mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: determining, by a first base station in a wireless network, a list of base stations and a list of cells corresponding to the list of base stations representing a tracking area for a user device based on a signal received from at least one second base station, the signal received from the at least one second base station including an indication of an amount of activity on at least one boundary between the at least one second base station and a plurality of third base stations; and controlling sending, from the first base station to the user device, a signal including at least one of the list of base stations and the list of cells as a tracking area for the user device; wherein the determining step and the controlling sending step are performed during a procedure for transitioning the user device from an active state to an idle state. determining, by a first base station in a wireless network, a list of base stations and a list of cells corresponding to the list of base stations representing a tracking area for a user device based on a signal received from at least one second base station, the signal received from the at least one second base station including an indication of an amount of activity on at least one boundary between the at least one second base station and a plurality of third base stations; and controlling sending, from the first base station to the user device, a signal including at least one of the list of base stations and the list of cells as a tracking area for the user device; wherein the determining step and the controlling sending step are performed during a procedure for transitioning the user device from an active state to an idle state.
Method for pneumatically conveying plastic pellets which are conveyed, by means of a carrier gas, through a conveyor line from a feed point to a destination with a liquid being added thereto, wherein the quantity of liquid added to the plastic pellets and/or the carrier gas is such that during conveying, the carrier gas is oversaturated with the liquid at least in sections of the conveyor line, wherein the liquid added evaporates only incompletely when being added, wherein the non-evaporated part of the liquid will continue to evaporate when being conveyed along the conveyor line, characterized in that - a Froude number defining the conveying conditions in the conveyor line is smaller than 45 at any point along the conveyor line, - the plastic pellets have a particle diameter of 2 mm to 5mm, which is in particular equivalent to that of a sphere having the same volume, - the ratio of the product mass flow to the mass flow of dry carrier gas in the conveyor line is greater than 3. - a Froude number defining the conveying conditions in the conveyor line is smaller than 45 at any point along the conveyor line, - the plastic pellets have a particle diameter of 2 mm to 5mm, which is in particular equivalent to that of a sphere having the same volume, - the ratio of the product mass flow to the mass flow of dry carrier gas in the conveyor line is greater than 3.
An isolated peptide of up to 10 amino acids comprising SEQ. ID. NO. 5 or consisting of SEQ. ID. NO. 5 or a pharmaceutically acceptable ester, amide or salt thereof.
A method comprising: drying an eye-mountable device (110,210,350), wherein the eye-mountable device comprises electronics and a hydrogel material having a water content, and wherein drying the eye-mountable device comprises drying the hydrogel material to remove a portion of the water content; placing the eye-mountable device within a gas-permeable enclosure comprising a porous membrane that allows ethylene oxide gas to permeate through the porous membrane while preventing liquids from permeating through the porous membrane; sterilizing the dried eye-mountable device in the gas-permeable enclosure, wherein sterilizing the dried eye-mountable device comprises exposing the dried eye-mountable device to ethylene oxide gas, characterized in that the method comprises adding a vapor barrier to the gas-permeable enclosure after sterilizing the dried eye-mountable device in the gas-permeable enclosure, in order to prevent water vapor or other gases from entering the enclosure and interacting with the eye-mountable device. drying an eye-mountable device (110,210,350), wherein the eye-mountable device comprises electronics and a hydrogel material having a water content, and wherein drying the eye-mountable device comprises drying the hydrogel material to remove a portion of the water content; placing the eye-mountable device within a gas-permeable enclosure comprising a porous membrane that allows ethylene oxide gas to permeate through the porous membrane while preventing liquids from permeating through the porous membrane; sterilizing the dried eye-mountable device in the gas-permeable enclosure, wherein sterilizing the dried eye-mountable device comprises exposing the dried eye-mountable device to ethylene oxide gas, characterized in that the method comprises adding a vapor barrier to the gas-permeable enclosure after sterilizing the dried eye-mountable device in the gas-permeable enclosure, in order to prevent water vapor or other gases from entering the enclosure and interacting with the eye-mountable device.
