mhurhangee/ep-ind-claims huggingface dataset:
A chair for attaching to a pushchair frame, the chair comprising: a seating portion comprising: a frame; a seat base that is supported by the frame; and a backrest extending at an angle from the seat base; and a tilt adjustment system comprising a pair of side supports that project below the frame and on which a seating portion is mounted, wherein each side support comprises at least one curved guide slot; and at least one substantially straight, diagonal guide slot that is located in front of the curved guide slot and proximate a front end of the respective side support and that is inclined toward a front end of the respective side support; wherein each side support is attached to a respective side of the frame by guide bearings that extend from the frame and through the guide slots, and wherein the guide bearings are configured to move along the guide slots to tilt the seating portion at a desired angle of tilt without varying the angle between the seat base and the backrest. a seating portion comprising: a frame; a seat base that is supported by the frame; and a backrest extending at an angle from the seat base; and a frame; a seat base that is supported by the frame; and a backrest extending at an angle from the seat base; and a tilt adjustment system comprising a pair of side supports that project below the frame and on which a seating portion is mounted, wherein each side support comprises at least one curved guide slot; and at least one substantially straight, diagonal guide slot that is located in front of the curved guide slot and proximate a front end of the respective side support and that is inclined toward a front end of the respective side support; wherein each side support is attached to a respective side of the frame by guide bearings that extend from the frame and through the guide slots, and wherein the guide bearings are configured to move along the guide slots to tilt the seating portion at a desired angle of tilt without varying the angle between the seat base and the backrest.
A glycoconjugate comprising a saccharide covalently conjugated to a carrier protein through a spacer containing ((2-oxoethyl)thio) having the general formula: wherein R is CH(COOH)(CH 2) n and wherein n is selected from 1 to 10.
A closure device for releasably connecting two parts with each other, comprising - a first closure member having a rigid first locking protrusion and - a second closure member which is attachable to the first closure member and in a closed position is held on the first closure member, the second closure member having a rigid second locking protrusion, wherein the second locking protrusion can be brought into engagement with the first locking protrusion in an engagement direction and in the closed position engages the first locking protrusion in a positive locking manner, wherein the first closure member comprises a first magnetic member (23, 23A, 23B) and the second closure member comprises a second magnetic member (33, 33A, 33B), the first magnetic member (23, 23A, 23B) and the second magnetic member (33, 33A, 33B) being constituted to magnetically attract each other when the second closure member is attached to the first closure member for closing the closure device, wherein a force application element is pivotably attached to the second closure member at a force application location in the vicinity of the second locking protrusion, the force application element being constituted to introduce a force into the second closure member, the closure device is characterized in that, the first closure member comprises a base and a locking element rigidly attached to the base and carrying the first locking protrusion, wherein the second closure member comprises a locking part carrying the second locking protrusion and having a front face which in the closed position faces the locking element of the first closure member, wherein in the closed position, when viewed in a direction opposite the engagement direction, the force application location on the second closure member is located between the front face and a center of the first magnetic member of the first closure member. - a first closure member having a rigid first locking protrusion and - a second closure member which is attachable to the first closure member and in a closed position is held on the first closure member, the second closure member having a rigid second locking protrusion, wherein the second locking protrusion can be brought into engagement with the first locking protrusion in an engagement direction and in the closed position engages the first locking protrusion in a positive locking manner,
Method for managing, in a local network, adaptive streaming of digital contents by at least one terminal (3, 5) able to receive at least one digital content (C1...CN) to be rendered on a screen, the method being characterized in that it comprises the following steps: - obtaining an instantaneous streaming bit rate (BRj(t)) for said at least one terminal (j); - obtaining a priority (PRj(Ci)) for each content to be rendered on the terminal depending on a datum (A, B, C) relating to a degree of occupancy of the area of the screen by the rendition of the content on the terminal; - requesting each content (C1, C2, C3) to be streamed with a quality level (N1, N2, N3) dependent on the priority (PRj(Ci)) obtained for said content. - obtaining an instantaneous streaming bit rate (BRj(t)) for said at least one terminal (j); - obtaining a priority (PRj(Ci)) for each content to be rendered on the terminal depending on a datum (A, B, C) relating to a degree of occupancy of the area of the screen by the rendition of the content on the terminal; - obtaining a priority (PRj(Ci)) for each content to be rendered on the terminal depending on a datum (A, B, C) relating to a degree of occupancy of the area of the screen by the rendition of the content on the terminal; - requesting each content (C1, C2, C3) to be streamed with a quality level (N1, N2, N3) dependent on the priority (PRj(Ci)) obtained for said content.
