mhurhangee/patent-ind-claim-en huggingface dataset:
A target radio access network, RAN, node associated with a second network that supports network slicing, the target RAN node comprising: at least one memory ; and at least one processor coupled to the at least one memory and configured to, during handover of a radio terminal to the second network from a first network that does not support the network slicing: receive , from a core network node associated with the second network, a handover request message requesting the handover of the radio terminal and including slice information about a network slice which is included in the second network and to which the radio terminal is to be connected; create, based on the slice information, radio resource configuration information to be used by the radio terminal after the handover in the second network; and transmit to the core network node a handover request acknowledge message containing the radio resource configuration information. at least one memory ; and at least one processor coupled to the at least one memory and configured to, during handover of a radio terminal to the second network from a first network that does not support the network slicing: receive , from a core network node associated with the second network, a handover request message requesting the handover of the radio terminal and including slice information about a network slice which is included in the second network and to which the radio terminal is to be connected; create, based on the slice information, radio resource configuration information to be used by the radio terminal after the handover in the second network; and transmit to the core network node a handover request acknowledge message containing the radio resource configuration information. receive , from a core network node associated with the second network, a handover request message requesting the handover of the radio terminal and including slice information about a network slice which is included in the second network and to which the radio terminal is to be connected; create, based on the slice information, radio resource configuration information to be used by the radio terminal after the handover in the second network; and transmit to the core network node a handover request acknowledge message containing the radio resource configuration information.
A method for adapting the pressure levels of two gases or gas mixtures by means of pressure electrolysis for a methanation of biogases or CO 2 -containing gases and/or for providing compressed air, for oxygen gassing and/or for ozone generation, in which a first gas or gas mixture (B) is provided, the pressure level of which is lower than the pressure level of the second gas or gas mixture (A), wherein the energy obtained from the expansion of the second gas or gas mixture (A), which is at a higher pressure level, is used to compress the first gas or gas mixture (B) in order to equalize the different pressure levels, wherein the compression takes place via at least one drive unit that is driven by the second gas or gas mixture (A) and compresses the first gas or gas mixture (B) in one or more compression units, in that the mechanical performance is transferred by coupling the at least one drive unit to the at least one compression unit, wherein (i) the first gas or gas mixture (B) is biogas or CO 2 -containing gas and the second gas or gas mixture (A) is hydrogen for methanation, and/or (ii) the first gas or gas mixture (B) is oxygen and the second gas or gas mixture (A) is air for obtaining compressed air, for oxygen gassing and/or for ozone generation. (i) the first gas or gas mixture (B) is biogas or CO 2 -containing gas and the second gas or gas mixture (A) is hydrogen for methanation, and/or (ii) the first gas or gas mixture (B) is oxygen and the second gas or gas mixture (A) is air for obtaining compressed air, for oxygen gassing and/or for ozone generation.
A twin-shaft vacuum pump comprising: two shafts configured to rotate in synchronisation, each of said shafts comprising a gear mounted thereon, said gears each comprising gear wheels , said gear wheels being configured to intermesh to provide said synchronised rotation; and an oil reservoir comprising a porous material, characterised in that the porous material is disposed within said oil reservoir such that it is configured when supplied with oil to retain said oil within said porous material and avoid free oil being present within the pump; said oil reservoir further comprises at least one wick extending from said oil reservoir towards a first of said two shafts and operable to supply oil by capillary action from said porous material along said wick to lubricate said gears ; and in that said gear wheels are at an end of the pump where the pressure is sub-atmospheric during pump operation. two shafts configured to rotate in synchronisation, each of said shafts comprising a gear mounted thereon, said gears each comprising gear wheels , said gear wheels being configured to intermesh to provide said synchronised rotation; and an oil reservoir comprising a porous material, characterised in that the porous material is disposed within said oil reservoir such that it is configured when supplied with oil to retain said oil within said porous material and avoid free oil being present within the pump; said oil reservoir further comprises at least one wick extending from said oil reservoir towards a first of said two shafts and operable to supply oil by capillary action from said porous material along said wick to lubricate said gears ; and in that said gear wheels are at an end of the pump where the pressure is sub-atmospheric during pump operation.
