mhurhangee/ep-ind-claims huggingface dataset:
A readjustable Venetian blind of the kind comprising - a head rail, - a hollow bottom rail having a lengthwise cavity with an opening for receiving at least two connectors (11,12), - at least one lift cord (7,8) fastened to each connector (11, 12), - at least one ladder cord (5,6) comprising two ladder side cords (25,26) fastened to each connector (11,12), - a number of spaced apart slats suspended between the head rail and the bottom rail on cross rugs of the ladder cords (5,6), - the at least two connectors (11,12) are configured for securing and enveloping the at least two connectors (11,12) releasably in the cavity of the bottom rail, - the at least two connectors (11,12) have readjustment means for increasing or reducing the length of the ladder side cords (25,26) between the head rail and the connector (11,12), at least one of the at least two connectors (11,12) is configured with - a top part facing towards the opening of the bottom rail and a bottom part facing towards the lengthwise cavity of the bottom rail, - the readjustment means of the at least two connectors (11,12) comprises at least one channel (23,24) for receiving the ladder side cords (25,26) to releaseably fastening the ladder side cords (25,26) to the connector (11, 12), characterised in that the readjustment means further comprises a fastening hole (27,28) in the top part of the at least two connectors (11,12), which fastening hole (27,28) is in communication with a corresponding channel (23,24) and configured to releaseably receive a fastening means for engaging a ladder side cord (25,26) extending in the channel (23,24). - a head rail, - a hollow bottom rail having a lengthwise cavity with an opening for receiving at least two connectors (11,12), - at least one lift cord (7,8) fastened to each connector (11, 12), - at least one ladder cord (5,6) comprising two ladder side cords (25,26) fastened to each connector (11,12), - a number of spaced apart slats suspended between the head rail and the bottom rail on cross rugs of the ladder cords (5,6), - the at least two connectors (11,12) are configured for securing and enveloping the at least two connectors (11,12) releasably in the cavity of the bottom rail, - the at least two connectors (11,12) have readjustment means for increasing or reducing the length of the ladder side cords (25,26) between the head rail and the connector (11,12), - a top part facing towards the opening of the bottom rail and a bottom part facing towards the lengthwise cavity of the bottom rail, - the readjustment means of the at least two connectors (11,12) comprises at least one channel (23,24) for receiving the ladder side cords (25,26) to releaseably fastening the ladder side cords (25,26) to the connector (11, 12),
A compressor, comprising a pulley for connection to a drive system and a magnetic clutch assembly for connecting a drive shaft to the pulley such that the rotation of the pulley is transferred to the drive shaft, wherein the clutch arrangement comprises an electromagnet, a hub attached to the drive shaft and an armature plate; and wherein the compressor further comprises a rotation sensor, wherein the rotation sensor comprises a magnetic field sensor characterised in that: the rotation sensor further comprises one or more magnetic portions attached to, or forming part of, the drive shaft or hub, and wherein at least the magnetic field sensor is positioned outside of any magnetic leakage paths within the compressor which are generated by the electromagnet when energised.
An article comprising a polyurethane or polyisocyanurate foam having a primary surface, an aluminum facer covering, and a primer layer between and attached to the primary surface of the foam and the aluminum facer; wherein the article is characterized by: (a) the primer layer having a concentration of bromine in said primer layer, comprising a primer component and a brominated component, where the primer component and brominated component are the same or different components; (b) the primer layer is free of chlorinated components, the primer layer having a glass transition temperature of 70 degrees Celsius or higher, as measured in the description; and (c) an absence of fibers in the form of fiber mats, fiber fabrics and dispersed fibers between the polyurethane or polyisocyanurate foam and the facer. (a) the primer layer having a concentration of bromine in said primer layer, comprising a primer component and a brominated component, where the primer component and brominated component are the same or different components; (b) the primer layer is free of chlorinated components, the primer layer having a glass transition temperature of 70 degrees Celsius or higher, as measured in the description; and (c) an absence of fibers in the form of fiber mats, fiber fabrics and dispersed fibers between the polyurethane or polyisocyanurate foam and the facer.
