mhurhangee/ep-ind-claims huggingface dataset:
A method for personalizing a document blank by way of a graphic to produce a document using an irradiation unit, the document blank comprising a photosensitive layer, at least one optically detectable parameter of the photosensitive layer changing when electromagnetic radiation is applied, the change in the parameter scaling with the energy input into the photosensitive layer, the irradiation unit providing electromagnetic radiation, the energy of the radiation provided by the irradiation unit being settable, comprising the following steps: • providing a monochrome starting graphic; • reducing the brightness values of the monochrome starting graphic to at least two brightness levels to obtain a reduced starting graphic; • dividing the reduced starting graphic into partial graphics, each of the partial graphics only including pixels of the same brightness; • completely reproducing each of the individual partial graphics on the document blank by applying electromagnetic radiation to the photosensitive layer, wherein each brightness level is associated with energy to be input into the photosensitive layer, and wherein the energy to be input associated with the brightness level of a partial graphic is applied to the photosensitive layer during the reproduction of the partial graphic, the selection of the brightness levels comprising: • ascertaining a brightness spectrum, the brightness spectrum reproducing the number of pixels present in the starting graphic per brightness value; • applying a clustering method to ascertain clusters in the brightness spectrum; and • grouping the brightness levels so that every brightness level comprises a cluster. • providing a monochrome starting graphic; • reducing the brightness values of the monochrome starting graphic to at least two brightness levels to obtain a reduced starting graphic; • dividing the reduced starting graphic into partial graphics, each of the partial graphics only including pixels of the same brightness; • completely reproducing each of the individual partial graphics on the document blank by applying electromagnetic radiation to the photosensitive layer, • ascertaining a brightness spectrum, the brightness spectrum reproducing the number of pixels present in the starting graphic per brightness value; • applying a clustering method to ascertain clusters in the brightness spectrum; and • grouping the brightness levels so that every brightness level comprises a cluster.
A catheter, comprising: an elongated catheter body; a tip electrode distal to the catheter body; a support member having a passage portion defining a rounded distal surface; a shell mounted on the support member; and a safety tensile member having a tensile portion positioned in the passage portion to pass around the rounded distal surface. an elongated catheter body; a tip electrode distal to the catheter body; a support member having a passage portion defining a rounded distal surface; a shell mounted on the support member; and a safety tensile member having a tensile portion positioned in the passage portion to pass around the rounded distal surface.
An ultrasonic diagnostic imaging system for reviewing 3D ultrasound image data comprising: a 3D ultrasound probe operable to acquire 3D image data of a region of a subject; an ultrasound signal path responsive to the acquired 3D image data which produces ultrasound images; a display coupled to the ultrasound signal path which displays the ultrasound images; characterized in that the system further comprises an image review processing unit responsive to a 3D image data set and operable to: 1) locate a reference image in the 3D image data set; 2) manipulate the 3D image data set from a view of the reference image to arrive at a desired diagnostic image; 3) record the manipulations of the 3D image data set; and 4) replay the recorded manipulations from a view of a reference image to arrive at a desired diagnostic image. a 3D ultrasound probe operable to acquire 3D image data of a region of a subject; an ultrasound signal path responsive to the acquired 3D image data which produces ultrasound images; a display coupled to the ultrasound signal path which displays the ultrasound images; an image review processing unit responsive to a 3D image data set and operable to: 1) locate a reference image in the 3D image data set; 2) manipulate the 3D image data set from a view of the reference image to arrive at a desired diagnostic image; 3) record the manipulations of the 3D image data set; and 4) replay the recorded manipulations from a view of a reference image to arrive at a desired diagnostic image. 1) locate a reference image in the 3D image data set; 2) manipulate the 3D image data set from a view of the reference image to arrive at a desired diagnostic image; 3) record the manipulations of the 3D image data set; and 4) replay the recorded manipulations from a view of a reference image to arrive at a desired diagnostic image.
