mhurhangee/ep-ind-claims huggingface dataset:
A display apparatus for a multi display apparatus that comprises a plurality of display apparatuses, the display apparatus comprising: an input interface comprising input circuitry configured to receive an image signal corresponding to an image; wireless communicators (3, 4, 5, 6) each comprising wireless communication circuitry and provided at four sides of the display apparatus; a controller configured to: set one of the display apparatuses as a reference display apparatus based on wireless communication through the wireless communication circuitry of the wireless communicators, set coordinates of the display apparatus within the multi display apparatus, determine a size of the multi display apparatus, select an area within the image corresponding to the coordinates of the display apparatus from the image signal; and display the selected area on a display of the display apparatus, wherein the controller is configured to set the display apparatus as the reference display apparatus if the display apparatus has the lowest intrinsic ID number of the plurality of display apparatuses. an input interface comprising input circuitry configured to receive an image signal corresponding to an image; wireless communicators (3, 4, 5, 6) each comprising wireless communication circuitry and provided at four sides of the display apparatus; a controller configured to: set one of the display apparatuses as a reference display apparatus based on wireless communication through the wireless communication circuitry of the wireless communicators, set coordinates of the display apparatus within the multi display apparatus, determine a size of the multi display apparatus, select an area within the image corresponding to the coordinates of the display apparatus from the image signal; and display the selected area on a display of the display apparatus, wherein the controller is configured to set the display apparatus as the reference display apparatus if the display apparatus has the lowest intrinsic ID number of the plurality of display apparatuses. set one of the display apparatuses as a reference display apparatus based on wireless communication through the wireless communication circuitry of the wireless communicators, set coordinates of the display apparatus within the multi display apparatus, determine a size of the multi display apparatus, select an area within the image corresponding to the coordinates of the display apparatus from the image signal; and display the selected area on a display of the display apparatus, wherein the controller is configured to set the display apparatus as the reference display apparatus if the display apparatus has the lowest intrinsic ID number of the plurality of display apparatuses.
A production method for controlling a specific surface area of a conductive carbon black, characterized by comprising firstly introducing an acetylene, and igniting the acetylene to form a reaction zone at a temperature of 1500 to 1800 °C, then introducing a hydrocarbon raw material into the reaction zone to occur a pyrolysis reaction, and collecting a product at a temperature of 1300 to 1500 °C, wherein the hydrocarbon raw material comprises an aromatic hydrocarbon or an olefin; and a mass ratio of the acetylene to the hydrocarbon raw material is 1:0.1 to 1:0.4. wherein the hydrocarbon raw material comprises an aromatic hydrocarbon or an olefin; and a mass ratio of the acetylene to the hydrocarbon raw material is 1:0.1 to 1:0.4.
A superconducting magnetism measuring apparatus comprising a sensor cylinder and a sensor array of superconducting magnetic sensors aligned and mounted on the inner surface of one side at the distal end of the sensor cylinder, wherein the superconducting magnetic sensors each have a longitudinal axis extending along the z direction and wherein the longitudinal axes of the sensors are parallel to each other, characterized in that the superconducting magnetic sensors in the sensor array are aligned in the y direction and the x direction while the side at the distal end of the sensor cylinder is moderately curved so as to project outwardly at the center from both the upper and lower ends along the y direction but not curved along the x direction, and the distal end of the sensor cylinder forms an arcuate wall only in the y direction and is adapted to come closely into direct contact with the cervical or waist part of a human subject.
Electrical connection device for electric or hybrid motor vehicles, comprising a charging socket and a charging plug, a movable locking element for releasably locking the charging plug in the charging socket, and comprising a drive for moving the locking element, which drive has an electric motor and a multi-stage gear mechanism for acting on the locking element, the multi-stage gear mechanism having individual shafts (9, 10, 11) which are each arranged parallel to the output shaft of an electric motor of the drive, an output-side shaft being provided which is equipped with at least two engagement means (18, 19) having different toothing, a first engagement means of the output-side shaft being used for coupling to an input-side shaft and a second engagement means of the output-side shaft being set up for coupling to an emergency unlocking means, characterized in that the emergency unlocking means has a manually operable crank on a separate shaft.