Device for separating and handling particles from a particle supply, consisting of a sample table with the particle supply and a pipette that can be moved in the x-y-z direction, the particles having a mass down into the μg range and grain sizes of below 150 μm, characterized in that the sample table is connected to a vibration generator for supplying mechanical vibrational energy for the forming of a gas-solid particle mixture over the sample table, in that a pipette with a perforated orifice plate for receiving particles from the gas-solid particle mixture is arranged over the gas-solid particle mixture and is connected to a device for generating a negative pressure, and in that between the pipette and the perforated orifice plate there is a pulse generator for generating electro-acoustic pulses.
Method for signalling that a parking brake associated with an automatic or automated motor vehicle transmission is not engaged, upon detecting the opening of the door of the driver after the engine has been switched off, characterized in that a vehicle computation unit other than the transmission computer records the last signal relating to the state of engagement of the parking brake and triggers an alert signal for the attention of the passengers of the vehicle if the door of the driver or of the passenger is open, and the parking device of the automatic or automated transmission is not engaged.
A photovoltaic module comprising a carrier substrate, said carrier substrate carrying a purely printed structure comprising: - a printed positive module terminal, - a printed negative module terminal, and - a plurality of printed photovoltaic cell units each comprising one or more printed photovoltaic cells, wherein the plurality of printed photovoltaic cell units are electrically connected in series between the positive and the negative module terminals such that any two neighbouring photovoltaic cell units are electrically connected by a printed interconnecting electrical conductor, characterised in that the carrier substrate comprises a foil, and wherein the total thickness of the photovoltaic module is below 500 μm and wherein the nominal voltage level between the positive and the negative terminals is at least 5 kV DC, and wherein the foil is of a bendable material having a bend radius below 50 mm. - a printed positive module terminal, - a printed negative module terminal, and - a plurality of printed photovoltaic cell units each comprising one or more printed photovoltaic cells, wherein the plurality of printed photovoltaic cell units are electrically connected in series between the positive and the negative module terminals such that any two neighbouring photovoltaic cell units are electrically connected by a printed interconnecting electrical conductor,
A power working machine comprising: an air-cooled internal combustion engine mounted in a main body housing; a cooling fan disposed to be driven by the internal combustion engine on one side of the main body housing; a straightening passage formed around the cooling fan to straighten a flow of air sucked into the main body housing by the cooling fan; and an air intake passage adapted to suck part of air that has flowed through the straightening passage and has been released from a discharge port positioned at a downstream end of the straightening passage into an air intake system of the internal combustion engine, wherein an air intake port of the air intake passage is arranged on an opposite side of the internal combustion engine with respect to the straightening passage, and of the air released from the discharge port of the straightening passage, at least part of air released toward the opposite side of the internal combustion engine with respect to the straightening passage is taken into the air intake passage via the air intake port, characterised in that the air intake port is provided so as to be inclined to the discharge port of the straightening passage as viewed from side. an air-cooled internal combustion engine mounted in a main body housing; a cooling fan disposed to be driven by the internal combustion engine on one side of the main body housing; a straightening passage formed around the cooling fan to straighten a flow of air sucked into the main body housing by the cooling fan; and an air intake passage adapted to suck part of air that has flowed through the straightening passage and has been released from a discharge port positioned at a downstream end of the straightening passage into an air intake system of the internal combustion engine, wherein an air intake port of the air intake passage is arranged on an opposite side of the internal combustion engine with respect to the straightening passage, and of the air released from the discharge port of the straightening passage, at least part of air released toward the opposite side of the internal combustion engine with respect to the straightening passage is taken into the air intake passage via the air intake port, characterised in that the air intake port is provided so as to be inclined to the discharge port of the straightening passage as viewed from side.
A connector assembly comprising a connector housing, the housing comprising a plurality of connectors, each of said connectors having a recess adapted to receive at least a portion of a modular plug, said modular plug having a plurality of first conductors disposed thereon, and a plurality of second conductors disposed at least partly within said recess, said second conductors being configured to form an electrical contact with respective ones of said first conductors when said modular plug is received within said recess, and form at least a portion of an electrical pathway between said first conductors and an external device; wherein the improvement comprises: a substrate shield disposed proximate to and parallel to a bottom face of said connector housing and configured to be disposed adjacent to an external substrate to which the connector assembly will ultimately be mounted, said shield having a plurality of apertures corresponding to said second conductors, said second conductors being received in said apertures, said shield further comprising a multi-layer structure comprising a layer of non-conductive material and a layer of a conductive material, at least the layer of conductive material providing for mitigation of the transmission of electronic noise through said shield during operation of at least one of said connectors, wherein said second conductors only contact the non-conductive layer. a substrate shield disposed proximate to and parallel to a bottom face of said connector housing and configured to be disposed adjacent to an external substrate to which the connector assembly will ultimately be mounted, said shield having a plurality of apertures corresponding to said second conductors, said second conductors being received in said apertures, said shield further comprising a multi-layer structure comprising a layer of non-conductive material and a layer of a conductive material, at least the layer of conductive material providing for mitigation of the transmission of electronic noise through said shield during operation of at least one of said connectors, wherein said second conductors only contact the non-conductive layer.