An arrangement comprising a hinge having a hinge arm, a hinge cup and an intermediate portion which is mounted movably to the hinge arm and which is coupled to the hinge arm by way of at least two levers and which is coupled to the hinge cup by way of a hinge lever and a mounting device for fixing the hinge including - a base plate to be fixed to a furniture part, in particular a side wall of a furniture carcass, - and a fixing device for preferably releasably fixing the hinge arm, wherein the fixing device is mounted moveably on the base plate, characterised in that the mounting device has a connecting element which is mounted moveably to the base plate by way of at least one hinge lever (7a, 7b) and which can be fixed to the intermediate portion, wherein the fixing device is moveable relative to the base plate by way of the hinge lever (7a, 7b). - a base plate to be fixed to a furniture part, in particular a side wall of a furniture carcass, - and a fixing device for preferably releasably fixing the hinge arm, wherein the fixing device is mounted moveably on the base plate,
A power supply method, comprising: converting a voltage input into a power source into a first voltage, and supplying power to an energy-consuming component based on the first voltage; obtaining status information obtained after the energy-consuming component is powered on, wherein the status information comprises identification information of the energy-consuming component or current working status information of the energy-consuming component; determining a second voltage based on the status information; and converting the voltage input into the power source into the second voltage, and supplying power to the energy-consuming component based on the second voltage; characterized in that the status information comprises load power percentage information of the energy-consuming component; and the determining a second voltage based on the status information comprises: determining an optimal voltage based on the load power percentage information and a rule table, wherein the optimal voltage is an output voltage of the power source when input power of the power source is minimum at a determined load power percentage, and a correspondence between different load power percentages and different optimal voltages is preset in the rule table; and determining that the second voltage is the optimal voltage. converting a voltage input into a power source into a first voltage, and supplying power to an energy-consuming component based on the first voltage; obtaining status information obtained after the energy-consuming component is powered on, wherein the status information comprises identification information of the energy-consuming component or current working status information of the energy-consuming component; determining a second voltage based on the status information; and converting the voltage input into the power source into the second voltage, and supplying power to the energy-consuming component based on the second voltage; characterized in that the status information comprises load power percentage information of the energy-consuming component; and the determining a second voltage based on the status information comprises: determining an optimal voltage based on the load power percentage information and a rule table, wherein the optimal voltage is an output voltage of the power source when input power of the power source is minimum at a determined load power percentage, and a correspondence between different load power percentages and different optimal voltages is preset in the rule table; and determining that the second voltage is the optimal voltage. determining an optimal voltage based on the load power percentage information and a rule table, wherein the optimal voltage is an output voltage of the power source when input power of the power source is minimum at a determined load power percentage, and a correspondence between different load power percentages and different optimal voltages is preset in the rule table; and determining that the second voltage is the optimal voltage.
A light emitting device comprising: a base body having wiring conductors; a conductive adhesive member comprising electrically conductive particles mixed in a light transmissive resin; and a semiconductor light emitting element bonded on the wiring conductors via the conductive adhesive; wherein the conductive adhesive member comprises the electrically conductive particles with a concentration lower in a surrounding region around the semiconductor light emitting element than in a lower region located between the semiconductor light emitting element and the base body, characterized in that the conductive adhesive member in the surrounding region covers side surfaces of the semiconductor light emitting element and forms a fillet portion, wherein the electrically conductive particles are included in the conductive adhesive member in an upper side portion of the fillet portion with a concentration lower than the concentration of electrically conductive particles included in a lower side portion of the fillet portion of the conductive adhesive member. a base body having wiring conductors; a conductive adhesive member comprising electrically conductive particles mixed in a light transmissive resin; and a semiconductor light emitting element bonded on the wiring conductors via the conductive adhesive; wherein the conductive adhesive member comprises the electrically conductive particles with a concentration lower in a surrounding region around the semiconductor light emitting element than in a lower region located between the semiconductor light emitting element and the base body, characterized in that the conductive adhesive member in the surrounding region covers side surfaces of the semiconductor light emitting element and forms a fillet portion, wherein the electrically conductive particles are included in the conductive adhesive member in an upper side portion of the fillet portion with a concentration lower than the concentration of electrically conductive particles included in a lower side portion of the fillet portion of the conductive adhesive member.