Stretch-blowing device in aseptic conditions for a preform made of thermoplastic material, comprising: a blowing nozzle applicable on the mouth of the preform, said blowing nozzle being located at least partly in a contamination-controlled environment where the preform is formed by stretch-blowing, said contamination-controlled environment being isolated from an external environment; means to inject compressed air into the preform through said blowing nozzle; a stretching rod slidably mounted within said blowing nozzle so that a first portion thereof can penetrate inside the preform through the mouth; a linear motor comprising a cylindrical stator and a rotor or magnetic shaft, sliding linearly in said stator, said rotor being integrally connected to a second portion of the stretching rod; a box-shaped casing formed by the stator and by a plurality of walls that together define a chamber for housing the rotor and the second portion of the stretching rod, said housing chamber being sealingly closed to said external environment, said box-shaped casing having an inlet to introduce a sanitising fluid within said chamber and an outlet to drain the fluid from said chamber, characterised in that the linear motor has at least one grooved surface (14, 15, 18) exposing within said chamber so as to facilitate the flow of the sanitising fluid. a blowing nozzle applicable on the mouth of the preform, said blowing nozzle being located at least partly in a contamination-controlled environment where the preform is formed by stretch-blowing, said contamination-controlled environment being isolated from an external environment; means to inject compressed air into the preform through said blowing nozzle; a stretching rod slidably mounted within said blowing nozzle so that a first portion thereof can penetrate inside the preform through the mouth; a linear motor comprising a cylindrical stator and a rotor or magnetic shaft, sliding linearly in said stator, said rotor being integrally connected to a second portion of the stretching rod; a box-shaped casing formed by the stator and by a plurality of walls that together define a chamber for housing the rotor and the second portion of the stretching rod, said housing chamber being sealingly closed to said external environment, said box-shaped casing having an inlet to introduce a sanitising fluid within said chamber and an outlet to drain the fluid from said chamber, characterised in that the linear motor has at least one grooved surface (14, 15, 18) exposing within said chamber so as to facilitate the flow of the sanitising fluid.
Process for reacting chlorine in chemical reactions using chlorine-containing gas with at least one coreactant, characterized in that chlorine gas is released from a storage medium based on ionic organic compounds containing polychlorides through the addition of a release agent in the form of a protic liquid, in particular aqueous solutions, preferably of water or aqueous inorganic acids or aqueous organic acids, aqueous salt solutions or any desired mixtures of said liquids, and the chlorine gas released is brought to chemical reaction using chlorine with at least one coreactant.
A method comprising collecting by a communication service manager, CSM, performance data indicative of performance of a network slice in the communication network; determining, by the CSM based on the performance data, whether a first trigger condition is satisfied, the first trigger condition indicative of a deficiency in performance of the network slice; when the first trigger condition is satisfied, transmitting by the CSM a first event report to a network slice controller; determining, by the CSM based on the performance data, whether a second trigger condition is satisfied, the second trigger condition indicative of failure of the network slice controller to mitigate an undesired network circumstance related to the deficiency in performance of the network slice; and when the second trigger condition is satisfied, transmitting by the CSM a second event report to a network slice manager, wherein satisfying the second trigger condition comprises satisfying the first trigger condition a predetermined number of times, or wherein satisfying the second trigger condition comprises satisfying the first trigger for at least a predetermined threshold amount of time following the first event report. collecting by a communication service manager, CSM, performance data indicative of performance of a network slice in the communication network; determining, by the CSM based on the performance data, whether a first trigger condition is satisfied, the first trigger condition indicative of a deficiency in performance of the network slice; when the first trigger condition is satisfied, transmitting by the CSM a first event report to a network slice controller; determining, by the CSM based on the performance data, whether a second trigger condition is satisfied, the second trigger condition indicative of failure of the network slice controller to mitigate an undesired network circumstance related to the deficiency in performance of the network slice; and when the second trigger condition is satisfied, transmitting by the CSM a second event report to a network slice manager, wherein satisfying the second trigger condition comprises satisfying the first trigger condition a predetermined number of times, or wherein satisfying the second trigger condition comprises satisfying the first trigger for at least a predetermined threshold amount of time following the first event report.
