mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by an Access and mobility Management Function, AMF, node for allocating a target network slice instance to serve a Protocol Data Unit, PDU, session for a User Equipment, UE, in a communications network , the method comprising: receiving , from a Network Slice Selection Function, NSSF, node , information about a decision to change an allocation of a first network slice instance that is serving the PDU session for the UE to the target network slice instance , and an identifier of the target network slice instance , retrieving , from a first Session Management Function, SMF, node of the first network slice instance , a UE context related to the UE and the PDU session, transmitting , towards a target SMF node of the target network slice instance , information about the retrieved UE context and Access Network, AN, tunnel information to be used for the PDU session, receiving from the target SMF node , target Core Network, CN, tunnel information to be used for the PDU session, allocating the target network slice instance to route data flows pertaining to the PDU session by transmitting towards an Access Network, AN, node , the target CN tunnel information to be used for the PDU session. receiving , from a Network Slice Selection Function, NSSF, node , information about a decision to change an allocation of a first network slice instance that is serving the PDU session for the UE to the target network slice instance , and an identifier of the target network slice instance , retrieving , from a first Session Management Function, SMF, node of the first network slice instance , a UE context related to the UE and the PDU session, transmitting , towards a target SMF node of the target network slice instance , information about the retrieved UE context and Access Network, AN, tunnel information to be used for the PDU session, receiving from the target SMF node , target Core Network, CN, tunnel information to be used for the PDU session, allocating the target network slice instance to route data flows pertaining to the PDU session by transmitting towards an Access Network, AN, node , the target CN tunnel information to be used for the PDU session.
Fluidized vortex device , comprising: • a housing , • a vortex chamber , into which a liquid inlet opens, and • an absorption chamber , from which a liquid outlet issues, the vortex chamber and the absorption chamber being interconnected via an aperture , the interior of the housing of the fluidized vortex device being divided by a partition having the aperture into the vortex chamber and the absorption chamber , characterised in that the housing comprises: a first housing unit which has a wall surrounding the absorption chamber , either the partition having the aperture or, in the event that the partition is releasably connected to the housing , a bearing ring which protrudes non-releasably from the inner surface of the housing wall and which in turn is releasably connected to the partition wall , and further has that wall portion of a wall surrounding the vortex chamber , into which the liquid inlet opens, and a second housing unit which can be connected to the first housing unit in a liquid-tight manner and which extends the first housing unit or its vortex chamber in order to provide a height of the vortex chamber required for a maximum accumulation height provided on the inlet side. • a housing , • a vortex chamber , into which a liquid inlet opens, and • an absorption chamber , from which a liquid outlet issues, a first housing unit which has a wall surrounding the absorption chamber , either the partition having the aperture or, in the event that the partition is releasably connected to the housing , a bearing ring which protrudes non-releasably from the inner surface of the housing wall and which in turn is releasably connected to the partition wall , and further has that wall portion of a wall surrounding the vortex chamber , into which the liquid inlet opens, and a second housing unit which can be connected to the first housing unit in a liquid-tight manner and which extends the first housing unit or its vortex chamber in order to provide a height of the vortex chamber required for a maximum accumulation height provided on the inlet side.
Composition comprising A) from 80% by weight to 99% by weight of polycarbonate, B) from 0.01% by weight to 3.0% by weight of at least one flow aid selected from the group of the diglycerol esters, C) from 0.2% by weight to 7% by weight of an impact modifier, where the composition is free from flame retardant. A) from 80% by weight to 99% by weight of polycarbonate, B) from 0.01% by weight to 3.0% by weight of at least one flow aid selected from the group of the diglycerol esters, C) from 0.2% by weight to 7% by weight of an impact modifier,
An anise flavored liquid medication comprising: a. phenylephrine; and b. an anethole analog that is substantially free of aldehyde groups; wherein the anethole analog is dihydroanethole in the amount from 2 ppm to 5 ppm. a. phenylephrine; and b. an anethole analog that is substantially free of aldehyde groups; wherein the anethole analog is dihydroanethole in the amount from 2 ppm to 5 ppm.
