mhurhangee/ep-ind-claims huggingface dataset:
Cuboid hydraulic block for a hydraulic power-assisted vehicle brake system, wherein the hydraulic block has a master brake cylinder bore and ports for hydraulic wheel brakes arranged on a large side of the hydraulic block, wherein the hydraulic block has a receptacle for an inlet valve of a slip control and a receptacle for an outlet valve of the slip control on the large side which lies opposite the large side having the ports for the wheel brakes, which are arranged perpendicular to the large side, characterized in that the ports for hydraulic wheel brakes on the large side are arranged along a longitudinal side of the hydraulic block, in that a port for a wheel brake is arranged, offset in the direction of an opposite longitudinal side of the hydraulic block, on a transverse side of the hydraulic block, and in that the receptacles and are arranged on both sides of the master brake cylinder bore. the hydraulic block has a receptacle for an inlet valve of a slip control and a receptacle for an outlet valve of the slip control on the large side which lies opposite the large side having the ports for the wheel brakes, which are arranged perpendicular to the large side, characterized in that the ports for hydraulic wheel brakes on the large side are arranged along a longitudinal side of the hydraulic block, in that a port for a wheel brake is arranged, offset in the direction of an opposite longitudinal side of the hydraulic block, on a transverse side of the hydraulic block, and in that the receptacles and are arranged on both sides of the master brake cylinder bore.
A method of making an isolated cell population derived from human bone marrow, wherein between 100% to 90% of the cells of the cell population co-express CD49c and CD90, and wherein the cell population has a doubling time of less than 30 hours, comprising the steps of: a) culturing a source of the cell population under a low oxygen condition of less than 15% oxygen to produce an adherent cell population; and, b) culturing the adherent cell population at a seeding density of less than 2500 cells/cm 2. a) culturing a source of the cell population under a low oxygen condition of less than 15% oxygen to produce an adherent cell population; and, b) culturing the adherent cell population at a seeding density of less than 2500 cells/cm 2.
A DC power system, comprising: a main bus, a plurality of power delivery devices (G1-G8, 11-15) configured to be connected to the main bus, a first zone partitioning device, and a control system, wherein the first zone partitioning device is configured to segregate the main bus into a first protection zone which is a section of the main bus to which power delivery devices with a fault clearance requirement in a first time range are configured to be connected, and a second protection zone which is a section of the main bus to which power delivery devices (G1-G4) with a fault clearance requirement in a second time range, which includes times that are higher than any time included in the first time range, are configured to be connected and to which no power delivery device with a fault clearance requirement in the first time range is configured to be connected, wherein the control system is configured to control the first zone partitioning device to allow load current to flow from the first protection zone to the second protection zone and to limit fault current flow from the first protection zone to the second protection zone. a main bus, a plurality of power delivery devices (G1-G8, 11-15) configured to be connected to the main bus, a first zone partitioning device, and a control system, wherein the first zone partitioning device is configured to segregate the main bus into a first protection zone which is a section of the main bus to which power delivery devices with a fault clearance requirement in a first time range are configured to be connected, and a second protection zone which is a section of the main bus to which power delivery devices (G1-G4) with a fault clearance requirement in a second time range, which includes times that are higher than any time included in the first time range, are configured to be connected and to which no power delivery device with a fault clearance requirement in the first time range is configured to be connected, wherein the control system is configured to control the first zone partitioning device to allow load current to flow from the first protection zone to the second protection zone and to limit fault current flow from the first protection zone to the second protection zone.
An electronic device (10, 100, 20, 200, 2302, 300, 400) for generating an inhalable vapor, comprising a rechargeable power storage device housed within the electronic device for generating the inhalable vapor; a circuit for charging the rechargeable power storage device; and two device contacts that are accessible from an exterior surface of the electronic device for generating the inhalable vapor, wherein the two device contacts are in electrical communication with the rechargeable power storage device through the circuit; characterized in that the rechargeable power storage device is configured to be charged by the circuit, when the electronic device is placed in a charging cradle (61, 2301), wherein the two device contacts are reversible such that the electronic device is charged in the charging cradle for charging with a first contact on the electronic device in contact with a first charging contact on the charging cradle and a second contact on the electronic device in contact with a second charging contact on the charging cradle and with the first contact on the electronic device in contact with the second charging contact on the charging cradle and the second contact on the electronic device in contact with the first charging contact on the charging cradle. a rechargeable power storage device housed within the electronic device for generating the inhalable vapor; a circuit for charging the rechargeable power storage device; and two device contacts that are accessible from an exterior surface of the electronic device for generating the inhalable vapor, wherein the two device contacts are in electrical communication with the rechargeable power storage device through the circuit; characterized in that the rechargeable power storage device is configured to be charged by the circuit, when the electronic device is placed in a charging cradle (61, 2301), wherein the two device contacts are reversible such that the electronic device is charged in the charging cradle for charging with a first contact on the electronic device in contact with a first charging contact on the charging cradle and a second contact on the electronic device in contact with a second charging contact on the charging cradle and with the first contact on the electronic device in contact with the second charging contact on the charging cradle and the second contact on the electronic device in contact with the first charging contact on the charging cradle.
