised in that The volumetric-flow-rate control element is opened with a slight time delay after the opening of the shut-off or liquid valve after the prestressing of the respective container, in order to impose the prestressing pressure adjusted in the container likewise onto the part of the product line which extends to the volumetric-flow-rate control element.
A chopper and discharge apparatus arranged to be mounted at the rear discharge of a combine harvester for receiving the straw and/or chaff from the combine harvester and for discharging the materials from the combine harvester, the apparatus comprising: a housing having a feed opening into which straw and/or chaff can be fed from the combine harvester; a chopping assembly mounted in the housing; the housing having a discharge opening through which the chopped materials are discharged; a tailboard construction arranged relative to the housing so as to receive the stream of crop materials from the discharge opening to engage onto a downwardly facing guide surface of the tailboard construction having fins for spreading of the crop materials; characterised in that the apparatus further comprises a rotary spreader for spreading the crop material, the rotary spreader comprising rotating fan members (24, 26) each having a plurality of blades around an axis of the fan member (24, 26) so that the crop material enters the fan members (24, 26) and is carried around the axis by the fan members (24, 26) for discharge to a respective side of the rotary spreader; and an arrangement operable so that in a first mode the crop material is spread wholly by the tailboard and in a second mode the crop material is spread at least mainly by the rotary spreader. a housing having a feed opening into which straw and/or chaff can be fed from the combine harvester; a chopping assembly mounted in the housing; the housing having a discharge opening through which the chopped materials are discharged; a tailboard construction arranged relative to the housing so as to receive the stream of crop materials from the discharge opening to engage onto a downwardly facing guide surface of the tailboard construction having fins for spreading of the crop materials; characterised in that the apparatus further comprises a rotary spreader for spreading the crop material, the rotary spreader comprising rotating fan members (24, 26) each having a plurality of blades around an axis of the fan member (24, 26) so that the crop material enters the fan members (24, 26) and is carried around the axis by the fan members (24, 26) for discharge to a respective side of the rotary spreader; and an arrangement operable so that in a first mode the crop material is spread wholly by the tailboard and in a second mode the crop material is spread at least mainly by the rotary spreader.
A method of tracking a bird and reducing danger thereto from a wind turbine, comprising: providing a radar or radio transmitter, a receiver, a controller and a tag which is mounted on the bird; generating an energy field with the transmitter, the tag generating a signal in response to the energy field when the bird enters the energy field; receiving said signal at the receiver; determining from said signal the distance of the bird from a reference point; delivering a signal to the controller and generating by the controller a command signal which causes slowing of the wind turbine when the bird is within a predetermined distance of the reference point. providing a radar or radio transmitter, a receiver, a controller and a tag which is mounted on the bird; generating an energy field with the transmitter, the tag generating a signal in response to the energy field when the bird enters the energy field; receiving said signal at the receiver; determining from said signal the distance of the bird from a reference point; delivering a signal to the controller and generating by the controller a command signal which causes slowing of the wind turbine when the bird is within a predetermined distance of the reference point.
A shock absorbing apparatus for an aircraft seat, comprising: an airbag being expanded in a plate shape in a state of less than the maximum expansion; an upper flat plate arranged on an one side of the airbag, a lower flat plate arranged on another side of the airbag a gas supply device that supplies a gas to the airbag; and a detector sending a signal to activate the gas supply device under a preset condition, characterized in that the upper flat plate has a lowering restriction member (21, 22) arranged vertically on the airbag side, the lower flat plate is arranged at an interval from the lowering restriction member (21, 22), and the lowering restriction member (21, 22) of the upper flat plate abuts against the lower flat plate when the airbag deflates after activation, and thereby lowering of the upper flat plate is restricted. an airbag being expanded in a plate shape in a state of less than the maximum expansion; an upper flat plate arranged on an one side of the airbag, a lower flat plate arranged on another side of the airbag a gas supply device that supplies a gas to the airbag; and a detector sending a signal to activate the gas supply device under a preset condition, characterized in that the upper flat plate has a lowering restriction member (21, 22) arranged vertically on the airbag side, the lower flat plate is arranged at an interval from the lowering restriction member (21, 22), and the lowering restriction member (21, 22) of the upper flat plate abuts against the lower flat plate when the airbag deflates after activation, and thereby lowering of the upper flat plate is restricted.
Commercial vehicle, in particular construction vehicle, with a drivers cab with at least one drivers cab door, and with a raised stand for a person approximately in the region and/or approximately at the height of an actuating handle of an associated door lock for opening the drivers cab door, wherein the door lock for opening the drivers cab door can also be actuated by means of an additional actuating means (11; 13; 15; 18) which is arranged in addition to the actuating handle in the region of the raised stand, wherein the additional actuating means (11; 13; 15; 18) is arranged spaced apart from the actuating handle in the region of the raised stand, characterized in that the actuating means, additionally to the lower actuating handle assigned to the door lock, includes at least one further, upper actuating handle, as seen in the direction of the vertical axis, in the upper, laterally rear region of the drivers cab door and/or in the upper, laterally rear region of the drivers cab, said upper actuating handle being coupled to the lower actuating handle and/or to an opening mechanism of the door lock for opening the door.
