mhurhangee/ep-ind-claims huggingface dataset:
A method of testing control logic that resides on and operates an automation controller, the method being performed at a communication network, the automation controller being disposed remotely from and communicating with the communication network, the method comprising: receiving (202, 204) at the communications network a representation of the control logic from the automation controller and storing the representation of the control logic at the communications network; based upon the received representation of the control logic, automatically generating a test procedure at the communications network, the test procedure being effective to test the representation of the control logic; applying the test procedure to the representation of the control logic at the communications network to create a simulation of the operation of the control logic, the simulation being conducted simultaneously and in parallel with the normal operation of the automation controller; evaluating at least one result of the simulation at the communications network; determining identities of recipients who are operating a version of the control logic that is the same or similar to the representation of the control logic at the communications network to be informed of the test results; sending a notice to the identified recipients indicating a potential problem with their control logic exists; and transmitting the at least one result to a service center. receiving (202, 204) at the communications network a representation of the control logic from the automation controller and storing the representation of the control logic at the communications network; based upon the received representation of the control logic, automatically generating a test procedure at the communications network, the test procedure being effective to test the representation of the control logic; applying the test procedure to the representation of the control logic at the communications network to create a simulation of the operation of the control logic, the simulation being conducted simultaneously and in parallel with the normal operation of the automation controller; evaluating at least one result of the simulation at the communications network; determining identities of recipients who are operating a version of the control logic that is the same or similar to the representation of the control logic at the communications network to be informed of the test results; sending a notice to the identified recipients indicating a potential problem with their control logic exists; and transmitting the at least one result to a service center.
An ion implantation machine comprising: - a pump device, - an enclosure that is connected to the pump device, - a substrate-carrier arranged inside said enclosure, - a high voltage electrical power supply arranged to polarize negatively the substrate-carrier, - a plasma feed device in the form of a cylindrical body extending between an initial section and a terminal section, this device having a main chamber (PR, PR2) provided with an ionization cell (BC1, ANT1), said main chamber (PR, PR2) being provided with a gas delivery orifice (ING, INL), the final section of said main chamber being provided with head-loss means arranged for creating a pressure drop relative to said body, said plasma feed device also having an auxiliary chamber arranged beyond said final section, this auxiliary chamber opening out into said enclosure at said terminal section, characterized in that said auxiliary chamber is provided with a second ionization cell (BC2, ANT2). - a pump device, - an enclosure that is connected to the pump device, - a substrate-carrier arranged inside said enclosure, - a high voltage electrical power supply arranged to polarize negatively the substrate-carrier, - a plasma feed device in the form of a cylindrical body extending between an initial section and a terminal section, this device having a main chamber (PR, PR2) provided with an ionization cell (BC1, ANT1), said main chamber (PR, PR2) being provided with a gas delivery orifice (ING, INL),
A position encoder arrangement configured to detect the position of a movable source based on a source field, which is a magnetic field or an electric field, emitted by the source, the sensor arrangement comprising - a number of sensor elements, with the sensor elements being arranged with a known geometrical distribution, in particular evenly distributed, and each sensor element being configured to provide a sensor value based on the source field; and - an evaluation unit configured - to determine, based on the sensor values, a fine position value indicating a position of the movable source; - to generate from the sensor values a sensor array of binary signals, with each binary signal corresponding to one of the sensor values and indicating whether the corresponding sensor value is smaller or larger than a threshold value; and - to determine, based on the sensor array of binary signals, a trustworthiness of the fine position value and/or an error flag indicating whether a failure status of the position encoder arrangement is present. - a number of sensor elements, with the sensor elements being arranged with a known geometrical distribution, in particular evenly distributed, and each sensor element being configured to provide a sensor value based on the source field; and - an evaluation unit configured - to determine, based on the sensor values, a fine position value indicating a position of the movable source; - to generate from the sensor values a sensor array of binary signals, with each binary signal corresponding to one of the sensor values and indicating whether the corresponding sensor value is smaller or larger than a threshold value; and - to determine, based on the sensor array of binary signals, a trustworthiness of the fine position value and/or an error flag indicating whether a failure status of the position encoder arrangement is present.
