mhurhangee/ep-ind-claims huggingface dataset:
A method of determining whether a cell can guarantee at least one data transmission parameter, the method comprising: in response to a notification of an attach procedure of a User Equipment, UE, to attach to a cell, determining a traffic profile of the UE, wherein the traffic profile indicates the at least one data transmission parameter for data transmissions to and/or from the UE; and determining whether the cell can guarantee the at least one data transmission parameter for the UE based on the traffic profile of the UE, a traffic profile of at least one other UE attached to the cell, resource capabilities and available resources of the cell; wherein the at least one data transmission parameter comprises at least one of a maximum average latency of the data transmissions, a maximum latency of the data transmissions, a maximum packet loss fof the data transmissions, a minimum data rate of the data transmissions, and/or a minimum average data rate of the data transmissions the method further comprising: causing the UE to detach from the cell in response to determining that the cell cannot guarantee the at least one data transmission parameter for the UE; and/or allowing the UE to remain attached to the cell in response to determining that the cell can guarantee the at least one data transmission parameter for the UE. in response to a notification of an attach procedure of a User Equipment, UE, to attach to a cell, determining a traffic profile of the UE, wherein the traffic profile indicates the at least one data transmission parameter for data transmissions to and/or from the UE; and determining whether the cell can guarantee the at least one data transmission parameter for the UE based on the traffic profile of the UE, a traffic profile of at least one other UE attached to the cell, resource capabilities and available resources of the cell; wherein the at least one data transmission parameter comprises at least one of a maximum average latency of the data transmissions, a maximum latency of the data transmissions, a maximum packet loss fof the data transmissions, a minimum data rate of the data transmissions, and/or a minimum average data rate of the data transmissions the method further comprising: causing the UE to detach from the cell in response to determining that the cell cannot guarantee the at least one data transmission parameter for the UE; and/or allowing the UE to remain attached to the cell in response to determining that the cell can guarantee the at least one data transmission parameter for the UE.
Boil-off management system for a cryotank, comprising a boil-off conduit which is fluidically connectable to a cryotank and has a boil-off valve, and an air feed conduit and a mixing chamber for mixing the medium flowing in through the boil-off conduit, especially hydrogen, with the medium flowing in through the air feed conduit, especially air and/or oxygen, and a catalytic converter downstream of the mixing chamber and an outlet downstream of the catalytic converter, wherein the boil-off management system comprises at least one enrichment apparatus, wherein the enrichment apparatus can temporarily increase the proportion of the medium flowing in through the boil-off conduit in relation to the medium flowing in through the air feed conduit at the catalytic converter, characterized in that the enrichment apparatus comprises a control unit for recognizing the existence of an enrichment criterion and an electrical actuator in order to temporarily increase and to stop increasing the proportion of the medium flowing in through the boil-off conduit in relation to the medium flowing in through the air feed conduit at the catalytic converter. wherein the boil-off management system comprises at least one enrichment apparatus, wherein the enrichment apparatus can temporarily increase the proportion of the medium flowing in through the boil-off conduit in relation to the medium flowing in through the air feed conduit at the catalytic converter, characterized in that the enrichment apparatus comprises a control unit for recognizing the existence of an enrichment criterion and an electrical actuator in order to temporarily increase and to stop increasing the proportion of the medium flowing in through the boil-off conduit in relation to the medium flowing in through the air feed conduit at the catalytic converter.
A cooling device which is in showcase type and having a cooling unit, a showcase part provided on said cooling unit, and at least one shelf provided at said showcase part, wherein the cooling device comprises: at least one air outlet channel opened into the showcase part from the cooling unit and provided at a section which is close to the rear side of the cooling device, at least one guidance profile connected to a rear edge of the shelf in the upper vicinity of said air outlet channel and at least one flap which extends in an inclined manner towards the floor on said guidance profile, characterized in that at least one profile opening for providing positioning of a support profile is provided in the partially middle section of the flap. at least one air outlet channel opened into the showcase part from the cooling unit and provided at a section which is close to the rear side of the cooling device, at least one guidance profile connected to a rear edge of the shelf in the upper vicinity of said air outlet channel and at least one flap which extends in an inclined manner towards the floor on said guidance profile, characterized in that at least one profile opening for providing positioning of a support profile is provided in the partially middle section of the flap.
