mhurhangee/ep-ind-claims huggingface dataset:
A communication method, performed by a service zone identifier, ID, policy management entity of a core network, the method comprising: determining a service zone ID; and transmitting information including the service zone ID to a network function entity, wherein the network function entity selects a service producer instance from a service producer corresponding to the service zone ID, wherein the transmitting information including the service zone ID to a network function entity comprises: transmitting, in a registration process of user equipment, UE, first information including the service zone ID to the network function entity; and transmitting, in a protocol data unit, PDU, session establishment process of the UE, second information including the service zone ID to the network function entity, wherein the service zone ID transmitted in the PDU session establishment process is set to have higher priority than that of the service zone ID transmitted in the UE registration process. determining a service zone ID; and transmitting information including the service zone ID to a network function entity, wherein the network function entity selects a service producer instance from a service producer corresponding to the service zone ID, wherein the transmitting information including the service zone ID to a network function entity comprises: transmitting, in a registration process of user equipment, UE, first information including the service zone ID to the network function entity; and transmitting, in a protocol data unit, PDU, session establishment process of the UE, second information including the service zone ID to the network function entity, wherein the service zone ID transmitted in the PDU session establishment process is set to have higher priority than that of the service zone ID transmitted in the UE registration process. transmitting, in a registration process of user equipment, UE, first information including the service zone ID to the network function entity; and transmitting, in a protocol data unit, PDU, session establishment process of the UE, second information including the service zone ID to the network function entity, wherein the service zone ID transmitted in the PDU session establishment process is set to have higher priority than that of the service zone ID transmitted in the UE registration process.
A system for actuating a volume and/or pressure-controlled manual ventilator, the system comprising: a manual ventilator comprising a compressible body, an output one-way valve at an output end, and an input one-way valve at an input end; a storage case comprising an inner housing surface and an outer housing surface, the inner housing surface configured to accommodate the manual ventilator; and an actuating mechanism comprising: a power unit mechanically coupled to a linear rod mechanism, wherein the power unit is fitted with a dual-channel pulley configured to transmit rotational force to one or more belt or chains; the linear rod mechanism configured to convert a rotating motion of the power unit into an axial movement of the linear rod mechanism; and one or more applicator pads mechanically coupled to the linear rod mechanism and proximal to the compressible body of the manual ventilator; wherein the actuating mechanism is configured to apply pressure to the compressible body of the manual ventilator via the one or more applicator pads such that a volume of the compressible body is deflated. a manual ventilator comprising a compressible body, an output one-way valve at an output end, and an input one-way valve at an input end; a storage case comprising an inner housing surface and an outer housing surface, the inner housing surface configured to accommodate the manual ventilator; and an actuating mechanism comprising: a power unit mechanically coupled to a linear rod mechanism, wherein the power unit is fitted with a dual-channel pulley configured to transmit rotational force to one or more belt or chains; the linear rod mechanism configured to convert a rotating motion of the power unit into an axial movement of the linear rod mechanism; and one or more applicator pads mechanically coupled to the linear rod mechanism and proximal to the compressible body of the manual ventilator; a power unit mechanically coupled to a linear rod mechanism, wherein the power unit is fitted with a dual-channel pulley configured to transmit rotational force to one or more belt or chains; the linear rod mechanism configured to convert a rotating motion of the power unit into an axial movement of the linear rod mechanism; and one or more applicator pads mechanically coupled to the linear rod mechanism and proximal to the compressible body of the manual ventilator; wherein the actuating mechanism is configured to apply pressure to the compressible body of the manual ventilator via the one or more applicator pads such that a volume of the compressible body is deflated.
