mhurhangee/ep-ind-claims huggingface dataset:
A charge system for destroying second substrates comprising: a first substrate located proximate to the second substrates, the first substrate having a number of first recesses formed therein with each of the first recesses being associated to one second substrate, each of the first recesses having a housing disposed therein; each housing enclosing a high density charge having a number of second recesses therein, wherein the high density charge is pressed to over seventy percent of its theoretical maximum density; a low density charge disposed within each of the second recesses; a boundary disposed between each high density charge and each second substrate; each housing has a bottom with a number of apertures formed therein that are structured to receive an energy supply delivered by a wire or fuse, the apertures being located to allow the energy supply to be delivered to at least some of the low density charges in said housing; the low density charges are structured to be ignited by the energy supply; the high density charge is structured to be ignited from the low density charges after the low density charges have been ignited; and wherein the low density charges and the high density charge in each housing are structured to cooperate to destroy the associated second substrate after ignition. a first substrate located proximate to the second substrates, the first substrate having a number of first recesses formed therein with each of the first recesses being associated to one second substrate, each of the first recesses having a housing disposed therein; each housing enclosing a high density charge having a number of second recesses therein, wherein the high density charge is pressed to over seventy percent of its theoretical maximum density; a low density charge disposed within each of the second recesses; a boundary disposed between each high density charge and each second substrate; each housing has a bottom with a number of apertures formed therein that are structured to receive an energy supply delivered by a wire or fuse, the apertures being located to allow the energy supply to be delivered to at least some of the low density charges in said housing; the low density charges are structured to be ignited by the energy supply; the high density charge is structured to be ignited from the low density charges after the low density charges have been ignited; and wherein the low density charges and the high density charge in each housing are structured to cooperate to destroy the associated second substrate after ignition.
A method for controlling cellular network operation, the method comprising: a node (120, 121) of a cellular network obtaining a metric defined as a ratio of a first value and a second value, the first value representing a strength of a reference signal, RS, transmitted by the node (120, 121) of a cell (20, 1) of the cellular network, as measured by a user equipment, and characterised by: the second value representing a strength of interference, IF, from outside the cellular network at the user equipment; the node (120, 121) selecting between controlling a radio access configuration depending on the metric and controlling the radio access configuration depending on another metric, wherein the another metric is Reference Signal Receiver Power, RSRP or Reference Signal Received Quality, RSRQ, wherein said selecting depends on the second value and/or on a load of the cell (20, 21) and/or on a load of other cells (20, 21) of the cellular network and/or on one or more previous cell selection processes; and the node (120, 121) controlling the radio access configuration for the user equipment and the cell (20, 21) based on the selection. a node (120, 121) of a cellular network obtaining a metric defined as a ratio of a first value and a second value, the first value representing a strength of a reference signal, RS, transmitted by the node (120, 121) of a cell (20, 1) of the cellular network, as measured by a user equipment, and characterised by: the second value representing a strength of interference, IF, from outside the cellular network at the user equipment; the node (120, 121) selecting between controlling a radio access configuration depending on the metric and controlling the radio access configuration depending on another metric, wherein the another metric is Reference Signal Receiver Power, RSRP or Reference Signal Received Quality, RSRQ, wherein said selecting depends on the second value and/or on a load of the cell (20, 21) and/or on a load of other cells (20, 21) of the cellular network and/or on one or more previous cell selection processes; and the node (120, 121) controlling the radio access configuration for the user equipment and the cell (20, 21) based on the selection.
Land vehicle comprising at least a first driving machine supplying torque for a first train of wheels, a second driving machine supplying torque for a second train of wheels, a system acting on said wheels, a supervision computer controlling a distribution of torque between said first and second trains, and a trajectory control device controlling said braking system, characterized in that in the event of detection of instability of said vehicle, said trajectory control device orders said supervision computer to maintain the torque distribution in runs and controls said braking system until said instability has disappeared, then authorizes said supervision computer to carry out a torque distribution modification.