A shelter comprising • a base comprising base buses; • a frame comprising curves (102, 10N), wherein each end of said curves (102, 10N) is attached to a corresponding base bus by means of a connection hinge; • wherein each curve (102, 10N) is being composed of more than one curved element, each curved element having continuous bars extending from each corner of the cross-section of the curved element's profile; • wherein the shelter further comprises one or more chains of beams, each chain of beams comprising a plurality of beams, wherein each beam of said chain of beams is connected to another beam in said chain of beams by means of a cable (130, 135); • wherein adjacent bars of neighboring curves are configured to guide a chain of beams for connecting a curve to another curve; and • wherein the cable is fixed to the connection hinge on each end of said curves for tightening the chain of beams between the neighboring curves. • a base comprising base buses; • a frame comprising curves (102, 10N), wherein each end of said curves (102, 10N) is attached to a corresponding base bus by means of a connection hinge; • wherein each curve (102, 10N) is being composed of more than one curved element, each curved element having continuous bars extending from each corner of the cross-section of the curved element's profile; • wherein the shelter further comprises one or more chains of beams, each chain of beams comprising a plurality of beams, wherein each beam of said chain of beams is connected to another beam in said chain of beams by means of a cable (130, 135); • wherein adjacent bars of neighboring curves are configured to guide a chain of beams for connecting a curve to another curve; and • wherein the cable is fixed to the connection hinge on each end of said curves for tightening the chain of beams between the neighboring curves.
An adjustable carrying pack, comprising: a main body comprising an outer surface having an upper portion, a lower portion, and a rear portion; a first strap comprising a plurality of loops disposed along a first side of the outer surface of the main body; a second strap comprising a plurality of loops disposed along a second side of the outer surface of the main body; and a bottom strap comprising a fixed end and a free end having an attachment element, wherein the fixed end is attached on the second side of the lower portion of the main body and the free end is attachable to one of the plurality of loops of said first strap or one of the plurality of loops of the second strap by means of the attachment element, so that the carrying pack is switchable between a first configuration, in which the attachment element of the bottom strap is attached to a loop of the first strap, and a second configuration, in which the attachment element of the bottom strap is attached to a loop of the second strap. a main body comprising an outer surface having an upper portion, a lower portion, and a rear portion; a first strap comprising a plurality of loops disposed along a first side of the outer surface of the main body; a second strap comprising a plurality of loops disposed along a second side of the outer surface of the main body; and a bottom strap comprising a fixed end and a free end having an attachment element, wherein the fixed end is attached on the second side of the lower portion of the main body and the free end is attachable to one of the plurality of loops of said first strap or one of the plurality of loops of the second strap by means of the attachment element, so that the carrying pack is switchable between a first configuration, in which the attachment element of the bottom strap is attached to a loop of the first strap, and a second configuration, in which the attachment element of the bottom strap is attached to a loop of the second strap.
A display device for a vehicle, comprising: a fixing unit; a moving unit movably coupled to the fixing unit and configured to switch a state of the display device from a first state to a second state; and a display assembly coupled to the moving unit, configured to move together with the moving unit, and including a variable portion, wherein the variable portion becomes flat in the first state and bent in the second state, wherein the display assembly includes: a flexible display panel; a living hinge located on a rear surface of the flexible display panel and capable of being deformed corresponding to the bending of the variable portion; characterized by a sheet coupled to a rear surface of the living hinge and configured to limit a maximum bending curvature of the variable portion while covering grooves, wherein the sheet is formed with wrinkles in the first state and is unfolded in the second state. a fixing unit; a moving unit movably coupled to the fixing unit and configured to switch a state of the display device from a first state to a second state; and a display assembly coupled to the moving unit, configured to move together with the moving unit, and including a variable portion, wherein the variable portion becomes flat in the first state and bent in the second state, wherein the display assembly includes: a flexible display panel; a living hinge located on a rear surface of the flexible display panel and capable of being deformed corresponding to the bending of the variable portion; characterized by a sheet coupled to a rear surface of the living hinge and configured to limit a maximum bending curvature of the variable portion while covering grooves, a flexible display panel; a living hinge located on a rear surface of the flexible display panel and capable of being deformed corresponding to the bending of the variable portion; characterized by a sheet coupled to a rear surface of the living hinge and configured to limit a maximum bending curvature of the variable portion while covering grooves, wherein the sheet is formed with wrinkles in the first state and is unfolded in the second state.