A method for manufacturing a bone fastener comprising a head and a shaft extending from the distal end of the head, a distal portion of the shaft comprising a drill portion, the method comprising: machining a TiMo alloy having a first hardness value and a first % elongation to form the bone fastener; annealing, quenching, and ageing the bone fastener to have a second hardness value that is greater than the first hardness value and a second % elongation that is both less than the first % elongation and greater than about 3% elongation, wherein the implant is annealed at about 1172K (1650°F). machining a TiMo alloy having a first hardness value and a first % elongation to form the bone fastener; annealing, quenching, and ageing the bone fastener to have a second hardness value that is greater than the first hardness value and a second % elongation that is both less than the first % elongation and greater than about 3% elongation, wherein the implant is annealed at about 1172K (1650°F).
A method of sealing a first component (66;166;266;366;466) to a second component (68;168;268;368;468) comprising the steps of: locating at least one fiber reinforced polyimide resin layer against a first sealing surface (72;172;272;372;472) on a first component (66...466) and against a second sealing surface(74;174;274;374;474) on a second component (68... 468); compressing the at least one fiber reinforced polyimide resin layer against the first sealing surface (72...472) and the second sealing surface (74...474) prior to curing the at least one fiber reinforced polyimide resin layer; heating the at least one fiber reinforced polyimide resin layer to promote flow and conformation to the first sealing surface (72...472) and the second sealing surface (74...474); curing the at least one fiber reinforced polyimide resin layer to provide a fluid tight seal between the first component (66...466) and the second component (68... 468); characterised by: coating at least one of the first sealing surface (66...466) and the second sealing (68...468) with an adhesion reducing material comprising at least one of a frangible oxide, a frangible primer, a non-adherent film, or a non-adherent coating. locating at least one fiber reinforced polyimide resin layer against a first sealing surface (72;172;272;372;472) on a first component (66...466) and against a second sealing surface(74;174;274;374;474) on a second component (68... 468); compressing the at least one fiber reinforced polyimide resin layer against the first sealing surface (72...472) and the second sealing surface (74...474) prior to curing the at least one fiber reinforced polyimide resin layer; heating the at least one fiber reinforced polyimide resin layer to promote flow and conformation to the first sealing surface (72...472) and the second sealing surface (74...474); curing the at least one fiber reinforced polyimide resin layer to provide a fluid tight seal between the first component (66...466) and the second component (68... 468); characterised by: coating at least one of the first sealing surface (66...466) and the second sealing (68...468) with an adhesion reducing material comprising at least one of a frangible oxide, a frangible primer, a non-adherent film, or a non-adherent coating.
A modular container, in particular a modular organizer, comprising a body, a cover connected to the body by means of a hinge, and a locking latch for interconnecting containers or organizers arranged in a stack, said locking latch comprises an upper part, a lower part and an axle of the locking latch, wherein the upper part and the lower part are mounted separately on the axle, thereby forming a mechanism that enables independent movement of said parts (1,2), and wherein both parts (1, 2) of the locking latch are provided with at least one catch (5,6) for snapping on the body of the organizer such that the one part is configured for snapping on the body of the first container or organizer in the stack and the other part is configured for snapping on the body of the second, adjacent container or organizer in the stack, characterized in that one part (1, 2) of the locking latch has mounting tabs by which the locking latch is secured in the cover.
ATO device for the automated driving of a rail vehicle on tracks (4a, 4b) which are equipped with different track-side vehicle protection devices (5a, 5b), wherein the ATO device has at least two ATP interfaces (14, 15) which are configured for connecting the ATO device to different vehicle-side vehicle protection devices (7, 8) and for transferring information items necessary for the automated driving from the respective vehicle-side vehicle protection device (7, 8) to the ATO device, wherein one of the ATP interfaces (14, 15) is configured to connect the ATO device to a vehicle protection device (7, 8), which is configured as an ETCS vehicle protection device, and wherein the other of the ATP interfaces (14, 15) is configured so as to connect the ATO device to a vehicle protection device (7, 8), which is configured as an LZB or PZB vehicle protection device. wherein the ATO device has at least two ATP interfaces (14, 15) which are configured for connecting the ATO device to different vehicle-side vehicle protection devices (7, 8) and for transferring information items necessary for the automated driving from the respective vehicle-side vehicle protection device (7, 8) to the ATO device, wherein one of the ATP interfaces (14, 15) is configured to connect the ATO device to a vehicle protection device (7, 8), which is configured as an ETCS vehicle protection device, and wherein the other of the ATP interfaces (14, 15) is configured so as to connect the ATO device to a vehicle protection device (7, 8), which is configured as an LZB or PZB vehicle protection device.