A motor control system of an electric vehicle, comprising: an IGBT module, connectable with a motor of the electric vehicle; a detection module, connectable with the motor, and configured to detect a motor speed; a drive module, connected with the IGBT module, and configured to drive IGBTs in the IGBT module to turn on or off so as to control the motor to work or stop working; a first control module, connected with the detection module; a second control module; and a channel selection module, connected with the drive module, the first control module and the second control module respectively, and configured to select a channel of the first control module or the second control module, wherein when the first control module has a fault, the channel selection module selects the channel of the second control module; when the channel selection module selects the channel of the first control module, the first control module sends a first control signal to the drive module so as to control the drive module to drive the IGBTs in IGBT module to turn on or off; characterized in that the second control module is communicated with the first control module; and when the channel selection module selects the channel of the second control module, the second control module sends a second control signal to the drive module according to the motor speed, so as to control the motor to stop working, wherein the motor speed is the motor speed at a predetermined time before the first control module has the fault or the current motor speed. an IGBT module, connectable with a motor of the electric vehicle; a detection module, connectable with the motor, and configured to detect a motor speed; a drive module, connected with the IGBT module, and configured to drive IGBTs in the IGBT module to turn on or off so as to control the motor to work or stop working; a first control module, connected with the detection module; a second control module; and a channel selection module, connected with the drive module, the first control module and the second control module respectively, and configured to select a channel of the first control module or the second control module, wherein when the first control module has a fault, the channel selection module selects the channel of the second control module; when the channel selection module selects the channel of the first control module, the first control module sends a first control signal to the drive module so as to control the drive module to drive the IGBTs in IGBT module to turn on or off; characterized in that the second control module is communicated with the first control module; and when the channel selection module selects the channel of the second control module, the second control module sends a second control signal to the drive module according to the motor speed, so as to control the motor to stop working, wherein the motor speed is the motor speed at a predetermined time before the first control module has the fault or the current motor speed.
A method of preparing a compound of formula: or a salt thereof, said method comprising reacting a compound of formula with a monomer compound of formula (d 1), wherein: X 3 is -Cl; and P 3 is H or an amine protecting group. X 3 is -Cl; and P 3 is H or an amine protecting group.
A filter plate compression and transport retrofitting kit for a filter press, wherein the filter press comprises a stationary pressure plate, a displaceable pressure plate and a plurality of filter plates oriented perpendicular to a longitudinal dimension of the filter press, the retrofitting kit comprising: a stationary support structure configured to couple to the stationary pressure plate, a displaceable support structure configured to couple to the displaceable pressure plate, a compression system, coupled to the stationary support structure, the compression system comprising at least one electrically operated compression actuator comprising a planetary screw assembly, wherein the compression system is configured to provide a closing pressure to the filter plates, and a transport system coupled to the displaceable support structure, the transport system comprising at least one electrically operated transport actuator comprising a rack and pinion drive assembly, characterized in that the compression system rigidly connects to the transport system so as to form, for each respective pair of compression actuators and transport actuators: a common actuator link which extends linearly from the stationary support structure to the displaceable support structure along the longitudinal dimension. a stationary support structure configured to couple to the stationary pressure plate, a displaceable support structure configured to couple to the displaceable pressure plate, a compression system, coupled to the stationary support structure, the compression system comprising at least one electrically operated compression actuator comprising a planetary screw assembly, wherein the compression system is configured to provide a closing pressure to the filter plates, and a transport system coupled to the displaceable support structure, the transport system comprising at least one electrically operated transport actuator comprising a rack and pinion drive assembly, characterized in that the compression system rigidly connects to the transport system so as to form, for each respective pair of compression actuators and transport actuators: a common actuator link which extends linearly from the stationary support structure to the displaceable support structure along the longitudinal dimension.
