mhurhangee/ep-ind-claims huggingface dataset:
A system for orienting a tool in a wellbore and providing notification to a surface operator of the orientation and position of the tool, the system comprising: a first pipe, wherein the first pipe is a casing string, the first pipe having a wall a portion of which defines a first target, the wall defining an inner region; a second pipe, wherein the second pipe is a tubing string having a latch key, the second pipe capable of being disposed in the inner region of the first pipe, a portion of the second pipe having a second pipe wall, a portion of which defines a second target; a device, wherein the device is a latch coupling capable of receiving the latch key, the device carried by the first pipe and capable of constraining relative movement of the two pipes at least rotationally or axially; a switch coupled to said device so as to actuate upon the latch key becoming seated in or engaged with the latch coupling; and a circuit operatively coupled between said switch and an indicator for notifying an operator of the configuration of said switch; wherein at the first and second targets are windows (16, 26) and the windows (16, 26) define openings in the pipe walls. a first pipe, wherein the first pipe is a casing string, the first pipe having a wall a portion of which defines a first target, the wall defining an inner region; a second pipe, wherein the second pipe is a tubing string having a latch key, the second pipe capable of being disposed in the inner region of the first pipe, a portion of the second pipe having a second pipe wall, a portion of which defines a second target; a device, wherein the device is a latch coupling capable of receiving the latch key, the device carried by the first pipe and capable of constraining relative movement of the two pipes at least rotationally or axially; a switch coupled to said device so as to actuate upon the latch key becoming seated in or engaged with the latch coupling; and a circuit operatively coupled between said switch and an indicator for notifying an operator of the configuration of said switch; wherein at the first and second targets are windows (16, 26) and the windows (16, 26) define openings in the pipe walls.
A method for dynamically handling access and mobility service areas with different capabilities in a communication system, the method carried out by an Access and Mobility Management function, AMF, node and comprising: Transmitting, to a Unified Data Management, UDM, node, a subscription data request for a user equipment, UE, communication; Receiving, from the UDM node, subscription data with Service Area Restriction, SAR, data for the UE, wherein the SAR data includes a number of service areas allowed or restricted for the UE and, for each service area, a service area identifier, a service area type, wherein the service area type identifies a service provided in the service area, and a service area definition, wherein the service area definition delimits the service area; Transmitting, to a Policy Control Function, PCF, node, a policy request for the UE; Receiving, from the PCF node, a policy response with a Service Area Definition, SAD, rule for the UE, wherein the SAD rule comprises a service area definition and an indication of a set of service area characteristics enabled in the service area, wherein the service area characteristics relate to the service provided in the service area; and Taking actions for the UE communication based on anyone of the SAR data, the SAD rule and local policies at the AMF node. Transmitting, to a Unified Data Management, UDM, node, a subscription data request for a user equipment, UE, communication; Receiving, from the UDM node, subscription data with Service Area Restriction, SAR, data for the UE, wherein the SAR data includes a number of service areas allowed or restricted for the UE and, for each service area, a service area identifier, a service area type, wherein the service area type identifies a service provided in the service area, and a service area definition, wherein the service area definition delimits the service area; Transmitting, to a Policy Control Function, PCF, node, a policy request for the UE; Receiving, from the PCF node, a policy response with a Service Area Definition, SAD, rule for the UE, wherein the SAD rule comprises a service area definition and an indication of a set of service area characteristics enabled in the service area, wherein the service area characteristics relate to the service provided in the service area; and Taking actions for the UE communication based on anyone of the SAR data, the SAD rule and local policies at the AMF node.
An artificial food formulation for use in the controlled release of glucose comprising glycogen and at least one other edible component, characterised in that said glycogen has a molecular weight between 2,000,000 and 5,000,000 Daltons, and a percentage of α-1-6 glucoside bonds of between 5% and 15%, relative to the total number of bonds, and comprises less than 1% by weight of reducing sugars, and wherein said controlled release of glucose is such that (i) about 50% of glucose is released in not less than 5 hours and (ii) about 80% of glucose is released in not less than 12 hours.