A process of expressing two or more nucleic acid sequences of interest in eukaryotic cells, in cells or tissue of a eukaryotic organism, or in a eukaryotic organism excluding humans, comprising: (a) providing eukaryotic cells, tissue of a eukaryotic organism, or a eukaryotic organism excluding humans comprising two or more nucleic acid constructs of interest, each nucleic acid construct comprising a promoter and, downstream thereof, a nucleic acid sequence of interest to be expressed, wherein each promoter of said nucleic acid constructs of interest is selected from a library of multiple promoters each comprising, in 5' to 3' direction, (i) an effector binding site comprising at least 10 contiguous bases, wherein the base sequences of effector binding sites of the multiple promoters have a sequence identity of at least 75%, (ii) a TATA box, and (iii) a downstream sequence segment comprising at least 20 contiguous bases, wherein the downstream sequence segments of at least two nucleic acid constructs of interest differ, and (b) providing the eukaryotic cells, tissue of a eukaryotic organism, or a eukaryotic organism of the previous step with an effector capable of binding to the effector binding sites of the promoters and activating transcription from said promoters. (a) providing eukaryotic cells, tissue of a eukaryotic organism, or a eukaryotic organism excluding humans comprising two or more nucleic acid constructs of interest, each nucleic acid construct comprising a promoter and, downstream thereof, a nucleic acid sequence of interest to be expressed, wherein each promoter of said nucleic acid constructs of interest is selected from a library of multiple promoters each comprising, in 5' to 3' direction, (i) an effector binding site comprising at least 10 contiguous bases, wherein the base sequences of effector binding sites of the multiple promoters have a sequence identity of at least 75%, (ii) a TATA box, and (iii) a downstream sequence segment comprising at least 20 contiguous bases, wherein the downstream sequence segments of at least two nucleic acid constructs of interest differ, and (i) an effector binding site comprising at least 10 contiguous bases, wherein the base sequences of effector binding sites of the multiple promoters have a sequence identity of at least 75%, (ii) a TATA box, and (iii) a downstream sequence segment comprising at least 20 contiguous bases, wherein the downstream sequence segments of at least two nucleic acid constructs of interest differ, and (b) providing the eukaryotic cells, tissue of a eukaryotic organism, or a eukaryotic organism of the previous step with an effector capable of binding to the effector binding sites of the promoters and activating transcription from said promoters.
A solar cell module comprising: a solar cell (3, 32, 33) having a plurality of thin line-shaped electrodes (4A, 41A, 4B, 41B, 42A, 412A, 43A, 413A) formed on a surface thereof; a wiring member electrically connected to the electrode (4A, 41A, 4B, 41B, 42A, 412A, 43A, 413A); and a bonding layer for bonding the wiring member on the surface of the solar cell (3, 32, 33), wherein the wiring member has a protruding portion (α) extending beyond the bonding layer at an end of the wiring member; characterised in that: a free end of the protruding portion (α) is located closer to a peripheral edge side of the solar cell (3, 32, 33) than the bonding layer and inside the peripheral edge of the solar cell (3, 32, 33) at an outermost area of the solar cell (3, 32, 33), the protruding portion is a burr, and the burr faces the surface of the solar cell; and the bonding layer is placed so as to extend over all the plurality of thin line-shaped electrodes. a solar cell (3, 32, 33) having a plurality of thin line-shaped electrodes (4A, 41A, 4B, 41B, 42A, 412A, 43A, 413A) formed on a surface thereof; a wiring member electrically connected to the electrode (4A, 41A, 4B, 41B, 42A, 412A, 43A, 413A); and a bonding layer for bonding the wiring member on the surface of the solar cell (3, 32, 33), wherein the wiring member has a protruding portion (α) extending beyond the bonding layer at an end of the wiring member; a free end of the protruding portion (α) is located closer to a peripheral edge side of the solar cell (3, 32, 33) than the bonding layer and inside the peripheral edge of the solar cell (3, 32, 33) at an outermost area of the solar cell (3, 32, 33), the protruding portion is a burr, and the burr faces the surface of the solar cell; and the bonding layer is placed so as to extend over all the plurality of thin line-shaped electrodes.
A working tool of a laparoscopic trainer having the form of a sleeve provided with a handle with a fixed arm and a movable arm with a rigid tie rod for manipulating the jaws of the working tip, comprising a sensor unit detecting the opening of jaws of the working tip, characterized in that the sensor unit is housed within the handle of the working tool which includes the first reflection sensor and the first reflector, wherein one of these elements of the opening sensor is attached to the handle of the working tool, and the other is mounted on the tie rod.
