mhurhangee/ep-ind-claims huggingface dataset:
Method for transferring telegrams (T1...T4) from a central unit (RBC1...RBC2) of a train control system to a control device (SG1...SG2) of a vehicle (FZ1...FZ2) when the vehicle changes between track sections with different levels or between track sections which are controlled by different central units, wherein the control device (SG1...SG2) has a buffer store (PS1...PS2) with storage spaces (SP1...SP6) for a specific number of received telegrams (T1...T4) and the central unit (RBC1...RBC2) has a mirror buffer store (SPS1...SPS2), characterised in that • for the vehicle (FZ1...FZ2), storage spaces (SP1...SP6) are reserved in a specific number in the mirror buffer store (SPS1...SPS2), • and in the central unit (RBC1...RBC2) either a telegram (T1...T4) to be transferred is written into a free storage space (SP1...SP3) when the specific number has yet to be achieved with already transferred telegrams (T1...T4), wherein the telegram (T1...T4) to be transferred is transferred to the control device (SG1...SG2) of the vehicle (FZ1...FZ2), • or, when the specific number is achieved with already transferred telegrams (T1...T4), in the central unit (RBC1...RBC2) in an evaluation step, the transferred telegrams (T2...T4) and in particular additionally also the telegram to be transferred are prioritised, and the telegram (T1...T4) with the lowest priority, if this is a transferred telegram, is deleted from the storage space (SP1...SP3) and instead the telegram to be transferred is written onto the storage space and in particular the telegram with the lowest priority, if this is the telegram to be transferred, is not written into a storage space (SP1...SP3), wherein all telegrams stored in the storage spaces (SP1...SP3) of the mirror buffer store (SPS1...SPS2) are transferred to the control device (SG1...SG2) of the vehicle (FZ1...FZ2). • for the vehicle (FZ1...FZ2), storage spaces (SP1...SP6) are reserved in a specific number in the mirror buffer store (SPS1...SPS2), • and in the central unit (RBC1...RBC2) either a telegram (T1...T4) to be transferred is written into a free storage space (SP1...SP3) when the specific number has yet to be achieved with already transferred telegrams (T1...T4), wherein the telegram (T1...T4) to be transferred is transferred to the control device (SG1...SG2) of the vehicle (FZ1...FZ2), • or, when the specific number is achieved with already transferred telegrams (T1...T4), in the central unit (RBC1...RBC2) in an evaluation step, the transferred telegrams (T2...T4) and in particular additionally also the telegram to be transferred are prioritised, and the telegram (T1...T4) with the lowest priority, if this is a transferred telegram, is deleted from the storage space (SP1...SP3) and instead the telegram to be transferred is written onto the storage space and in particular the telegram with the lowest priority, if this is the telegram to be transferred, is not written into a storage space (SP1...SP3), wherein all telegrams stored in the storage spaces (SP1...SP3) of the mirror buffer store (SPS1...SPS2) are transferred to the control device (SG1...SG2) of the vehicle (FZ1...FZ2).
A method for controlling a plant disease caused by efflux type multidrug resistant fungus, said method comprising a step of applying an effective amount of a dithiine tetracarboximide compound represented by formula: to a plant or soil where the plant grows.
Hot water cleaning apparatus, comprising a flow-through heater having a heating device, a nozzle device for spraying hot water, a pump which is operatively connected with the flow-through heater for fluid communication therewith, and a connector for a battery device and/or a battery device which provides electrical energy for operating the heating device, wherein the heating device is operated such that the flow-through heater provides hot water without phase transition to steam, characterized by a sensor device which comprises at least one of the following: - a pressure sensor which determines an operating pressure in the fluid; - a temperature sensor which determines a temperature for heated fluid. - a pressure sensor which determines an operating pressure in the fluid; - a temperature sensor which determines a temperature for heated fluid.
An uninterruptible power supply comprising: a first input having an input line connection and an input neutral connection to receive a first input voltage from a first voltage source; a second input having a positive input connection and a negative input connection to receive a second input voltage from a second voltage source; a boost circuit configured to provide a positive output DC voltage with respect to the input neutral connection and a negative output DC voltage with respect to the input neutral connection in both a line mode of operation and a backup mode of operation, the boost circuit including a first switching device having a first end and a second end with the second end coupled to the negative input connection and the boost circuit including a second switching device having a first end and a second end; a first connection circuit configured to couple the first input to the boost circuit in the line mode of operation, and configured to couple the second input to the boost circuit in the backup mode of operation; and a second connection circuit configured to couple the first end of the second switching device to the input neutral connection in the line mode of operation and to couple the first end of the second switching device to the positive input connection in battery mode of operation. a first input having an input line connection and an input neutral connection to receive a first input voltage from a first voltage source; a second input having a positive input connection and a negative input connection to receive a second input voltage from a second voltage source; a boost circuit configured to provide a positive output DC voltage with respect to the input neutral connection and a negative output DC voltage with respect to the input neutral connection in both a line mode of operation and a backup mode of operation, the boost circuit including a first switching device having a first end and a second end with the second end coupled to the negative input connection and the boost circuit including a second switching device having a first end and a second end; a first connection circuit configured to couple the first input to the boost circuit in the line mode of operation, and configured to couple the second input to the boost circuit in the backup mode of operation; and a second connection circuit configured to couple the first end of the second switching device to the input neutral connection in the line mode of operation and to couple the first end of the second switching device to the positive input connection in battery mode of operation.
