mhurhangee/ep-ind-claims huggingface dataset:
A device for controlling current limits with a current limit detector, comprising: a current limit controller including a plurality of current switches, each of the current switches including a scaled transistor (T 12, T 13, T 14) adapted to drive an output current (I OUT) of the device based on a control signal; a current limit detector adapted to detect a user-defined current limit and to activate at least one scaled transistor in response to the user-defined current limit; and a current limit portion including an amplifier, a large scale transistor (T 10) of a predetermined large scale and a small scale transistor (T 11) of a predetermined small scale, a ratio between the predetermined large and small scales being preset to control a ratio between a small scale current and a large scale current flowing to the small and large scale transistors, respectively, the large scale transistor (T 10) being in parallel with the current switches, the small and large scale transistors being regulated by the control signal, the amplifier being adapted to generate the control signal by comparing the small scale current and the user-defined current limit, the output current of the device including a sum of currents flowing through the plurality of scaled transistors. a current limit controller including a plurality of current switches, each of the current switches including a scaled transistor (T 12, T 13, T 14) adapted to drive an output current (I OUT) of the device based on a control signal; a current limit detector adapted to detect a user-defined current limit and to activate at least one scaled transistor in response to the user-defined current limit; and a current limit portion including an amplifier, a large scale transistor (T 10) of a predetermined large scale and a small scale transistor (T 11) of a predetermined small scale, a ratio between the predetermined large and small scales being preset to control a ratio between a small scale current and a large scale current flowing to the small and large scale transistors, respectively, the large scale transistor (T 10) being in parallel with the current switches, the small and large scale transistors being regulated by the control signal, the amplifier being adapted to generate the control signal by comparing the small scale current and the user-defined current limit, the output current of the device including a sum of currents flowing through the plurality of scaled transistors.
A method of testing a device under test, DUT, having a control interface compliant with a standard selected from a plurality of standards each supporting a common set of management data input/output, MDIO, and non-MDIO control signals, the method comprising: coupling the DUT to a test device (300, 500) comprising a test interface and an integrated control interface, by coupling a data interface of the DUT to the test interface of the test device (300, 500), and by coupling the control interface of the DUT to the integrated control interface of the test device (300, 500); adapting the integrated control interface of the test device (300, 500) to the standard with which the control interface of the DUT complies, so that the integrated control interface of the test device (300, 500) directly and fully controls the DUT during a test via at least the common set of MDIO and non-MDIO control signals; performing the test on the DUT, by exchanging test data signals between the data interface of the DUT and the test interface of the test device (300, 500), to obtain test results; and monitoring the DUT throughout the test, by exchanging control signals selected from the common set of MDIO and non-MDIO control signals between the control interface of the DUT and the integrated control interface of the test device (300, 500), to obtain status information about the DUT. coupling the DUT to a test device (300, 500) comprising a test interface and an integrated control interface, by coupling a data interface of the DUT to the test interface of the test device (300, 500), and by coupling the control interface of the DUT to the integrated control interface of the test device (300, 500); adapting the integrated control interface of the test device (300, 500) to the standard with which the control interface of the DUT complies, so that the integrated control interface of the test device (300, 500) directly and fully controls the DUT during a test via at least the common set of MDIO and non-MDIO control signals; performing the test on the DUT, by exchanging test data signals between the data interface of the DUT and the test interface of the test device (300, 500), to obtain test results; and monitoring the DUT throughout the test, by exchanging control signals selected from the common set of MDIO and non-MDIO control signals between the control interface of the DUT and the integrated control interface of the test device (300, 500), to obtain status information about the DUT.
A multi-input method for controlling a head mounted display, the method comprising: displaying, on a display of the head mounted display, content including a plurality of objects; determining, using an eye focus detector, a position of a user's eye focus on the display; identifying a first object among the plurality of objects on the display at or around the position of the user's eye focus; receiving a verbal command; detecting, with a lip movement detector, a set of lip movements of the user; deriving a command based on the detected set of lip movements; extracting contextual information from the first object, the verbal command or the derived command; determining an intended command based on the extracted contextual information and a reconciliation of the verbal command with the derived command; and performing an operation corresponding to the determined intended command. displaying, on a display of the head mounted display, content including a plurality of objects; determining, using an eye focus detector, a position of a user's eye focus on the display; identifying a first object among the plurality of objects on the display at or around the position of the user's eye focus; receiving a verbal command; detecting, with a lip movement detector, a set of lip movements of the user; deriving a command based on the detected set of lip movements; extracting contextual information from the first object, the verbal command or the derived command; determining an intended command based on the extracted contextual information and a reconciliation of the verbal command with the derived command; and performing an operation corresponding to the determined intended command.