A method of operation of a wireless device in a cellular communications network, comprising: receiving an indication of one or more transmit patterns for one or more logical channel groups, wherein each transmit pattern of the one or more transmit patterns defines a plurality of transmit opportunities; wherein the one or more transmit patterns comprise a plurality of transmit patterns, each transmit pattern comprising a delay constraint that defines an amount of time between adjacent transmit opportunities in the plurality of transmit opportunities defined by the transmit pattern; generating a combined transmit pattern for the wireless device based on the one or more transmit patterns, wherein a periodicity of the combined transmit pattern is a minimum delay constraint among the plurality of transmit patterns; based on the one or more transmit patterns, determining when to transmit a scheduling request for transmission of data in accordance with the one or more transmit patterns; wherein determining when to transmit a scheduling request comprises determining when to transmit a scheduling request based on the combined transmit pattern; and upon determining that it is time to transmit a scheduling request, transmitting a scheduling request to a radio access node to thereby request resources for transmission of uplink data in accordance with the one or more transmit patterns. receiving an indication of one or more transmit patterns for one or more logical channel groups, wherein each transmit pattern of the one or more transmit patterns defines a plurality of transmit opportunities; wherein the one or more transmit patterns comprise a plurality of transmit patterns, each transmit pattern comprising a delay constraint that defines an amount of time between adjacent transmit opportunities in the plurality of transmit opportunities defined by the transmit pattern; generating a combined transmit pattern for the wireless device based on the one or more transmit patterns, wherein a periodicity of the combined transmit pattern is a minimum delay constraint among the plurality of transmit patterns; based on the one or more transmit patterns, determining when to transmit a scheduling request for transmission of data in accordance with the one or more transmit patterns; wherein determining when to transmit a scheduling request comprises determining when to transmit a scheduling request based on the combined transmit pattern; and upon determining that it is time to transmit a scheduling request, transmitting a scheduling request to a radio access node to thereby request resources for transmission of uplink data in accordance with the one or more transmit patterns.
A method operated on a wireless mobile station for obtaining service from a visited network, the method comprising: sending a service request to a visited network node to establish a data service requiring authentication from a home network, wherein the service request includes a unique identifier for the wireless mobile station that allows the home network to verify that the mobile station is a subscriber, and the service request includes a visited network identifier that allows the home network to verify that the wireless mobile station is roaming; receiving a message indicating that network access has been granted by the home network, despite the wireless mobile station failing to establish a cryptographic key with the home network for the requested service; receiving a request on a text messaging channel for a cryptographic key for the data service, where the request is initiated by the home network; and sending the cryptographic key for the data service on the text messaging channel. sending a service request to a visited network node to establish a data service requiring authentication from a home network, wherein the service request includes a unique identifier for the wireless mobile station that allows the home network to verify that the mobile station is a subscriber, and the service request includes a visited network identifier that allows the home network to verify that the wireless mobile station is roaming; receiving a message indicating that network access has been granted by the home network, despite the wireless mobile station failing to establish a cryptographic key with the home network for the requested service; receiving a request on a text messaging channel for a cryptographic key for the data service, where the request is initiated by the home network; and sending the cryptographic key for the data service on the text messaging channel.
