mhurhangee/ep-ind-claims huggingface dataset:
A surgical instrument system comprising a surgical instrument comprising: a firing member; and a motor configured to drive said firing member, a battery configured to supply power to said motor; said surgical instrument further comprising a first end effector attachable to said surgical instrument; wherein said first end effector comprises a first set of stored data regarding a first set of end effector parameters pertained to said first end effector, wherein said surgical instrument is configured to ascertain said first set of stored data and enter an operating state after ascertaining said first set of stored data, wherein said operating state comprises limiting the power that said battery can supply to said motor to a first power, characterized in that said surgical instrument is configured to enter a default operating mode if said surgical instrument is unable to ascertain said first set of stored data from an attached end effector, and in that said default operating mode comprises limiting the power that said battery can supply to said motor to a default power, and said default power is less than said first power. a firing member; and a motor configured to drive said firing member, a battery configured to supply power to said motor; said surgical instrument further comprising a first end effector attachable to said surgical instrument; wherein said first end effector comprises a first set of stored data regarding a first set of end effector parameters pertained to said first end effector, wherein said surgical instrument is configured to ascertain said first set of stored data and enter an operating state after ascertaining said first set of stored data, wherein said operating state comprises limiting the power that said battery can supply to said motor to a first power, characterized in that said surgical instrument is configured to enter a default operating mode if said surgical instrument is unable to ascertain said first set of stored data from an attached end effector, and in that said default operating mode comprises limiting the power that said battery can supply to said motor to a default power, and said default power is less than said first power.
An apparatus for determining the mean corpuscular haemoglobin concentration (MCHC) in a whole blood sample, comprising: a sample holder including an elongate sample chamber having an open end and a closed end; a holding member adapted to receive and retain the sample holder, wherein the holding member is configured to rotate about an axis of rotation, and wherein when the sample holder is received and retained by the holding member the sample chamber is substantially perpendicular to the axis of rotation; first and second light sources positioned on one side of the sample holder, configured to emit light in respective different frequencies, which correspond to regions of the spectrum in which the absorption of reduced haemoglobin (RHb) and oxygenated haemoglobin (HbO 2) vary significantly; and at least one light sensor positioned on a second side of the sample holder, opposite from the first side, so that light from each of the first and second light sources may pass through the sample chamber, in at least one rotational position of the sample holder, and impinge on the at least one light sensor, to allow the determination of light absorption by both RHb and HbO 2 species. a sample holder including an elongate sample chamber having an open end and a closed end; a holding member adapted to receive and retain the sample holder, wherein the holding member is configured to rotate about an axis of rotation, and wherein when the sample holder is received and retained by the holding member the sample chamber is substantially perpendicular to the axis of rotation; first and second light sources positioned on one side of the sample holder, configured to emit light in respective different frequencies, which correspond to regions of the spectrum in which the absorption of reduced haemoglobin (RHb) and oxygenated haemoglobin (HbO 2) vary significantly; and at least one light sensor positioned on a second side of the sample holder, opposite from the first side, so that light from each of the first and second light sources may pass through the sample chamber, in at least one rotational position of the sample holder, and impinge on the at least one light sensor, to allow the determination of light absorption by both RHb and HbO 2 species.
A set of three fine metal masks, wherein each fine metal mask comprises: a pattern region including a plurality of openings corresponding to one color pixel; and a plurality of alignment holes corresponding to the color pixel located outside the pattern region; wherein the plurality of alignment holes are disposed adjacent to the pattern region and have the same arrangement as the plurality of openings in the pattern region; wherein the set of three fine metal masks comprises: a fine metal mask for evaporating red pixel, comprising a patterning region including a plurality of openings corresponding to red pixel; a fine metal mask for evaporating green pixel, comprising pattern region including a plurality of openings corresponding to green pixel and a fine metal mask for evaporating blue pixel comprising a pattern region including a plurality of openings corresponding to blue pixel; wherein only in the fine metal mask for evaporating red pixel the plurality of alignment holes comprises a plurality of R alignment holes for evaporating red pixel; wherein only in the fine metal mask for evaporating green pixel the plurality of alignment holes comprises a plurality of G alignment holes for evaporating green pixel; wherein only in the fine metal mask for evaporating blue pixel the plurality of alignment holes comprises a plurality of B alignment holes for evaporating blue pixel. a pattern region including a plurality of openings corresponding to one color pixel; and a plurality of alignment holes corresponding to the color pixel located outside the pattern region; wherein the plurality of alignment holes are disposed adjacent to the pattern region and have the same arrangement as the plurality of openings in the pattern region; wherein the set of three fine metal masks comprises: a fine metal mask for evaporating red pixel, comprising a patterning region including a plurality of openings corresponding to red pixel; a fine metal mask for evaporating green pixel, comprising pattern region including a plurality of openings corresponding to green pixel and a fine metal mask for evaporating blue pixel comprising a pattern region including a plurality of openings corresponding to blue pixel; a fine metal mask for evaporating red pixel, comprising a patterning region including a plurality of openings corresponding to red pixel; a fine metal mask for evaporating green pixel, comprising pattern region including a plurality of openings corresponding to green pixel and a fine metal mask for evaporating blue pixel comprising a pattern region including a plurality of openings corresponding to blue pixel; wherein only in the fine metal mask for evaporating red pixel the plurality of alignment holes comprises a plurality of R alignment holes for evaporating red pixel; wherein only in the fine metal mask for evaporating green pixel the plurality of alignment holes comprises a plurality of G alignment holes for evaporating green pixel; wherein only in the fine metal mask for evaporating blue pixel the plurality of alignment holes comprises a plurality of B alignment holes for evaporating blue pixel.