A power connector configured to conduct a current of a power device and deliver the current to a load, the power connector is characterised by : a conductive frame comprising a base structure , an extension structure , and a cap structure that define a connector volume ; wherein the base structure is coupled to an output node of at least one primary conductor of the power device, wherein the base structure is configured to receive the current from the at least one primary conductor, wherein the cap structure is arranged relative to the base structure , wherein the cap structure is configured to mechanically couple the power connector to the load, and wherein the cap structure is configured to receive the current from the base structure and output the current from the power connector to the load, wherein the extension structure is coupled to and extends between the base structure and the cap structure , wherein the extension structure is configured to receive the current from the base structure and deliver the current to the cap structure , wherein the extension structure includes a current constriction region that is configured to cause a defined magnetic field of the current flowing through the current constriction region at a position of a magnetic current sensor ; and the magnetic current sensor is configured to generate a sensor signal based on the defined magnetic field produced by the current flowing through the current constriction region . a conductive frame comprising a base structure , an extension structure , and a cap structure that define a connector volume ; wherein the base structure is coupled to an output node of at least one primary conductor of the power device, wherein the base structure is configured to receive the current from the at least one primary conductor, wherein the cap structure is arranged relative to the base structure , wherein the cap structure is configured to mechanically couple the power connector to the load, and wherein the cap structure is configured to receive the current from the base structure and output the current from the power connector to the load, wherein the extension structure is coupled to and extends between the base structure and the cap structure , wherein the extension structure is configured to receive the current from the base structure and deliver the current to the cap structure , wherein the extension structure includes a current constriction region that is configured to cause a defined magnetic field of the current flowing through the current constriction region at a position of a magnetic current sensor ; and the magnetic current sensor is configured to generate a sensor signal based on the defined magnetic field produced by the current flowing through the current constriction region .
A latex composition comprising: a latex (A) of a diene rubber (a) having a weight average molecular weight of 50,000 or more and 1,000,000 or less and containing an ethylenically unsaturated acid monomer unit; and a latex (B) of a diene rubber (b) having a weight average molecular weight of 500 or more and less than 50,000 and containing an ethylenically unsaturated acid monomer unit. a latex (A) of a diene rubber (a) having a weight average molecular weight of 50,000 or more and 1,000,000 or less and containing an ethylenically unsaturated acid monomer unit; and a latex (B) of a diene rubber (b) having a weight average molecular weight of 500 or more and less than 50,000 and containing an ethylenically unsaturated acid monomer unit.
An apparatus for handling containers , comprising: - a carrier having at least one filling and/or closing element which is designed to fill and/or close a container , - at least one boom which is connected to the carrier , - wherein the boom is connected to a shaft extending along a Z axis, - wherein the Z axis is perpendicular to an in particular horizontal processing plane in which an opening of the container is arranged, - wherein the boom can be pivoted about the Z axis by means of a first motor and can be slid along the Z axis by means of a second motor , - wherein the boom has a boom arm which can be slid perpendicularly to the Z axis by means of a third motor and which connects the carrier to the boom , and - wherein the first motor , the second motor , and the third motor are arranged below the processing plane . - a carrier having at least one filling and/or closing element which is designed to fill and/or close a container , - at least one boom which is connected to the carrier , - wherein the boom is connected to a shaft extending along a Z axis, - wherein the Z axis is perpendicular to an in particular horizontal processing plane in which an opening of the container is arranged, - wherein the boom can be pivoted about the Z axis by means of a first motor and can be slid along the Z axis by means of a second motor , - wherein the boom has a boom arm which can be slid perpendicularly to the Z axis by means of a third motor and which connects the carrier to the boom , and - wherein the first motor , the second motor , and the third motor are arranged below the processing plane .