A lens moving apparatus comprising: a bobbin including a first coil; a first magnet disposed to face the first coil; a housing for supporting the first magnet; upper and lower elastic members (150, 160) each coupled to both the bobbin and the housing; a base disposed to be spaced apart from the housing; a second coil disposed to face the first magnet; a printed circuit board on which the second coil is mounted; and a plurality of support members, which support the housing such that the housing is movable in second and/or third directions and which conductively connect at least one of the upper and lower elastic members (150, 160) to the printed circuit board; characterized in that each of the plurality of support members is integrated with two conductive wires, and wherein each of the plurality of support members includes an electrical insulating coating member, which sheathes the two conductive wires. a bobbin including a first coil; a first magnet disposed to face the first coil; a housing for supporting the first magnet; upper and lower elastic members (150, 160) each coupled to both the bobbin and the housing; a base disposed to be spaced apart from the housing; a second coil disposed to face the first magnet; a printed circuit board on which the second coil is mounted; and a plurality of support members, which support the housing such that the housing is movable in second and/or third directions and which conductively connect at least one of the upper and lower elastic members (150, 160) to the printed circuit board; characterized in that each of the plurality of support members is integrated with two conductive wires, and wherein each of the plurality of support members includes an electrical insulating coating member, which sheathes the two conductive wires.
Method for automatically commissioning and/or deactivating components (M, FU, K, S) of an industrial automation arrangement, wherein at least one industrial controller is provided for the program-controlled commissioning and/or deactivation of the components (M, FU, K, S), wherein, for at least one of the components (M, FU, K, S), at least one dependency, relating to the commissioning and/or deactivation, on an operating state of at least one other of the components (M, FU, K, S) is defined in a planning phase, wherein commissioning and/or deactivation of the at least one of the components (M, FU, K, S) is performed automatically in an operating phase of the automation arrangement, taking into consideration the defined dependency and a respective current operating state at least of the second of the components (M, FU, K, S), and wherein, in the planning phase, a minimum time required for the commissioning is defined for the at least one component (M, FU, K, S), wherein this minimum time is automatically taken into consideration in the operating phase when determining the time of the commissioning of this component (M, FU, K, S), characterized in that the duration actually required for the commissioning and/or deactivation is recorded at least when the at least one component (M, FU, K, S) is commissioned and/or deactivated, wherein the recorded duration is used to correct the minimum time predefined during the planning phase.
The gastronomy roller heater, having a cuboid base fitted with a socket for connecting electric current, and equipped from the front with a thermostat, a power switch and an operating indicator, over which, between the side walls, rotating heating rollers are mounted, is characterized by the fact that the upper parts of the side walls are formed in the shape of an eaves being fitted with noncontact temperature sensors being directed at the inter-rows of heating rollers,, and on the upper surface of the side walls there are temperature displays mounted presenting the temperature measured by individual noncontact temperature sensors.
An apparatus for supply of ozonated liquid, comprising (a) an ozone generator, and (b) a mobile device for dispensing ozonated liquid at a point of use, the mobile device comprising a liquid reservoir, a supply passage which communicates with the reservoir and is connectable to an input of the ozone generator, a return passage which communicates with the reservoir and is connectable to an outlet of the ozone generator and a pump for circulating liquid in a loop in which the liquid passes from the reservoir to the ozone generator through the supply passage and then from the ozone generator back to the reservoir through the return passage, the device further comprising at least one dispensing passage (23, 30) which communicates with the reservoir and is able to be selectively opened to supply ozonated liquid for use, wherein the ozone generator is not carried by the mobile device and is able to be disconnected from the mobile device, enabling the mobile device to be charged with ozonated liquid by means of the ozone generator and then disconnected from it and taken to the point of use, and enabling multiple mobile devices to be serviced by a single ozone generator. (a) an ozone generator, and (b) a mobile device for dispensing ozonated liquid at a point of use, the mobile device comprising a liquid reservoir, a supply passage which communicates with the reservoir and is connectable to an input of the ozone generator, a return passage which communicates with the reservoir and is connectable to an outlet of the ozone generator and a pump for circulating liquid in a loop in which the liquid passes from the reservoir to the ozone generator through the supply passage and then from the ozone generator back to the reservoir through the return passage, the device further comprising at least one dispensing passage (23, 30) which communicates with the reservoir and is able to be selectively opened to supply ozonated liquid for use,
A hydro-mechanical running tool that is adapted to install a casing packoff assembly having a metal to metal sealing system in a wellhead through a blowout preventer, the hydro-mechanical running tool comprising: an upper tool portion comprising a central rotating body and an upper hydraulic housing disposed around at least a part of said central rotating body; a lower tool portion that is adapted to be threadably coupled to a casing packoff assembly during installation of said casing packoff assembly in a wellhead, wherein said central rotating body is adapted to be rotated relative to said upper hydraulic housing and said lower tool portion while a pressure is imposed on at least said central rotating body and said lower tool portion; and a thrust bearing positioned between said central rotating body and said upper hydraulic housing, said thrust bearing being adapted to facilitate said rotation of said central rotating body relative to said upper hydraulic housing while said pressure is imposed. an upper tool portion comprising a central rotating body and an upper hydraulic housing disposed around at least a part of said central rotating body; a lower tool portion that is adapted to be threadably coupled to a casing packoff assembly during installation of said casing packoff assembly in a wellhead, wherein said central rotating body is adapted to be rotated relative to said upper hydraulic housing and said lower tool portion while a pressure is imposed on at least said central rotating body and said lower tool portion; and a thrust bearing positioned between said central rotating body and said upper hydraulic housing, said thrust bearing being adapted to facilitate said rotation of said central rotating body relative to said upper hydraulic housing while said pressure is imposed.
