mhurhangee/ep-ind-claims huggingface dataset:
A downhole actuating apparatus comprising: a plurality of downhole tools sequentially arrangable within and along a tubular positioned within a well bore, each tool defining a main bore having a diameter substantially equal to the diameter of the bore through the tubular, and each tool being actuatable to open one or more fluid ports which are transverse to the main bore; a sleeve member provided within the main bore of each tool to block the one or more fluid ports; and indexing means comprising a movable device (20, 60) provided at each tool and adapted to register receipt of a predetermined number of actuating signals to linearly progress in a corresponding number of discrete steps towards an actuation site and, upon reaching the actuation site, to contact and act upon the sleeve member to cause fluid communication between the main bore and the transverse ports, and thus cause actuation of the tool when a predetermined number of actuating signals has been received, wherein the movable device (20, 60) of at least two of the tools is adapted to cause actuation when a different predetermined number of actuating signals has been received such that the downhole tools are sequentially actuatable. a plurality of downhole tools sequentially arrangable within and along a tubular positioned within a well bore, each tool defining a main bore having a diameter substantially equal to the diameter of the bore through the tubular, and each tool being actuatable to open one or more fluid ports which are transverse to the main bore; a sleeve member provided within the main bore of each tool to block the one or more fluid ports; and indexing means comprising a movable device (20, 60) provided at each tool and adapted to register receipt of a predetermined number of actuating signals to linearly progress in a corresponding number of discrete steps towards an actuation site and, upon reaching the actuation site, to contact and act upon the sleeve member to cause fluid communication between the main bore and the transverse ports, and thus cause actuation of the tool when a predetermined number of actuating signals has been received,
A method for a user equipment, UE, the method comprising: identifying, by a non-access stratum, NAS, of the UE while the UE is in a Radio Resource Control, RRC, inactive, RRC_Inactive, or RRC idle, RRC_Idle, state, a selected Public Land Mobile Network, PLMN, and one or more equivalent PLMNs; identifying, by the NAS of the UE, a required network slice/service of the UE based on Single Network Slice Selection Assistance Information, S-NSSAI, wherein the S-NSSAI uniquely identifies the required network slice/service; measuring signals, by an access stratum, AS, of the UE while the UE is in the RRC_inactive or RRC_Idle state, from one or more radio access technologies, RATs, and frequency bands on which the required network slice/service identified by the S-NSSAI is supported, wherein the NAS of the UE is preconfigured with information of the one or more RATs and frequency bands associated with one or more network slices/services identified by the S-NSSAI; and selecting, by the NAS of the UE, a cell that supports the required network slice/service of the UE based on the measured signals. identifying, by a non-access stratum, NAS, of the UE while the UE is in a Radio Resource Control, RRC, inactive, RRC_Inactive, or RRC idle, RRC_Idle, state, a selected Public Land Mobile Network, PLMN, and one or more equivalent PLMNs; identifying, by the NAS of the UE, a required network slice/service of the UE based on Single Network Slice Selection Assistance Information, S-NSSAI, wherein the S-NSSAI uniquely identifies the required network slice/service; measuring signals, by an access stratum, AS, of the UE while the UE is in the RRC_inactive or RRC_Idle state, from one or more radio access technologies, RATs, and frequency bands on which the required network slice/service identified by the S-NSSAI is supported, wherein the NAS of the UE is preconfigured with information of the one or more RATs and frequency bands associated with one or more network slices/services identified by the S-NSSAI; and selecting, by the NAS of the UE, a cell that supports the required network slice/service of the UE based on the measured signals.
Method of monitoring a charging process in an electrical vehicle by means of a communication module, comprising the steps: determining a temperature in a mains plug of the communication module by means of a temperature monitoring device; reducing mains power for charging the electric vehicle by means of the communication module, in case the temperature determined has exceeded a threshold temperature; shutting down the mains power by means of the communication module in case the temperature does not drop below the threshold temperature within a predetermined time interval after reducing the mains power. determining a temperature in a mains plug of the communication module by means of a temperature monitoring device; reducing mains power for charging the electric vehicle by means of the communication module, in case the temperature determined has exceeded a threshold temperature; shutting down the mains power by means of the communication module in case the temperature does not drop below the threshold temperature within a predetermined time interval after reducing the mains power.
A system for cleaning a hard target surface, said system comprising: a steam generating appliance, said appliance having a sole plate for removably attaching a floor sheet thereto; characterized in that the floor sheet is a pre-wetted floor sheet; and a cleaning solution impregnated in said floor sheet is provided, said cleaning solution being dispensible to the floor from said floor sheet with steam from said appliance.