A climate controlled bed comprising: a cushion member having a top side configured to receive an occupant and an underside generally opposite of the top side, a fluid distribution network located along the underside of the cushion member, the fluid distribution network comprising at least one channel (1030, 1034); and at least one fluid module comprising a fluid transfer device in fluid communication with at least a portion of the at least one channel; and at least one opening extending through an interior of the cushion member, the at least one opening being in fluid communication with an outlet of the at least one fluid module to transfer air from the at least one fluid module to the top side of the cushion member when the fluid module is operating. a cushion member having a top side configured to receive an occupant and an underside generally opposite of the top side, a fluid distribution network located along the underside of the cushion member, the fluid distribution network comprising at least one channel (1030, 1034); and at least one fluid module comprising a fluid transfer device in fluid communication with at least a portion of the at least one channel; and at least one opening extending through an interior of the cushion member, the at least one opening being in fluid communication with an outlet of the at least one fluid module to transfer air from the at least one fluid module to the top side of the cushion member when the fluid module is operating.
An anti-cavitation seat (100, 200) positionable between an inlet and an outlet of a main valve and relative a non-anti-cavitation disc of a stem assembly so as to cooperate with the disc in opening and closing fluid flow between the inlet and the outlet of the main valve, the anti-cavitation seat comprising: a first wall (104, 204) having a plurality of spaced apart apertures (106, 206) formed therein; a second wall (110, 210) spaced apart from the first wall and defining an outer chamber (114, 214) between the first and second walls, and an inner chamber (116, 216), the second wall having a plurality of spaced apart apertures (112, 212) formed therein; and a base (102, 202) from which the first and second walls extend; wherein the inner chamber has an opening adapted to be reversibly closed by the disc of the stem assembly of the main valve; characterized by a hollow post (118, 218) extending from the base into the inner chamber, comprising a wall defining a central axis chamber (120, 220), and an aperture (1 22, 222) in the base providing an opening in the central axis chamber, wherein the post includes apertures (126, 226) formed therein permitting fluid to pass from the base aperture through the central axis chamber and the wall of the post into the inner chamber; and wherein the apertures of the post and the apertures of the second wall are arranged to converge fluid flowing from at least a plurality of the post apertures and second wall apertures in the inner chamber. a first wall (104, 204) having a plurality of spaced apart apertures (106, 206) formed therein; a second wall (110, 210) spaced apart from the first wall and defining an outer chamber (114, 214) between the first and second walls, and an inner chamber (116, 216), the second wall having a plurality of spaced apart apertures (112, 212) formed therein; and a base (102, 202) from which the first and second walls extend; wherein the inner chamber has an opening adapted to be reversibly closed by the disc of the stem assembly of the main valve; characterized by a hollow post (118, 218) extending from the base into the inner chamber, comprising a wall defining a central axis chamber (120, 220), and an aperture (1 22, 222) in the base providing an opening in the central axis chamber, wherein the post includes apertures (126, 226) formed therein permitting fluid to pass from the base aperture through the central axis chamber and the wall of the post into the inner chamber; and wherein the apertures of the post and the apertures of the second wall are arranged to converge fluid flowing from at least a plurality of the post apertures and second wall apertures in the inner chamber.
A bis(perfluoroether carboxylic acid alkyl)amino ester represented by the general formula: {C n F 2n+1 O[CF(CF 3)CF 2 O] a CF(CF 3)COO(CH 2) b} 2 NR wherein R is a methyl group; n is an integer of 1 to 3; a is an integer of 0 to 20; and b is an integer of 1 to 12.
Modular lock, for use in a machine guard system, comprising: a lock body adapted to be fastened to a doorframe, a door, or a gate, wherein said lock body comprises a lock insert receiving portion, and a lock insert adapted to be received by said lock insert receiving portion, wherein said lock insert is adapted for receiving a locking member, wherein said lock insert is mountable in at least two distinct positions relative to the lock insert receiving portion such that said modular lock is usable for locking both sliding doors and swing doors, characterized in that said lock body is symmetrical over a plane extending perpendicular to a central longitudinal axis of the lock insert and which intersects the center of the modular lock and the center of the lock insert receiving portion. a lock body adapted to be fastened to a doorframe, a door, or a gate, wherein said lock body comprises a lock insert receiving portion, and a lock insert adapted to be received by said lock insert receiving portion, wherein said lock insert is adapted for receiving a locking member, wherein said lock insert is mountable in at least two distinct positions relative to the lock insert receiving portion such that said modular lock is usable for locking both sliding doors and swing doors, characterized in that said lock body is symmetrical over a plane extending perpendicular to a central longitudinal axis of the lock insert and which intersects the center of the modular lock and the center of the lock insert receiving portion.