A battery pack, comprising: a plurality of battery modules having at least one battery cell and having heatsink units (130, 140) respectively provided to upper and lower sides thereof, the heatsink unit (130, 140) having a cooling channel (135, 145) through which a coolant flows; at least one crush beam provided between the plurality of battery modules; a pack tray configured to support the at least one crush beam and the plurality of battery modules; and a plurality of drain holes provided in the pack tray to discharge the coolant out of the battery pack when the coolant leaks, wherein the plurality of drain holes are formed in a bottom portion of a space between each battery module and the at least one crush beam, and wherein in the space between each battery module and the at least one crush beam, a guide channel for guiding the coolant toward the plurality of drain holes when the coolant of the heatsink unit (130, 140) provided to the upper side of each battery module leaks is formed. a plurality of battery modules having at least one battery cell and having heatsink units (130, 140) respectively provided to upper and lower sides thereof, the heatsink unit (130, 140) having a cooling channel (135, 145) through which a coolant flows; at least one crush beam provided between the plurality of battery modules; a pack tray configured to support the at least one crush beam and the plurality of battery modules; and a plurality of drain holes provided in the pack tray to discharge the coolant out of the battery pack when the coolant leaks, wherein the plurality of drain holes are formed in a bottom portion of a space between each battery module and the at least one crush beam, and wherein in the space between each battery module and the at least one crush beam, a guide channel for guiding the coolant toward the plurality of drain holes when the coolant of the heatsink unit (130, 140) provided to the upper side of each battery module leaks is formed.
Cooling device for cooling an electronic component, in particular a power semiconductor, having at least one sonotrode element for generating ultrasonic waves of a predefined wavelength, and having a tuned pipe which is assigned to the sonotrode element and which has a first opened end and a second opened end, wherein the sonotrode element is disposed so as to be closer to the first end than to the second end, or the first end faces towards the sonotrode element, and wherein the distance from the sonotrode to the second end and/or the distance from the first end to the second end substantially corresponds to an integral multiple of half of the wavelength.
A policy update method performed by an access and mobility management network element, the method comprising: • receiving updated policy information of a local area data network, LADN, and instruction information from a policy control network element, o wherein the updated policy information is an updated user equipment route selection policy and contains identification information of the LADN, and o the instruction information is used to instruct the access and mobility management network element to update the updated policy information regionally with respect to a service area of the LADN; • determining the service area of the LADN according to a correspondence between the service area of the LADN and the identification information of the LADN; • determining whether a terminal device is within the service area of the LADN; • in case the terminal device is within the service area, sending the updated policy information to the terminal device in the service area of the LADN according to the instruction information, thereby regionally updating the updated policy information. • receiving updated policy information of a local area data network, LADN, and instruction information from a policy control network element, o wherein the updated policy information is an updated user equipment route selection policy and contains identification information of the LADN, and o the instruction information is used to instruct the access and mobility management network element to update the updated policy information regionally with respect to a service area of the LADN; o wherein the updated policy information is an updated user equipment route selection policy and contains identification information of the LADN, and o the instruction information is used to instruct the access and mobility management network element to update the updated policy information regionally with respect to a service area of the LADN; • determining the service area of the LADN according to a correspondence between the service area of the LADN and the identification information of the LADN; • determining whether a terminal device is within the service area of the LADN; • in case the terminal device is within the service area, sending the updated policy information to the terminal device in the service area of the LADN according to the instruction information, thereby regionally updating the updated policy information.
A knife comprising a knife body of at least two part form, the knife body comprising a first body part and a second body part, the first and second body parts (14, 16) cooperating with one another to allow a blade to be secured thereto, the first and second body parts (14, 16) including interengaging formations (24, 26) which cooperate with one another such that sliding movement of the first body part relative to the second body part can occur, the formations (24, 26) securing the body parts (14, 16) to one another in a first relative position of the body parts, and allowing separation of the body parts (14, 16) in a second relative position thereof, and characterised by a latch arrangement whereby the first and second body parts (14, 16) can be latched against relative sliding movement from the first position towards the second position, the latch arrangement comprising a resilient member carried by the first body part and cooperable with the second body part to latch the body parts (14, 16) against sliding movement towards the second position, and an opening provided in the second body part through which a tool, or part thereof, can be inserted to depress the resilient member and allow such sliding movement to occur.