A method of isolating a desired protein from an aqueous solution, comprising: obtaining an aqueous solution comprising a plurality of solvated proteins, wherein the plurality of solvated proteins comprises the desired protein; adding a nonvolatile precipitant to the aqueous solution to provide a precipitant concentration that does not result in the formation of a precipitate comprising the desired protein to form a first intermediate solution; removing water from the first intermediate solution while retaining the precipitant until a target precipitating concentration of the precipitant is reached to generate a first precipitate and a first supernatant, wherein the first precipitate comprises a first protein of the plurality of proteins and the first supernatant comprises a second protein of the plurality of proteins; and separating the first precipitate from the first supernatant. obtaining an aqueous solution comprising a plurality of solvated proteins, wherein the plurality of solvated proteins comprises the desired protein; adding a nonvolatile precipitant to the aqueous solution to provide a precipitant concentration that does not result in the formation of a precipitate comprising the desired protein to form a first intermediate solution; removing water from the first intermediate solution while retaining the precipitant until a target precipitating concentration of the precipitant is reached to generate a first precipitate and a first supernatant, wherein the first precipitate comprises a first protein of the plurality of proteins and the first supernatant comprises a second protein of the plurality of proteins; and separating the first precipitate from the first supernatant.
A circuit for implementing a charge/discharge switch in an integrated circuit, the circuit comprising: a supply bias path coupled to a first node, wherein the supply bias path provides a charging bias current to the first node; a charge transistor connected between the first node and a first terminal of a capacitor, wherein the charge transistor is maintained on; a charge switch coupled between the first node and a ground potential, wherein the charge switch enables charging of the capacitor by way of the first node; a discharge transistor connected between the first terminal of the capacitor and a second node, wherein the discharge transistor is maintained on; a discharge switch coupled between the second node and a reference voltage, wherein the discharge switch enables discharging of the capacitor by way of the second node; and a ground bias path coupled between the second node and ground, wherein the ground bias path provides a discharging bias current to the second node. a supply bias path coupled to a first node, wherein the supply bias path provides a charging bias current to the first node; a charge transistor connected between the first node and a first terminal of a capacitor, wherein the charge transistor is maintained on; a charge switch coupled between the first node and a ground potential, wherein the charge switch enables charging of the capacitor by way of the first node; a discharge transistor connected between the first terminal of the capacitor and a second node, wherein the discharge transistor is maintained on; a discharge switch coupled between the second node and a reference voltage, wherein the discharge switch enables discharging of the capacitor by way of the second node; and a ground bias path coupled between the second node and ground, wherein the ground bias path provides a discharging bias current to the second node.
A composition comprising: a. a PD-1 axis binding antagonist; and b. a compound selected from the group consisting of: 4-(1-(cyclohexylmethyl)-1H-benzo[d]imidazol-2-ylamino)-N-hydroxybenzamide, 4-(1-cyclohexyl-1H-benzo [d] imidazol-2-ylamino)-N-hydroxybenzamide, and 4-(1-cycloheptyl-1H-benzo[d]imidazol-2-ylamino)-N-hydroxybenzamide, wherein the PD-1 axis binding antagonist is a PD-1 binding antagonist, wherein the PD-1 binding antagonist is selected from the group consisting of: an antibody against PD-1, an antigen-binding fragment of the antibody against PD-1, and an immunoadhesin comprising an extracellular or PD-1 binding portion of PD-L1 or PD-L2 fused to a constant region that inhibits the binding of PD-1 to PD-L1, PD-L2 or both. a. a PD-1 axis binding antagonist; and b. a compound selected from the group consisting of: 4-(1-(cyclohexylmethyl)-1H-benzo[d]imidazol-2-ylamino)-N-hydroxybenzamide, 4-(1-cyclohexyl-1H-benzo [d] imidazol-2-ylamino)-N-hydroxybenzamide, and 4-(1-cycloheptyl-1H-benzo[d]imidazol-2-ylamino)-N-hydroxybenzamide, wherein the PD-1 axis binding antagonist is a PD-1 binding antagonist, wherein the PD-1 binding antagonist is selected from the group consisting of: an antibody against PD-1, an antigen-binding fragment of the antibody against PD-1, and an immunoadhesin comprising an extracellular or PD-1 binding portion of PD-L1 or PD-L2 fused to a constant region that inhibits the binding of PD-1 to PD-L1, PD-L2 or both.