A device suitable for measuring bulk density of contracted pre-expanded particles, the device comprising: a vessel A in which the contracted pre-expanded particles are swollen and recovered from contraction by reducing an internal pressure of the vessel A to a pressure lower than atmospheric pressure; a vessel B in which the pre-expanded particles after being swollen in the vessel A are filled under a pressure-reduced state where an internal pressure of the vessel B is lower than atmospheric pressure, and are collected as a fraction of a constant total volume; a pressure-reducing unit which is capable of adjusting the internal pressure of the vessel A and the internal pressure of the vessel B respectively to the pressure lower than the atmospheric pressure; and a scale which is capable of measuring a weight of the pre-expanded particles filled in the vessel B. a vessel A in which the contracted pre-expanded particles are swollen and recovered from contraction by reducing an internal pressure of the vessel A to a pressure lower than atmospheric pressure; a vessel B in which the pre-expanded particles after being swollen in the vessel A are filled under a pressure-reduced state where an internal pressure of the vessel B is lower than atmospheric pressure, and are collected as a fraction of a constant total volume; a pressure-reducing unit which is capable of adjusting the internal pressure of the vessel A and the internal pressure of the vessel B respectively to the pressure lower than the atmospheric pressure; and a scale which is capable of measuring a weight of the pre-expanded particles filled in the vessel B.
Connection unit including a first and a second connector configured to be connected to respective circuit branches of a fluidic line and a coupling element for coupling said connectors together and establish a fluidic connection between said circuit branches, said connectors being provided with first, normally closed sealing elements to define a sealing termination of said circuit branches when the connectors are disconnected from each other, characterized in that both said connectors are female connectors ; and in that the coupling element includes a double-male connector separable from the female connectors and provided with a pair of shanks that can be coupled to the respective female connectors and a control element movable between a first position where the coupling element can be coupled to the connectors in a mechanical pre-coupling condition without fluidic connection between the female connectors and a second position where the shanks of the double-male connector engage the respective female connectors and establish a fluidic connection therebetween. characterized in that both said connectors are female connectors ; and in that the coupling element includes a double-male connector separable from the female connectors and provided with a pair of shanks that can be coupled to the respective female connectors and a control element movable between a first position where the coupling element can be coupled to the connectors in a mechanical pre-coupling condition without fluidic connection between the female connectors and a second position where the shanks of the double-male connector engage the respective female connectors and establish a fluidic connection therebetween.
A multiple disc brake for an industrial robot , wherein the multiple disc brake includes a hub and at least one friction disc characterized in that the at least one friction disc is arranged to the hub such that it rotates with the motion of the hub when the hub is rotating, the multiple disc brake further includes a braking disc arranged freely rotatable to the hub , wherein the braking disc has at least one brake protrusion protruding in a radial direction of the braking disc , the multiple disc brake further includes an actuating arrangement including an actuator and a stop member , wherein the actuating arrangement is arranged to move the stop member such that the stop member and the at least one brake protrusion become engaged, whereby any rotational motion of the braking disc is halted and a braking force is created by friction acting between the at least one friction disc and the braking disc .
Photonic device (DP, DP') for providing light radiation, comprising an optical mode in a wave guide, the device comprising: - a wave guide extending in a plane in a main direction of propagation of the optical mode; - a layer made of N-type semiconductor material arranged so as to cover the wave guide ; - an active region (QW) formed by a stack of layers made of III-V materials, the active region (QW) being arranged on and in contact with a portion of the N-type layer in line with a portion of the wave guide, another portion of the N-type layer, referred to as the free portion, not being in contact with the active region (QW); - a plurality of pillars (1p, 1'p) made of P-type semiconductor material arranged on and in contact with the active region (QW), the P-type semiconductor material having a first optical index and the P-type pillars (1p, 1'p) being separated from one another by an encapsulation material having a second optical index, lower than the first; - at least one first metal pad (3n, 3'n) in ohmic contact with the free portion of the N-type layer and at least one second metal pad (3p, 3'p) in ohmic contact with the P-type pillars (1p, 1'p). - a wave guide extending in a plane in a main direction of propagation of the optical mode; - a layer made of N-type semiconductor material arranged so as to cover the wave guide ; - an active region (QW) formed by a stack of layers made of III-V materials, the active region (QW) being arranged on and in contact with a portion of the N-type layer in line with a portion of the wave guide, another portion of the N-type layer, referred to as the free portion, not being in contact with the active region (QW); - a plurality of pillars (1p, 1'p) made of P-type semiconductor material arranged on and in contact with the active region (QW), the P-type semiconductor material having a first optical index and the P-type pillars (1p, 1'p) being separated from one another by an encapsulation material having a second optical index, lower than the first; - at least one first metal pad (3n, 3'n) in ohmic contact with the free portion of the N-type layer and at least one second metal pad (3p, 3'p) in ohmic contact with the P-type pillars (1p, 1'p).