A mobile air-conditioning apparatus containing a composition comprising HFC-1234yf and at least one compound selected from the group consisting of: propane, n-butane, isobutane, 2-methylbutane, n-pentane, and cyclopentane.
Method performed by a Radio Base Station, RBS (600, 700), being associated with communication over a wire line backhaul link, and further serving a number of User Equipments, UEs, the method comprising: - collecting information about the backhaul link from a backhaul communication entity (602, 703); - determining, based on said information, whether a procedure is about to be performed which entails that the capacity of the backhaul link will be reduced; - estimating, the capacity of the backhaul link after the forthcoming capacity reduction; - determining whether a traffic load of the RBS, said load being associated with the serving of UEs, exceeds the estimated backhaul link capacity after the forthcoming capacity reduction; and: when the traffic load is determined to exceed the estimated backhaul link capacity after the forthcoming capacity reduction: - reducing the traffic load associated with the serving of UEs, in accordance with the estimated capacity of the backhaul link after the forthcoming capacity reduction. - collecting information about the backhaul link from a backhaul communication entity (602, 703); - determining, based on said information, whether a procedure is about to be performed which entails that the capacity of the backhaul link will be reduced; - estimating, the capacity of the backhaul link after the forthcoming capacity reduction; - determining whether a traffic load of the RBS, said load being associated with the serving of UEs, exceeds the estimated backhaul link capacity after the forthcoming capacity reduction; and: when the traffic load is determined to exceed the estimated backhaul link capacity after the forthcoming capacity reduction: - reducing the traffic load associated with the serving of UEs, in accordance with the estimated capacity of the backhaul link after the forthcoming capacity reduction. when the traffic load is determined to exceed the estimated backhaul link capacity after the forthcoming capacity reduction: - reducing the traffic load associated with the serving of UEs, in accordance with the estimated capacity of the backhaul link after the forthcoming capacity reduction. - reducing the traffic load associated with the serving of UEs, in accordance with the estimated capacity of the backhaul link after the forthcoming capacity reduction.
A method performed by a communication node (110, 121) for transmission of a signal according to a single- or multiple carrier modulation scheme in a wireless communications network, the method comprising: modulating at least a first part of the signal into at least a first symbol with a shorter duration than a complete symbol according to the single- or multiple carrier modulation scheme; modulating at least a second part of the signal into at least a second symbol with a shorter duration than the complete symbol according to the single- or multiple carrier modulation scheme, wherein a duration of the at least first and second symbols is equal to a duration of the complete symbol according to the single- or multiple carrier modulation scheme, and transmitting the at least first and second symbols as the complete symbol according to the single- or multiple carrier modulation scheme without time domain separation, wherein no prefix or guard period is located between any of the at least first and second symbols and wherein the at least first and second symbols are transmitted adjacent in time as the complete symbol according to the single- or multiple carrier modulation scheme. modulating at least a first part of the signal into at least a first symbol with a shorter duration than a complete symbol according to the single- or multiple carrier modulation scheme; modulating at least a second part of the signal into at least a second symbol with a shorter duration than the complete symbol according to the single- or multiple carrier modulation scheme, wherein a duration of the at least first and second symbols is equal to a duration of the complete symbol according to the single- or multiple carrier modulation scheme, and transmitting the at least first and second symbols as the complete symbol according to the single- or multiple carrier modulation scheme without time domain separation, wherein no prefix or guard period is located between any of the at least first and second symbols and wherein the at least first and second symbols are transmitted adjacent in time as the complete symbol according to the single- or multiple carrier modulation scheme.
A crystalline Form A of compound of formula, wherein the X-ray powder diffraction pattern shows characteristic peaks at 2theta values of 8.8°±0.2°, 21.3°±0.2°, 22.2°±0.2°.
A system comprising IoT tags and an apparatus for alerting on a distance between at least three items (104, 106, 108) each item comprising one of the IoT tags, the apparatus comprising: a locator module configured to determine a distance of each of the IoT tags to each other; a radio for communicating with the IoT tags to obtain distances between items as directly determined by the IoT tags associated with the items or location information that can be used to generate the distances; a means that uses an identity of the items, the distance between the items, and a proximity rule list to determine that a proximity rule violation has occurred; and a means for alerting a user when the proximity rule violation has occured; wherein the proximity rules indicate a minimum distance between the items and violation of the proximity rule comprises the items being closer than the minimum distance. a locator module configured to determine a distance of each of the IoT tags to each other; a radio for communicating with the IoT tags to obtain distances between items as directly determined by the IoT tags associated with the items or location information that can be used to generate the distances; a means that uses an identity of the items, the distance between the items, and a proximity rule list to determine that a proximity rule violation has occurred; and a means for alerting a user when the proximity rule violation has occured; wherein the proximity rules indicate a minimum distance between the items and violation of the proximity rule comprises the items being closer than the minimum distance.