mhurhangee/ep-ind-claims huggingface dataset:
A back-end control device for use in a control system for controlling operation of a numerically controlled machine tool which comprises the back-end control device and a front-end control device communicably connected to the back-end control device, wherein the back-end control device comprises: - a numerical controller, - a programmable logic controller, - first storage means (311, 321) for storing data, the first storage means (311, 321) comprising one or more PLC registers of the programmable logic controller and one or more NC registers of the numerical controller, and - first processing means for executing a first operating system on the basis of data stored in the first storage means, characterized by - a first communication interface utilizing a first interface language protocol and an internal NC/PLC communication protocol, and being communicably connected to the numerical controller, the programmable logic controller 320 and the first storage means (311, 321) by means of the internal NC/PLC communication protocol; and - an interface server module of a second communication interface for utilizing a plurality of interface language protocols including the first interface language protocol and a second interface language protocol for communication with the front-end control device of the control system, and being communicably connected to the first communication interface by means of the first interface language protocol; wherein the interface server module is configured to convert between the first interface language protocol and one or more other interface language protocols including interface language conversion from the first interface language protocol to the second interface language protocol and from the second interface language protocol to the first interface language protocol. - a numerical controller, - a programmable logic controller, - first storage means (311, 321) for storing data, the first storage means (311, 321) comprising one or more PLC registers of the programmable logic controller and one or more NC registers of the numerical controller, and - first processing means for executing a first operating system on the basis of data stored in the first storage means, - a first communication interface utilizing a first interface language protocol and an internal NC/PLC communication protocol, and being communicably connected to the numerical controller, the programmable logic controller 320 and the first storage means (311, 321) by means of the internal NC/PLC communication protocol; and - an interface server module of a second communication interface for utilizing a plurality of interface language protocols including the first interface language protocol and a second interface language protocol for communication with the front-end control device of the control system, and being communicably connected to the first communication interface by means of the first interface language protocol;
A detector for measuring radon concentration in gases, comprising: - a pressurised measurement chamber with at least one opening for supplying and discharging gas from the environment to the interior of the measurement chamber; and - sensors of alpha particles generated as a result of radioactive decays of radon daughters in the gas present inside the measurement chamber and drifted to the sensor surfaces; characterized in that it further comprises: - a compressor for pressurizing the gas inside the measurement chamber, wherein each opening (13, 14) of the measurement chamber is equipped with gas-tight ports; - wherein each of the sensors (11, 12) is a semiconductor sensor that has a separate power supply system comprising a high DC voltage (HV IN) supply connected to a housing and to the active electrode of the sensor for creating an electric field in the chamber, and a low DC voltage supply from a battery pack connected only to an active surface electrode of the sensor for use as a bias voltage; - wherein the measurement chamber is grounded; - for each of the sensors (11, 12), an amplifying system comprising a charge sensitive pre-amplifier connected in series with the spectroscopy amplifier, wherein the amplifying system is mounted together with the battery pack in a metal housing preventing penetration of electromagnetic noise from the outside; - wherein the signal from each sensor (11, 12) is fed to a corresponding amplifying system via capacitors (121, 122) adapted to filter the output signal of the sensors from the high DC voltage level (HV IN). - a pressurised measurement chamber with at least one opening for supplying and discharging gas from the environment to the interior of the measurement chamber; and - sensors of alpha particles generated as a result of radioactive decays of radon daughters in the gas present inside the measurement chamber and drifted to the sensor surfaces; - a compressor for pressurizing the gas inside the measurement chamber, wherein each opening (13, 14) of the measurement chamber is equipped with gas-tight ports; - wherein each of the sensors (11, 12) is a semiconductor sensor that has a separate power supply system comprising a high DC voltage (HV IN) supply connected to a housing and to the active electrode of the sensor for creating an electric field in the chamber, and a low DC voltage supply from a battery pack connected only to an active surface electrode of the sensor for use as a bias voltage; - wherein the measurement chamber is grounded; - for each of the sensors (11, 12), an amplifying system comprising a charge sensitive pre-amplifier connected in series with the spectroscopy amplifier, wherein the amplifying system is mounted together with the battery pack in a metal housing preventing penetration of electromagnetic noise from the outside; - wherein the signal from each sensor (11, 12) is fed to a corresponding amplifying system via capacitors (121, 122) adapted to filter the output signal of the sensors from the high DC voltage level (HV IN).