A safety system for a remotely operated work vehicle , the work vehicle being arranged to receive a first control signal from a wireless remote control unit , the first control signal being arranged to control a drive operation of the work vehicle , wherein the safety system comprises a vehicle unit arranged at the work vehicle and an operator unit arranged at the wireless remote control unit , wherein the operator unit is arranged to transmit at least one radio signal carrying information relevant for positioning of the wireless remote control unit to the vehicle unit and wherein the vehicle unit is arranged to obtain information relating to a first position of the work vehicle , to determine a spatial relationship between the work vehicle and the wireless remote control unit based on the information relating to a first position of the work vehicle and the information relevant for positioning of the wireless remote control unit , to periodically determine if the spatial relationship meets a predetermined criterion, and to provide a second control signal to the work vehicle ; the second control signal being arranged to control the drive operation of the work vehicle based on the periodic determination, characterized in that the work vehicle comprises a radio transceiver arranged to transmit and receive radio signals comprising respective unique IDs, and in that the spatial relationship relates to a first distance between the work vehicle and the wireless remote control unit and in that the predetermined criterion comprises the first distance falling within a predetermined distance interval, wherein the vehicle unit is arranged to determine the first distance using two-way ranging time of flight based on the radio signals comprising the respective unique IDs.
A shutoff device comprising: a mounting bracket that mounts on a fuel storage container , characterized in that it comprises; a linking device that couples to a knob of a valve of a regulator of the fuel storage container ; a first wireless communications module that communicates via a first wireless communications medium for receiving the control signal and a second wireless communications module that communicates via a second wireless communications medium that is different from the first communications medium; and an actuator , responsive to a control signal, that automatically rotates the linking device , which rotates the knob , which rotates the valve from an on to an off position; wherein the first wireless communication module is configured to receive the control signal from a remote device and transmitting the control signal to the actuator ; and the second wireless communications module is configured to transmit a status report to the remote device. a mounting bracket that mounts on a fuel storage container , characterized in that it comprises; a linking device that couples to a knob of a valve of a regulator of the fuel storage container ; a first wireless communications module that communicates via a first wireless communications medium for receiving the control signal and a second wireless communications module that communicates via a second wireless communications medium that is different from the first communications medium; and an actuator , responsive to a control signal, that automatically rotates the linking device , which rotates the knob , which rotates the valve from an on to an off position; wherein the first wireless communication module is configured to receive the control signal from a remote device and transmitting the control signal to the actuator ; and the second wireless communications module is configured to transmit a status report to the remote device.
An orthopedic implant , comprising: an implant body comprising a bone contact surface configured to be in contact or near contact with a bone structure during use, wherein the implant body comprises a web structure comprising a plurality of planar truss units joined together to form a space truss; a bone interface structure; comprising a first elongated portion configured to be at least partially pressed into the bone structure during use, and a second elongated portion configured to be at least partially pressed into the bone structure during use, wherein the second elongated portion is coupled to the first elongated portion and extends from the first elongated portion at an angle oblique to the first elongated portion; characterised in that the web structure comprises a plurality of smaller sized space trusses and wherein the bone interface structure comprises a plurality of larger sized space trusses that extend between and above the smaller sized space trusses. an implant body comprising a bone contact surface configured to be in contact or near contact with a bone structure during use, wherein the implant body comprises a web structure comprising a plurality of planar truss units joined together to form a space truss; a bone interface structure; comprising a first elongated portion configured to be at least partially pressed into the bone structure during use, and a second elongated portion configured to be at least partially pressed into the bone structure during use, wherein the second elongated portion is coupled to the first elongated portion and extends from the first elongated portion at an angle oblique to the first elongated portion; characterised in that the web structure comprises a plurality of smaller sized space trusses and wherein the bone interface structure comprises a plurality of larger sized space trusses that extend between and above the smaller sized space trusses.