A device for driving a swimming pool cover wind-up drum, including: - first means for mounting a first shaft of the drum in a first determined position against an internal face of a side wall of the swimming pool, - a driving motor, - a first mechanism for transmitting movement to the first shaft of the drum, this first mechanism being located on the side of the internal face of the first wall, - a second shaft, - a passage part for letting through the second shaft, through the wall of the swimming pool, from the internal face to an external face of this wall, the second shaft including a first end, which is connected to the first mechanism for transmitting movement and which is located on the side of the internal face of the wall, and a second end connected through a second transmission mechanism to the motor located on the side of the external face of the wall, for causing rotation of the first shaft of the drum from the motor successively via the second transmission mechanism, the second shaft and the first mechanism for transmitting movement, the second shaft being at a first determined height above the first shaft, characterized in that the motor is found in a casing located at a second determined height above the first shaft. - first means for mounting a first shaft of the drum in a first determined position against an internal face of a side wall of the swimming pool, - a driving motor, - a first mechanism for transmitting movement to the first shaft of the drum, this first mechanism being located on the side of the internal face of the first wall, - a second shaft, - a passage part for letting through the second shaft, through the wall of the swimming pool, from the internal face to an external face of this wall,
Container closure, particularly for flexible containers, comprising a spout intended to be connected to a container and having a tubular appendage and a cap that closes the spout, the cap consisting of a sleeve-shaped portion that fits over the tubular appendage and of two wings that project therefrom radially or tangentially and whose respective planes extend substantially parallelly to the axis of the sleeve-shaped portion, the cap being movable by a twisting movement of the cap relative to the spout from a closed position in which it is retained on the spout by engagement means (7, 8) arranged on an inner wall of the sleeve-shaped portion and on an outer wall of the appendage to a released position in which it is separable from the spout in the direction of the aforementioned axis, characterised in that the engagement means (7, 8) are designed and arranged in such a manner that the aforementioned twisting movement is less than 180 degrees, in that cooperating stop means (9, 10; 23, 24) are provided on the spout and on the cap which prevent a twisting movement of the cap relative to the spout beyond the closed position and in that in at least one of the wings at least one locking member is arranged which by a predetermined breaking point is maintained in a position relative to the wing in which together with a further stop means provided on the spout it prevents an involuntary twisting movement of the cap relative to the spout in the direction towards the released position.
System for nebulizing a fluid, comprising: a nebulizer for receiving a replaceable container containing the fluid, wherein the nebulizer can be used with multiple containers consecutively; and optionally the container; wherein the nebulizer comprises a housing part which can be detached from the nebulizer or opened for replacing the container, characterized in that the system comprises a check scheme for marking the number of containers already used with the nebulizer or the number of containers which still can be used with the nebulizer, wherein the housing part forms a cover for covering the check scheme and wherein the check scheme is covered by the housing part when the nebulizer or housing part is closed. a nebulizer for receiving a replaceable container containing the fluid, wherein the nebulizer can be used with multiple containers consecutively; and optionally the container; wherein the nebulizer comprises a housing part which can be detached from the nebulizer or opened for replacing the container, characterized in that the system comprises a check scheme for marking the number of containers already used with the nebulizer or the number of containers which still can be used with the nebulizer, wherein the housing part forms a cover for covering the check scheme and wherein the check scheme is covered by the housing part when the nebulizer or housing part is closed.
A load balancing method comprising: spreading network packets among a series of modules; encapsulating an individual network packet of a packet flow at an individual module of a load balancing layer so as to preserve a source address of an external client device (102, 202) and a destination address of the individual network packet as received by the individual module; choosing a target device (110, 210) to which the individual network packet is encapsulated to provide an encapsulated packet using a state shared among the modules, wherein the encapsulated packet includes the individual network packet with the preserved source address and preserved destination address and wherein a source address of the encapsulated packet relates to the individual module and a destination address of the encapsulated packet relates to the target device; forwarding the encapsulated packet from the individual module for the target device; decapsulating the encapsulated packet by a decapsulation component of the target device (110, 210); and routing at least some outgoing packets of the packet flow to the external client device (102, 202) without passing through the load balancing layer. spreading network packets among a series of modules; encapsulating an individual network packet of a packet flow at an individual module of a load balancing layer so as to preserve a source address of an external client device (102, 202) and a destination address of the individual network packet as received by the individual module; choosing a target device (110, 210) to which the individual network packet is encapsulated to provide an encapsulated packet using a state shared among the modules, wherein the encapsulated packet includes the individual network packet with the preserved source address and preserved destination address and wherein a source address of the encapsulated packet relates to the individual module and a destination address of the encapsulated packet relates to the target device; forwarding the encapsulated packet from the individual module for the target device; decapsulating the encapsulated packet by a decapsulation component of the target device (110, 210); and routing at least some outgoing packets of the packet flow to the external client device (102, 202) without passing through the load balancing layer.