A derailment sign detection system comprising: a detection section provided in a train and detecting a pitch angular velocity and a roll angular velocity of the train on traveling; a control device that makes a storage device store the roll angular velocity detected by the detection section, calculates a prediction value of the roll angular velocity after a lapse of a prediction time based on a history of the roll angular velocity, and determines that a derailment sign of the train is present in a case that the pitch angular velocity detected by the detection section and the prediction value of the roll angular velocity exceed preset threshold values respectively corresponding thereto; and an output section that transmits the derailment sign to an outside in a case that the control device determines that the derailment sign is present, characterized in that: the control device calculates a change amount of the roll angular velocity in an inclination measurement time, and calculates the prediction value of the roll angular velocity after the lapse of the prediction time on an assumption that a change in the roll angular velocity is maintained after the lapse of the prediction time. a detection section provided in a train and detecting a pitch angular velocity and a roll angular velocity of the train on traveling; a control device that makes a storage device store the roll angular velocity detected by the detection section, calculates a prediction value of the roll angular velocity after a lapse of a prediction time based on a history of the roll angular velocity, and determines that a derailment sign of the train is present in a case that the pitch angular velocity detected by the detection section and the prediction value of the roll angular velocity exceed preset threshold values respectively corresponding thereto; and an output section that transmits the derailment sign to an outside in a case that the control device determines that the derailment sign is present, characterized in that: the control device calculates a change amount of the roll angular velocity in an inclination measurement time, and calculates the prediction value of the roll angular velocity after the lapse of the prediction time on an assumption that a change in the roll angular velocity is maintained after the lapse of the prediction time.
A method for operating a person lifting device (100, 300), the method comprising: detecting, with a first coupling detector, an identification of a first accessory coupling (620A, 620B, 622A, 622B) attached to a first lifting hook of a sling bar of the person lifting device; determining, automatically with an electronic control unit communicatively coupled to the first coupling detector, a type of the first accessory coupling based on the identification of the first accessory coupling; detecting, with the first coupling detector, an identification of a second accessory coupling (620A, 620B, 622A, 622B) attached to the first lifting hook of the sling bar of the person lifting device; determining, automatically with the electronic control unit communicatively coupled to the first coupling detector, a type of the second accessory coupling based on the identification of the second accessory coupling; comparing, with the electronic control unit communicatively coupled to the first coupling detector, the type of the first accessory coupling and the type of the second accessory coupling; and communicating, automatically with the electronic control unit, a warning signal when the type of the first accessory coupling and the type of the second accessory coupling are different. detecting, with a first coupling detector, an identification of a first accessory coupling (620A, 620B, 622A, 622B) attached to a first lifting hook of a sling bar of the person lifting device; determining, automatically with an electronic control unit communicatively coupled to the first coupling detector, a type of the first accessory coupling based on the identification of the first accessory coupling; detecting, with the first coupling detector, an identification of a second accessory coupling (620A, 620B, 622A, 622B) attached to the first lifting hook of the sling bar of the person lifting device; determining, automatically with the electronic control unit communicatively coupled to the first coupling detector, a type of the second accessory coupling based on the identification of the second accessory coupling; comparing, with the electronic control unit communicatively coupled to the first coupling detector, the type of the first accessory coupling and the type of the second accessory coupling; and communicating, automatically with the electronic control unit, a warning signal when the type of the first accessory coupling and the type of the second accessory coupling are different.