A method for determining eye openness with an eye tracking device, wherein the method comprises: capturing, during a first time period when an eye of the user is open, a first image of an eye area of a user, using an image sensor of the eye tracking device; determining, for all pixels of the first image of the eye area, a first sum of intensity of the pixels; capturing, during a second time period when the eye of the user is closed, a second image of the eye area of a user, using the image sensor of the eye tracking device determining, for all pixels of the second image of the eye area, a second sum of intensity of the pixels; capturing, during a third time period, a third image of the eye area of the user, using the image sensor of the eye tracking device; determining, for all pixels of the third image of the eye area, a third sum of intensity of the pixels; and determining, with a processor, that upon the third sum exceeding a fourth sum of the first sum plus a threshold amount, that the eye of the user is closed, wherein the threshold amount is equal to a product of a threshold fraction and a difference between the first sum and the second sum. capturing, during a first time period when an eye of the user is open, a first image of an eye area of a user, using an image sensor of the eye tracking device; determining, for all pixels of the first image of the eye area, a first sum of intensity of the pixels; capturing, during a second time period when the eye of the user is closed, a second image of the eye area of a user, using the image sensor of the eye tracking device determining, for all pixels of the second image of the eye area, a second sum of intensity of the pixels; capturing, during a third time period, a third image of the eye area of the user, using the image sensor of the eye tracking device; determining, for all pixels of the third image of the eye area, a third sum of intensity of the pixels; and determining, with a processor, that upon the third sum exceeding a fourth sum of the first sum plus a threshold amount, that the eye of the user is closed, wherein the threshold amount is equal to a product of a threshold fraction and a difference between the first sum and the second sum.
An analyte monitoring system, comprising: a glucose sensor for positioning in a transcutaneous manner such that at least a portion thereof is in fluid contact with an analyte of a user for monitoring a glucose level of the user; and a data processing unit coupled to the glucose sensor, and configured to generate glucose data from signals generated by the glucose sensor, wherein the data processing unit is configured to pair with a remote device using an encrypted communication key, for establishing bi-directional communication between the data processing unit and the remote device, the data processing unit being configured to transmit identification information of the data processing unit to the remote device and the encrypted communication key being generated by the remote device based on the identification information of the data processing unit, and the data processing unit being further configured to receive the encrypted communication key from the remote device, wherein, after the bi-directional communication is established and the data processing unit is paired with the remote device, the data processing unit is configured to transmit sensor related data with the encrypted communication key to the remote device at predetermined time intervals, wherein the data processing unit is configured to separate non-urgent data from urgent data, and to parse the non-urgent data into a number of data segments; and wherein each transmission of sensor related data comprises all urgent data and a segment of non-urgent data. a glucose sensor for positioning in a transcutaneous manner such that at least a portion thereof is in fluid contact with an analyte of a user for monitoring a glucose level of the user; and a data processing unit coupled to the glucose sensor, and configured to generate glucose data from signals generated by the glucose sensor, wherein the data processing unit is configured to pair with a remote device using an encrypted communication key, for establishing bi-directional communication between the data processing unit and the remote device, the data processing unit being configured to transmit identification information of the data processing unit to the remote device and the encrypted communication key being generated by the remote device based on the identification information of the data processing unit, and the data processing unit being further configured to receive the encrypted communication key from the remote device, wherein, after the bi-directional communication is established and the data processing unit is paired with the remote device, the data processing unit is configured to transmit sensor related data with the encrypted communication key to the remote device at predetermined time intervals, wherein the data processing unit is configured to separate non-urgent data from urgent data, and to parse the non-urgent data into a number of data segments; and wherein each transmission of sensor related data comprises all urgent data and a segment of non-urgent data.
A network interface for transmitting communication data including protection data of a power communication network between a Substation LAN and a packet-switched WAN, comprising: a firewall and a Layer 3 router being connected with each other, and adapted to transmit the communication data excluding the protection data via a first communication channel; and a Layer 2 bypass being in parallel with the firewall and the Layer 3 router, and adapted to transmit the protection data via a second communication channel. a firewall and a Layer 3 router being connected with each other, and adapted to transmit the communication data excluding the protection data via a first communication channel; and a Layer 2 bypass being in parallel with the firewall and the Layer 3 router, and adapted to transmit the protection data via a second communication channel.
An injection training system comprising: a testing tool having a hollow needle, a plunger, a barrel, and an electronic assembly including a light source configured to emit light through the hollow needle, a force sensor configured to measure a force applied to the plunger, and a position sensor configured to obtain position information of the testing tool; an injection apparatus configured to receive a simulated injection by the testing tool, the injection apparatus having a hollow cavity; a first 3D sensor and a second 3D sensor located within the hollow cavity of the injection apparatus, the first and second 3D sensors (502a, 502b) configured to receive light from the light source and configured to measure one or more characteristics of the received light and generate three-dimensional location information corresponding to position of the testing tool based on the detected characteristics; and a display device configured to receive the position information and the three-dimensional location information, and to display position and three-dimensional data reflective of the position information, wherein the display device comprises a processor and a memory device. a testing tool having a hollow needle, a plunger, a barrel, and an electronic assembly including a light source configured to emit light through the hollow needle, a force sensor configured to measure a force applied to the plunger, and a position sensor configured to obtain position information of the testing tool; an injection apparatus configured to receive a simulated injection by the testing tool, the injection apparatus having a hollow cavity; a first 3D sensor and a second 3D sensor located within the hollow cavity of the injection apparatus, the first and second 3D sensors (502a, 502b) configured to receive light from the light source and configured to measure one or more characteristics of the received light and generate three-dimensional location information corresponding to position of the testing tool based on the detected characteristics; and a display device configured to receive the position information and the three-dimensional location information, and to display position and three-dimensional data reflective of the position information, wherein the display device comprises a processor and a memory device.