Composition comprising: (a) at least one extract of a plant of the genus Brassica or parts of a plant of the genus Brassica, wherein said plant of the genus Brassica is curly kale, and at least one extract of a plant of the genus Valeriana or parts of a plant of the genus Valeriana, and/or at least one extract of a plant of the genus Humulus or parts of a plant of the genus Humulus. (a) at least one extract of a plant of the genus Brassica or parts of a plant of the genus Brassica, wherein said plant of the genus Brassica is curly kale, and at least one extract of a plant of the genus Valeriana or parts of a plant of the genus Valeriana, and/or at least one extract of a plant of the genus Humulus or parts of a plant of the genus Humulus.
Generator for a mechatronic control system for providing a set point and/or a set state to the control system, wherein the generator comprises a forward model of the mechatronic system or part of the mechatronic system and a structural image of the mechatronic system or part of the mechatronic system, characterized in that the structural image comprises a position element, a connector dummy element, a sensor model element, a stiffness and damping element, a friction element, an inertia element, a damping and stiffness element and a virtual road element.
System for determining component-related delay times for the spray application of viscous fluids, comprising • an actuable application system for a viscous fluid having at least the components of a metering device, fluid valve and application nozzle, • wherein the dynamic behaviour of the application system is dependent, with respect to the volume flow profile of the viscous fluid during the application, also on, inter alia, component-related delay times, and • an impacted object to be sprayed with the viscous fluid by the application nozzle, characterized by • a vibration sensor for continuously sensing vibrations of the impacted object, in particular during the application of the viscous fluid, wherein the vibration sensor is provided to make available a vibration profile in the form of continuous measurement data, and • at least one computing device which is provided • for actuating the application system with a sequence of predefinable input parameters, • for bringing about a chronological correlation between the change in an input parameter of the application system and a change occurring thereafter in the vibration profile and • determining therefrom and making available a respective component-related delay time. • an actuable application system for a viscous fluid having at least the components of a metering device, fluid valve and application nozzle, • wherein the dynamic behaviour of the application system is dependent, with respect to the volume flow profile of the viscous fluid during the application, also on, inter alia, component-related delay times, and • an impacted object to be sprayed with the viscous fluid by the application nozzle, • a vibration sensor for continuously sensing vibrations of the impacted object, in particular during the application of the viscous fluid, wherein the vibration sensor is provided to make available a vibration profile in the form of continuous measurement data, and • at least one computing device which is provided • for actuating the application system with a sequence of predefinable input parameters, • for bringing about a chronological correlation between the change in an input parameter of the application system and a change occurring thereafter in the vibration profile and • determining therefrom and making available a respective component-related delay time. • for actuating the application system with a sequence of predefinable input parameters, • for bringing about a chronological correlation between the change in an input parameter of the application system and a change occurring thereafter in the vibration profile and • determining therefrom and making available a respective component-related delay time.