Anti-panic push bar for actuating a door lock of an escape door or emergency exit door, comprising a base profile that can be attached to rest on a door panel, an actuating handle which extends in parallel to the longitudinal direction of the base profile and is moveably mounted relative to the base profile, a sliding device having at least one slide (31, 32) which is connected via a connecting rod to an output follower for actuating the door lock, further comprising a transmission device for transmitting a movement of the actuating handle to the sliding device, wherein the output follower can be connected to a lock follower of the door lock by means of a spindle, and wherein the connecting rod is connected on its one end to a slide (31, 32) of the sliding device via a pin and is rotatably mounted on its opposite end on the output follower via an eccentrically mounted peg, characterised in that the output follower has two neutral positions, wherein the first neutral position is provided for right-hand side door panels and the second neutral position is provided for left-hand side door panels and the output follower is mounted, rotatable by 180°, in order to reach the second neutral position from the first neutral position without a constructive engagement.
An image-processing apparatus having a frame memory controlled by a memory controller, comprising: a scanner that reads an image so as to produce read image data; a pixel density conversion part that converts the read image data into high-density image data having a pixel density higher than a pixel density of the read image data; a memory storing the high-density image data according to a predetermined arrangement of pixels; a code conversion part reading the high-density image data from the memory and converting the high-density image data into code data according to a predetermined conversion code; and an output interface part outputting code data as output image data to an imaging unit forming a visible image based on the image data, characterized in that the high-density image data is binary value data stored in the memory, which includes a frame memory and in that a dot position control is not performed during the pixel density conversion before storing the binary value data in the memory. a scanner that reads an image so as to produce read image data; a pixel density conversion part that converts the read image data into high-density image data having a pixel density higher than a pixel density of the read image data; a memory storing the high-density image data according to a predetermined arrangement of pixels; a code conversion part reading the high-density image data from the memory and converting the high-density image data into code data according to a predetermined conversion code; and an output interface part outputting code data as output image data to an imaging unit forming a visible image based on the image data, characterized in that the high-density image data is binary value data stored in the memory, which includes a frame memory and in that a dot position control is not performed during the pixel density conversion before storing the binary value data in the memory.
A method for operating a gluing system for gluing blanks for producing and/or packaging cigarettes or other smokable objects, in which the blanks are conveyed along glue valves of the gluing system, wherein, in order to control and/or regulate the glue valves, a superordinate master controller respectively transmits values of at least one control and/or regulation parameter to individual controllers which are assigned to the glue valves, are subordinate to the master controller and are each connected to the superordinate master controller via a suitable data connection, the subordinate controller using said values to control and/or regulate the glue valve assigned to it, characterized in that, for one glue valve, for a plurality of glue valves or for each glue valve, the values of at least one characteristic variable of the glue valves respectively integrated in the gluing system are recorded, namely of the electric current, which flows through the coil of the electromagnet of the glue valve in the event of movements of the closure element of the respective glue valve which have been caused by an electromagnet, with the type of the corresponding glue valve and/or fault states of the latter being detected and/or determined using the values of the at least one characteristic variable.
An electrosurgical instrument adapted to be used with an external electrosurgical generator configured to transmit an electrical current to one or more electrodes of the electrosurgical instrument to cut or coagulate tissue by use of electrical energy from the electrode(s), characterised in that the electrosurgical instrument incorporates a signal modificator having an input end electrically connectable to the electrosurgical generator and an output end (98,100,102) electrically connected to one or more electrodes (17a,17b) of the electrosurgical instrument, where the signal modificator is adapted to modify a continuous signal from the electrosurgical generator into a pulsing signal to the one or more electrodes (17a,17b) of the electrosurgical instrument and comprises a circuit for providing the pulsing signal, wherein the signal modificator is incorporated inside a handle or part of a handle of the electrosurgical instrument.