A work tool including: a frame; a bucket pivotably mounted on the frame; a hydraulic actuator comprising a piston reciprocable in a cylinder to pivot the bucket relative to the frame, in a use position of the frame, through a range of movement between an upwardly open, load carrying position of the bucket and a downwardly open, dump position of the bucket; and a resilient bump stop; the bucket being arranged to apply a maximum compressive force Fc to the bump stop to engage the bump stop in compression between the bucket and the frame as the bucket moves to the dump position; the bump stop being arranged, in a maximally compressed condition in the dump position of the bucket, to apply a restoring force Fr in opposition to the hydraulic actuator to urge the bucket away from the dump position; the applied maximum compressive force Fc including a maximum force component Fe corresponding to a force generated by an empty, self weight of the bucket when static in the dump position; the hydraulic actuator being configured to define a limit position of the piston in the cylinder; wherein the hydraulic actuator is configured to react a residual force component (Fc - Fr) between the piston and the cylinder in the limit position of the piston to define the dump position of the bucket; and (Fc > 2·Fr), and (Fr > Fe). a frame; a bucket pivotably mounted on the frame; a hydraulic actuator comprising a piston reciprocable in a cylinder to pivot the bucket relative to the frame, in a use position of the frame, through a range of movement between an upwardly open, load carrying position of the bucket and a downwardly open, dump position of the bucket; and a resilient bump stop; the bucket being arranged to apply a maximum compressive force Fc to the bump stop to engage the bump stop in compression between the bucket and the frame as the bucket moves to the dump position; the bump stop being arranged, in a maximally compressed condition in the dump position of the bucket, to apply a restoring force Fr in opposition to the hydraulic actuator to urge the bucket away from the dump position; the applied maximum compressive force Fc including a maximum force component Fe corresponding to a force generated by an empty, self weight of the bucket when static in the dump position; the hydraulic actuator being configured to define a limit position of the piston in the cylinder; wherein the hydraulic actuator is configured to react a residual force component (Fc - Fr) between the piston and the cylinder in the limit position of the piston to define the dump position of the bucket; and (Fc > 2·Fr), and (Fr > Fe).
Oven with a cooking compartment and an oven door closing this, through which a flow channel passes, which below the oven door has an opening for cooling air disposed on the front face of the oven, wherein the flow channel within the oven door is connected fluidically to a flow path, which ends with an outflow opening in the region of the upper rear face of the oven, characterised in that the flow path is separated fluidically from the cooking compartment, wherein a blower is disposed in the flow path, to which the flow channel in the oven door is assigned on the suction side, wherein the flow path passes through a switch compartment of the oven that is separated from the cooking compartment, wherein the flow path is connected fluidically to the switch compartment on the suction side, and wherein an exhaust channel for the vapour resulting from oven operation is connected to the cooking compartment, opening to the outside separately from the flow path on the rear face of the oven.
An audio processing method comprising: suppressing at least one first sub-band of a first audio signal to obtain a reduced first audio signal with reserved sub-bands, so as to improve the intelligibility of the reduced first audio signal, at least one second audio signal, or both the reduced first audio signal and the at least one second audio signal; suppressing at least one second sub-band of the at least one second audio signal to obtain at least one reduced second audio signal with reserved sub-bands; and mixing the reduced first audio signal and the at least one reduced second audio signal, wherein: the reserved sub-bands of different audio signals do not overlap. suppressing at least one first sub-band of a first audio signal to obtain a reduced first audio signal with reserved sub-bands, so as to improve the intelligibility of the reduced first audio signal, at least one second audio signal, or both the reduced first audio signal and the at least one second audio signal; suppressing at least one second sub-band of the at least one second audio signal to obtain at least one reduced second audio signal with reserved sub-bands; and mixing the reduced first audio signal and the at least one reduced second audio signal, wherein: the reserved sub-bands of different audio signals do not overlap. the reserved sub-bands of different audio signals do not overlap.