A steel sheet assembly comprising a plurality of lapped steel sheets having a composition containing C: 0.4% or less, Si: 3.0% or less, Al: 3.0% or less, Mn: 0.2% to 6.0%, P: 0.1% or less, and S: 0.07% or less on a mass basis, the remainder being Fe and inevitable impurities, and having a tensile strength of 1,470 MPa or less and a thickness of 0.3 mm to 5.0 mm, wherein a weld of the assembly has a nugget diameter of 2.8√t (mm) or more, where t denotes the thickness of a thinner one of the steel sheets on both sides of a weld interface, and characterized in that the steel sheet assembly is formed by applying, in advance, an adhesive and a carbon-supplying agent to a surface of either or both of the steel sheets to be lapped and then welding the steel sheets by spot welding, and the amount of C in the weld is increased by 0.02% by mass or more as compared to the steel sheets before being applied with the adhesive and the carbon-supplying agent. C: 0.4% or less, Si: 3.0% or less, Al: 3.0% or less, Mn: 0.2% to 6.0%, P: 0.1% or less, and S: 0.07% or less wherein a weld of the assembly has a nugget diameter of 2.8√t (mm) or more, where t denotes the thickness of a thinner one of the steel sheets on both sides of a weld interface, and characterized in that the steel sheet assembly is formed by applying, in advance, an adhesive and a carbon-supplying agent to a surface of either or both of the steel sheets to be lapped and then welding the steel sheets by spot welding, and the amount of C in the weld is increased by 0.02% by mass or more as compared to the steel sheets before being applied with the adhesive and the carbon-supplying agent.
System for monitoring impedance and electric potential of cells in vitro, comprising a) a cell-substrate including at least one electrode for contacting said cells and at least one reference electrode, b) a device capable of impedance measurement between the electrodes (impedance analyzer), c) a device for measuring the electric potential difference between the electrodes (potential analyzer) and d) a switch for selectively connecting the electrodes either to the impedance analyzer or to the potential analyzer, characterized in that the switch has an on-resistance lower than 50 Ohm, an off-isolation of lower than -60 dB, and a crosstalk isolation lower than -60 dB. a) a cell-substrate including at least one electrode for contacting said cells and at least one reference electrode, b) a device capable of impedance measurement between the electrodes (impedance analyzer), c) a device for measuring the electric potential difference between the electrodes (potential analyzer) and d) a switch for selectively connecting the electrodes either to the impedance analyzer or to the potential analyzer,
A drawer comprising a front adjuster, having a slide, which can be fixed on a side frame, and which is mounted so it is displaceable on a guide connectable to a front panel, characterized in that a rotatable worm wheel is situated between guide and slide, which moves the slide along the guide in the event of a rotation.
An apparatus comprising: • a housing having first, second, third, and fourth conductive walls, each conductive wall being opposite to one of the other walls; • a dielectric (106, 112) situated within the housing, the dielectric (106, 112) defining a compartment within the housing; • an electrode aligned with the compartment, wherein the electrode comprises: at least three electrode sections, wherein each of the electrode sections is spaced apart from each adjacent electrode section, wherein, for each electrode section, a link extends between a center of a length of the electrode section and a center of a length of each adjacent electrode section, and the link electrically connects the electrode section with the adjacent electrode section and divides a space between the electrode section and the adjacent electrode section into two equal gaps; • a liquid crystal, layer filling the compartment; and • a bias line coupled to the electrode. • a housing having first, second, third, and fourth conductive walls, each conductive wall being opposite to one of the other walls; • a dielectric (106, 112) situated within the housing, the dielectric (106, 112) defining a compartment within the housing; • an electrode aligned with the compartment, wherein the electrode comprises: at least three electrode sections, wherein each of the electrode sections is spaced apart from each adjacent electrode section, wherein, for each electrode section, a link extends between a center of a length of the electrode section and a center of a length of each adjacent electrode section, and the link electrically connects the electrode section with the adjacent electrode section and divides a space between the electrode section and the adjacent electrode section into two equal gaps; • a liquid crystal, layer filling the compartment; and • a bias line coupled to the electrode.