A cooking appliance, comprising: a housing defining a cooking cavity; a rack (16, 50, 52) disposed within the cooking cavity; and a probe assembly including retention features (20, 20a, 20b) that selectively couple the probe assembly to the rack (16, 50, 52), characterised by the probe assembly further including: an outer case including a cap operably coupled with and selectively removable from a body of the outer case, the outer case also including a first temperature sensor; and a probe disposed within the outer case and including a second temperature sensor. a housing defining a cooking cavity; a rack (16, 50, 52) disposed within the cooking cavity; and a probe assembly including retention features (20, 20a, 20b) that selectively couple the probe assembly to the rack (16, 50, 52), characterised by the probe assembly further including: an outer case including a cap operably coupled with and selectively removable from a body of the outer case, the outer case also including a first temperature sensor; and a probe disposed within the outer case and including a second temperature sensor. an outer case including a cap operably coupled with and selectively removable from a body of the outer case, the outer case also including a first temperature sensor; and a probe disposed within the outer case and including a second temperature sensor.
Foil balloon adaptor part having a fastening portion for fastening to the foil balloon and having a guide portion for guidance in a guide rail of an automatic foil balloon dispenser, wherein the fastening portion and the guide portion are connected, wherein the fastening portion and the guide portion are each formed as hollow bodies having an internal flow path for gas which inflates the foil balloon, and the fastening portion has an outflow opening for the gas, wherein the fastening portion and the guide portion are connected detachably and via a string, characterized in that at least one retaining arm for retaining the foil balloon in the folded or rolled-up state is arranged on the adaptor part.
A humeral intraosseous landmarking apparatus, comprising: a tab including an acromion placement circle; a band including a lateral epicondyle placement circle, wherein the lateral epicondyle placement circle and the acromion placement circle are separated by a fixed landmarking distance; and an intraosseous needle ring configured to landmark a humeral head, the intraosseous needle ring having a proximal end coupled to the tab and a distal end coupled to the band. a tab including an acromion placement circle; a band including a lateral epicondyle placement circle, wherein the lateral epicondyle placement circle and the acromion placement circle are separated by a fixed landmarking distance; and an intraosseous needle ring configured to landmark a humeral head, the intraosseous needle ring having a proximal end coupled to the tab and a distal end coupled to the band.
Composition comprising: a) at least one oxidation base 3-(2,5-diaminophenyl)-1-propanol and/or acid salts thereof and/or solvates thereof such as hydrates; b) at least one heterocyclic oxidation base chosen from oxidation bases of pyridine, and pyrazolone of formula, and the addition salts thereof or solvates thereof in which R 1 represents an amino group, a C 1 to C 4 alkyl group optionally substituted with one or more hydroxyl or amino groups, or a C 1 to C 4 alkoxy group optionally substituted with one or more hydroxyl or amino groups, c) at least one coupler; d) optionally at least one fatty substance; e) optionally at least one basifying agent; and f) optionally at least one chemical oxidizing agent. a) at least one oxidation base 3-(2,5-diaminophenyl)-1-propanol and/or acid salts thereof and/or solvates thereof such as hydrates; b) at least one heterocyclic oxidation base chosen from oxidation bases of pyridine, and pyrazolone of formula, and the addition salts thereof or solvates thereof in which R 1 represents an amino group, a C 1 to C 4 alkyl group optionally substituted with one or more hydroxyl or amino groups, or a C 1 to C 4 alkoxy group optionally substituted with one or more hydroxyl or amino groups, c) at least one coupler; d) optionally at least one fatty substance; e) optionally at least one basifying agent; and f) optionally at least one chemical oxidizing agent.
An adhesive composition, comprising from 5 to 15 wt% of an high-density polyethylene (HDPE) grafted with maleic anhydride and having a Melt Index within the range of from 4 to 8 g/10min using a piston load of 2.16 Kg and temperature of 190 °C according to ASTM-D 1238, and from 85 to 95 wt% of a hybrid polyethylene produced with the use of a hybrid catalyst comprising a mixture of at least two single-site catalysts, said hybrid polyethylene having: - a density from 0.931 to 0.940 g/cm 3 according to ASTM-D 1505; - a Melt Index within the range of 0.8 to 2.5 g/10min using a piston load of 2.16 Kg and temperature of 190 °C according to ASTM-D 1238; - a weight average molar mass Mw in the range of from 80000 to 200000 g/mol, and - from 1 to 5 vinyl groups/1000 carbon atoms, determined by IR according to ASTM D 6248-98. - a density from 0.931 to 0.940 g/cm 3 according to ASTM-D 1505; - a Melt Index within the range of 0.8 to 2.5 g/10min using a piston load of 2.16 Kg and temperature of 190 °C according to ASTM-D 1238; - a weight average molar mass Mw in the range of from 80000 to 200000 g/mol, and - from 1 to 5 vinyl groups/1000 carbon atoms, determined by IR according to ASTM D 6248-98.