mhurhangee/ep-ind-claims huggingface dataset:
A method for remediating a process hollowing intrusion on a user device, the method comprising: detecting a process starting on the user device; preparing the process to monitor Application Programming Interface calls between the process and an operating system of the user device; determining whether the process is associated with a process hollowing intrusion based on the API calls and whether a child process is in a suspended state; and executing security policies against the process associated with the process hollowing intrusion. detecting a process starting on the user device; preparing the process to monitor Application Programming Interface calls between the process and an operating system of the user device; determining whether the process is associated with a process hollowing intrusion based on the API calls and whether a child process is in a suspended state; and executing security policies against the process associated with the process hollowing intrusion.
A hydraulically operated rotary pipe bending machine, comprising - a box, - a die shaft that superiorly protrudes from the box and is rigidly connected to a die and integral with a die gear, - an actuator suitable to drive the die shaft through a hydraulic circuit, comprising a limit switch, and through a limit switch device being situated at the bottom of the die shaft and suitable to stop the die gear, and - a counter-die unit driven by a handwheel in order to place an elongated piece to be bent against said die, characterized in that - said actuator comprises a single-acting cylinder, having a piston holding a rack rod engaging said die gear, and a return spring, the piston being opposed in its travel by the return spring; and - the limit switch device comprises an angularly graduated disc mounted, manually adjustable, on the die shaft and provided with a cam designed to control the limit switch. - a box, - a die shaft that superiorly protrudes from the box and is rigidly connected to a die and integral with a die gear, - an actuator suitable to drive the die shaft through a hydraulic circuit, comprising a limit switch, and through a limit switch device being situated at the bottom of the die shaft and suitable to stop the die gear, and - a counter-die unit driven by a handwheel in order to place an elongated piece to be bent against said die, characterized in that - said actuator comprises a single-acting cylinder, having a piston holding a rack rod engaging said die gear, and a return spring, the piston being opposed in its travel by the return spring; and - the limit switch device comprises an angularly graduated disc mounted, manually adjustable, on the die shaft and provided with a cam designed to control the limit switch.
A method for producing a circuit board system comprising: providing a first circuit board comprising a top side, a bottom side, a top metallization layer arranged at the top side, and a bottom metallization layer arranged at the bottom side, wherein the bottom metallization layer comprises a number of soldering pads; applying a first solder over the soldering pads; applying a second solder over the top metallization layer; providing a number of electronic components, and a metallic or metallized shielding frame having openings; arranging the number of electronic components and the shielding frame on the applied second solder; and soldering the number of electronic components and the shielding frame to the top metallization layer by melting the second solder and by subsequently cooling the second solder to below its solidification temperature; characterized by applying, after cooling, a thermal interface material through at least one of the openings over the top side of at least one of the electronic components; providing a housing cover; and attaching the housing cover to the first circuit board such that the thermal interface material mechanically contacts the housing cover and the at least one of the electronic components. providing a first circuit board comprising a top side, a bottom side, a top metallization layer arranged at the top side, and a bottom metallization layer arranged at the bottom side, wherein the bottom metallization layer comprises a number of soldering pads; applying a first solder over the soldering pads; applying a second solder over the top metallization layer; providing a number of electronic components, and a metallic or metallized shielding frame having openings; arranging the number of electronic components and the shielding frame on the applied second solder; and soldering the number of electronic components and the shielding frame to the top metallization layer by melting the second solder and by subsequently cooling the second solder to below its solidification temperature; characterized by applying, after cooling, a thermal interface material through at least one of the openings over the top side of at least one of the electronic components; providing a housing cover; and attaching the housing cover to the first circuit board such that the thermal interface material mechanically contacts the housing cover and the at least one of the electronic components.