A valve assembly comprising: a body having a passageway connecting a first port and a second port; a plunger located within an annular orifice, the plunger configured to move a valve seat to close and open the passageway between the first port and the second port; a pressure balancing passageway within the plunger configured to transfer a first pressure from the first port to a plunger stem cavity; a thin annulus located between the plunger and the annular orifice, the thin annulus providing a pressure drop passageway between the plunger stem cavity and a second cavity having a second pressure associated with second port, characterized in that said thin annulus provides the pressure drop passageway when the valve is in a closed stationary position, and that a leak path from the first port through the pressure balancing passageway to the second port is not sealed to reduce an amount of friction on the plunger as the plunger moves. a body having a passageway connecting a first port and a second port; a plunger located within an annular orifice, the plunger configured to move a valve seat to close and open the passageway between the first port and the second port; a pressure balancing passageway within the plunger configured to transfer a first pressure from the first port to a plunger stem cavity; a thin annulus located between the plunger and the annular orifice, the thin annulus providing a pressure drop passageway between the plunger stem cavity and a second cavity having a second pressure associated with second port, characterized in that said thin annulus provides the pressure drop passageway when the valve is in a closed stationary position, and that a leak path from the first port through the pressure balancing passageway to the second port is not sealed to reduce an amount of friction on the plunger as the plunger moves.
A bush for isolating vibrations, the bush comprising: a first anchor part that defines a longitudinal axis; a second anchor part spaced from the first anchor part; a resilient body extending between the first anchor part and the second anchor part and operably engaged with the first anchor part and the second anchor part to isolate vibrations therebetween, the resilient body comprising a plurality of radial arms spaced apart around the longitudinal axis, wherein each pair of adjacent arms is separated by a longitudinally extending passageway; and a tuning element (602, 614) operably coupled to an outer surface of the resilient body, wherein the tuning element is configured to reduce dynamic stiffness increases associated with eigenmodes of the resilient body within a predetermined operational vibration frequency range, and characterised in that the tuning element comprises an upstanding wall on the outer surface of the resilient body, the upstanding wall bridging across each longitudinally extending passageway. a first anchor part that defines a longitudinal axis; a second anchor part spaced from the first anchor part; a resilient body extending between the first anchor part and the second anchor part and operably engaged with the first anchor part and the second anchor part to isolate vibrations therebetween, the resilient body comprising a plurality of radial arms spaced apart around the longitudinal axis, wherein each pair of adjacent arms is separated by a longitudinally extending passageway; and a tuning element (602, 614) operably coupled to an outer surface of the resilient body, wherein the tuning element is configured to reduce dynamic stiffness increases associated with eigenmodes of the resilient body within a predetermined operational vibration frequency range, and characterised in that the tuning element comprises an upstanding wall on the outer surface of the resilient body, the upstanding wall bridging across each longitudinally extending passageway.
Use of a sheetlike structure having a layer construction, comprising at least one substantially smooth braid as carrier material and at least one coating on at least one side of the braid, the braid being a simple sheetlike construct consisting of tapes in warp direction and in weft direction which are woven in one or more plies, where the tapes have a width in a range of 0.1-25 mm, preferably 0.2-10 mm, more preferably 0.5-5 mm, and a thickness in a range of 5-50% of the width, preferably 10-30% of the width, - as roller material for a luggage compartment cover in vehicles and/or - as liner material for interior surfaces in vehicles. - as roller material for a luggage compartment cover in vehicles and/or - as liner material for interior surfaces in vehicles.
A barrier film comprising a multilayer film comprising at least a barrier layer and a substrate layer (12, 15), wherein a mat layer comprising a resin and fillers is laminated on one surface of the barrier film, at least part of the fillers protruding from the mat layer, a ratio of the fillers protruding from the mat layer and being visually recognizable as having a particle size (as measured according to the description) that is at least twice a thickness of the mat layer_ (as measured according to the description) is 20% or more and 80% or less of a total amount of the fillers protruding from the mat layer, in a plan view of the mat layer, and a total number of the fillers (as measured according to the description) in a square of 1 mm 2 in a plan view of the mat layer is 1,800 or more. a mat layer comprising a resin and fillers is laminated on one surface of the barrier film, at least part of the fillers protruding from the mat layer, a ratio of the fillers protruding from the mat layer and being visually recognizable as having a particle size (as measured according to the description) that is at least twice a thickness of the mat layer_ (as measured according to the description) is 20% or more and 80% or less of a total amount of the fillers protruding from the mat layer, in a plan view of the mat layer, and a total number of the fillers (as measured according to the description) in a square of 1 mm 2 in a plan view of the mat layer is 1,800 or more.