Illuminating device for vehicles with at least one lamp and a holder of a reflector receiving the lamp , where the lamp features a base that is fastened in the holder by means of a turn-lock fastener such that it is detachable and features contact tags protruding out of the base in a transverse direction to its longitudinal axis that in its final position after one turn of the base can make contact to contact holders affixed to the reflector that feature a contact connection for electric cables so that at least two contact connections are formed by a plug that, from one direction can be plugged together with the contact tags of the lamp and a holder connected with the reflector and can be locked in its final position to the holder , where the lamp features at least two contact tags protruding outwards radially from the base that are arranged one after the other in the direction in which the lamp is inserted, characterized in that the holder for the plug is formed by a finger-like lug that runs at a right angle to the longitudinal axis of the base and protrudes outwards radially to the longitudinal axis of the base , so that the plug housing features an insert space for each contact connection , where the plug housing features an opening to each of the contact connections in the insert spaces , where the openings run from one end surface of the plug housing all the way into an arched lateral surface of an end section of the plug housing so that the lamp can be replaced once the plug has been pressed onto the holder without having to remove the plug and so that when the base is turned in its final position its contact tags automatically engage into the contact connections .
A ring spinning machine comprising at least one spinning station with a spinning cop in a cop zone , a drafting zone above the spinning cop , a balloon control ring situated in between the drafting zone and the cop zone , and an automatic yarn piecing apparatus with a yarn picking arrangement to detach a broken yarn end from the spinning cop to enable an automatic piecing operation in the ring spinning machine , the yarn picking arrangement comprising: a suction jet assembly comprising a hose having a first end and a second end, the first end connected to a suction air source, and the second end having a circumferential housing and a driving means coupled to the suction jet assembly for moving the suction jet assembly vertically downwards from the drafting zone to the cop zone , such that the circumferential housing of the suction jet assembly surrounds the cop at the outer portion at the top of the cop , and for moving around 100 mm vertically downwards from the top of the cop towards a position adjacent to the balloon control ring , said suction jet assembly thereby covering at least 85 mm of the cop height from the top of the cop , the suction air source generating a suction pull which pulls the broken yarn end present anywhere in the chase length from bottom to top of the cop into the circumferential housing . a suction jet assembly comprising a hose having a first end and a second end, the first end connected to a suction air source, and the second end having a circumferential housing and a driving means coupled to the suction jet assembly for moving the suction jet assembly vertically downwards from the drafting zone to the cop zone , such that the circumferential housing of the suction jet assembly surrounds the cop at the outer portion at the top of the cop , and for moving around 100 mm vertically downwards from the top of the cop towards a position adjacent to the balloon control ring , said suction jet assembly thereby covering at least 85 mm of the cop height from the top of the cop , the suction air source generating a suction pull which pulls the broken yarn end present anywhere in the chase length from bottom to top of the cop into the circumferential housing .
An article configured to be worn by a user, the article comprising: a base layer ; a plurality of protruding elements disposed on the base layer ; and a region of the article having a first boundary portion , a second boundary portion , and an intermediate portion disposed between the first boundary portion and the second boundary portion , the region including a portion of the base layer and at least some of the plurality of protruding elements ; wherein the base layer has a color gradient in the region that changes between a first color at the first boundary portion and a second color at the second boundary portion ; and wherein a property of the plurality of protruding elements disposed within the region changes across the region in a manner that corresponds to the color gradient, wherein the property of the plurality of protruding elements includes shape, size, material construction, relative spacing, density, geometry, traction, material, or rigidity of the protruding elements . a base layer ; a plurality of protruding elements disposed on the base layer ; and a region of the article having a first boundary portion , a second boundary portion , and an intermediate portion disposed between the first boundary portion and the second boundary portion , the region including a portion of the base layer and at least some of the plurality of protruding elements ; wherein the base layer has a color gradient in the region that changes between a first color at the first boundary portion and a second color at the second boundary portion ; and wherein a property of the plurality of protruding elements disposed within the region changes across the region in a manner that corresponds to the color gradient, wherein the property of the plurality of protruding elements includes shape, size, material construction, relative spacing, density, geometry, traction, material, or rigidity of the protruding elements .
A foldable structure comprising: at least two tubular structures, wherein the two tubular structures include a shared surface array which is continuous shared surfaces shared by the two tubular structures, characterized in that a twisting characteristic in the shared surface array of one tubular structure is in a direction opposite to the direction of the twisting characteristic in the shared surface array of the other tubular structure. at least two tubular structures, wherein the two tubular structures include a shared surface array which is continuous shared surfaces shared by the two tubular structures, characterized in that a twisting characteristic in the shared surface array of one tubular structure is in a direction opposite to the direction of the twisting characteristic in the shared surface array of the other tubular structure.