A method of authenticating at least two agricultural devices (10, 11), wherein one of the agricultural devices (10, 11) is a tractor, characterised in that a further one of the agricultural devices (10, 11) is a harvester, wherein the agricultural devices (10, 11) are coupled by way of a data bus and wherein the method includes the steps: each of the agricultural devices (10, 11) coupled to the data bus is subjected to authentication (14, 15) by way of an authentication device also coupled to the data bus automatically and independently of the or each other agricultural device (10, 11); then direct data exchange or indirect data exchange (16, 17) is automatically permitted between the successfully authenticated agricultural devices (10, 11), whereas a data exchange is not permitted with an unsuccessfully authenticated agricultural device (10, 11), and wherein the authentication device is associated with one of the agricultural devices (10, 11). each of the agricultural devices (10, 11) coupled to the data bus is subjected to authentication (14, 15) by way of an authentication device also coupled to the data bus automatically and independently of the or each other agricultural device (10, 11); then direct data exchange or indirect data exchange (16, 17) is automatically permitted between the successfully authenticated agricultural devices (10, 11), whereas a data exchange is not permitted with an unsuccessfully authenticated agricultural device (10, 11), and wherein the authentication device is associated with one of the agricultural devices (10, 11).
An aqueous solution comprising compound 22 having the formula or a pharmaceutically acceptable salt thereof for use in a method of treating a fungal infection in a subject, wherein said aqueous solution is administered to the subject in the form of an intravenous infusion, intravenous bolus or wherein said aqueous solution is administered subcutaneously, in an amount that is sufficient to treat said fungal infection, and wherein said aqueous solution is administered at an interval of one dose weekly.
A method of forming an array of nanopore sensor cells, the method comprising: introducing a nanopore proximate to a cell, the cell having a working electrode and a membrane sealing the cell, wherein the working electrode is powered by an electrically coupled power source; applying a voltage waveform across the membrane of the cell, wherein the voltage waveform starts at first voltage and increases in magnitude over a period of time to a second voltage; and inserting the nanopore into the membrane during the step of applying the voltage waveform, wherein the voltage waveform comprises a plurality of incremental steps between the first voltage and the second voltage. introducing a nanopore proximate to a cell, the cell having a working electrode and a membrane sealing the cell, wherein the working electrode is powered by an electrically coupled power source; applying a voltage waveform across the membrane of the cell, wherein the voltage waveform starts at first voltage and increases in magnitude over a period of time to a second voltage; and inserting the nanopore into the membrane during the step of applying the voltage waveform, wherein the voltage waveform comprises a plurality of incremental steps between the first voltage and the second voltage.
A personal grooming apparatus (30; 50; 80) for grooming the hair of a user, wherein the apparatus is selected from the group consisting of a hair straightener, hair curler, curling iron, hot roller, shaver, clipper, razor, brush and comb and contains a substrate (20; 53; 83) and a coating (25; 55; 85) disposed on the substrate (20; 53; 83), the coating (25; 55; 85) having a surface for contacting hair during grooming and comprising a static dissipative additive dispersed throughout the structural component to reduce the surface resistivity of the coating (25; 55; 85), wherein the coating (25; 55; 85) has a surface resistivity of less than about 1 x 10 13 ohms/square; characterised in that: the coating (25; 55; 85) comprises a structural component selected from a silicone-modified fluoropolymer base resin or a mixture of silicone-modified fluoropolymer base resin and a ceramic material. the coating (25; 55; 85) comprises a structural component selected from a silicone-modified fluoropolymer base resin or a mixture of silicone-modified fluoropolymer base resin and a ceramic material.
Substructure module for a mobile onshore drilling rig with one lower and one upper base part (22, 24) and with at least one, and especially two, lateral folding support(s) (26, 28) between the lower and upper base part (22, 24), wherein the or each folding support (26, 28) has a joint (30, 32) in the middle, wherein one end of the or each folding support (26, 28) is connected by a joint to the lower base part and the other end is connected by a joint to the upper base part, wherein a first sling point for lifting gear is formed in the centre of the upper base part or of one side of the or each support (26, 28) connected by an articulated joint to the upper base part and characterised by a second sling point for lifting gear being formed at a side of the or each support (26, 28) connected by an articulated joint to the upper base part, eccentrically at the end of an outward-facing lever.
Device, which can be worn on the body, for supporting movements and lifting movements of the human body, having a waist element and two leg bands arranged on the waist element which are arranged such that, when the device is worn on the body, they extend along the buttocks of the body, wherein each of the leg bands comprises a knee element which comprises an upper strap, a lower strap, and a knee cap element which leaves the knee cap exposed, characterized in that the distance between the upper strap and the lower strap is implemented to be adjustable.