A method for receiving data packets at a host system (120; 210; 220; 230), the method comprising: intercepting (302; 502; 702) a data packet, at a data link layer, that is being sent to an input/output (I/O) port of the host system using a hardware device (122; 212; 222; 232) that is externally coupled to the host system or internally coupled to the host system between a hardware network interface and the input/output port of the host system; decrypting, by the hardware device, the data packet at the data link layer using a common key derived from a public key and a private key; after decrypting the data packet, reading (304; 505; 705), using the hardware device, at least one parameter from the data packet; determining (306; 506; 706), by the hardware device using instructions written in memory of the hardware device, whether the at least one parameter meets an authentication criteria, wherein the host system is unable to write to the memory of the hardware device; in response to determining that the at least one parameter does not meet an authentication criteria, not forwarding (310; 510; 710), by the hardware device, the data packet to the input/output port of the host system; and in response to determining that the at least one parameter meets an authentication criteria, forwarding (308; 512; 712), by the hardware device, the data packet to the input/output port of the host system. intercepting (302; 502; 702) a data packet, at a data link layer, that is being sent to an input/output (I/O) port of the host system using a hardware device (122; 212; 222; 232) that is externally coupled to the host system or internally coupled to the host system between a hardware network interface and the input/output port of the host system; decrypting, by the hardware device, the data packet at the data link layer using a common key derived from a public key and a private key; after decrypting the data packet, reading (304; 505; 705), using the hardware device, at least one parameter from the data packet; determining (306; 506; 706), by the hardware device using instructions written in memory of the hardware device, whether the at least one parameter meets an authentication criteria, wherein the host system is unable to write to the memory of the hardware device; in response to determining that the at least one parameter does not meet an authentication criteria, not forwarding (310; 510; 710), by the hardware device, the data packet to the input/output port of the host system; and in response to determining that the at least one parameter meets an authentication criteria, forwarding (308; 512; 712), by the hardware device, the data packet to the input/output port of the host system.
An injection needle for use in injecting a substance from a reservoir, comprising: a hub having a distal end with a first protrusion having a skin engaging surface defined distally thereon, an axial void in said hub having a channel defined at said distal end of said hub and extending through the hub, proximally away from said skin engaging surface, a second protrusion having a distal face disposed on said hub substantially encircling said first protrusion, wherein the distal face of the protrusion is positioned co-planar or distal to the skin engaging surface, and a needle cannula having a sharpened distal end and a proximal end, said needle cannula being secured in said channel with said proximal end being in fluid communication with said reservoir and said distal end of said needle cannula extending from said skin engaging surface a pre-determined distance, wherein said skin engaging surface limits penetration of said distal end of said needle cannula to a pre-determined layer of the skin of a patient, characterized in that the skin engaging surface is defined by the distal faces of a crenellated section of the first protrusion and said first protrusion has at least one radial void formed between the crenellated sections. a hub having a distal end with a first protrusion having a skin engaging surface defined distally thereon, an axial void in said hub having a channel defined at said distal end of said hub and extending through the hub, proximally away from said skin engaging surface, a second protrusion having a distal face disposed on said hub substantially encircling said first protrusion, wherein the distal face of the protrusion is positioned co-planar or distal to the skin engaging surface, and a needle cannula having a sharpened distal end and a proximal end, said needle cannula being secured in said channel with said proximal end being in fluid communication with said reservoir and said distal end of said needle cannula extending from said skin engaging surface a pre-determined distance, wherein said skin engaging surface limits penetration of said distal end of said needle cannula to a pre-determined layer of the skin of a patient, characterized in that the skin engaging surface is defined by the distal faces of a crenellated section of the first protrusion and said first protrusion has at least one radial void formed between the crenellated sections.