Open-loop and/or closed-loop control system for an agricultural apparatus having a distributor linkage for spreading material, such as fertilizer, plant protection agent or seed, which linkage extends transversely to the direction of travel and has a central part and two lateral arms connected to the central part with a plurality of linkage portions which can be folded in toward one another in the transport position and folded out in the working position and are connected by joints, wherein each arm is assigned at least one hydraulic device, wherein each hydraulic device can be controlled to dampen vibrations occurring on the distributor linkage in the horizontal and/or vertical direction, and wherein each hydraulic device comprises a hydraulic cylinder (10 a,b), in particular a double-acting hydraulic cylinder, wherein the open-loop and/or closed-loop control system comprises: a sensor device configured to detect a pressure change occurring at the relevant hydraulic device caused by vibrations in the horizontal and/or vertical direction of the distributor linkage ; and a data processing unit configured to process signals from the sensor device and to generate a control signal for the relevant hydraulic device on the basis of these signals, wherein the control signal is generated taking into account a pressure offset which corresponds to a pressure difference between the pressure chambers of the relevant hydraulic cylinder (10a,b) in a target position of the distributor linkage, and wherein the pressure offset is determined based on signals from the sensor device. a sensor device configured to detect a pressure change occurring at the relevant hydraulic device caused by vibrations in the horizontal and/or vertical direction of the distributor linkage ; and a data processing unit configured to process signals from the sensor device and to generate a control signal for the relevant hydraulic device on the basis of these signals, wherein the control signal is generated taking into account a pressure offset which corresponds to a pressure difference between the pressure chambers of the relevant hydraulic cylinder (10a,b) in a target position of the distributor linkage, and wherein the pressure offset is determined based on signals from the sensor device.
A shaving applicator device comprising: a housing having a lower frame and an upper frame ; a lubricant dispenser attached to the lower frame of said housing , said dispenser having a cartridge containing a shaving lubricant , a pumping means with an actuator for dispensing said lubricant ; and an applicator head attached to the upper frame of said housing being in communication with said dispenser , said applicator head comprising: a flow channel shaft extended from said dispenser , said flow channel shaft having perforated annular wall and an enclosed end; and a roller having an annular wall situated between a proximal end-cap and a distal end-cap forming a chamber encompassing said flow channel shaft for receiving said lubricant from said flow channel shaft , said annular wall having an array of openings spaced apart for exiting said lubricant when said actuator of said lubricant dispenser is depressed to apply a pumping pressure. a housing having a lower frame and an upper frame ; a lubricant dispenser attached to the lower frame of said housing , said dispenser having a cartridge containing a shaving lubricant , a pumping means with an actuator for dispensing said lubricant ; and an applicator head attached to the upper frame of said housing being in communication with said dispenser , said applicator head comprising: a flow channel shaft extended from said dispenser , said flow channel shaft having perforated annular wall and an enclosed end; and a roller having an annular wall situated between a proximal end-cap and a distal end-cap forming a chamber encompassing said flow channel shaft for receiving said lubricant from said flow channel shaft , said annular wall having an array of openings spaced apart for exiting said lubricant when said actuator of said lubricant dispenser is depressed to apply a pumping pressure. a flow channel shaft extended from said dispenser , said flow channel shaft having perforated annular wall and an enclosed end; and a roller having an annular wall situated between a proximal end-cap and a distal end-cap forming a chamber encompassing said flow channel shaft for receiving said lubricant from said flow channel shaft , said annular wall having an array of openings spaced apart for exiting said lubricant when said actuator of said lubricant dispenser is depressed to apply a pumping pressure.
A method comprising: identifying a first navigation database having a first plurality of navigation data records and a first index section (S101); identifying a second navigation database having a second plurality of navigation data records and a second index section (S103); performing, by a processor, a comparison of the first plurality of navigation data records and the second plurality of navigation data records; identifying, based on the comparison, a first subset of the first plurality of navigation data records and a corresponding second subset of the second plurality of navigation data records, wherein the first subset and second subset correspond to records that have changed between the first and second plurality of navigation data records (S105); performing, by the processor, a difference operation on the first subset and the second subset (S107); and generating an update package based on a result of the difference operation (S109); wherein the update package , the first subset and the second subset lack index information for the navigation data records. identifying a first navigation database having a first plurality of navigation data records and a first index section (S101); identifying a second navigation database having a second plurality of navigation data records and a second index section (S103); performing, by a processor, a comparison of the first plurality of navigation data records and the second plurality of navigation data records; identifying, based on the comparison, a first subset of the first plurality of navigation data records and a corresponding second subset of the second plurality of navigation data records, wherein the first subset and second subset correspond to records that have changed between the first and second plurality of navigation data records (S105); performing, by the processor, a difference operation on the first subset and the second subset (S107); and generating an update package based on a result of the difference operation (S109); wherein the update package , the first subset and the second subset lack index information for the navigation data records.