A method for determining a glucose concentration measurable with a system having a test strip and a meter, the method comprising: applying a test voltage between a reference electrode and a working electrode coated with a reagent layer disposed on a matrix layer having a mediator; measuring a first test current, a second test current and a third test current at the working electrode with the meter after a blood sample containing an analyte is applied to the test strip to physically transform the analyte into an enzymatic by-product; determining a glucose concentration from the first, second and third test currents; and displaying the glucose concentration, in which the glucose concentration comprises a value obtained with the following: G = I 1 I 2 p × I 3 − intercept 1 slope 1 where: G comprises the glucose concentration; I 1 comprises the first test current; I 2 comprises the second test current; I 3 comprises the third test current; p comprises a power term that depends on a threshold value of the first test current; intercept 1 comprises an intercept value determined from a linear regression of a plot of I 1 I 2 p × I 3 versus a reference glucose concentration for a batch of test strips; and slope 1 comprises a slope value determined from a linear regression of a plot of I 1 I 2 p × I 3 versus the reference glucose concentration for the particular batch of test strip. applying a test voltage between a reference electrode and a working electrode coated with a reagent layer disposed on a matrix layer having a mediator; measuring a first test current, a second test current and a third test current at the working electrode with the meter after a blood sample containing an analyte is applied to the test strip to physically transform the analyte into an enzymatic by-product; determining a glucose concentration from the first, second and third test currents; and G comprises the glucose concentration; I 1 comprises the first test current; I 2 comprises the second test current; I 3 comprises the third test current; p comprises a power term that depends on a threshold value of the first test current; intercept 1 comprises an intercept value determined from a linear regression of a plot of I 1 I 2 p × I 3 versus a reference glucose concentration for a batch of test strips; and slope 1 comprises a slope value determined from a linear regression of a plot of I 1 I 2 p × I 3 versus the reference glucose concentration for the particular batch of test strip.
An emergency CPR switch for a hospital bed with a patient support platform having a portion that is pivoted between a flat and an inclined position by a motor powered by a battery, in combination with said hospital bed comprising said platform, said pivotable platform portion, motor and battery said emergency CPR switch comprising: a relay (352, 362) disposed between the battery and the motor; and a switch (320, 330) electrically connected to the relay (352, 362), wherein when the switch (320, 330) is operated the relay (352, 362) is activated to drive the motor in a direction placing the pivotable portion in a flat position and disable or override any motor control signals from a main controller. a relay (352, 362) disposed between the battery and the motor; and a switch (320, 330) electrically connected to the relay (352, 362), wherein when the switch (320, 330) is operated the relay (352, 362) is activated to drive the motor in a direction placing the pivotable portion in a flat position and disable or override any motor control signals from a main controller.
A bending apparatus having the below-described first support mechanism, heating mechanism, cooling mechanism, and second support mechanism, and: a first support mechanism which is disposed at a first position and which is adapted for supporting a hollow metal material while feeding it, a heating mechanism which is disposed at a second position downstream of the first position in the feed direction of the metal material and which is adapted for heating all or a portion of the metal material being fed, a cooling mechanism which is disposed at a third position downstream of the second position in the feed direction of the metal material and which is adapted for forming a high temperature portion in part of the metal material by cooling the portion of the metal material being fed which was heated by the heating mechanism, a second support mechanism which is disposed at a fourth position downstream of the third position in the feed direction of the metal material and which is adapted for imparting a bending moment to the high temperature portion and for bending the metal material into a desired shape by moving two-dimensionally or three-dimensionally while supporting at least one location of the metal material being fed, and characterized by the second support mechanism having a chuck which comprises a tubular member having a circular, polygonal, or special transverse cross section and which is adapted for gripping the metal material and adapted for sealing the interior of the metal material and/or for applying a positive pressure to the interior of the metal material. a first support mechanism which is disposed at a first position and which is adapted for supporting a hollow metal material while feeding it, a heating mechanism which is disposed at a second position downstream of the first position in the feed direction of the metal material and which is adapted for heating all or a portion of the metal material being fed, a cooling mechanism which is disposed at a third position downstream of the second position in the feed direction of the metal material and which is adapted for forming a high temperature portion in part of the metal material by cooling the portion of the metal material being fed which was heated by the heating mechanism, a second support mechanism which is disposed at a fourth position downstream of the third position in the feed direction of the metal material and which is adapted for imparting a bending moment to the high temperature portion and for bending the metal material into a desired shape by moving two-dimensionally or three-dimensionally while supporting at least one location of the metal material being fed, and characterized by the second support mechanism having a chuck which comprises a tubular member having a circular, polygonal, or special transverse cross section and which is adapted for gripping the metal material and adapted for sealing the interior of the metal material and/or for applying a positive pressure to the interior of the metal material.