A method for service deployment in a virtualized network performed by a virtualized network server, comprising: receiving a service deployment request, wherein the service deployment request comprises first service description of a to-be-deployed first service, the first service description comprises first node information, first connection information, and information about access to a deployed second service, wherein the information about access to the deployed second service comprises input information used for determining a second service identifier and a second instance identifier, and access point information of the second service; creating a first instance of the first service, comprising: creating multiple node instances according to the first node information, and establishing a connection used for data interaction between the multiple node instances of the first service according to the first connection information; and determining the second service identifier and the second instance identifier according to the input information, and further establishing a connection used for data interaction between the first instance of the first service and a second instance of the second service according to the second service identifier, the second instance identifier, and the access point information of the second service. receiving a service deployment request, wherein the service deployment request comprises first service description of a to-be-deployed first service, the first service description comprises first node information, first connection information, and information about access to a deployed second service, wherein the information about access to the deployed second service comprises input information used for determining a second service identifier and a second instance identifier, and access point information of the second service; creating a first instance of the first service, comprising: creating multiple node instances according to the first node information, and establishing a connection used for data interaction between the multiple node instances of the first service according to the first connection information; and determining the second service identifier and the second instance identifier according to the input information, and further establishing a connection used for data interaction between the first instance of the first service and a second instance of the second service according to the second service identifier, the second instance identifier, and the access point information of the second service.
An integrated biomaterial for bone tissue regeneration, the integrated biomaterial comprising: a lower structure comprising collagen and a bone mineral component; and an upper layer comprising collagen, wherein an amount ratio (weight ratio) of the collagen of the upper layer to the collagen of the lower structure ranges from 0.13-1.3: 1.
A method in a base station for enabling proximity detection, the base station being comprised in a wireless communications network and the base station serving a wireless device, the method comprising: obtaining a fingerprint of an inter-frequency cell; transmitting the fingerprint to the wireless device; characterized in that the method further comprises: obtaining a second fingerprint, corresponding to an area outside the inter-frequency cell; transmitting the second fingerprint to the wireless device and receiving an indication from the wireless device that the wireless device is not in proximity of the inter-frequency cell since second measurements performed by the wireless device matches the second fingerprint. obtaining a fingerprint of an inter-frequency cell; transmitting the fingerprint to the wireless device; characterized in that the method further comprises: obtaining a second fingerprint, corresponding to an area outside the inter-frequency cell; transmitting the second fingerprint to the wireless device and receiving an indication from the wireless device that the wireless device is not in proximity of the inter-frequency cell since second measurements performed by the wireless device matches the second fingerprint. obtaining a second fingerprint, corresponding to an area outside the inter-frequency cell; transmitting the second fingerprint to the wireless device and receiving an indication from the wireless device that the wireless device is not in proximity of the inter-frequency cell since second measurements performed by the wireless device matches the second fingerprint.
Nozzle head for a rotary atomiser for applying a coating material to an object, having: a) a bell cup which is rotatable about an axis of rotation and has a separation edge and a discharge surface to which the coating material can be supplied in such a way that the coating material is slung from the separation edge of the bell cup, and b) a flow path via which the coating material can be supplied to the discharge surface, wherein c) in a delivery area the flow path branches into sub-paths, each with a delivery orifice, which is arranged eccentrically to the axis of rotation of the bell cup and from which the coating material, which reaches the discharge surface from there, can be delivered, characterised in that d) the flow path is divided into sub-paths, the total cross-section of the sub-paths being smaller than the cross-section of the flow path, so that the absolute velocity of the coating material is increased. a) a bell cup which is rotatable about an axis of rotation and has a separation edge and a discharge surface to which the coating material can be supplied in such a way that the coating material is slung from the separation edge of the bell cup, and b) a flow path via which the coating material can be supplied to the discharge surface, c) in a delivery area the flow path branches into sub-paths, each with a delivery orifice, which is arranged eccentrically to the axis of rotation of the bell cup and from which the coating material, which reaches the discharge surface from there, can be delivered, d) the flow path is divided into sub-paths, the total cross-section of the sub-paths being smaller than the cross-section of the flow path, so that the absolute velocity of the coating material is increased.
A system compensating the brightness of an image, the system comprising: a brightness distribution calculation unit to divide an obtained image into a plurality of divided regions and to calculate a brightness distribution for the plurality of divided regions; and a compensation unit to identify a main region, including one or more regions of the plurality of divided regions, including a main object according to the calculated brightness distribution and to compensate the obtained image according to the identification of the main region; wherein the brightness distribution calculation unit sets a plurality of brightness levels and calculates the brightness distribution to identify respective frequencies of the plurality of divided regions falling within each brightness level; characterised in that the compensation unit identifies a group of divided regions having respective brightness levels, corresponding to the brightness distribution, within a predetermined range as a set main region; wherein the compensation unit excludes from the set main region divided regions that are included in the set main region and are not continuous to generate a valid main region. a brightness distribution calculation unit to divide an obtained image into a plurality of divided regions and to calculate a brightness distribution for the plurality of divided regions; and a compensation unit to identify a main region, including one or more regions of the plurality of divided regions, including a main object according to the calculated brightness distribution and to compensate the obtained image according to the identification of the main region; wherein the brightness distribution calculation unit sets a plurality of brightness levels and calculates the brightness distribution to identify respective frequencies of the plurality of divided regions falling within each brightness level; characterised in that the compensation unit identifies a group of divided regions having respective brightness levels, corresponding to the brightness distribution, within a predetermined range as a set main region; wherein the compensation unit excludes from the set main region divided regions that are included in the set main region and are not continuous to generate a valid main region.