A method for producing an L-amino acid comprising: - cultivating an L-amino acid producing bacterium of the Enterobacteriaceae family, wherein said bacterium has been modified to attenuate expression of the nac gene in a medium so to produce and excrete said L-amino acid into the medium, and - collecting said L-amino acid from the medium. - cultivating an L-amino acid producing bacterium of the Enterobacteriaceae family, wherein said bacterium has been modified to attenuate expression of the nac gene in a medium so to produce and excrete said L-amino acid into the medium, and - collecting said L-amino acid from the medium.
A method for producing a pressure-sensitive adhesive tape, comprising the following steps: - providing a pressure-sensitive adhesive composition that contains acrylate monomers polymerizable by electromagnetic radiation and a photoinitiator; - providing a tape-shaped carrier with an upper side and a lower side; - applying the pressure-sensitive adhesive composition to at least the upper side of the carrier, wherein pre-polymerization has taken place before the application of the adhesive composition to the carrier, such that the adhesive composition also contains acrylate polymers; and - transporting the carrier with the applied pressure-sensitive adhesive composition through a drying channel, in which the applied pressure-sensitive adhesive composition is exposed to electromagnetic radiation and polymerizes upon irradiation, characterized in that the drying channel comprises a main section that includes a water basin filled with water and at least one radiation source, wherein the carrier is guided through the water basin in such a manner that the pressure-sensitive adhesive composition applied to the upper side of the carrier is in direct contact with the water during irradiation, wherein the radiation from the radiation source takes place through the water in the water basin, and wherein the heat generated during polymerization is dissipated by the water. - providing a pressure-sensitive adhesive composition that contains acrylate monomers polymerizable by electromagnetic radiation and a photoinitiator; - providing a tape-shaped carrier with an upper side and a lower side; - applying the pressure-sensitive adhesive composition to at least the upper side of the carrier, wherein pre-polymerization has taken place before the application of the adhesive composition to the carrier, such that the adhesive composition also contains acrylate polymers; and - transporting the carrier with the applied pressure-sensitive adhesive composition through a drying channel, in which the applied pressure-sensitive adhesive composition is exposed to electromagnetic radiation and polymerizes upon irradiation,
Lubricant composition comprising 80 to 99.5% by weight of an oil selected from polyalkylated glycols (PAG or polyalkylene glycols) and an anti-wear additive selected from compounds of formula in which R1 and R2, which may be identical or different, independently represent a secondary linear or branched alkyl group comprising from 2 to 7 carbon atoms, preferably from 3 to 6 carbon atoms, the PAG being a block polymer of formula or a random polymer of formula in which ▪ R12 represents a linear or branched C 1 -C 30 alkyl group, preferably a linear or branched C 8 -C 15 alkyl group; ▪ s and t independently represent an average number from 1 to 5. in which R1 and R2, which may be identical or different, independently represent a secondary linear or branched alkyl group comprising from 2 to 7 carbon atoms, preferably from 3 to 6 carbon atoms, the PAG being a block polymer of formula or a random polymer of formula in which ▪ R12 represents a linear or branched C 1 -C 30 alkyl group, preferably a linear or branched C 8 -C 15 alkyl group; ▪ s and t independently represent an average number from 1 to 5. ▪ R12 represents a linear or branched C 1 -C 30 alkyl group, preferably a linear or branched C 8 -C 15 alkyl group; ▪ s and t independently represent an average number from 1 to 5.
