mhurhangee/patent-ind-claim-en huggingface dataset:
A base station , comprising: a connection request processing unit configured to, upon receiving a connection request from user equipment , transmit a message to a first management apparatus , the message including an identifier of the user equipment assigned by the base station configured to perform a connection operation on the user equipment ; and a core network connection unit configured to, upon receiving a reroute message to indicate a reroute from the first management apparatus to a second management apparatus , transmit Non Access Stratum information in the reroute message to the second management apparatus , wherein the identifier of the user equipment assigned by the base station is configured in the reroute message without provision of an identifier of the user equipment assigned by the first management apparatus; wherein the first management apparatus has a default Mobility Management Entity, MME, in Dedicated Core Network, DECOR, and the second management apparatus has a Machine-to-Machine, M2M, dedicated MME in the DECOR, and the reroute message is configured to instruct the base station to reroute the user equipment from the default MME to the M2M dedicated MME. a connection request processing unit configured to, upon receiving a connection request from user equipment , transmit a message to a first management apparatus , the message including an identifier of the user equipment assigned by the base station configured to perform a connection operation on the user equipment ; and a core network connection unit configured to, upon receiving a reroute message to indicate a reroute from the first management apparatus to a second management apparatus , transmit Non Access Stratum information in the reroute message to the second management apparatus , wherein the identifier of the user equipment assigned by the base station is configured in the reroute message without provision of an identifier of the user equipment assigned by the first management apparatus; wherein the first management apparatus has a default Mobility Management Entity, MME, in Dedicated Core Network, DECOR, and the second management apparatus has a Machine-to-Machine, M2M, dedicated MME in the DECOR, and the reroute message is configured to instruct the base station to reroute the user equipment from the default MME to the M2M dedicated MME.
A method of preserving a wood based material, comprising: (a) applying a wood preservative composition to the wood based material, said wood preservative composition comprising a solution of at least one active ingredient in a carrier system containing at least 10% w/w of a solvent selected from one or more ester compounds, said ester compounds being selected from the group consisting of: ethanoate ester compounds of the formula (I): wherein R is a C 1 alkyl group and R' is selected from C 3 -C 6 -alkyl groups, wherein the carbon chains of the alkyl groups of 3 or more carbon atoms may be straight-chained or branched, n-propyl propanoate and i-butyl propoanoate; and (b) recovering the solvent or solvents from the wood based material after step (a). (a) applying a wood preservative composition to the wood based material, said wood preservative composition comprising a solution of at least one active ingredient in a carrier system containing at least 10% w/w of a solvent selected from one or more ester compounds, said ester compounds being selected from the group consisting of: ethanoate ester compounds of the formula (I): wherein R is a C 1 alkyl group and R' is selected from C 3 -C 6 -alkyl groups, wherein the carbon chains of the alkyl groups of 3 or more carbon atoms may be straight-chained or branched, n-propyl propanoate and i-butyl propoanoate; and (b) recovering the solvent or solvents from the wood based material after step (a).
A mounting device for an electric curtain, wherein it comprises: a mounting rail , provided with opposed first end (1.1) and second end (1.2); a drive device , mounted at the first end (1.1) of the mounting rail ; a power supply device, comprising a power supply box and a detachable power supply pack ; the power supply pack is detachably mounted inside the power supply box ; an auxiliary circuit board is provided with a power supply interface (5.1) and a first splicing interface (5.2), a second splicing interface (4.1) inserted to the first splicing interface (5.2) is disposed on the power supply pack , characterized in that the power box is mounted at the second end (1.2) of the mounting rail , the auxiliary circuit board is mounted inside the power supply box , and the drive device is electrically connected to the auxiliary circuit board through a power wire. a mounting rail , provided with opposed first end (1.1) and second end (1.2); a drive device , mounted at the first end (1.1) of the mounting rail ; a power supply device, comprising a power supply box and a detachable power supply pack ; the power supply pack is detachably mounted inside the power supply box ; an auxiliary circuit board is provided with a power supply interface (5.1) and a first splicing interface (5.2), a second splicing interface (4.1) inserted to the first splicing interface (5.2) is disposed on the power supply pack , characterized in that the power box is mounted at the second end (1.2) of the mounting rail , the auxiliary circuit board is mounted inside the power supply box , and the drive device is electrically connected to the auxiliary circuit board through a power wire.
A centering fastener, comprising: a connecting body being a columnar body and comprising a connecting portion and a non-threaded portion ; a buffer lining having a cylindrical shape and covering at least part of the non-threaded portion ; characterised by a centering member covering an outer surface of the buffer lining ; wherein the non-threaded portion is separated from the centering member at least at a portion corresponding to the buffer lining . a connecting body being a columnar body and comprising a connecting portion and a non-threaded portion ; a buffer lining having a cylindrical shape and covering at least part of the non-threaded portion ; characterised by a centering member covering an outer surface of the buffer lining ; wherein the non-threaded portion is separated from the centering member at least at a portion corresponding to the buffer lining .