A dialysis system comprising: a dialysis machine; a control unit; a medical fluid tube (122, 922, 1004) connected to the dialysis machine; an ultrasonic transmitter positioned adjacent to the medical fluid tube; an ultrasonic receiver positioned adjacent to the medical fluid tube configured to receive one or more signals in response to the activation of the ultrasonic transmitter; and a computer storage medium encoded with computer program instructions that when executed by dialysis system, causes the dialysis system to perform operations comprising: controlling repetitive activation of the ultrasonic transmitter, wherein controlling repetitive activation of the ultrasonic transmitter comprises, for each repetition: activating the ultrasonic transmitter for a first period of 2 to 15 milliseconds; and deactivating the ultrasonic transmitter for a second period of 998 to 985 milliseconds; receiving a signal from the ultrasonic receiver during an activation of the ultrasonic transmitter; determining that fluid is absent or present in a portion of the medical fluid tube (122, 922, 1004) based on a comparison between the signal and a threshold value. a dialysis machine; a control unit; a medical fluid tube (122, 922, 1004) connected to the dialysis machine; an ultrasonic transmitter positioned adjacent to the medical fluid tube; an ultrasonic receiver positioned adjacent to the medical fluid tube configured to receive one or more signals in response to the activation of the ultrasonic transmitter; and a computer storage medium encoded with computer program instructions that when executed by dialysis system, causes the dialysis system to perform operations comprising: controlling repetitive activation of the ultrasonic transmitter, wherein controlling repetitive activation of the ultrasonic transmitter comprises, for each repetition: activating the ultrasonic transmitter for a first period of 2 to 15 milliseconds; and deactivating the ultrasonic transmitter for a second period of 998 to 985 milliseconds; receiving a signal from the ultrasonic receiver during an activation of the ultrasonic transmitter; determining that fluid is absent or present in a portion of the medical fluid tube (122, 922, 1004) based on a comparison between the signal and a threshold value. controlling repetitive activation of the ultrasonic transmitter, wherein controlling repetitive activation of the ultrasonic transmitter comprises, for each repetition: activating the ultrasonic transmitter for a first period of 2 to 15 milliseconds; and deactivating the ultrasonic transmitter for a second period of 998 to 985 milliseconds; activating the ultrasonic transmitter for a first period of 2 to 15 milliseconds; and deactivating the ultrasonic transmitter for a second period of 998 to 985 milliseconds; receiving a signal from the ultrasonic receiver during an activation of the ultrasonic transmitter; determining that fluid is absent or present in a portion of the medical fluid tube (122, 922, 1004) based on a comparison between the signal and a threshold value.
A wiper blade for the cleaning of vehicle windows, with a wiper blade body, which is connected with a wiper arm by means of a wiper blade adapter, wherein the wiper blade adapter consists of a first adapter element and a second adapter element, which are arranged pivotably with respect to one another in an axis, wherein on the first adapter element a first holding arrangement is arranged for securing the wiper blade body in the longitudinal direction of the wiper blade with a flexible tongue, and with a detent element arranged on the flexible tongue for form-fitting arrangement in a mount of the wiper arm, and with a second holding arrangement, which secures the wiper blade on the wiper arm additionally in the longitudinal direction of the wiper blade body, characterized in that the second holding arrangement is arranged in operative connection with the first holding arrangement and is constructed such that an actuation of the first holding arrangement is enabled as a function of the pivoting angle (α) between the two adapter elements (16, 17), and in that the second holding arrangement is directly connected with the first holding arrangement and with a pivoting angle (α), which is within the pivoting angles (α) during the wiping operation, on actuation of the first holding arrangement arrives into abutting contact with a counter-element, preferably the second adapter element, such that the actuation path of the first holding arrangement is delimited, so that the wiper blade body is secured on the wiper arm.