A radio communication system including at least a user apparatus and at least one base station forming one or more cells, the user apparatus configured to receive a discovery signal of device-to-device communication, and the user apparatus comprising: an information reception unit (101, 301, 501, 701) configured to receive, from the base station of a residing cell of the user equipment, an information of a resource range in which a discovery signal can be transmitted in a neighbor cell; and a discovery signal reception unit (102, 502, 702) configured to receive a discovery signal at a time position that is synchronized with the neighbor cell in response to receiving a synchronization signal that is synchronized with the neighbor cell within the resource range in which a discovery signal can be transmitted in the neighbor cell. an information reception unit (101, 301, 501, 701) configured to receive, from the base station of a residing cell of the user equipment, an information of a resource range in which a discovery signal can be transmitted in a neighbor cell; and a discovery signal reception unit (102, 502, 702) configured to receive a discovery signal at a time position that is synchronized with the neighbor cell in response to receiving a synchronization signal that is synchronized with the neighbor cell within the resource range in which a discovery signal can be transmitted in the neighbor cell.
Method of detecting disorders, errors or critical conditions in running gear or bogies of railway vehicles with pneumatic suspension devices operating on air bellows means, wherein air bellows of said air bellows means are disposed between said running gear or bogie and a railcar body, this method including the permanent or temporary monitoring of a physical parameter (T, p, s), which is detected anyway within the general framework of said air bellows means or of a braking system of the vehicle and which varies in response to a disorder or an error in said d'un running gear or bogie.
A diethylzinc composition having as an additive a compound which has a carbon-carbon double bond of the following formula in formula, R represents respectively, a hydrogen, a straight chain or branched alkyl group which has 1 to 8 carbon atoms, a straight chain or branched alkenyl group which has 1 to 8 carbon atoms, an allyl group which has 6 to 14 carbon atoms, a straight chain or branched alkoxy group which has 1 to 8 carbon atoms, however, excluded when all of R are hydrogen, the compound which is represented in a formula includes at least one carbon frame represented in a formula wherein the ratio of the additive to the diethylzinc composition is 50 ppm to 20 wt.-%.
A method in a user equipment for adjusting a transmit timing of uplink transmissions to a network node in a telecommunications system, which user equipment is configurable with more than one aggregated serving cells, which more than one aggregated serving cells are grouped into one or more groups of serving cells based on a timing advance value of each of the aggregated serving cells, which one or more groups of serving cells each comprises a timing reference serving cell, wherein the reception timing of a downlink transmission from a timing reference serving cell is used as a timing reference for the transmit timing of uplink transmissions for the serving cells in the group of serving cells comprising the timing reference serving cell, respectively, the method comprising: - determining a change to a second timing reference serving cell in a group of serving cells, which second timing reference serving cell is different from a first timing reference serving cell currently being used as the timing reference serving cell for the group of serving cells; and - applying an incremental adjustment of the transmit timing of uplink transmissions for the serving cells in the group of serving cells with respect to a timing reference based on the reception timing of a downlink transmission from the second timing reference serving cell in the user equipment, wherein the incremental adjustment comprises multiple increments. - determining a change to a second timing reference serving cell in a group of serving cells, which second timing reference serving cell is different from a first timing reference serving cell currently being used as the timing reference serving cell for the group of serving cells; and - applying an incremental adjustment of the transmit timing of uplink transmissions for the serving cells in the group of serving cells with respect to a timing reference based on the reception timing of a downlink transmission from the second timing reference serving cell in the user equipment, wherein the incremental adjustment comprises multiple increments.