A method for increasing the germination rate of a seed, comprising: contacting the seed with an effective amount of flonicamid that improves the germination rate of the seed as compared to a seed not contacted with flonicamid.
Helical screw conveyor unit configured as an exchangeable element for a helicoidally or spirally winding helix of a worm shaft, having a main body extending along a longitudinal axis, the main body having two axial end regions (12, 14) and a lateral surface that connects the end regions (12, 14) to one another, at least one helicoidally winding helix element being arranged on a top side of the lateral surface and extending radially outward away from the top side, characterized in that - the top side of the lateral surface is concavely curved in shell-like form about the longitudinal axis, and the main body has a radial opening, the radial opening being configured such that a fastening region of a shank of the worm shaft can be led through the opening in a direction perpendicular to the longitudinal axis and can be arranged in a cavity formed by the main body, - the helix element has at most one half of one helix turn, - the lateral surface of the main body has an inner surface configured for being seated on the fastening region, and - the helical screw conveyor unit has at least one fastening element configured for detachably fastening the main body to the fastening region. - the top side of the lateral surface is concavely curved in shell-like form about the longitudinal axis, and the main body has a radial opening, the radial opening being configured such that a fastening region of a shank of the worm shaft can be led through the opening in a direction perpendicular to the longitudinal axis and can be arranged in a cavity formed by the main body, - the helix element has at most one half of one helix turn, - the lateral surface of the main body has an inner surface configured for being seated on the fastening region, and - the helical screw conveyor unit has at least one fastening element configured for detachably fastening the main body to the fastening region.
A method of protecting humans in an environment of a moving machine, in particular within the framework of a human-robot collaboration, said method comprising the environment being monitored by means of protective equipment which is configured to detect one or more kinematic parameters of a respective object present in the environment and to control the moving machine in dependence on detected kinematic parameters of the respective object to initiate a protective measure, characterized in that the protective equipment detects polarization properties and a movement modulation of the respective object; in that the respective object is classified in dependence on both the detected polarization properties and on the detected movement modulation with respect to whether the respective object is a human; and in that, in particular only when the respective object was classified as a human, the protective equipment controls the moving machine to initiate the protective measure in dependence on detected kinematic parameters of this respective object, in particular in dependence on the location and speed of the respective object relative to the moving machine.
A method of charging short messages in a mobile communication system, in which method a short message is created in a terminal device of a subscriber, the short message is received in mobile switching centre and a short message switching centre (SMSC), characterised in that the method further comprises the following steps: receiving identification data associated with the subscriber from a home location register to a visitor location register, wherein the identification data is provided by an intelligent category keying analysis and the identification data is stored by the home location register; directing the short message from the mobile switching centre to a gateway based on an analysis of the identification data; verifying whether the subscriber is a subscriber of a prepaid service; transmitting the short message further on normally when the subscriber is not a subscriber of the prepaid service; when the subscriber is a subscriber of the prepaid service, performing a database query to a database by the gateway in order to check a balance of the subscriber, said query being formatted in a structured database query language; transmitting the short message to an address selected by the subscriber, if there is enough balance left; and updating the balance of the subscriber in the database by the gateway based on a price of the short message transmitted. receiving identification data associated with the subscriber from a home location register to a visitor location register, wherein the identification data is provided by an intelligent category keying analysis and the identification data is stored by the home location register; directing the short message from the mobile switching centre to a gateway based on an analysis of the identification data; verifying whether the subscriber is a subscriber of a prepaid service; transmitting the short message further on normally when the subscriber is not a subscriber of the prepaid service; when the subscriber is a subscriber of the prepaid service, performing a database query to a database by the gateway in order to check a balance of the subscriber, said query being formatted in a structured database query language; transmitting the short message to an address selected by the subscriber, if there is enough balance left; and updating the balance of the subscriber in the database by the gateway based on a price of the short message transmitted.
A medical device for implantation in a left atrial appendage of a heart, the medical device comprising: an occluder portion having a hub and defining an axis, the occluder portion extending between a proximal end coupled to the hub and a distal end defining a plurality of occluder eyelets adjacent thereto; and an anchor portion extending between a first end and a second end, the first end coupled to an anchor hub (376, 610) and the second end defining a plurality of anchor eyelets adjacent thereto, wherein each of the plurality of anchor eyelets is hingeably coupled to one of the plurality of occluder eyelets; wherein the anchor hub is moveable along the axis to move the anchor portion between a retracted position and a deployed position upon the occluder portion being in an expanded position; and wherein the anchor portion extends with anchor frame segments, the anchor frame segments including strut segments and anchoring tines extending therefrom; and characterised by the anchoring tines extending from a single strut segment being spaced a distance between adjacent tines within a range between about.152cm and.381cm (.060 inches and.150 inches).