An image capturing apparatus comprising: a plurality of pixels arranged on a substrate; a temperature signal output unit arranged on the substrate and configured to output a temperature signal, the temperature signal output unit including a temperature signal generator configured to generate an analog temperature signal and a first A/D converter configured to generate the temperature signal by AD-converting the analog temperature signal which represents a temperature; and a reference signal output unit arranged on the substrate and configured to output a reference signal, the reference signal output unit including a reference signal generator configured to generate an analog reference signal and a second A/D converter configured to generate the reference signal by AD-converting the analog reference signal, a calculator configured to obtain a corrected temperature based on a ratio of the temperature signal to the reference signal; wherein temperature dependency of the reference signal is lower than temperature dependency of the temperature signal, and the temperature signal output unit and the reference signal output unit are arranged in regions different from each other on the substrate. a plurality of pixels arranged on a substrate; a temperature signal output unit arranged on the substrate and configured to output a temperature signal, the temperature signal output unit including a temperature signal generator configured to generate an analog temperature signal and a first A/D converter configured to generate the temperature signal by AD-converting the analog temperature signal which represents a temperature; and a reference signal output unit arranged on the substrate and configured to output a reference signal, the reference signal output unit including a reference signal generator configured to generate an analog reference signal and a second A/D converter configured to generate the reference signal by AD-converting the analog reference signal, a calculator configured to obtain a corrected temperature based on a ratio of the temperature signal to the reference signal; wherein temperature dependency of the reference signal is lower than temperature dependency of the temperature signal, and the temperature signal output unit and the reference signal output unit are arranged in regions different from each other on the substrate.
A device for delivery of a powder to the skin of a subject, comprising: a pad, comprising an insulating material and having an upper side and a lower side, which lower side is placed against the skin after application of the powder thereto; an electrical power source, which applies an electrical potential to the pad, causing the powder to adhere by electrostatic force to the lower side of the pad, and which reverses the polarity so that the powder is released from the pad and the powder contacts the skin against which the pad is placed. a pad, comprising an insulating material and having an upper side and a lower side, which lower side is placed against the skin after application of the powder thereto; an electrical power source, which applies an electrical potential to the pad, causing the powder to adhere by electrostatic force to the lower side of the pad, and which reverses the polarity so that the powder is released from the pad and the powder contacts the skin against which the pad is placed.
A method for producing a compact for a magnetic core, the method comprising the steps of: compacting a raw-material powder including a coated soft-magnetic powder and a lubricant to form a green compact, the coated soft-magnetic powder including iron-based particles and insulating coatings that cover surfaces of the iron-based particles; and heat-treating the green compact to form a compact in which when the compact is used for a magnetic core, a magnetic path cross section has a cross-sectional perimeter of more than 20 mm, wherein the lubricant contains a component having a decomposition onset temperature of 170°C or higher, a content of the lubricant is 0.10% or more by mass and 0.60% or less by mass based on 100% by mass of the raw-material powder, and characterized in that the conditions of the heat treatment include an oxygen concentration in an atmosphere of 0.01% or more by volume and 0.5% or less by volume and a temperature of higher than 520°C and 700°C or lower. compacting a raw-material powder including a coated soft-magnetic powder and a lubricant to form a green compact, the coated soft-magnetic powder including iron-based particles and insulating coatings that cover surfaces of the iron-based particles; and heat-treating the green compact to form a compact in which when the compact is used for a magnetic core, a magnetic path cross section has a cross-sectional perimeter of more than 20 mm, wherein the lubricant contains a component having a decomposition onset temperature of 170°C or higher, a content of the lubricant is 0.10% or more by mass and 0.60% or less by mass based on 100% by mass of the raw-material powder, and characterized in that the conditions of the heat treatment include an oxygen concentration in an atmosphere of 0.01% or more by volume and 0.5% or less by volume and a temperature of higher than 520°C and 700°C or lower.
Method for obtaining proteins or a rich-protein extract from algae, comprising the steps of: disrupting a cell wall of algae by physical-mechanical means using a vibratory grinding mill with rings; submitting the disrupted algae to an enzymatic hydrolysis carried out with a mixture of enzymes; wherein the enzyme mixture is a mixture of at least two enzymes selected from the following list: lipase, pectinase, cellulase, hemicellullase, endo exo-arabanase, amylase, or mixtures thereof; provided that at least one of the enzymes is lipase, pectinase, amylase. disrupting a cell wall of algae by physical-mechanical means using a vibratory grinding mill with rings; submitting the disrupted algae to an enzymatic hydrolysis carried out with a mixture of enzymes; wherein the enzyme mixture is a mixture of at least two enzymes selected from the following list: lipase, pectinase, cellulase, hemicellullase, endo exo-arabanase, amylase, or mixtures thereof; provided that at least one of the enzymes is lipase, pectinase, amylase.