A device, comprising: a detector configured to detect a charging current of a battery of an electrical device and to determine charging current values of the charging current; a switch configured to connect and disconnect charging; a controller configured to detect a maximum value of the charging current values; after detecting the maximum value, the controller is further configured to detect a threshold current value of the charging current values in relation to the detected maximum value; after detecting the threshold current value, the controller is configured to detect a change of subsequent values of the charging current values, and based on the change to detect whether the change exceeds a threshold change value, wherein the change exceeds the threshold change value if a latest value of the subsequent values is a certain amount smaller than a previous value of the subsequent values; after detecting the exceeding of the threshold change value, the controller is further configured to control the switch for disconnecting charging. a detector configured to detect a charging current of a battery of an electrical device and to determine charging current values of the charging current; a switch configured to connect and disconnect charging; a controller configured to detect a maximum value of the charging current values; after detecting the maximum value, the controller is further configured to detect a threshold current value of the charging current values in relation to the detected maximum value; after detecting the threshold current value, the controller is configured to detect a change of subsequent values of the charging current values, and based on the change to detect whether the change exceeds a threshold change value, wherein the change exceeds the threshold change value if a latest value of the subsequent values is a certain amount smaller than a previous value of the subsequent values; after detecting the exceeding of the threshold change value, the controller is further configured to control the switch for disconnecting charging.
A strip splicing apparatus for joining a trailing end of a downstream metal strip to the leading end of an upstream metal strip, comprising: a base having a working surface; a laser device for both cutting said downstream and upstream metal strips and for welding said metal strips together, said laser device including a laser source and a laser head in communication with said laser source a fixed platen fixedly secured to said working surface; a moving platen slideably connected to said working surface; and characterised by a cover assembly operatively connected to said base and movable between an open position and a closed position; said laser head being housed in and connected to said cover assembly. a base having a working surface; a laser device for both cutting said downstream and upstream metal strips and for welding said metal strips together, said laser device including a laser source and a laser head in communication with said laser source a fixed platen fixedly secured to said working surface; a moving platen slideably connected to said working surface; and characterised by a cover assembly operatively connected to said base and movable between an open position and a closed position; said laser head being housed in and connected to said cover assembly.
High directivity boundary microphone comprising at least one unidirectional microphone element and a holder, the holder comprising a holder plate and a holder feet for placing upon a plane, a membrane of the microphone element being positioned flush into the holder plate so that the microphone element and the holder plate form one equal surface, wherein when the holder feet is placed on a plane, the angle between the holder plate and the plane being between 30° and 40°, and the microphone element being placed as close as possible to a corner formed by the holder plate and the plane, characterized in that the holder plate is dimensioned so that sound will be delayed when it travels from front to rear such that the directivity of the at least one microphone element is increased.
Apparatus for connecting two chassis parts, in particular two track drives, having a strut which is arranged such that it can be moved in a channel which is open on both sides, characterized by a wiper which is arranged at least partially within the channel for wiping contaminants from the strut.
Wheelset transmission (1, 1') for driving a wheelset shaft of a rail vehicle, comprising an input shaft, one or a plurality of transmission stages (6, 7), an output shaft and a transmission housing, wherein a drive torque can be transmitted from the input shaft to the output shaft, and wherein a vibration absorber is connected to the transmission housing, characterized in that the vibration absorber has at least one absorber mass, which is coupled to the transmission housing via at least one elastic coupling (12, 13) in such a manner that the absorber mass can carry out a translational vibration with a main vibration direction S substantially perpendicular to the axis of rotation of the output shaft, and wherein there is an absorber housing that encloses the vibration absorber.
A fluid ejection die having a die length and a die width, the fluid ejection die comprising: a plurality of nozzles (12a - 12x) arranged along the die length and the die width, the plurality of nozzles arranged such that at least one respective pair of neighboring nozzles are positioned at different die width positions along the width of the fluid ejection die, wherein the plurality of nozzles are arranged into nozzle columns (20a - 20d), and wherein a distance between sequential nozzles of the nozzle columns is within a range of 100 - 400 μm; a plurality of ejection chambers including a respective ejection chamber fluidically coupled to each respective nozzle of the plurality of nozzles; and an array of fluid feed holes including a first respective fluid feed hole fluidically coupled to each respective ejection chamber and a second respective fluid feed hole fluidically coupled to each respective ejection chamber. a plurality of nozzles (12a - 12x) arranged along the die length and the die width, the plurality of nozzles arranged such that at least one respective pair of neighboring nozzles are positioned at different die width positions along the width of the fluid ejection die, wherein the plurality of nozzles are arranged into nozzle columns (20a - 20d), and wherein a distance between sequential nozzles of the nozzle columns is within a range of 100 - 400 μm; a plurality of ejection chambers including a respective ejection chamber fluidically coupled to each respective nozzle of the plurality of nozzles; and an array of fluid feed holes including a first respective fluid feed hole fluidically coupled to each respective ejection chamber and a second respective fluid feed hole fluidically coupled to each respective ejection chamber.