Fuselage portion in composite material for an aircraft, comprising a fuselage skin comprising at least two regions of constant thickness having different thicknesses, namely a first region of greater thickness, and a second region of lesser thickness, said regions being connected to one another by a first ply drop-off, said fuselage portion being characterized in that said first ply drop-off comprises at least two portions having different slopes each oriented in a circumferential direction orthogonal to a longitudinal direction of said fuselage portion, namely a first portion having a greater slope and a second portion having a lesser slope, the first and second portions (124, 126) being arranged on one and the same circumferential side relative to the first region.
Watch with quartz movement with oil bath lubrication, comprising a case body arranged between a transparent cap and a closure element so as to delimit a fluid-tight capsule in an oil bath, a dial arranged inside the capsule below the cap, a motor body arranged inside the oil bath capsule and comprising an electrically powered motor for executing the movement of the watch and gears for transmitting the movement to the dial, a seat arranged outside the capsule adapted to house an electric battery, characterized in that said seat is fluid-tight separated with respect to said capsule from a separation wall and in that it further comprises electrical transmission means adapted to fluid-tightly transmit an electrical signal from the battery to an electrical contact point of said motor. a case body arranged between a transparent cap and a closure element so as to delimit a fluid-tight capsule in an oil bath, a dial arranged inside the capsule below the cap, a motor body arranged inside the oil bath capsule and comprising an electrically powered motor for executing the movement of the watch and gears for transmitting the movement to the dial, a seat arranged outside the capsule adapted to house an electric battery,
A mobile machine comprising: a wheel (12,14) for supporting the machine on a ground surface, the wheel including a tire defining an outer portion of the wheel; and a positioning receiver; characterised in that the mobile machine further comprises: one or more computing devices configured to - determine a travel characteristic of the machine, determine a rotational speed ( ω w) of the wheel, determine a radius ( R W) of the tire based on the rotational speed of the wheel and the travel characteristic, and determine a height (H R) of the positioning system receiver from the ground surface using the radius of the tire. a wheel (12,14) for supporting the machine on a ground surface, the wheel including a tire defining an outer portion of the wheel; and a positioning receiver; characterised in that the mobile machine further comprises: one or more computing devices configured to - determine a travel characteristic of the machine, determine a rotational speed ( ω w) of the wheel, determine a radius ( R W) of the tire based on the rotational speed of the wheel and the travel characteristic, and determine a height (H R) of the positioning system receiver from the ground surface using the radius of the tire. determine a travel characteristic of the machine, determine a rotational speed ( ω w) of the wheel, determine a radius ( R W) of the tire based on the rotational speed of the wheel and the travel characteristic, and determine a height (H R) of the positioning system receiver from the ground surface using the radius of the tire.
A method for transmitting pilot signals used for measuring and reporting channel state information, CSI, in a multiple input/multiple output, MIMO, system, comprising: generating a pilot sequence by using a maximal-length shift register sequence, m-sequence; assigning a different shift to different transmit antennas; generating a pilot signal at each transmit antenna by shifting the pilot sequence by the assigned shift; and transmitting the pilot signal via the transmit antenna. generating a pilot sequence by using a maximal-length shift register sequence, m-sequence; assigning a different shift to different transmit antennas; generating a pilot signal at each transmit antenna by shifting the pilot sequence by the assigned shift; and transmitting the pilot signal via the transmit antenna.
A method implemented by an apparatus of enabling secure communication between a control apparatus and a controlled apparatus in a home network, the method comprising: establishing a registration Secure Authenticated Channel, SAC, with a first controlled apparatus through a protocol using a product identification number, PIN, of the first controlled apparatus; storing a PIN of a second controlled apparatus in a PIN list in the control apparatus by synchronizing the PIN list stored in the control apparatus with a PIN list stored in the first controlled apparatus, wherein the PIN list stored in the first controlled apparatus includes the PIN of the second controlled apparatus; establishing a registration SAC with the second controlled apparatus through a protocol using the PIN of the second controlled apparatus; generating a private key; sharing the private key with the second controlled apparatus by transmitting the private key to the second controlled apparatus via the registration SAC to register the control apparatus in the second controlled apparatus; and establishing a service SAC with the second controlled apparatus by using the shared private key when the second controlled apparatus is discovered again after the registering is performed; wherein the service SAC is a service channel used to provide services of the second controlled apparatus to the control apparatus that is registered in the second controlled apparatus in order to control the second controlled apparatus. establishing a registration Secure Authenticated Channel, SAC, with a first controlled apparatus through a protocol using a product identification number, PIN, of the first controlled apparatus; storing a PIN of a second controlled apparatus in a PIN list in the control apparatus by synchronizing the PIN list stored in the control apparatus with a PIN list stored in the first controlled apparatus, wherein the PIN list stored in the first controlled apparatus includes the PIN of the second controlled apparatus; establishing a registration SAC with the second controlled apparatus through a protocol using the PIN of the second controlled apparatus; generating a private key; sharing the private key with the second controlled apparatus by transmitting the private key to the second controlled apparatus via the registration SAC to register the control apparatus in the second controlled apparatus; and establishing a service SAC with the second controlled apparatus by using the shared private key when the second controlled apparatus is discovered again after the registering is performed; wherein the service SAC is a service channel used to provide services of the second controlled apparatus to the control apparatus that is registered in the second controlled apparatus in order to control the second controlled apparatus.