A method for reading and writing, comprising: applying a read command to a memory device, the read command pointing to address information; determining whether the address information pointed to by the read command is valid; and reading data to be read out from a memory cell corresponding to the address information pointed to by the read command if the address information pointed to by the read command is valid; wherein the method further comprises: if an error occurs in the data to be read out, marking, in a lookup table, a first type code of a numerical code corresponding to the address information pointed to by the read command as an invalid marked value, revising a second type code as an identification code configured for identifying a spare memory cell, and storing the data to be read out into the spare memory cell, wherein the identification code is generated according to a number of revising times of the second type code. applying a read command to a memory device, the read command pointing to address information; determining whether the address information pointed to by the read command is valid; and reading data to be read out from a memory cell corresponding to the address information pointed to by the read command if the address information pointed to by the read command is valid; wherein the method further comprises: if an error occurs in the data to be read out, marking, in a lookup table, a first type code of a numerical code corresponding to the address information pointed to by the read command as an invalid marked value, revising a second type code as an identification code configured for identifying a spare memory cell, and storing the data to be read out into the spare memory cell, wherein the identification code is generated according to a number of revising times of the second type code. if an error occurs in the data to be read out, marking, in a lookup table, a first type code of a numerical code corresponding to the address information pointed to by the read command as an invalid marked value, revising a second type code as an identification code configured for identifying a spare memory cell, and storing the data to be read out into the spare memory cell, wherein the identification code is generated according to a number of revising times of the second type code.
A vehicle behavior prediction device adapted to predict vehicle behavior based on traveling state information representing a traveling state of a vehicle with respect to a traveling location of the vehicle, the traveling state information includes at least one value of traveling speed of the vehicle and acceleration of the vehicle with respect to the traveling location of the vehicle, the vehicle behavior includes at least one of stop, acceleration and/or deceleration behavior of the vehicle, right turning, left turning, straight traveling, a vehicle traveling state at the time of start, the vehicle behavior prediction device includes a vehicle behavior prediction unit (145, 214), which is adapted to collect the traveling state information, to input, from a distribution database, a plurality of kinds of probability distributions (Pvy, Pvn, Pay, Pan) representing occurrence probability of vehicle behavior with respect to the at least one value obtained based on the collected traveling state information, and to predict vehicle behavior of a prediction-subject vehicle based on whether the at least one value concerning the prediction-subject vehicle belongs to one of the plurality of kinds of probability distributions.
An anti-ligature hinge for a door, the hinge comprising: a hinge bracket operatively associable with a support; and a hinge member operatively associable with a leaf; the hinge member being connectable to the hinge bracket, with the hinge member being rotatable relative to the hinge bracket about an axis of rotation; wherein the hinge member is disconnectable from the hinge bracket in response to at least one threshold force, the at least one threshold force being selected from one or more of: a transverse threshold force comprising a transverse force component transverse to the axis of rotation, the transverse threshold force being the same in at least two directions transverse to the axis of rotation; and/or an axial threshold force comprising a force component acting along the axis of rotation. a hinge bracket operatively associable with a support; and a hinge member operatively associable with a leaf; the hinge member being connectable to the hinge bracket, with the hinge member being rotatable relative to the hinge bracket about an axis of rotation; wherein the hinge member is disconnectable from the hinge bracket in response to at least one threshold force, the at least one threshold force being selected from one or more of: a transverse threshold force comprising a transverse force component transverse to the axis of rotation, the transverse threshold force being the same in at least two directions transverse to the axis of rotation; and/or an axial threshold force comprising a force component acting along the axis of rotation. a transverse threshold force comprising a transverse force component transverse to the axis of rotation, the transverse threshold force being the same in at least two directions transverse to the axis of rotation; and/or an axial threshold force comprising a force component acting along the axis of rotation.