A method for transmitting data on a reverse link from an access terminal to an access network in a wireless communication system, the method comprising: determining a first data transmission rate; transmitting data on the reverse link at the first data transmission rate; characterised by the steps of: determining a second data transmission rate; and transmitting data on the reverse link at the second data transmission rate; wherein when the wireless communication system is in a not-busy state corresponding to a state where the overall level of interference in the system is determined to be below a threshold value, determining the second data transmission rate comprises selecting a rate from a plurality of limiting rates, the plurality of limiting rates including a data justified rate and a ramp-up-limited rate, wherein the ramp-up-limited rate is set equal to the greater of the first data transmission rate and a sticky rate, wherein the sticky rate comprises a maximum rate at which the access terminal last transmitted data during a busy state of the communication system and the data justified rate corresponds to the maximum rate justified by the amount of data in a transmit queue. determining a first data transmission rate; transmitting data on the reverse link at the first data transmission rate; determining a second data transmission rate; and transmitting data on the reverse link at the second data transmission rate; wherein when the wireless communication system is in a not-busy state corresponding to a state where the overall level of interference in the system is determined to be below a threshold value, determining the second data transmission rate comprises selecting a rate from a plurality of limiting rates, the plurality of limiting rates including a data justified rate and a ramp-up-limited rate, wherein the ramp-up-limited rate is set equal to the greater of the first data transmission rate and a sticky rate, wherein the sticky rate comprises a maximum rate at which the access terminal last transmitted data during a busy state of the communication system and the data justified rate corresponds to the maximum rate justified by the amount of data in a transmit queue.
Valve, preferably exhaust gas and/or gas exchange valve, with: a valve head which has a front face (3.1) and a rear face (3.2), the front face (3.1) of the valve head comprising an edge region and a bulge which has a tip region (3.4), the valve being configured as a solid valve, and a neutral axis of the valve head running in sections on the load side of an imaginary reference plane, the reference plane running through the effective centre of a valve seat face (3.3) of the valve head and transversely with respect to a valve stem of the valve, the tip region (4.1) of the neutral axis running eccentrically with respect to the valve stem, and the neutral axis of the valve head extending predominantly on the load side of the reference plane, characterized in that, preferably in order to reduce the mass of the bulge of the valve head, a laterally outer part section of the edge region is of flatter configuration in comparison with a laterally inner part section of the edge region.
A wholly aromatic polyamide fiber characterized in that it has a single yarn fineness of 0.4dtex to 3.5dtex, a total fineness of 5dtex to 30dtex, a breaking strength of 15cN/dtex or more, an initial tensile modulus of 500cN/dtex to 750cN/dtex, and the number of fibrils of less than 100/m, wherein the breaking strength, the initial tensile modulus, and the number of fibrils are measured as defined in the description.
A composition comprising mercury for lighting, wherein the isotopic proportions of the mercury in the composition are: at least 4% mercury-196; and being substantially free of mercury-199. at least 4% mercury-196; and being substantially free of mercury-199.
Cooking appliance comprising a door for closing a cooking chamber, a door-opening device for automatically moving the door between a closed position and an open position of the door and a sensing device operatively connected to the door-opening device, which sensing device is designed to sense a triggering element separate from the cooking appliance, located in front of the cooking appliance for controlling the door-opening device, characterised in that - the sensing device has at least two infrared sensors, which are arranged on a front carrier covered by a panel, - at least two of the infrared sensors are located at a distance of 300 to 420 mm in a plane running horizontally and - the sensing device is designed only to control the door-opening device for moving the door when the at least two infrared sensors are simultaneously triggered by the triggering element. - the sensing device has at least two infrared sensors, which are arranged on a front carrier covered by a panel, - at least two of the infrared sensors are located at a distance of 300 to 420 mm in a plane running horizontally and - the sensing device is designed only to control the door-opening device for moving the door when the at least two infrared sensors are simultaneously triggered by the triggering element.
Laundry care appliance with a rotatably mounted laundry drum for receiving laundry items, a drive motor for rotating the laundry drum, a repumping apparatus for recirculating wash liquid out from the laundry drum and back into the laundry drum, a heating element for heating the wash liquid and a control device for actuating the drive motor, the repumping apparatus and the heating element in accordance with a laundry care program running on the control device during operation, characterised in that the control device is embodied, when the heating element is activated, to deactivate the repumping apparatus as soon as the amount of wash liquid in the laundry drum falls below a minimum amount threshold value, so that a protection mechanism is provided which protects the heating element from overheating by always covering it with a minimum amount of wash liquid.