A seating apparatus for a vehicle, in which a seat cushion is flipped up toward a front of the vehicle from a use position allowing a passenger to sit on the seat cushion, the seating apparatus comprising: a link member which is pivotable in a manner such that the seat cushion is flipped up from the use position toward the front of the vehicle; and a locking device associated with the seat cushion and capable of restricting pivotal movement of the link member, characterized in that, the locking device includes a rocking member supported on the seat cushion and rockable between a normal position permitting the pivotal movement of the link member and a rocked position restricting the pivotal movement of the link member, and an urging member which urges the rocking member toward the normal position, wherein the rocking member includes a weight which, in response to backward inertial force acting upon the seat cushion, rocks from the normal position to the rocked position due to the inertial force, against force of the urging member, and a pawl which rocks from the normal position to the rocked position along with the weight and engages with the link member to restrict the pivotal movement of the link member. a link member which is pivotable in a manner such that the seat cushion is flipped up from the use position toward the front of the vehicle; and a locking device associated with the seat cushion and capable of restricting pivotal movement of the link member, characterized in that, the locking device includes a rocking member supported on the seat cushion and rockable between a normal position permitting the pivotal movement of the link member and a rocked position restricting the pivotal movement of the link member, and an urging member which urges the rocking member toward the normal position, wherein the rocking member includes a weight which, in response to backward inertial force acting upon the seat cushion, rocks from the normal position to the rocked position due to the inertial force, against force of the urging member, and a pawl which rocks from the normal position to the rocked position along with the weight and engages with the link member to restrict the pivotal movement of the link member.
Method for fitting a measuring tape (1, 1.1, 1.2) to a peripheral surface (12, 12.1, 12.2) of a carrier (10, 10.1, 10.2), comprising the following method steps: - wrapping the peripheral surface (11, 11.1, 11.2) of the carrier (10, 10.1, 10.2) with the measuring tape (1, 1.1, 1.2) and supporting the measuring tape (1, 1.1, 1.2) in such a way that it runs at a distance from the peripheral surface (11, 11.1, 11.2) of the carrier (10, 10.1, 10.2) and exerting a clamping force on the measuring tape (1, 1.1, 1.2) in this state of the measuring tape (1, 1.1, 1.2) held with low friction over the extent of the peripheral surface (11, 11.1, 11.2), wherein the clamping force is distributed at least approximately uniformly over the periphery, and the measuring tape (1, 1.1, 1.2) is kept at a distance from the peripheral surface (11, 11.1, 11.2) of the carrier (10, 10.1, 10.2) during the distribution of the clamping force over the periphery, by means of supports (30, 30.1, 30.2) arranged at a distance from one another in the peripheral direction; - cancelling the support of the measuring tape (1, 1.1, 1.2), starting from a fixed point, and applying the measuring tape (1, 1.1, 1.2) to the peripheral surface (11, 11.1, 11.2) of the carrier (10, 10.1, 10.2) whilst maintaining the clamping force. - wrapping the peripheral surface (11, 11.1, 11.2) of the carrier (10, 10.1, 10.2) with the measuring tape (1, 1.1, 1.2) and supporting the measuring tape (1, 1.1, 1.2) in such a way that it runs at a distance from the peripheral surface (11, 11.1, 11.2) of the carrier (10, 10.1, 10.2) and exerting a clamping force on the measuring tape (1, 1.1, 1.2) in this state of the measuring tape (1, 1.1, 1.2) held with low friction over the extent of the peripheral surface (11, 11.1, 11.2), wherein the clamping force is distributed at least approximately uniformly over the periphery, and the measuring tape (1, 1.1, 1.2) is kept at a distance from the peripheral surface (11, 11.1, 11.2) of the carrier (10, 10.1, 10.2) during the distribution of the clamping force over the periphery, by means of supports (30, 30.1, 30.2) arranged at a distance from one another in the peripheral direction; - cancelling the support of the measuring tape (1, 1.1, 1.2), starting from a fixed point, and applying the measuring tape (1, 1.1, 1.2) to the peripheral surface (11, 11.1, 11.2) of the carrier (10, 10.1, 10.2) whilst maintaining the clamping force.
A polymer matrix comprising from 10 to 70% by weight of natural mineral anhydrite, wherein said polymer is a polyolefin and the grain size of the anhydrite measured as D97 is less than 10 μm.