Collector of liquid comprising a multi-layered structure, characterised in that it comprises: - a first layer which comprises a set of openings and a third layer comprising another set of openings (6"); - a second layer located above the first layer and below the third layer, this second layer comprising a vacuum tube and a material whose structural consistency facilitates the generation and maintenance of a uniform vacuum area for liquid collection at all times; and - a fourth layer located immediately above the third layer, this fourth layer comprising a material that absorbs by capillarity; in such a way that liquid coming from the first and third layers is evacuated via the vacuum tube located in the second layer, where the liquid arrives at this third layer after having been absorbed by the fourth layer and distributed uniformly along this fourth layer by means of the material that absorbs by capillarity. - a first layer which comprises a set of openings and a third layer comprising another set of openings (6"); - a second layer located above the first layer and below the third layer, this second layer comprising a vacuum tube and a material whose structural consistency facilitates the generation and maintenance of a uniform vacuum area for liquid collection at all times; and - a fourth layer located immediately above the third layer, this fourth layer comprising a material that absorbs by capillarity; in such a way that liquid coming from the first and third layers is evacuated via the vacuum tube located in the second layer, where the liquid arrives at this third layer after having been absorbed by the fourth layer and distributed uniformly along this fourth layer by means of the material that absorbs by capillarity.
A vehicle ambient air purification arrangement in a vehicle comprising an engine and a ventilation system having ducts and one or more filters therein for purification of ambient air that flows to a passenger compartment of the host vehicle, characterized in that the arrangement comprises: an air conveying apparatus, particulate detection means and a controller, where the controller further is arranged to control the air conveying apparatus to convey ambient air through the ducts and filters of the ventilation system in response to a determination that the engine is inoperative and that a voltage supplied to the arrangement from an electricity supply source exceeds a threshold voltage and the detected amount of particulates in the ambient air exceeds a threshold amount of particulates.
A device (108, 109, 110) comprising an interface to at least one active subscriber line and an interface to at least one inactive subscriber line, characterized in that said device (108, 109, 110) comprises means for transmitting a first signal on said inactive subscriber line before said inactive subscriber line is initialized, and means for synchronously measuring crosstalk (130; 201, 203, 205, 207) induced into said active subscriber line by transmitting said first signal on said inactive subscriber line.
Plasma reactor for plasma-chemical and/or plasma-catalytic conversion of compounds in a reactor fluid by means of dielectric barrier discharge, comprising two electrodes (8,9) separated from one another by means of a dielectric and at least in sections along at least one reactor channel for through flow of the reactor fluid, wherein the electrodes (8, 9) and the dielectric are wound spirally around the reactor longitudinal extension, characterized in that the reaction channel is designed for through flow of the reactor fluid at least substantially parallel to a reactor longitudinal extension.
A displacement control valve comprising a valve housing, a valve element fitted in a guide passage of the valve housing, for opening and closing a control passage, and a solenoid for driving the valve element to open and close the valve element, wherein a tapered portion is provided at one of an outer peripheral surface of the valve element and a guide surface of the guide passage, and a spiral groove is provided in the other, the tapered portion is set so that a gap between the outer peripheral surface of the valve element and the guide surface of the guide passage is larger toward a low-pressure side than on a high-pressure side, and the tapered portion and the spiral groove are provided so that a starting point of the tapered portion is located within a region of the spiral groove in an entire range between a starting point and an ending point of a stroke of the valve element.
Method for producing profiles with at least one positionally variable, longitudinally oriented moulding made from a profile blank comprising the following process steps: - provision of a forming tool (1, 2, 3) which exhibits the cross-sectional shape of a profile or hollow-profile blank at the inlet and an altered cross-sectional shape with at least one moulding at the outlet, - positioning of the profile or hollow-profile blank at the inlet of the forming tool, characterized in that the following step is performed: - performance of a relative movement in an axial direction between the forming tool (1, 2, 3) and the profile or hollow-profile blank with simultaneous performance of a relative rotation between the forming tool (1, 2, 3) and the profile or hollow-profile blank about an axial axis of the forming tool (1, 2, 3), of the profile or the hollow profile, using at least one active means for performing the rotation of the forming tool (1, 2, 3) and/or of the hollow-profile blank, in order to introduce a positionally variable moulding via the forming tool (1, 2, 3) into the profile or hollow-profile blank. - provision of a forming tool (1, 2, 3) which exhibits the cross-sectional shape of a profile or hollow-profile blank at the inlet and an altered cross-sectional shape with at least one moulding at the outlet, - positioning of the profile or hollow-profile blank at the inlet of the forming tool, - performance of a relative movement in an axial direction between the forming tool (1, 2, 3) and the profile or hollow-profile blank with simultaneous performance of a relative rotation between the forming tool (1, 2, 3) and the profile or hollow-profile blank about an axial axis of the forming tool (1, 2, 3), of the profile or the hollow profile, using at least one active means for performing the rotation of the forming tool (1, 2, 3) and/or of the hollow-profile blank, in order to introduce a positionally variable moulding via the forming tool (1, 2, 3) into the profile or hollow-profile blank.