An electric insulation arrangement, which comprises an electric insulator and a field grading body comprising a field grading material comprising - a matrix comprising a dielectric material, - a plurality of micro varistor particles comprising ZnO and distributed in said matrix, - a plurality of bridge particles comprising an electrically conducting material and forming electrically conducting bridges between individual micro varistor particles, wherein the dielectric material comprises a polymer, wherein said bridge particles are distributed in said matrix to such an extent and have such a shape and size that they form a percolating network together with said micro particles but do not form a percolating network by interconnection between themselves, wherein said micro varistor particles and said bridge particles are three-dimensional particles, wherein the size of the bridge particles in their largest dimension is a and the size of the micro varistor particles in their largest dimension is b, wherein b is in the range of 30 μm to 100 μm, and wherein said micro varistor particles occupy 5-40 % of the volume of the field grading material, characterised in that a / b > 1/5, and in that the bridge particles comprise mica or SiO 2. - a matrix comprising a dielectric material, - a plurality of micro varistor particles comprising ZnO and distributed in said matrix, - a plurality of bridge particles comprising an electrically conducting material and forming electrically conducting bridges between individual micro varistor particles,
A heater comprising: a heat source; and a heating unit configured to be heated by the heat source and forming a yarn running space extending at least in a predetermined first direction, the heater being configured to heat a yarn running in the yarn running space, the heating unit including: a first heating member provided not to make contact with the yarn running in the yarn running space, the first heating member being made of a first material; and a second heating member provided at least between the heat source and the yarn running space so as not to make contact with the yarn running in the yarn running space in a cross section orthogonal to the first direction, characterised by the second heating member being made of a second material which is lower in volumetric specific heat than the first material. a heating unit configured to be heated by the heat source and forming a yarn running space extending at least in a predetermined first direction, the heater being configured to heat a yarn running in the yarn running space, the heating unit including: a first heating member provided not to make contact with the yarn running in the yarn running space, the first heating member being made of a first material; and a second heating member provided at least between the heat source and the yarn running space so as not to make contact with the yarn running in the yarn running space in a cross section orthogonal to the first direction, characterised by the second heating member being made of a second material which is lower in volumetric specific heat than the first material. a first heating member provided not to make contact with the yarn running in the yarn running space, the first heating member being made of a first material; and a second heating member provided at least between the heat source and the yarn running space so as not to make contact with the yarn running in the yarn running space in a cross section orthogonal to the first direction, characterised by the second heating member being made of a second material which is lower in volumetric specific heat than the first material.
Chassis arrangement, in particular for commercial vehicles, having at least one axle which extends transversely with respect to the driving direction, supports wheels and is suspended via air springs, the movement of the axle being damped via vibration dampers which are provided with end sections, and having at least one anti-roll bar arrangement, consisting of two longitudinally extending sections and a transversely extending section which connects them, characterized in that an end section of the vibration damper is held directly on the anti-roll bar arrangement on an extension (16, 17) of the transversely extending section beyond the longitudinally extending section and is connected to the said anti-roll bar arrangement, and in that two air springs are provided per axle on each vehicle transverse side at a smallest possible spacing from one another above the axle.
Wheel bearing arrangement for a motor vehicle, having a wheel hub and a wheel bearing for the rotational mounting of the wheel hub to a wheel carrier, wherein the wheel bearing has an outer ring and an inner ring, rotatable with regard to the outer ring around a rotation axis, which is connected to the wheel hub, wherein a wheel flange projects in radial direction from the wheel hub, which wheel flange has a brake disc receptacle open in the direction facing away from the outer ring, viewed in axial direction, which, viewed in longitudinal section, is formed by a recess of the wheel flange, wherein the brake disc receptacle is limited in radial direction the inside by an outer circumferential surface formed by the recess and has a brake disc bearing surface for a brake disc, wherein in the wheel flange is formed, on its side facing towards the outer ring in axial direction, a seal receiving space in which a wheel bearing seal is present, characterised in that the outer circumferential surface extends from the brake disc bearing surface as far as a wheel bearing surface, viewed in axial direction, wherein from the wheel bearing surface projects a rim centring seat element which extends in the direction opposite to the brake disc bearing surface with respect to the brake disc receptacle.