A combustion pressure sensor-equipped glow plug comprising: a housing having a tubular metallic shell extending in an axial direction and a tubular cap member which is provided at a front end of the metallic shell, which is shorter in length along the axial direction than the metallic shell, and whose diameter decreases toward a front end thereof; a rod-shaped heater unit having a rear end portion disposed within the housing and a front end portion protruding from the front end of the cap member, the heater unit being movable in the axial direction; a connecting member which connects the heater unit to the housing and allows the heater unit to move in the axial direction; and a pressure sensor which detects combustion pressure according to load transmitted via the heater unit, the combustion pressure sensor-equipped glow plug being characterized in that the cap member is formed of a material higher in tensile strength or yield strength than a material used to form the metallic shell, and the metallic shell is formed of a material higher in thermal expansion coefficient than that used to form the cap member. a housing having a tubular metallic shell extending in an axial direction and a tubular cap member which is provided at a front end of the metallic shell, which is shorter in length along the axial direction than the metallic shell, and whose diameter decreases toward a front end thereof; a rod-shaped heater unit having a rear end portion disposed within the housing and a front end portion protruding from the front end of the cap member, the heater unit being movable in the axial direction; a connecting member which connects the heater unit to the housing and allows the heater unit to move in the axial direction; and a pressure sensor which detects combustion pressure according to load transmitted via the heater unit, the combustion pressure sensor-equipped glow plug being characterized in that the cap member is formed of a material higher in tensile strength or yield strength than a material used to form the metallic shell, and the metallic shell is formed of a material higher in thermal expansion coefficient than that used to form the cap member.
An ultrasonic diagnosing apparatus, comprising: connecting means that can connect a probe having ultrasonic transducer units (141, 142) to transmit and receive ultrasonic waves; transmitting/receiving means for supplying an ultrasonic signal to said ultrasonic transducer units (141, 142) and carrying out a reception process of the ultrasonic signal received by said ultrasonic transducer units (141, 142); an image memory for storing said received and processed ultrasonic signal as an image data; and three-dimensional operating means for forming a three-dimensional image from the image data stored in said image memory at real time, wherein said three-dimensional operating means is designed so as to cut/slice and division-display a plurality of tomographic images of said three-dimensional image by performing cutting/slicing at a set position, at a set angle and at a preliminarily specified interval within a three-dimensional display range including said three-dimensional image, and between a position of a slice upper limit line and a position of a slice lower limit line. connecting means that can connect a probe having ultrasonic transducer units (141, 142) to transmit and receive ultrasonic waves; transmitting/receiving means for supplying an ultrasonic signal to said ultrasonic transducer units (141, 142) and carrying out a reception process of the ultrasonic signal received by said ultrasonic transducer units (141, 142); an image memory for storing said received and processed ultrasonic signal as an image data; and three-dimensional operating means for forming a three-dimensional image from the image data stored in said image memory at real time, wherein said three-dimensional operating means is designed so as to cut/slice and division-display a plurality of tomographic images of said three-dimensional image by performing cutting/slicing at a set position, at a set angle and at a preliminarily specified interval within a three-dimensional display range including said three-dimensional image, and between a position of a slice upper limit line and a position of a slice lower limit line.
A drill head and circular steering module fitting around a drill shaft for use in a microtunnelling system to create a bore hole, the microtunneling system comprising: a drive system, a drill head section and intermediate drill rods allowing extension of the boring hole created by the drill head driven by the drive system; the drill head includes the circular steering module mounted axially on the drill shaft in a manner to allow radial movement and having a plurality of radially mounted pistons able to engage an inner surface of the steering shell such that the control of the protrusion of the plurality of radially mounted pistons controls the direction of the steering shell, characterized in that, said circular steering module has radial bores from which the radially mounted pistons protrude. a drive system, a drill head section and intermediate drill rods allowing extension of the boring hole created by the drill head driven by the drive system; the drill head includes the circular steering module mounted axially on the drill shaft in a manner to allow radial movement and having a plurality of radially mounted pistons able to engage an inner surface of the steering shell such that the control of the protrusion of the plurality of radially mounted pistons controls the direction of the steering shell, characterized in that, said circular steering module has radial bores from which the radially mounted pistons protrude.
A polymorphic form of Compound or a pharmaceutically acceptable salt thereof, wherein Compound is represented by the following structural formula: and wherein the polymorphic form is Hydrate 3 of Compound, wherein Hydrate 3 of Compound is characterized by one or more peaks corresponding to 2-theta values, measured in degrees, of 7.0 ± 0.2, 18.6 ± 0.2, 20.8 ± 0.2, 23.3 ± 0.2, and 26.0 ± 0.2 in an X-ray powder diffraction pattern.