A clamping apparatus comprising:- a body having a first aperture therethrough for receiving at least part of a cable; a plurality of clamping members moveably mounted relative to said body; and actuator means for causing said clamping members to move relative to said body; characterised in that said clamping members are pivotably mounted relative to said body by means of a respective protrusion , at a respective end of each said clamping member, pivotably engaging a respective recess provided in said body, said actuator means is adapted to cause said clamping members to pivot relative to said body, such that at least a respective part of a plurality of said clamping members is brought into clamping engagement with at least part of a cable passing through said first aperture, and at least one said clamping member includes a curved surface adapted to be brought into clamping engagement with the cable. a body having a first aperture therethrough for receiving at least part of a cable; a plurality of clamping members moveably mounted relative to said body; and actuator means for causing said clamping members to move relative to said body;
Connection device for connecting a set of lines with a plurality of lines to a printed circuit board of motor electronics arranged in a motor carrier of an electric motor , having - a contact adapter with a number of busbars corresponding to the lines and with an overmolded housing made of an insulating plastic material, in which the busbars are embedded together with the plastic material of the overmolded housing by overmolding, wherein the busbars have first connection contacts projecting from the overmolded housing for contacting the printed circuit board and second connection contacts for contacting the conductor ends of the lines , and - a connection housing having a first housing part and a second housing part , said connection housing surrounding the second connection contacts in contact with the conductor ends and being joined to the overmolded housing of the contact adapter , characterized in that , in the assembled state of the connection housing , a cavity of the connection housing enclosed between the first housing part and the second housing part is filled with a potting compound, which is filled in a curable manner in the joined state of the connection housing and is subsequently cured, so that the cured potting compound encloses the second connection contacts and conductor ends , thereby electrically insulating and sealing them. - a contact adapter with a number of busbars corresponding to the lines and with an overmolded housing made of an insulating plastic material, in which the busbars are embedded together with the plastic material of the overmolded housing by overmolding, wherein the busbars have first connection contacts projecting from the overmolded housing for contacting the printed circuit board and second connection contacts for contacting the conductor ends of the lines , and - a connection housing having a first housing part and a second housing part , said connection housing surrounding the second connection contacts in contact with the conductor ends and being joined to the overmolded housing of the contact adapter ,
A patient ceiling lift system, including: first and second motor units; first and second tension support members each coupled to a respective one of the first and second motor units, each motor unit being operable to change an operative length of its associated tension support member by extending or retracting the strap out of or into the motor unit, each tension support member including a coupling for attachment to a patient sling; a support frame assembly to which the first and second motor units are attached, the support frame assembly including a coupling for a ceiling carrier system ; wherein the support frame assembly includes first and second independent pivotable support members to which the first and second motor units are attached, whereby the motor units are able to pivot on the support frame and relative to one another. first and second motor units; first and second tension support members each coupled to a respective one of the first and second motor units, each motor unit being operable to change an operative length of its associated tension support member by extending or retracting the strap out of or into the motor unit, each tension support member including a coupling for attachment to a patient sling; a support frame assembly to which the first and second motor units are attached, the support frame assembly including a coupling for a ceiling carrier system ; wherein the support frame assembly includes first and second independent pivotable support members to which the first and second motor units are attached, whereby the motor units are able to pivot on the support frame and relative to one another.
End-out service filter device for an exhaust after-treatment system of a combustion engine comprising a removable filter unit attached to a filter unit housing via filter unit fixing means, a flow transfer device which comprises a main flow deflecting wall configured to deflect exhaust gases of the combustion engine exiting or entering the filter unit, wherein the flow deflecting wall comprises a removable lid attached to said main flow deflecting wall via lid fixing means, said removable lid closing a service opening facing said filter unit for removing and/or inserting said filter unit through the service opening , characterised in that the removable lid comprises guiding means for correctly positioning said removable lid on the service opening , said guiding means comprise a protrusion located in the service opening which fits a respective recess in the removable lid .