A method for carrying out a transaction in a communication network between a communication device and a network server via a portable data carrier connected with the communication device, comprising a sending (S2; S15) of a request concerning the transaction from the communication device to the data carrier, in response to the request the data carrier sends (S3; S19) a request redirection message to the communication device which concerns the transaction and commands the communication device to send (S4; S20) a redirected request to the network server; wherein the data carrier integrates (S3; S19) into the request redirection message transaction data which are integrated by the communication device into the redirected request intended for the network server and are sent (S4; S20) to the network server, and wherein the data carrier integrates into the request redirection message as transaction data a signature concerning the transaction, which allows the network server to check an authorization of the communication device and/or of the transaction.
A cup made of paper material and having a fillable interior, which is formed by means of an at least partially conical tubular wall and a bottom wall, wherein said bottom wall is joined to said tubular wall in the region of the lower end of said interior in a substantially liquid-tight manner, wherein said tubular wall is formed from a planar blank, whose end regions are bonded to each other in an overlap region, and wherein said tubular wall delimiting said interior comprises at least one deforming entity extending in the peripheral direction, characterized in that said deforming entity is not formed in said overlap region.
A computer readable memory comprising instructions for implementing a control method for operating a supply device, comprising the steps of: a) activating a first fluid source such that a first fluid is dispensed at a first pressure (ph) during a first delivery interval; b) activating a second fluid source or a medium separating device such that a second fluid is dispensed at a second pressure (pz) into a storage during a second delivery interval; c) activating the first fluid source such that the first fluid is dispensed at a third pressure (pl) into the storage during a third delivery interval in order to dispense the second fluid via an outlet opening when the instructions are executed on a computing unit. a) activating a first fluid source such that a first fluid is dispensed at a first pressure (ph) during a first delivery interval; b) activating a second fluid source or a medium separating device such that a second fluid is dispensed at a second pressure (pz) into a storage during a second delivery interval; c) activating the first fluid source such that the first fluid is dispensed at a third pressure (pl) into the storage during a third delivery interval in order to dispense the second fluid via an outlet opening when the instructions are executed on a computing unit. c) activating the first fluid source such that the first fluid is dispensed at a third pressure (pl) into the storage during a third delivery interval in order to dispense the second fluid via an outlet opening when the instructions are executed on a computing unit.
A system comprising: a thermoset shape memory polymer foam that is covalently bonded to iodine; wherein (a) the SMP foam is configured to expand from a compressed secondary state to an expanded primary state in response to thermal stimulus, and (b) the SMP foam is a poly(urethane-urea-amide), wherein the SMP is radiopaque and the iodine is included in a triiodobenzene monomer. a thermoset shape memory polymer foam that is covalently bonded to iodine; wherein (a) the SMP foam is configured to expand from a compressed secondary state to an expanded primary state in response to thermal stimulus, and (b) the SMP foam is a poly(urethane-urea-amide), wherein the SMP is radiopaque and the iodine is included in a triiodobenzene monomer.
A vehicle control system, which is configured to change an index for setting driving characteristics of a vehicle on the basis of acceleration of the vehicle, and to change at least any of a speed change characteristic determining a speed change ratio or a timing of changing the speed change ratio, an output characteristic determining an output of a prime mover with respect to an accelerating operation, a braking characteristic with respect to a braking operation, a characteristic of a suspension supporting the vehicle, and a steering characteristic determining maneuverability with respect to a steering operation, on the basis of an execution of a manual operation, characterized by comprising: a function to correct the index or the driving characteristics of the vehicle being set on the basis of the index, in case any of the characteristics is changed by the manual operation, in a same direction to change said any of the characteristics by the manual operation. a function to correct the index or the driving characteristics of the vehicle being set on the basis of the index, in case any of the characteristics is changed by the manual operation, in a same direction to change said any of the characteristics by the manual operation.
A method of handling minimization of drive tests, MDT, reporting of a mobile device in a wireless communication system, wherein when the mobile device intends to release a connection between the mobile device and the network, it determines not to transmit a request message used for releasing the connection to the network of the wireless communication system, if the mobile device is performing the MDT reporting to the network, and transmits the request message to the network after finishing performing the MDT reporting.
Method for producing the pressure plate (22, 26, 32) of a friction clutch for pressing friction linings (28, 30) of a clutch disc in a frictionally locking manner, which clutch disc can be coupled to a transmission input shaft (16, 18), in the case of which method a plate body is provided which is manufactured from a metal sheet and the surface of which is untreated, the plate body is blasted with an abrasive at least in the region of the friction face by way of sandblasting and/or compression blasting, and the surface which is treated by way of blasting has a higher roughness and/or a higher material compression in comparison with the untreated surface, characterized in that different process parameters with regard to a grain size and/or grain shape of an abrasive, the quantity of the abrasive and/or the velocity of the abrasive, are used during the blasting of a rear side of the plate body which points away from the friction face, in comparison with the blasting of the friction face, the plate body being bulged by way of the blasting of the rear side and the friction face in order to introduce a conicity in the friction face, and the friction face protruding radially to the outside by the plate body as a result of the introduced conicity of the friction face and being of radially inward recessed configuration in the plate body.