Allergen exposure system comprising an allergen injection device, an air inlet duct and an exposure room containing an air containing allergen particles obtained by mixing a flow of allergen particles from the allergen injection device and a flow of air devoid of allergens fed in through the air inlet duct, this exposure room being designed to accommodate patients inhaling the air containing allergen particles to cause an allergic provocation, said allergen exposure system being characterized in that the allergen injection device is a capillary wave atomizer that produces a flow of allergen particles in the form of a nebulisate; in that the exposure system comprises a mixing chamber, contained by walls, separate from the air inlet duct and the exposure room, in which occurs said mixture between the flow of allergen particles and the flow of air devoid of allergens; in that the said mixing chamber comprises: - at least one allergen inlet, connected to the outlet of the allergen injection device and through which the flow of allergen particles penetrates, - at least one air inlet, connected to the air inlet duct and through which the flow of air devoid of allergens penetrates, - at least one diffusion outlet connected to the exposure room and through which a flow of air containing allergen particles, obtained by mixing in the mixing chamber the flow of air devoid of allergens and the flow of allergen particles, escapes towards the exposure room; and in that the mixing chamber comprises an inlet zone having a larger section than that of the air inlet duct and into which the flow of air devoid of allergens entering through the air inlet emerges, causing an expansion of the flow of air devoid of allergens when it enters the chamber. - at least one allergen inlet, connected to the outlet of the allergen injection device and through which the flow of allergen particles penetrates, - at least one air inlet, connected to the air inlet duct and through which the flow of air devoid of allergens penetrates, - at least one diffusion outlet connected to the exposure room and through which a flow of air containing allergen particles, obtained by mixing in the mixing chamber the flow of air devoid of allergens and the flow of allergen particles, escapes towards the exposure room;
A centrifugal compressor comprising: a rotor including a shaft rotatably supported in a casing and an impeller secured to an outer periphery of the shaft; a diaphragm surrounding the impeller from an outer peripheral side; a suction side casing head disposed so as to be spaced apart from the diaphragm on a side where a fluid is suctioned; a temperature adjusting mechanism that is provided in the suction side casing head and configured to adjust a temperature of environment by flow of a heat medium, a heat shield that is provided between the suction side casing head and the diaphragm and defines, together with the impeller, a suction flow path through which the fluid is introduced to the impeller; and a plurality of straightening vanes that are provided in the suction flow path and configured to straighten the fluid flowing through the suction flow path, characterized in that even if the straightening vanes are displaced in a direction away from the heat shield, an interference state between the straightening vanes and the heat shield is maintained. a rotor including a shaft rotatably supported in a casing and an impeller secured to an outer periphery of the shaft; a diaphragm surrounding the impeller from an outer peripheral side; a suction side casing head disposed so as to be spaced apart from the diaphragm on a side where a fluid is suctioned; a temperature adjusting mechanism that is provided in the suction side casing head and configured to adjust a temperature of environment by flow of a heat medium, a heat shield that is provided between the suction side casing head and the diaphragm and defines, together with the impeller, a suction flow path through which the fluid is introduced to the impeller; and a plurality of straightening vanes that are provided in the suction flow path and configured to straighten the fluid flowing through the suction flow path, characterized in that even if the straightening vanes are displaced in a direction away from the heat shield, an interference state between the straightening vanes and the heat shield is maintained.
A composition comprising a) nanoparticles comprising docetaxel coated with albumin, and b) citrate, wherein stability of the composition is enhanced compared to that of the composition without citrate.
A bi-directional data isolator, comprising: an isolation barrier; a first circuit configured to transmit first data and a clock signal across the isolation barrier, the clock signal being configured to periodically vary between a plurality of states at a clock frequency; and a second circuit configured to receive the first data and the clock signal and transmit second data across the isolation barrier; wherein the first circuit is configured to transmit the first data at a data rate that is variable relative to the clock frequency within a range including a first ratio of the data rate to the clock frequency and a second ratio of the data rate to the clock frequency, wherein the first circuit is configured to transmit the first data across the isolation barrier while the clock signal is in a first state of the plurality of states and the second circuit is configured to transmit the second data across the isolation barrier while the clock signal is in a second state of the plurality of states and wherein the first circuit is configured to change the data rate relative to the clock frequency within the range at least in part by changing the clock frequency by adjusting a duration of the first state to adjust a size of the first data. an isolation barrier; a first circuit configured to transmit first data and a clock signal across the isolation barrier, the clock signal being configured to periodically vary between a plurality of states at a clock frequency; and a second circuit configured to receive the first data and the clock signal and transmit second data across the isolation barrier; wherein the first circuit is configured to transmit the first data at a data rate that is variable relative to the clock frequency within a range including a first ratio of the data rate to the clock frequency and a second ratio of the data rate to the clock frequency, wherein the first circuit is configured to transmit the first data across the isolation barrier while the clock signal is in a first state of the plurality of states and the second circuit is configured to transmit the second data across the isolation barrier while the clock signal is in a second state of the plurality of states and wherein the first circuit is configured to change the data rate relative to the clock frequency within the range at least in part by changing the clock frequency by adjusting a duration of the first state to adjust a size of the first data.