A method for an operations and maintenance (O&M) node for identifying a relay cell serviced by a relay radio node (12, 44, 60) in a radio access network of a cellular communications system in which there is a radio connection between the relay radio node and a donor radio base station (14, 42, 70), where the RAN donor radio base station is identified by a donor radio base station cell identifier, comprising: receiving the donor base station cell identifier from the relay radio node, determining a RAN relay cell identifier that uniquely identifies the relay cell within the RAN, the RAN relay cell identifier including a relay cell identifier and the donor base station cell identifier; and providing the RAN relay cell identifier to the relay radio node so that the relay radio node can transmit the RAN relay cell identifier to uniquely identify the relay cell to one or more radio terminals in the RAN. receiving the donor base station cell identifier from the relay radio node, determining a RAN relay cell identifier that uniquely identifies the relay cell within the RAN, the RAN relay cell identifier including a relay cell identifier and the donor base station cell identifier; and providing the RAN relay cell identifier to the relay radio node so that the relay radio node can transmit the RAN relay cell identifier to uniquely identify the relay cell to one or more radio terminals in the RAN.
A communications method for use in a communications network including a core state management node which stores, processes and transfers state information for end nodes and a plurality of access nodes (140,140') through which mobile end nodes (144,146) can attach to a communications network via wireless communications links, said access nodes coupled to said core management node, the method comprising: operating the core state management node to receive a state update signal from a first access node, the state update signal including an access node identifier, an end node identifier which identifies an end node, end node state corresponding to the end node, and a first count value; operating the core state management node to determine if the core state management node already has stored state corresponding to said end node; in response to determining that the core state management node already includes stored state corresponding to said end node, determining if the first count value was updated after the count value included in said stored state corresponding to said end node was generated; and when it is determined that the first count value was updated after the count value included in said stored state corresponding to the end node, updating the stored state information with state information included in the received state update signal. operating the core state management node to receive a state update signal from a first access node, the state update signal including an access node identifier, an end node identifier which identifies an end node, end node state corresponding to the end node, and a first count value; operating the core state management node to determine if the core state management node already has stored state corresponding to said end node; in response to determining that the core state management node already includes stored state corresponding to said end node, determining if the first count value was updated after the count value included in said stored state corresponding to said end node was generated; and when it is determined that the first count value was updated after the count value included in said stored state corresponding to the end node, updating the stored state information with state information included in the received state update signal.
Stator of an electric machine, which stator has a stator yoke that extends annularly around a stator axis and has stator teeth that each extend along a tooth axis and protrude from the stator yoke in the radial direction with respect to the stator axis, wherein a first end of each stator tooth is arranged on the stator yoke and a tooth head is formed on a second end opposite the first end, each tooth head having two tooth-head projections (X, Y), each of which projects transversely to the tooth axis in relation to the remaining stator tooth so as to form a tooth-head step (4.1), wherein each tooth head of the stator teeth is trapezoidal and is formed asymmetrically with respect to the respective tooth axis, wherein the trapezoidal shape of the tooth head has a base facing the tooth-head step (4.1), a bottom side facing away from the tooth-head step (4.1), and also a first limb and a second limb, wherein the first limb and the second limb each extend between the base and the bottom side, and in particular form different angles with the base, wherein the base is longer than the bottom side, wherein the base and the bottom side run parallel to each other, wherein the first limb and the second limb preferably do not run in parallel, and wherein the base rests against the second end of the stator tooth, wherein a first tooth-head projection, which corresponds to the subregion of the base between the first limb and the stator tooth, is greater than a second tooth-head projection, which corresponds to the subregion of the base between the stator tooth and the second limb, and wherein the second tooth-head projection is 0.4 times to 0.85 times the first tooth-head projection.
A first image capturing device comprising: image capturing recording means for capturing and recording a first image of a subject with a timing specified by a shutter operation; and transmission means for transmitting meta-data that the first image capturing device generates, and a trigger signal, to a second image capturing device responsive to the shutter operation, wherein the meta-data comprises identification information of the first image capturing device; wherein the trigger signal is for instructing the second image capturing device to capture a second image of the subject with said timing, to cause the second image to be recorded in the second image capturing device in association with the meta-data generated by the first image capturing device such that identification information of the first image capturing device is appended to the recorded second image. image capturing recording means for capturing and recording a first image of a subject with a timing specified by a shutter operation; and transmission means for transmitting meta-data that the first image capturing device generates, and a trigger signal, to a second image capturing device responsive to the shutter operation, wherein the meta-data comprises identification information of the first image capturing device; wherein the trigger signal is for instructing the second image capturing device to capture a second image of the subject with said timing, to cause the second image to be recorded in the second image capturing device in association with the meta-data generated by the first image capturing device such that identification information of the first image capturing device is appended to the recorded second image.