A method for fabricating a toothbrush with a pump comprising: providing a lower portion of a pump housing and an upper portion of the pump housing; inserting a flexible membrane having an actuator disposed thereon between the upper and lower portions of the pump housing; securing the upper portion of the housing to the lower portion of the housing while retaining at least a portion of the membrane between the upper and lower portions of the pump housing; and positioning the pump housing on the toothbrush. providing a lower portion of a pump housing and an upper portion of the pump housing; inserting a flexible membrane having an actuator disposed thereon between the upper and lower portions of the pump housing; securing the upper portion of the housing to the lower portion of the housing while retaining at least a portion of the membrane between the upper and lower portions of the pump housing; and positioning the pump housing on the toothbrush.
Method to reduce molten feedstock, with the feedstock being applied in solid or molten state on an at least partly inductively heated bed of chunky coke, and the reduced melt draining from the coke bed is collected, and the exhaust fumes are vented; characterized in that a coke bed is used that is internally limited by a pipe-shaped element, with the pipe-shaped element being heated, and the reaction gases from the coke bed being discharged via a plurality of exhaust vents formed on the pipe-shaped element.
A method of identifying a compound effective for inhibiting a mutant MEK1 protein having a C121S amino acid substitution, the method comprising: (a) providing an assay composition comprising: a mutant MEK1 protein having MEK1 activity, the MEK1 activity comprising ERK1/2 phosphorylation, the mutant MEK1 protein comprising an amino acid substitution at position 121 of wild-type MEK1 protein shown in SEQ ID NO: 2 where the amino acid substitution is a C121S amino acid substitution, the C121S amino acid substitution conferring resistance to a RAF inhibitor and a MEK inhibitor; and a MEK substrate; (b) contacting the assay composition with a test compound under conditions that permit phosphorylation of the MEK substrate in the absence of the test compound; and (c) determining the effect of the compound on phosphorylation of the MEK substrate; wherein down-modulation of phosphorylation of the MEK substrate as compared to a suitable control identifies the test compound as a compound effective for inhibiting a mutant MEK1 protein having a C121S amino acid substitution. (a) providing an assay composition comprising: a mutant MEK1 protein having MEK1 activity, the MEK1 activity comprising ERK1/2 phosphorylation, the mutant MEK1 protein comprising an amino acid substitution at position 121 of wild-type MEK1 protein shown in SEQ ID NO: 2 where the amino acid substitution is a C121S amino acid substitution, the C121S amino acid substitution conferring resistance to a RAF inhibitor and a MEK inhibitor; and a MEK substrate; a mutant MEK1 protein having MEK1 activity, the MEK1 activity comprising ERK1/2 phosphorylation, the mutant MEK1 protein comprising an amino acid substitution at position 121 of wild-type MEK1 protein shown in SEQ ID NO: 2 where the amino acid substitution is a C121S amino acid substitution, the C121S amino acid substitution conferring resistance to a RAF inhibitor and a MEK inhibitor; and a MEK substrate; (b) contacting the assay composition with a test compound under conditions that permit phosphorylation of the MEK substrate in the absence of the test compound; and (c) determining the effect of the compound on phosphorylation of the MEK substrate;
Mechanical retention system for retaining a cylindrical-shaped battery in a tube having the same longitudinal axis, the system being adapted to be secured to an external wall of the battery and the system comprising: - a damper; - a cam cooperating with a cam follower; wherein: - rotation of the cam causes the cam follower to move; and - the movement of the cam follower moves the damper from a retracted position wherein the damper is spaced from the inner wall of the tube to a deployed position wherein the damper is in contact with the inner wall of the tube; characterised in that: - the or each cam track along which the or each cam follower is arranged to move includes a flat portion. - a damper; - a cam cooperating with a cam follower; - rotation of the cam causes the cam follower to move; and - the movement of the cam follower moves the damper from a retracted position wherein the damper is spaced from the inner wall of the tube to a deployed position wherein the damper is in contact with the inner wall of the tube; - the or each cam track along which the or each cam follower is arranged to move includes a flat portion.