The invention relates to an internal combustion engine comprising an internal combustion engine and a cooling system which comprises a coolant pump , a main cooler , a heating heat exchanger , a bypass bypassing the heating heat exchanger , coolant channels in the internal combustion engine , and a regulating device having an actuator for the regulated distribution of a coolant as a function of at least one local coolant temperature, wherein the regulating device , during an actuation of a actuator in one direction - in a first position allows a flow of coolant through the internal combustion engine and the heating heat exchanger and prevents such flow through the bypass and the main cooler ; - in a second position additionally allows a flow of coolant through the bypass ; - in a third position additionally allows a flow of coolant through the main cooler ; and - in a zero position situated in front of the first position prevents a flow of coolant through the cooling system, characterized in that the regulating device comprises a first gate valve moved by the actuator and a second gate valve moved by the first gate valve , wherein a coolant flow through the cooling system is prevented in a closed position of the second gate valve . - in a first position allows a flow of coolant through the internal combustion engine and the heating heat exchanger and prevents such flow through the bypass and the main cooler ; - in a second position additionally allows a flow of coolant through the bypass ; - in a third position additionally allows a flow of coolant through the main cooler ; and - in a zero position situated in front of the first position prevents a flow of coolant through the cooling system,
A getting-off assistance device for a vehicle that includes a surrounding information acquisition device that acquires information about surroundings of an own vehicle , a notification device that notifies an alert to an occupant or occupants of the own vehicle, an open-door detection device that detects opening of a door , and an electronic control unit that controls the notification device, and the electronic control unit is configured to start the notification of the alert by the notification device (S120) when it is determined that it is dangerous for the occupant to get off the vehicle based on the information acquired by the surrounding information acquisition device (S20) in a situation where the open-door detection device detects that a door is open (S40), and end the notification of the alert by the notification device (S170) when it is determined that it is no longer dangerous for the occupant to get off the vehicle based on the information acquired by the surrounding information acquisition device (S160), characterized in that the electronic control unit is further configured to change the alert notified by the notification device so as to reduce annoyance of the alert given to the occupant or occupants (S130) when a number of times (Nx) of the alerts notified by the notification device after the door is finally opened is equal to or greater than a reference number of times (Nxc) (S80).
A machine to collect liquid with surplus phytosanitary products from treatments carried out with equipment for applying phytosanitary products, comprising means for collecting liquid comprising a floor , a sump arranged on the floor, a pit connected to the sump by means of an underground pipe , the assembly collects the liquid deposited on the floor into the pit , including an impulse pump with an outlet pipe ; wherein the machine comprises a tool of channelling the liquid projected and/or sprayed by equipment for applying phytosanitary products comprising at least one tool for channelling the liquid , installed on the floor; the liquid channelled by the tool is collected in the pit , the machine comprises isolating means to delimit the liquid collection zone of said machine and isolate the collection zone from the external environment, comprising a metal structure that supports two isolating walls and one isolating roof and two isolating doors ; the walls and roof comprises a plurality of mechanisms that project and/or spray water connected to a water supply controlled by a solenoid valve , which is controlled by a control panel , which can be the same as that of the tool that channels the liquid projected and/or sprayed if this has a control panel, and arranged such that on projecting and/or spraying water, the splashes occurs in the liquid collection zone fall to the floor of the machine; the isolating doors comprises a plurality of mechanisms that project and/or spray water, connected to a water supply controlled by a solenoid valve , which is controlled by the control panel , arranged for operating they form a curtain of water that prevents splashes with phytosanitary products that may be volatile from escaping through the isolating doors and drives the splashes to the floor so that they are finally collected in the pit ; the isolating doors also comprises a curtain formed of a plurality of plastic strips that open and close the isolating doors and isolate the liquid collection zone from the external environment.
A pre-implantation rodent host embryo characterized by a disruption of a fertility gene, the pre-implantation host embryo comprising a donor rodent pluripotent cell lacking the disruption of the fertility gene, wherein the donor pluripotent cell optionally further comprises a genetic modification in its genome, wherein the fertility gene is located on the X-chromosome and wherein the disrupted fertility gene inhibits male fertility.