A motor, fan and cyclonic separation apparatus arrangement for a vacuum cleaner (2, 602, 702, 802), the arrangement comprising: a motor coupled to a fan for generating air flow; a dirt container; a cyclonic separation apparatus located in a path of the air flow generated by the fan; and a pre-fan filter located in the path of the air flow downstream of the cyclonic separation apparatus and upstream of the fan, wherein the cyclonic separation apparatus comprises at least one cyclone comprising: a cyclone body (85,86) with a longitudinal axis; a cylindrical vortex finder (54,254) arranged inside the cyclone body (85, 86) an air inlet port arranged tangentially through a side of the cyclone body; and an air outlet port through a longitudinal end of the cylindrical vortex finder (54, 254), and characterised in that: the pre-fan filter is arranged upon the air outlet port of the or each cyclone; and the cyclonic separation apparatus and the pre-fan filter are located inside the dirt container. a motor coupled to a fan for generating air flow; a dirt container; a cyclonic separation apparatus located in a path of the air flow generated by the fan; and a pre-fan filter located in the path of the air flow downstream of the cyclonic separation apparatus and upstream of the fan, wherein the cyclonic separation apparatus comprises at least one cyclone comprising: a cyclone body (85,86) with a longitudinal axis; a cylindrical vortex finder (54,254) arranged inside the cyclone body (85, 86) an air inlet port arranged tangentially through a side of the cyclone body; and an air outlet port through a longitudinal end of the cylindrical vortex finder (54, 254), and characterised in that: a cyclone body (85,86) with a longitudinal axis; a cylindrical vortex finder (54,254) arranged inside the cyclone body (85, 86) an air inlet port arranged tangentially through a side of the cyclone body; and an air outlet port through a longitudinal end of the cylindrical vortex finder (54, 254), and characterised in that: the pre-fan filter is arranged upon the air outlet port of the or each cyclone; and the cyclonic separation apparatus and the pre-fan filter are located inside the dirt container.
An optical communication cable comprising-a cable body formed from a first material; a plurality of core elements (20, 22) located within the cable body, wherein at least one of the core elements (20, 22) includes an elongate optical transmission element; a reinforcement layer (30, 70, 100) surrounding the plurality of core elements (20, 22) within the cable body; a central strength member located within the cable body; and a film formed from a second material surrounding the plurality of core elements (20, 22), the plurality of core elements (20, 22) being wrapped around the central strength member in a spiral pattern wherein an inwardly directed force provided by the film holds the core elements (20, 22) in the spiral pattern, and wherein the first material is different than the second material, characterized in that the reinforcement layer (30, 70, 100) includes a corrugated metal sheet wrapped around the film and the plurality of core elements (20, 22) and a surface of the film is bonded to the reinforcement layer (30, 70, 100) such that the film remains attached to the reinforcement layer (30, 70, 100) upon opening of the reinforcement layer (30, 70, 100) to access the plurality of core elements (20, 22).
A memory interface circuit, comprising: logic adapted to be operatively responsive to write driver mask information, characterised in that the logic is adapted to disable any of a plurality of data bus drivers (330,331,332) based on the write driver mask information and tristate data during a write operation, the plurality of data bus drivers driving a data bus which operatively couples the memory interface circuit to a double data rate dynamic random access memory, the logic including a structure that comprises a plurality of gates, wherein each gate includes a first input coupled to receive write driver mask information, a second input coupled to received tristate data, and an output coupled to a respective data bus driver (330,331,332), wherein each gate is arranged such that the output disables the respective data bus driver if at least one of the write driver mask information and the tristate data indicates that the respective data bus driver is to be disabled; a double data rate, DDR, memory controller (110, 210) configured to generate the write driver mask information. logic adapted to be operatively responsive to write driver mask information, characterised in that the logic is adapted to disable any of a plurality of data bus drivers (330,331,332) based on the write driver mask information and tristate data during a write operation, the plurality of data bus drivers driving a data bus which operatively couples the memory interface circuit to a double data rate dynamic random access memory, the logic including a structure that comprises a plurality of gates, wherein each gate includes a first input coupled to receive write driver mask information, a second input coupled to received tristate data, and an output coupled to a respective data bus driver (330,331,332), wherein each gate is arranged such that the output disables the respective data bus driver if at least one of the write driver mask information and the tristate data indicates that the respective data bus driver is to be disabled; a double data rate, DDR, memory controller (110, 210) configured to generate the write driver mask information.
A cross-linked polyethylene comprising an ethylene polymer with a density of less than 955 kg/m 3 obtained by polymerisation with a single-site catalyst and having a shear thinning index SHI 2.7/210 of less than 5 wherein ethylene polymer comprises two components which has been cross-linked.