A data processing method, comprising: acquiring, by a receiving end, data to be processed; characterized by, determining whether the data to be processed is relay data according to information of a resource occupied by a message for applying for the resource for the data to be processed; wherein determining whether the data to be processed is the relay data according to the information of the resource occupied by the message for applying for the resource for the data to be processed comprises: determining whether the data to be processed is the relay data according to at least one of a time domain resource, a frequency domain resource, a code domain resource, and a power resource occupied by a scheduling request for applying for the resource for the data to be processed; performing an operation on the data to be processed according to whether the data to be processed is the relay data. acquiring, by a receiving end, data to be processed; characterized by, determining whether the data to be processed is relay data according to information of a resource occupied by a message for applying for the resource for the data to be processed; wherein determining whether the data to be processed is the relay data according to the information of the resource occupied by the message for applying for the resource for the data to be processed comprises: determining whether the data to be processed is the relay data according to at least one of a time domain resource, a frequency domain resource, a code domain resource, and a power resource occupied by a scheduling request for applying for the resource for the data to be processed; performing an operation on the data to be processed according to whether the data to be processed is the relay data.
A sealing apparatus for sealing a tube, the apparatus comprising:- tube sealing means adapted to be inflated by means of pressurised fluid to be urged into sealing engagement with an inner surface of a tube; characterised in that the apparatus further comprises support means including at least one first support member adapted to be inflated by means of pressurised fluid to be urged towards said inner surface to resist disengagement of said tube sealing means from said inner surface by means of pressurised fluid in said tube; and in that said tube sealing means includes at least one inflatable member having a first hardness and said first support member has a second hardness, wherein said second hardness is greater than said first hardness. tube sealing means adapted to be inflated by means of pressurised fluid to be urged into sealing engagement with an inner surface of a tube; characterised in that the apparatus further comprises support means including at least one first support member adapted to be inflated by means of pressurised fluid to be urged towards said inner surface to resist disengagement of said tube sealing means from said inner surface by means of pressurised fluid in said tube; and in that said tube sealing means includes at least one inflatable member having a first hardness and said first support member has a second hardness, wherein said second hardness is greater than said first hardness.
Method for operating a vehicle, wherein during operation of the vehicle the state of a driver is monitored by sensing and evaluating at least one physiological state variable and/or behaviour, and a suitable measure for maintaining a safe state of the driver and/or of the vehicle is implemented as a function of the result of an evaluation of the at least one physiological state variable and/or behaviour, wherein in the event that there is a predefinable probability that the driver will no longer be capable of safely driving the vehicle owing to the at least one sensed and evaluated physiological state variable and/or behaviour of the driver, autonomous control of the vehicle to a hospital or another support facility is implemented by means of sensor devices and control devices which are provided for this purpose, and during autonomous control of the vehicle, data is transmitted by radio from a transmitter of the vehicle to the hospital or another support facility, characterised in that data is received by radio by the hospital or another support facility from a receiver of the vehicle, which data contains at least one control command for a steering wheel and/or seat adjustment.
A method for sending and receiving information, comprising: receiving, by user equipment, downlink information; determining, by the user equipment, a subframe structure of a first subframe according to the downlink information; determining, by the user equipment, a frame structure of a serving cell according to the subframe structure of the first subframe; and sending and receiving, by the user equipment, information in the serving cell according to the determined frame structure of the serving cell. receiving, by user equipment, downlink information; determining, by the user equipment, a subframe structure of a first subframe according to the downlink information; determining, by the user equipment, a frame structure of a serving cell according to the subframe structure of the first subframe; and sending and receiving, by the user equipment, information in the serving cell according to the determined frame structure of the serving cell.
Air duct for installation in a wall, comprising a tubular first duct portion which opens into a duct portion having an enlarged cross section, the enlarged duct portion forming, in the cross-sectional transition to the first duct portion, a stop surface for a back-draught shutter which is pivotally mounted in the enlarged duct portion and is designed to be pivotable into the open position under the influence of an air flow generated by a fan and rests, biased by weight force, on the stop surface when the fan is not switched on and sealingly closes the first duct portion, characterised in that the air duct is substantially rotationally symmetrical, the enlarged duct portion is tubular, the back-draught shutter is curved, and the stop surface for the back-draught shutter is formed, in the cross-sectional transition, in the manner of a sealing edge that extends on a penetration line of a cylindrical body that penetrates the first duct portion.