A device for measuring an electrode potential, the device comprising: a body part, in which an insertion part, into which a cylindrical secondary battery with a separated beaded partis inserted, is formed on one surface thereof; a cover part covering the one surface of the body part; a working electrode terminal fixed to the body part and connected to a first electrode of the cylindrical secondary battery; and a counter electrode terminal fixed to the body part and connected to a second electrode of the cylindrical secondary battery, wherein the insertion part comprises a first insertion part, into which a cap assembly of the cylindrical secondary battery is inserted, a second insertion part, into which a case of the cylindrical secondary battery is inserted, and a third insertion part, into which a first electrode tab of the cylindrical secondary battery is inserted, wherein the second insertion part comprises a case insertion part, into which the case of the cylindrical secondary battery is inserted, and an injection part that extends from the case insertion part to an opening direction of the case of the cylindrical secondary battery and can inject an electrolyte, and wherein a reference electrode terminal is connected to the injection part. a body part, in which an insertion part, into which a cylindrical secondary battery with a separated beaded partis inserted, is formed on one surface thereof; a cover part covering the one surface of the body part; a working electrode terminal fixed to the body part and connected to a first electrode of the cylindrical secondary battery; and a counter electrode terminal fixed to the body part and connected to a second electrode of the cylindrical secondary battery, wherein the insertion part comprises a first insertion part, into which a cap assembly of the cylindrical secondary battery is inserted, a second insertion part, into which a case of the cylindrical secondary battery is inserted, and a third insertion part, into which a first electrode tab of the cylindrical secondary battery is inserted, wherein the second insertion part comprises a case insertion part, into which the case of the cylindrical secondary battery is inserted, and an injection part that extends from the case insertion part to an opening direction of the case of the cylindrical secondary battery and can inject an electrolyte, and wherein a reference electrode terminal is connected to the injection part.
An annular bead core forming former for manufacturing a bead core including a wire array in which a bead wire is helically wound in a width direction of the bead core, the bead core forming former comprising: a main body portion having an outer circumferential surface (2a, 2A) with a circumferential groove extending in a circumferential direction for winding the bead wire; and at least one width adjusting portion which moves relatively to the main body portion to change a width of the circumferential groove, wherein the circumferential groove has a groove bottom surface on which the bead wire is placed, characterized in that the circumferential groove has at least one recessed portion extending inwardly in a radial direction of the bead core from the groove bottom surface, and the width adjusting portion has a protruding portion for positioning to be fitted with the at least one recessed portion. a main body portion having an outer circumferential surface (2a, 2A) with a circumferential groove extending in a circumferential direction for winding the bead wire; and at least one width adjusting portion which moves relatively to the main body portion to change a width of the circumferential groove, wherein the circumferential groove has a groove bottom surface on which the bead wire is placed, characterized in that the circumferential groove has at least one recessed portion extending inwardly in a radial direction of the bead core from the groove bottom surface, and the width adjusting portion has a protruding portion for positioning to be fitted with the at least one recessed portion.
An apparatus for evacuation, the apparatus comprising: a trocar comprising an inlet at a distal end and an exit port at a proximal end, the inlet and the exit port are fluidly connected by a tubular hollow body circumscribing a cavity extending through a longitudinal axis of the trocar, the trocar includes a filter maintained within the cavity operable to filter at least one of fluid and particulates from a flow passing through the cavity; and a vacuum source fluidly connected to the exit port, the vacuum source operable to pull at least one of fluid and particulates through the inlet, the cavity and the exit port; characterised in that the filter comprises a liquid trap and a filter media; wherein the inlet, the cavity, and the exit port are configured to allow a flow of the at least one of fluid and particulates when the vacuum source is in an off position; and wherein the exit port is operable to allow a flow of the at least one of fluid and particulates therethrough until a pressure at the exit port reaches a predetermined threshold. a trocar comprising an inlet at a distal end and an exit port at a proximal end, the inlet and the exit port are fluidly connected by a tubular hollow body circumscribing a cavity extending through a longitudinal axis of the trocar, the trocar includes a filter maintained within the cavity operable to filter at least one of fluid and particulates from a flow passing through the cavity; and the inlet and the exit port are fluidly connected by a tubular hollow body circumscribing a cavity extending through a longitudinal axis of the trocar, the trocar includes a filter maintained within the cavity operable to filter at least one of fluid and particulates from a flow passing through the cavity; and a vacuum source fluidly connected to the exit port, the vacuum source operable to pull at least one of fluid and particulates through the inlet, the cavity and the exit port; characterised in that the filter comprises a liquid trap and a filter media; wherein the inlet, the cavity, and the exit port are configured to allow a flow of the at least one of fluid and particulates when the vacuum source is in an off position; and wherein the exit port is operable to allow a flow of the at least one of fluid and particulates therethrough until a pressure at the exit port reaches a predetermined threshold.