An engine for use in a motorcycle, comprising: a crankshaft provided along a widthwise direction of the motorcycle; a main shaft provided along the widthwise direction of the motorcycle and having a through hole formed in an axial direction thereof; a clutch provided at one end side of the main shaft and between the crankshaft and the main shaft; a push rod inserted into the through hole of the main shaft; a clutch release cylinder provided at the other end side of the main shaft to release the clutch by pushing the push rod; a drive shaft provided along the widthwise direction of the motorcycle; a transmission provided between the main shaft and the drive shaft, a drive sprocket fixed to one end of the drive shaft; and, a cover covering an outside of the drive sprocket as measured in the widthwise direction of the motorcycle, the main shaft being positioned above a plane including the crankshaft and the drive shaft, and characterized in that the cover is positioned outward of the clutch release cylinder as measured in the widthwise direction of the motorcycle. a crankshaft provided along a widthwise direction of the motorcycle; a main shaft provided along the widthwise direction of the motorcycle and having a through hole formed in an axial direction thereof; a clutch provided at one end side of the main shaft and between the crankshaft and the main shaft; a push rod inserted into the through hole of the main shaft; a clutch release cylinder provided at the other end side of the main shaft to release the clutch by pushing the push rod; a drive shaft provided along the widthwise direction of the motorcycle; a transmission provided between the main shaft and the drive shaft, a drive sprocket fixed to one end of the drive shaft; and, a cover covering an outside of the drive sprocket as measured in the widthwise direction of the motorcycle, the main shaft being positioned above a plane including the crankshaft and the drive shaft, and characterized in that the cover is positioned outward of the clutch release cylinder as measured in the widthwise direction of the motorcycle.
A method for assembling a structure from objects including discrete objects and a large object that is bigger than the discrete objects, the method comprising: operating a first subset of pick-and-place machines at a placement station independently in an asynchronous phase to place the discrete objects onto a mandrel; while operating the first subset in the asynchronous phase, for each of the PNP machines in the first subset: providing new instructions from a program in response to detecting that prior instructions from the program have been completed by the PNP machine, regardless of progress of other PNP machines in the first subset; operating a second subset of PNP machines in tandem in a synchronous phase to place the large object onto the mandrel simultaneously with the operating of the first subset of PNP machines, wherein the large object spans multiple PNP machines (130b, 130c); and while operating the second subset in the synchronous phase, providing new instructions from the program to each of the PNP machines (130b, 130c) in the second subset in response to detecting that all of the PNP machines (130b, 130c) in the second subset have completed a prior instruction from the program. operating a first subset of pick-and-place machines at a placement station independently in an asynchronous phase to place the discrete objects onto a mandrel; while operating the first subset in the asynchronous phase, for each of the PNP machines in the first subset: providing new instructions from a program in response to detecting that prior instructions from the program have been completed by the PNP machine, regardless of progress of other PNP machines in the first subset; operating a second subset of PNP machines in tandem in a synchronous phase to place the large object onto the mandrel simultaneously with the operating of the first subset of PNP machines, wherein the large object spans multiple PNP machines (130b, 130c); and while operating the second subset in the synchronous phase, providing new instructions from the program to each of the PNP machines (130b, 130c) in the second subset in response to detecting that all of the PNP machines (130b, 130c) in the second subset have completed a prior instruction from the program.
A method to determine in what context a user is inputting data to a third party application, so as to facilitate the storing and retrieving of credentials specific to said context in order to provide secure authorized access, comprising the steps of: enabling an accessibility function on a user device, said accessibility function running in the background and receiving callbacks by the system when accessibility function events are fired, said accessibility function events denoting a state transition in the user interface of the user device; detecting a user interaction with the accessibility function; activating an input method on the user device, wherein the input method is responsible for requesting information from the user, securely storing said information and passing along the information to the third party application; establishing communication between the input method and the third party application; retrieving, by the accessibility function, input field characteristics of the third party application with the input method; securely storing the input field characteristics; aggregating the input field characteristics and combining them with a signature of the third-party application to generate a unique footprint corresponding to said context of the third party application; and securely storing the unique footprint, characterized in that the input field characteristics comprise field and format information for the input fields of the third party application, and that the information that goes into the footprint further comprises a history of all user interactions for the current input session. enabling an accessibility function on a user device, said accessibility function running in the background and receiving callbacks by the system when accessibility function events are fired, said accessibility function events denoting a state transition in the user interface of the user device; detecting a user interaction with the accessibility function; activating an input method on the user device, wherein the input method is responsible for requesting information from the user, securely storing said information and passing along the information to the third party application; establishing communication between the input method and the third party application; retrieving, by the accessibility function, input field characteristics of the third party application with the input method; securely storing the input field characteristics; aggregating the input field characteristics and combining them with a signature of the third-party application to generate a unique footprint corresponding to said context of the third party application; and securely storing the unique footprint, characterized in that the input field characteristics comprise field and format information for the input fields of the third party application, and that the information that goes into the footprint further comprises a history of all user interactions for the current input session.