A method comprising: providing a near and a far memory coupled to a processor, wherein said near memory is faster than said far memory and said near memory is backed by said far memory, said near memory being organized into near memory pages of an allocated near memory page size; upon eviction from a render cache , compressing data to be stored in said near memory using a codec, wherein by compressing cache lines in the near memory are compressed down to a multiple of sub-blocks of a given size and are stored in a buffer between said codec and said near memory, wherein said buffer is arranged to store data as groups of contiguouslv addressed near memorv pages called compaction page groups, a compaction page group size being a multiple of the allocated near memory page size, upon eviction of a compaction page group from said buffer, compacting the compressed cache lines in said compaction page group, wherein by compacting said compressed cache lines are coalesced to fit into a fewer number of near memory pages and are sent to the near memory in a contiguous chunk . providing a near and a far memory coupled to a processor, wherein said near memory is faster than said far memory and said near memory is backed by said far memory, said near memory being organized into near memory pages of an allocated near memory page size; upon eviction from a render cache , compressing data to be stored in said near memory using a codec, wherein by compressing cache lines in the near memory are compressed down to a multiple of sub-blocks of a given size and are stored in a buffer between said codec and said near memory, wherein said buffer is arranged to store data as groups of contiguouslv addressed near memorv pages called compaction page groups, a compaction page group size being a multiple of the allocated near memory page size, upon eviction of a compaction page group from said buffer, compacting the compressed cache lines in said compaction page group, wherein by compacting said compressed cache lines are coalesced to fit into a fewer number of near memory pages and are sent to the near memory in a contiguous chunk .
A preform (210; 310) for a container, comprising: a hollow cylindrical main body (213; 313) having a first thickness; a hollow cylindrical thick portion (217; 317) having a second thickness greater than the first thickness; a curved end portion (219; 319); and a tapered transition portion (215; 315) formed between the main body (213; 313) and the thick portion (217; 317) such that a thickness of the preform (210; 310) increases gradually from the first thickness of the main body (213; 213) to the second thickness of the thick portion (217; 317); wherein inner surfaces of the main body (213; 313), the thick portion (217; 317), and the end portion (219; 319) form a cavity (214; 314), wherein the preform (210; 310) further comprises an integral handle (223; 323) attached to the main body (213; 313) at an upper attachment point (225; 325) and at a lower attachment point (227; 327), wherein an outer diameter of the thick portion (217; 317) is greater than an outer diameter of the main body (213; 313), and wherein an inner diameter of the thick portion (217; 317) is the same as the inner diameter of the main body (213; 313). a hollow cylindrical main body (213; 313) having a first thickness; a hollow cylindrical thick portion (217; 317) having a second thickness greater than the first thickness; a curved end portion (219; 319); and a tapered transition portion (215; 315) formed between the main body (213; 313) and the thick portion (217; 317) such that a thickness of the preform (210; 310) increases gradually from the first thickness of the main body (213; 213) to the second thickness of the thick portion (217; 317); wherein inner surfaces of the main body (213; 313), the thick portion (217; 317), and the end portion (219; 319) form a cavity (214; 314), wherein the preform (210; 310) further comprises an integral handle (223; 323) attached to the main body (213; 313) at an upper attachment point (225; 325) and at a lower attachment point (227; 327), wherein an outer diameter of the thick portion (217; 317) is greater than an outer diameter of the main body (213; 313), and wherein an inner diameter of the thick portion (217; 317) is the same as the inner diameter of the main body (213; 313).
Insect cells comprising a heterologous nucleic acid comprising: a. a nucleotide sequence encoding an ORF2 protein from porcine circovirus 2 of genotype 2b (PCV2b), and b. a transcription control sequence that is operatively linked to said nucleotide sequence, characterised in that the nucleotide sequence encodes a mutant PCV2b ORF2 protein having a Proline at amino acid position number 131, wherein the amino acid position is numbered on the basis of the numbering of the amino acids in the amino acid sequence of the full length PCV2b ORF2 protein published in GenBank under accession number AAC35331. a. a nucleotide sequence encoding an ORF2 protein from porcine circovirus 2 of genotype 2b (PCV2b), and b. a transcription control sequence that is operatively linked to said nucleotide sequence,
Method for power control of at least one inductor (L) covered with a vessel and supplied with alternating current by an inverter power supply device controlled by a periodic control signal, comprising the following steps: - choosing a frequency (Fx) for the periodic control signal from among a set (S) comprising an increasing ordered sequence of N values of predefined frequencies (Fi), N being equal to or greater than two; - adjusting a duty cycle (Δ) of the periodic control signal to the chosen frequency (Fx) to obtain an induced power (Px) in the vessel, in which the duty cycle (Δ) is chosen in a range comprised between a minimum duty cycle (Amin) and a maximum power duty cycle or in a range comprised between the maximum power duty cycle and a maximum duty cycle (Δmax), the maximum power duty cycle being equal to 50%; characterized in that any pair of adjacent predefined frequencies (Fi, Fi+1) of said set (S) corresponds to a pair of values of power induced (Pi, Pi+1) in