A method for resource allocation, the method comprising: when a network device detects that a terminal device satisfies a preconfigured trigger event, sending, by the network device to a behavior prediction apparatus, a prediction information query request carrying a terminal identifier; receiving, by the network device, terminal service prediction information that is sent from the behavior prediction apparatus and corresponds to the terminal identifier; and allocating, by the network device to the terminal device, according to the terminal service prediction information, a network resource for processing a subsequent service; wherein detecting, by the network device, that the terminal device satisfies the preconfigured trigger event comprises any one of: receiving, by the network device, a state change request message that is sent from the terminal device and indicates switching from a first state to a second state; receiving, by the network device, a change complete notification message that is sent from the terminal device and indicates switching from the first state to the second state; and, detecting, by the network device, that the terminal device is switched from the first state to the second state. when a network device detects that a terminal device satisfies a preconfigured trigger event, sending, by the network device to a behavior prediction apparatus, a prediction information query request carrying a terminal identifier; receiving, by the network device, terminal service prediction information that is sent from the behavior prediction apparatus and corresponds to the terminal identifier; and allocating, by the network device to the terminal device, according to the terminal service prediction information, a network resource for processing a subsequent service; wherein detecting, by the network device, that the terminal device satisfies the preconfigured trigger event comprises any one of: receiving, by the network device, a state change request message that is sent from the terminal device and indicates switching from a first state to a second state; receiving, by the network device, a change complete notification message that is sent from the terminal device and indicates switching from the first state to the second state; and, detecting, by the network device, that the terminal device is switched from the first state to the second state. receiving, by the network device, a state change request message that is sent from the terminal device and indicates switching from a first state to a second state; receiving, by the network device, a change complete notification message that is sent from the terminal device and indicates switching from the first state to the second state; and, detecting, by the network device, that the terminal device is switched from the first state to the second state.
An electrode arrangement for an electric field sensor device generating a quasi-static electric field with a single transmitting electrode (220; 310; 410; 510; 830; 1050) and a plurality of receiving electrodes (210; 810, 820; 1010, 1040) associated with the single transmitting electrode (220; 310; 410; 510; 830; 1050), wherein the electrode arrangement is configured to determine a non-touching gesture of an object above the electrode arrangement from signals received from the plurality of receiving electrodes (210; 810, 820; 1010, 1040), comprising: a signal generator, preferably being part of a front end analog device, configured to generate an alternating signal fed to the single transmitting electrode (220; 310; 410; 510; 830; 1050) and operable to generate the quasi-static electric field; a nonconductive substrate (230; 840) having a first conductive layer facing a detection area of the electrode arrangement and a second conductive layer arranged on an opposing side of the nonconductive substrate (230; 840), wherein the plurality of receiving electrodes (210; 810, 820; 1010, 1040) are each formed by a section of the first conductive layer, and the single transmitting electrode (220; 310; 410; 510; 830; 1050) is formed by a section of the second conductive layer, wherein the single transmitting electrode covers a larger area than the plurality of receiving electrodes; characterized in that the transmitting electrode is textured in such a way as to reduce a capacitance between this transmitting electrode and each receiving electrode (210; 810, 820; 1010, 1040). a signal generator, preferably being part of a front end analog device, configured to generate an alternating signal fed to the single transmitting electrode (220; 310; 410; 510; 830; 1050) and operable to generate the quasi-static electric field; a nonconductive substrate (230; 840) having a first conductive layer facing a detection area of the electrode arrangement and a second conductive layer arranged on an opposing side of the nonconductive substrate (230; 840), wherein the plurality of receiving electrodes (210; 810, 820; 1010, 1040) are each formed by a section of the first conductive layer, and the single transmitting electrode (220; 310; 410; 510; 830; 1050) is formed by a section of the second conductive layer, wherein the single transmitting electrode covers a larger area than the plurality of receiving electrodes; characterized in that the transmitting electrode is textured in such a way as to reduce a capacitance between this transmitting electrode and each receiving electrode (210; 810, 820; 1010, 1040).