An executor device comprising a memory managed through a memory layout which defines formats and addresses used for storing data in the memory, said executor device comprising an application including a service which may be accessed by a command received from a caller device through a transport layer, said executor device comprising an application framework adapted to install and to activate the application, characterized in that the executor device is configured to send to the caller device, during an handshake phase, the memory layout and an indicator reflecting the service, in that said executor device includes a stack placed between the application framework and the transport layer, said stack comprising a link abstraction layer and dispatcher layer, in that said link abstraction layer is adapted to receive from the caller device a data block compliant with the memory layout and devoid of metadata, said data block corresponding to the command, said link abstraction layer being adapted to send to the caller device a response block compliant with the memory layout and corresponding to the result of the command, said link abstraction layer being configured to communicate with the dispatcher layer through a unique communication interface and to communicate with the transport layer through a plurality of communication interfaces, in that said a dispatcher layer is adapted to retrieve the command from the data block, to send the command to the application, to retrieve the response block from the application and to send the response block to the link abstraction layer, and in that said dispatcher layer is configured to work according to an asynchronous communication.
A tractor linkage for mounting to a chassis, the linkage comprising a lift arm (13, 14) for pivotally mounting at one end on the chassis and comprising at the other end implement connector means, the linkage further comprising a lift rod for connection at one end to a hitch actuator (22, 24) and connected at the other end to the lift arm (13, 14), wherein the lift rod comprises a pair of downwardly-extending parallel jaw elements (31, 32) spaced apart to receive the lift arm (13, 14), wherein the arm is held within the pair of jaw elements (31, 32) by a pin which is inserted through elongated holes provided in each jaw element (31, 32) and a hole in the lift arm (13, 14), the pin (34, 124, 234) comprising at opposing ends retaining means (39, 44) and a rectangular end member, wherein the pin (34, 134, 234) can be located with respect to the jaw (31, 32) elements in: (a) a fixed operative mode in which the pin (34, 134, 234) is secured at the bottom of the elongated hole wherein a long edge of the rectangular member abuts lower edges of respective stop elements provided on the outside of the jaw elements (31, 32) positioned on either side of the elongated hole; and (b) a floating operative mode in which the long edge is aligned with the elongated hole so that the width of the rectangular member fits between the stop elements and is guided thereby to allow the pin (34, 134, 234) to move along the elongated hole; characterized in that the pin (34, 134, 234) can be located with respect to the jaw elements (31, 32) also in (c) a fixed transport mode in which the pin (34, 134, 234) is secured at the top of the elongated hole wherein a long edge of the rectangular member abuts upper edges of the respective stop elements. (a) a fixed operative mode in which the pin (34, 134, 234) is secured at the bottom of the elongated hole wherein a long edge of the rectangular member abuts lower edges of respective stop elements provided on the outside of the jaw elements (31, 32) positioned on either side of the elongated hole; and (b) a floating operative mode in which the long edge is aligned with the elongated hole so that the width of the rectangular member fits between the stop elements and is guided thereby to allow the pin (34, 134, 234) to move along the elongated hole; characterized in that the pin (34, 134, 234) can be located with respect to the jaw elements (31, 32) also in (c) a fixed transport mode in which the pin (34, 134, 234) is secured at the top of the elongated hole wherein a long edge of the rectangular member abuts upper edges of the respective stop elements.