A paper sheet conveying apparatus loaded to convey a piled bundle of paper sheets in a paper sheet handling apparatus, comprising: a conveying path provided for conveying the bundle of paper sheets, externally inserted into the apparatus, in a conveying direction parallel with a plane of the bundle; a tray provided at one end of a cross direction to the conveying direction, for supporting the bundle in the cross direction when the bundle is conveyed along the conveying path; first and second convey sections (106, 123) provided on either side in the cross direction for conveying the bundle of paper sheets along the conveying path; a pressure section provided at an opposite end of the cross direction, for allowing pressure to work on the bundle between the first and second convey sections (106, 123) by moving at least one of the first and second convey sections (106, 123) in the cross direction toward the tray; and a drive section for driving the first and second convey sections (106, 123) and the pressure section; characterised by: a projecting member movable between a projected state, in which the projecting member is projected into the conveying path to support the bundle in the conveying direction, and an evacuated state in which the projecting member is not so projected, the projecting member attached to the tray such that, when in the projected state, the projecting member conveys the bundle of paper sheets along the conveying direction. a conveying path provided for conveying the bundle of paper sheets, externally inserted into the apparatus, in a conveying direction parallel with a plane of the bundle; a tray provided at one end of a cross direction to the conveying direction, for supporting the bundle in the cross direction when the bundle is conveyed along the conveying path; first and second convey sections (106, 123) provided on either side in the cross direction for conveying the bundle of paper sheets along the conveying path; a pressure section provided at an opposite end of the cross direction, for allowing pressure to work on the bundle between the first and second convey sections (106, 123) by moving at least one of the first and second convey sections (106, 123) in the cross direction toward the tray; and a drive section for driving the first and second convey sections (106, 123) and the pressure section; characterised by: a projecting member movable between a projected state, in which the projecting member is projected into the conveying path to support the bundle in the conveying direction, and an evacuated state in which the projecting member is not so projected, the projecting member attached to the tray such that, when in the projected state, the projecting member conveys the bundle of paper sheets along the conveying direction.
A formulation for use in reducing intraocular pressure by stabilizing vasculature associated with the trabecular meshwork in a subject in need thereof, the formulation comprising a therapeutically-effective amount of a Tie-2 activator, wherein the formulation is formulated for topical administration, wherein the Tie-2 activator is a compound of the formula: or a pharmaceutically-acceptable salt or zwitterion thereof.
A method of diagnosing the existence of a kidney disorder in a feline comprising measuring the level of expression of secreted frizzled-related protein 2 in a biological sample from the feline, wherein differences in expression of secreted frizzled-related protein 2 in the sample relative to a control value for expression in a sample from a normal animal indicate the existence of a kidney disorder.
A universal debugging method for a USB device, wherein the method comprises: receiving input information of a terminal through a HID device; when report ID of the input information is a serial port ID, transmitting the input information to a buffer of a virtual serial port TTY device; extracting the input information of the terminal from the buffer of the virtual serial port TTY device, executing a shell command on the input information, and returning execution result to the terminal through the original path. receiving input information of a terminal through a HID device; when report ID of the input information is a serial port ID, transmitting the input information to a buffer of a virtual serial port TTY device; extracting the input information of the terminal from the buffer of the virtual serial port TTY device, executing a shell command on the input information, and returning execution result to the terminal through the original path.
A light pole, wherein the light pole extends along a principal axis, A, and comprises: a housing extending along the principal axis, and a support structure arranged within the housing, wherein the support structure comprises a board-shaped segment extending along the principal axis, and flanges (140a, 140b) extending along the principal axis and arranged on either, longitudinal side of the segment, wherein the flanges, in a cross-section of the support structure perpendicular to the principal axis, extend in a plane perpendicular to the principal axis, characterised in that the length, L, of the flanges in said plane is larger at both end portions (150a, 150b) of the support structure than at a central portion of the support structure along the principal axis. a housing extending along the principal axis, and a support structure arranged within the housing, wherein the support structure comprises a board-shaped segment extending along the principal axis, and flanges (140a, 140b) extending along the principal axis and arranged on either, longitudinal side of the segment, wherein the flanges, in a cross-section of the support structure perpendicular to the principal axis, extend in a plane perpendicular to the principal axis, characterised in that the length, L, of the flanges in said plane is larger at both end portions (150a, 150b) of the support structure than at a central portion of the support structure along the principal axis.