the vessel when the inverter power supply device is controlled by a periodic control signal at one of said predefined frequencies (Fi, Fi+1) of said pair and a duty cycle of 50%, the power induced (Pi+1) in the vessel when the inverter power supply device is controlled by a periodic control signal at the highest frequency (Fi+1) of said pair of frequencies and a duty cycle (Δ) of 50% being greater than the power induced (Pi) in the vessel when the inverter power supply device is controlled by a periodic control signal at the lowest frequency (Fi) of said pair of frequencies and a duty cycle equal to the minimum duty cycle (Amin) or to the maximum duty cycle (Δmax). - choosing a frequency (Fx) for the periodic control signal from among a set (S) comprising an increasing ordered sequence of N values of predefined frequencies (Fi), N being equal to or greater than two; - adjusting a duty cycle (Δ) of the periodic control signal to the chosen frequency (Fx) to obtain an induced power (Px) in the vessel, in which the duty cycle (Δ) is chosen in a range comprised between a minimum duty cycle (Amin) and a maximum power duty cycle or in a range comprised between the maximum power duty cycle and a maximum duty cycle (Δmax), the maximum power duty cycle being equal to 50%; characterized in that any pair of adjacent predefined frequencies (Fi, Fi+1) of said set (S) corresponds to a pair of values of power induced (Pi, Pi+1) in the vessel when the inverter power supply device is controlled by a periodic control signal at one of said predefined frequencies (Fi, Fi+1) of said pair and a duty cycle of 50%, the power induced (Pi+1) in the vessel when the inverter power supply device is controlled by a periodic control signal at the highest frequency (Fi+1) of said pair of frequencies and a duty cycle (Δ) of 50% being greater than the power induced (Pi) in the vessel when the inverter power supply device is controlled by a periodic control signal at the lowest frequency (Fi) of said pair of frequencies and a duty cycle equal to the minimum duty cycle (Amin) or to the maximum duty cycle (Δmax).
Cleaning device for a beverage preparation machine , in particular for a coffee machine, comprising a first chamber for receiving a cleaning agent and a liquid pipe system coupled to the first chamber and having a water pipe for supplying water which can be connected to a water connection , and a discharge line which is connected to the first chamber and which can be connected to the beverage preparation machine , wherein the first chamber has a cleaning agent access and a first piston can be inserted into the first chamber and moved between a base position (a), in which the first piston is pulled out of the first chamber , and an operating position (b), in which the first piston is located in the first chamber , characterised in that the cleaning agent access has an opening in the first chamber and is connected to a cleaning agent dispenser or a dosing device, which doses the cleaning agent through the cleaning agent access into the first chamber , wherein the first piston in its operating position (b) is located in the first chamber to such an extent that the cleaning agent access is blocked.
An apparatus for static weight-bearing assessment of foot and lower limb abnormalities, the apparatus comprising: a platform configured to support at least part of a patient's foot; and an actuator arrangement configured to control a displacement of the platform, wherein the platform comprises a first platform portion and a second platform portion , wherein the first and second platform portions are movable out-of-plane relative to each other, and wherein the actuator arrangement is configured to move the first and second platform portions between a first configuration and a second configuration, characterised in that in the first configuration the first and second platform portions are approximately in-plane with each other to bear a weight of a forefoot of the patient's foot by both the first and second platform portions and further characterised in that in the second configuration the second platform portion is out-of-plane relative to the first platform portion so that the patient's foot is in contact with the first platform portion but the first metatarsal is no longer in contact with the second platform portion to enable the first metatarsal of the patient's foot to overhang a lateral edge of the first platform portion in the out-of-plane position. a platform configured to support at least part of a patient's foot; and an actuator arrangement configured to control a displacement of the platform, wherein the platform comprises a first platform portion and a second platform portion , wherein the first and second platform portions are movable out-of-plane relative to each other, and wherein the actuator arrangement is configured to move the first and second platform portions between a first configuration and a second configuration,
A method for processing a raw material mixture in an extrusion machine for manufacturing a food product, wherein the raw material mixture is supplied to the extrusion machine by a movable supply unit , wherein the raw material mixture is adjustable at different feed positions within a supply opening by an actuating movement of a supply channel portion and/or of a feed hopper of the supply unit , characterised in that the raw material mixture is supplied to the extrusion machine by a moving supply unit , such that the raw material mixture is rendered conveyable by the movable supply unit and can be supplied uniformly into the extrusion machine to ensure a consistent texture and composition of the extrudate, thus allowing for a particularly uniform supply of the raw material mixture into the extrusion machine so that the raw material mixture can be processed by the extrusion machine, and the raw material mixture contains a fibre raw material and a carrier raw material, wherein the fibre raw material contains a process by-product of a food manufacturing process, and wherein the carrier raw material contains constituents of a wholegrain cereal.