A toner kit comprising: a color toner comprising a first binder resin and a coloring agent; and transparent and colorless resin particulates comprising a second binder resin, wherein a half effusion temperature of the color toner and a half effusion temperature of the transparent and colorless resin particulates measured by a flow tester satisfy the following relationship: (the half effusion temperature of the color toner measured by the flow tester) - (the half effusion temperature of the transparent and colorless particulates measured by the flow tester) > 30 °C, and wherein the half effusion temperature of the color toner measured by the flow tester is 150 °C or higher, wherein the half effusion temperature is measured by a high elevated flow tester CFT 500D, manufactured by Shimadzu Corporation, by preparing toner which has been preliminarily adjusted at 24 °C and 50 % RH for 24 hours is, weighing and pressing 1.0 g of the toner for 30 seconds under a load of 4 kN by using a forming machine, setting the thus obtained press-formed sample in the environment (temperature: 20 to 24 °C and humidity: 30 to 70 % RH) in the flow tester CFT-500D preliminarily set at 40 °C, and after 200 seconds for preheating, a load of 30kgf is applied to the sample and the measuring is performed according to the temperature elevation method at a temperature elevation speed of 3 °C per minute with a die diameter of 0.5 mm and a die length of 1.0 mm, and a S-letter curve of the falling amount (flow value) of the plunger - temperature is drawn and when the height of the curve is defined to be h, the temperature corresponding to h/2, i.e. temperature at which a half of the toner has effused, is the half effusion temperature, and wherein the half effusion temperature of the transparent and colorless resin particulates measured by the flow tester is 130 °C or lower. a color toner comprising a first binder resin and a coloring agent; and transparent and colorless resin particulates comprising a second binder resin, (the half effusion temperature of the color toner measured by the flow tester) - (the half effusion temperature of the transparent and colorless particulates measured by the flow tester) > 30 °C, and wherein the half effusion temperature of the color toner measured by the flow tester is 150 °C or higher,
An immunoconjugate comprising an antibody that binds CD79b covalently attached to a cytotoxic agent, wherein the antibody that binds CD79b comprises (i) HVR-H1 comprising the amino acid sequence of SEQ ID NO: 21, (ii) HVR-H2 comprising the amino acid sequence of SEQ ID NO: 22, (iii) HVR-H3 comprising the amino acid sequence of SEQ ID NO: 23, (iv) HVR-L1 comprising an amino acid sequence selected from SEQ ID NOs: 18, 24, and 35, (v) HVR-L2 comprising the amino acid sequence of SEQ ID NO: 25, and (vi) HVR-L3 comprising the amino acid sequence of SEQ ID NO: 26; and wherein the cytotoxic agent is a pyrrolobenzodiazepine.
Electric arc furnace having a safety device and an earthed peripheral device, characterized in that an earth line to the peripheral device of the arc furnace and an ammeter for measuring the current in the earth line are provided, and in that there is provided in the earth line a safety switch having a tripping time of less than 100 ms.
A driver circuit for driving an LED arrangement, said driver circuit comprising a switch mode power converter, the switch mode power converter comprising a current-driven main switch and a sub-circuit for driving the main switch, the sub-circuit comprising: a supply adapted for providing a supply voltage; a ramp circuit (R1, C2) connected to the supply, characterized in that said ramp circuit comprises a first capacitor adapted to be charged by said supply voltage so as to be with a linearly increasing voltage; and wherein the sub-circuit further comprises a voltage follower connected to said first capacitor and adapted for providing a linearly increasing driving voltage that follows the linearly increasing voltage on said first capacitor as said first capacitor is being charged by said supply voltage; and a voltage to current conversion unit between said voltage follower and a control terminal of the main switch, for providing the control terminal of the main switch with a linearly increasing driving current that depends on the linearly increasing driving voltage as said capacitor is being charged by said supply voltage. a supply adapted for providing a supply voltage; a ramp circuit (R1, C2) connected to the supply, characterized in that said ramp circuit comprises a first capacitor adapted to be charged by said supply voltage so as to be with a linearly increasing voltage; and wherein the sub-circuit further comprises a voltage follower connected to said first capacitor and adapted for providing a linearly increasing driving voltage that follows the linearly increasing voltage on said first capacitor as said first capacitor is being charged by said supply voltage; and a voltage to current conversion unit between said voltage follower and a control terminal of the main switch, for providing the control terminal of the main switch with a linearly increasing driving current that depends on the linearly increasing driving voltage as said capacitor is being charged by said supply voltage. a voltage follower connected to said first capacitor and adapted for providing a linearly increasing driving voltage that follows the linearly increasing voltage on said first capacitor as said first capacitor is being charged by said supply voltage; and a voltage to current conversion unit between said voltage follower and a control terminal of the main switch, for providing the control terminal of the main switch with a linearly increasing driving current that depends on the linearly increasing driving voltage as said capacitor is being charged by said supply voltage.
A method of manufacturing a thrust reverser cascade of an aircraft engine using overmolding, the method comprising: providing a first portion of the thrust reverser cascade made from a non-metallic fiber-reinforced composite material; and overmolding a second portion of the thrust reverser cascade onto the first portion, the second portion including one or more vanes of the thrust reverser cascade; wherein the first portion and the second portion each comprise reinforcement fibers in a thermoplastic matrix; and wherein a majority of the reinforcement fibers of the first portion are woven. providing a first portion of the thrust reverser cascade made from a non-metallic fiber-reinforced composite material; and overmolding a second portion of the thrust reverser cascade onto the first portion, the second portion including one or more vanes of the thrust reverser cascade; wherein the first portion and the second portion each comprise reinforcement fibers in a thermoplastic matrix; and