A process for producing smooth tissue type fermented milk, which comprises: a. adding to a fermented milk mix a starter at an amount 10 to 25% of the amount generally used, wherein the fermented milk is fermented milk of pre-fermentation type; b. reducing the dissolved oxygen concentration in said mix to 5 ppm or less; and c. conducting a fermentation after said addition of the starter and said reduction of the dissolved oxygen concentration at a temperature of from 35 to 45°C for 3 to 5 hours; wherein the amount generally used is the amount of the starter to be added in the general fermentation condition to obtain fermented milk wherein said amount is 2 to 3% by weight with respect to the total amount of the fermented milk and wherein the general fermentation condition is conducting said fermentation at a fermentation temperature of 40 to 45 °C for 3 to 5 hours of fermentation time. a. adding to a fermented milk mix a starter at an amount 10 to 25% of the amount generally used, wherein the fermented milk is fermented milk of pre-fermentation type; b. reducing the dissolved oxygen concentration in said mix to 5 ppm or less; and c. conducting a fermentation after said addition of the starter and said reduction of the dissolved oxygen concentration at a temperature of from 35 to 45°C for 3 to 5 hours;
Method for labelling bales of material in which a pressed bale of material is bound by means of a binding device using a binding material, wherein the binding device produces at least one knot (6, 6a, 6b) in the binding material wrapped around the bale of material, wherein a label is fixed to the binding material as an information carrier, characterized in that the label is supplied to the binding device and at least a part of the label is incorporated into the knot (6, 6a, 6b).
Elevator with an elevator car moving along guide rails up and down comprising an open or close loop controlled hydraulic brake for decelerating the elevator car, whereas the brake comprises a hydraulic actuator for pressing a set of brake linings in closing direction against a brake member, the hydraulic actuator is pre-stressed by a main spring unit in closing direction with a force for generating a brake friction, whereas the hydraulic actuator comprises a hydraulic cylinder and a piston dividing the cylinder into a first working chamber and a second working chamber,whereas the piston depending on the hydraulic pressure prevalent in the first working chamber completely or partly compensates the force of the main spring unit, characterized in that the speed with which the brake applies, and/or the resulting force with which the brake linings operated by the hydraulic actuator is pressed against the rail is open or close loop controlled by means of a hydraulic pressure source whose pressure side charges aforementioned first working chamber of the at least one piston with hydraulic fluid, and whose suction side is capable to suck hydraulic fluid from a second working chamber of the at least one piston, whereas an additional pressure control line interconnects the first working chamber and the second working chamber, and whereas the actual flow rate of hydraulic fluid through the pressure control line is determined by a control valve. the hydraulic actuator is pre-stressed by a main spring unit in closing direction with a force for generating a brake friction, whereas the hydraulic actuator comprises a hydraulic cylinder and a piston dividing the cylinder into a first working chamber and a second working chamber,whereas the piston depending on the hydraulic pressure prevalent in the first working chamber completely or partly compensates the force of the main spring unit, characterized in that the speed with which the brake applies, and/or the resulting force with which the brake linings operated by the hydraulic actuator is pressed against the rail is open or close loop controlled by means of a hydraulic pressure source whose pressure side charges aforementioned first working chamber of the at least one piston with hydraulic fluid, and whose suction side is capable to suck hydraulic fluid from a second working chamber of the at least one piston, whereas an additional pressure control line interconnects the first working chamber and the second working chamber, and whereas the actual flow rate of hydraulic fluid through the pressure control line is determined by a control valve.
A method for the synthesis of oligonucleotides pursuant to the phosphoramidite approach, the method comprising: reacting, in a coupling reaction, a nucleotide monomer or oligomer phosphoramidite with a nucleoside monomer or oligonucleotide in a solvent in the presence of a catalyst wherein the catalyst is an aryl-substituted 5-phenyl-1 H -tetrazole and wherein at least one substituent at the phenyl ring of the aryl-substituted 5-phenyl-1 H -tetrazole catalyst is a perfluoroalkyl substituent, wherein the perfluoroalkyl substituent is derived from an alkyl group by substitution of at least two hydrogen atoms of the alkyl group by fluorine atoms.