A personal care device comprising: first and second tactile sensors; a device head comprising a plurality of tufts, wherein a first one of the plurality of tufts is in communication with the first tactile sensor and comprises a first angle relative to the device head, and further wherein a second one of the plurality of tufts is in communication with the second tactile sensor and comprises a second angle relative to the device head, wherein the first and second angles are greater than or less than 90 degrees relative to the device head, and wherein the first and second angles are different; and a controller configured to: (i) receive, in response to interaction of the plurality of tufts with a use surface, first sensor data from the first tactile sensor and second sensor data from the second tactile sensor; and (ii) characterize, using the first sensor data and second sensor data, a position and/or movement of the personal care device within use area. first and second tactile sensors; a device head comprising a plurality of tufts, wherein a first one of the plurality of tufts is in communication with the first tactile sensor and comprises a first angle relative to the device head, and further wherein a second one of the plurality of tufts is in communication with the second tactile sensor and comprises a second angle relative to the device head, wherein the first and second angles are greater than or less than 90 degrees relative to the device head, and wherein the first and second angles are different; and a controller configured to: (i) receive, in response to interaction of the plurality of tufts with a use surface, first sensor data from the first tactile sensor and second sensor data from the second tactile sensor; and (ii) characterize, using the first sensor data and second sensor data, a position and/or movement of the personal care device within use area.
Process for preparing a functionalized polybutadiene, characterized in that it comprises the following steps: a) homopolymerizing butadiene by means of a catalytic system so as to form a pseudo-living elastomer, said catalytic system being based on at least: - one conjugated diene monomer, - a salt of one or more rare earth metals of an organic phosphoric acid, - an aluminium-containing alkylating agent, and - a halogen donor, comprising an alkylaluminium halide, said salt is in suspension or in solution in at least one saturated inert hydrocarbon-based solvent of aliphatic or alicyclic type; b) adding a polyfunctional compound comprising at least three functional groups to the pseudo-living elastomer formed in step (a), said functional group being capable of reacting with the reactive end of the pseudo-living elastomer; c) adding a functionalizing agent corresponding to the formula A-R i -B to the mixture formed in step (b), with A denoting a group capable of reacting with the reactive end of the pseudo-living elastomer, R i denoting an atom or a group of atoms forming a bond between A and B, and B denoting a function capable of reacting with a reinforcing filler; d) recovering the functionalized polybutadiene; and in that the total molar amount of aluminium in the polymerization medium is such that the (aluminium/rare earth salt) molar ratio has a value between 1 and 5 and in that the polymerization is carried out at a temperature between 40°C and 90°C. a) homopolymerizing butadiene by means of a catalytic system so as to form a pseudo-living elastomer, said catalytic system being based on at least: - one conjugated diene monomer, - a salt of one or more rare earth metals of an organic phosphoric acid, - an aluminium-containing alkylating agent, and - a halogen donor, comprising an alkylaluminium halide, said salt is in suspension or in solution in at least one saturated inert hydrocarbon-based solvent of aliphatic or alicyclic type; - one conjugated diene monomer, - a salt of one or more rare earth metals of an organic phosphoric acid, - an aluminium-containing alkylating agent, and - a halogen donor, comprising an alkylaluminium halide, b) adding a polyfunctional compound comprising at least three functional groups to the pseudo-living elastomer formed in step (a), said functional group being capable of reacting with the reactive end of the pseudo-living elastomer; c) adding a functionalizing agent corresponding to the formula A-R i -B to the mixture formed in step (b), with A denoting a group capable of reacting with the reactive end of the pseudo-living elastomer, R i denoting an atom or a group of atoms forming a bond between A and B, and B denoting a function capable of reacting with a reinforcing filler; d) recovering the functionalized polybutadiene;
A computer-implemented method for image processing, comprising: determining a target area corresponding to a target object in an image to be processed; determining, based on initial color values of at least a part of target pixels corresponding to the target area, initial luminance corresponding to the at least the part of the target pixels; and characterized by adjusting, based on the initial luminance corresponding to the at least the part of the target pixels and obtained preset color conversion information of the target area, the initial color values of the at least the part of the target pixels to obtain a target image, wherein the preset color conversion information comprises a preset color value and color conversion degree information, and the color conversion degree information indicates a change degree of a color change of the at least the part of the target pixels determined by a user. determining a target area corresponding to a target object in an image to be processed; determining, based on initial color values of at least a part of target pixels corresponding to the target area, initial luminance corresponding to the at least the part of the target pixels; and characterized by adjusting, based on the initial luminance corresponding to the at least the part of the target pixels and obtained preset color conversion information of the target area, the initial color values of the at least the part of the target pixels to obtain a target image, wherein the preset color conversion information comprises a preset color value and color conversion degree information, and the color conversion degree information indicates a change degree of a color change of the at least the part of the target pixels determined by a user.