mhurhangee/patent-ind-claim-en huggingface dataset:
A method of mapping cardiac activation, comprising: receiving, at an electroanatomical mapping system , electrophysiological data from a plurality of electrodes carried by a multi-electrode catheter , the plurality of electrodes defining a plurality of cliques; and for each clique of the plurality of cliques, the electroanatomical mapping system executing a process comprising: identifying an integral of an omnipolar electrogram for the clique having a best morphological match to a unipolar electrogram for the clique; defining an orientation of the omnipolar electrogram for the clique having the best morphological match to the unipolar electrogram for the clique as an activation direction for the clique; and computing a conduction velocity magnitude for the clique using the integral of the omnipolar electrogram for the clique and the unipolar electrogram for the clique, thereby determining a cardiac activation map . receiving, at an electroanatomical mapping system , electrophysiological data from a plurality of electrodes carried by a multi-electrode catheter , the plurality of electrodes defining a plurality of cliques; and for each clique of the plurality of cliques, the electroanatomical mapping system executing a process comprising: identifying an integral of an omnipolar electrogram for the clique having a best morphological match to a unipolar electrogram for the clique; defining an orientation of the omnipolar electrogram for the clique having the best morphological match to the unipolar electrogram for the clique as an activation direction for the clique; and computing a conduction velocity magnitude for the clique using the integral of the omnipolar electrogram for the clique and the unipolar electrogram for the clique, identifying an integral of an omnipolar electrogram for the clique having a best morphological match to a unipolar electrogram for the clique; defining an orientation of the omnipolar electrogram for the clique having the best morphological match to the unipolar electrogram for the clique as an activation direction for the clique; and computing a conduction velocity magnitude for the clique using the integral of the omnipolar electrogram for the clique and the unipolar electrogram for the clique, thereby determining a cardiac activation map .
An uplink information sending method, comprising: obtaining , by an apparatus, downlink control information, DCI, and downlink data, wherein the DCI carries indication information for sending uplink information, the uplink information is used to indicate whether the apparatus receives the downlink data correctly; obtaining, by the apparatus, through a radio resource control, RRC, signaling, a quantity of repetition times for sending the uplink information; and sending , by the apparatus, the uplink information according to the indication information carried in the DCI and the quantity of repetition times for sending the uplink information. obtaining , by an apparatus, downlink control information, DCI, and downlink data, wherein the DCI carries indication information for sending uplink information, the uplink information is used to indicate whether the apparatus receives the downlink data correctly; obtaining, by the apparatus, through a radio resource control, RRC, signaling, a quantity of repetition times for sending the uplink information; and sending , by the apparatus, the uplink information according to the indication information carried in the DCI and the quantity of repetition times for sending the uplink information.
An outdoor device for an air conditioner, the outdoor device comprising: a cabinet ; and a base provided at a lower portion of the cabinet, wherein the base includes: a base body on which at least one first seat that supports at least one compressor is provided; a step that extends in an upward direction from the base body; an edge body connected to the step, extending outwardly. with respect to the base body; and at least one second seat that protrudes in the upward direction from the edge body, wherein the outdoor device further comprises a heat exchanger disposed on the at least one second seat, characterized in that : the at least one first seat and the at least one second seat are integrated with each other and have a same height. a cabinet ; and a base provided at a lower portion of the cabinet, wherein the base includes: a base body on which at least one first seat that supports at least one compressor is provided; a step that extends in an upward direction from the base body; an edge body connected to the step, extending outwardly. with respect to the base body; and at least one second seat that protrudes in the upward direction from the edge body, a base body on which at least one first seat that supports at least one compressor is provided; a step that extends in an upward direction from the base body; an edge body connected to the step, extending outwardly. with respect to the base body; and at least one second seat that protrudes in the upward direction from the edge body, wherein the outdoor device further comprises a heat exchanger disposed on the at least one second seat, characterized in that : the at least one first seat and the at least one second seat are integrated with each other and have a same height.
A method for operating an ultrasound probe that is wirelessly connected to an ultrasound image providing apparatus via a communication channel, the method comprising: acquiring (S310) bandwidth information that relates to the communication channel; determining (S320), based on the acquired bandwidth information, at least one parameter value that relates to a quality of an ultrasound image and a transmission speed of a frame that constitutes the ultrasound image; generating (S330) ultrasound image data that relates to an object based on the determined at least one parameter value; and transmitting (S340) the generated ultrasound image data to the ultrasound image providing apparatus at the determined transmission speed. acquiring (S310) bandwidth information that relates to the communication channel; determining (S320), based on the acquired bandwidth information, at least one parameter value that relates to a quality of an ultrasound image and a transmission speed of a frame that constitutes the ultrasound image; generating (S330) ultrasound image data that relates to an object based on the determined at least one parameter value; and transmitting (S340) the generated ultrasound image data to the ultrasound image providing apparatus at the determined transmission speed.
A protective case for a tablet computer , comprising a first support plate , a second support plate , and a cover plate that are located in a same horizontal plane and that are sequentially arranged in a first direction, wherein the first support plate is hinged to the second support plate by using a damping rotating shaft , the second support plate is rotatably connected to the cover plate , the protective case further comprises a bottom support that is disposed on an edge of one end that is close to the cover plate and that is of an upper surface of the second support plate , the first support plate and the second support plate are configured to support and protect a rear surface of a tablet computer , the bottom support is configured to be detachably connected to a side wall of the tablet computer , a keyboard is installed on the cover plate , and the cover plate is capable of protecting a front surface of the tablet computer after rotating the first support plate and the second support plate to overlap the cover plate ; wherein the damping rotating shaft comprises a shaft sleeve and a shaft core , one of the shaft sleeve and the shaft core is relatively secured to the first support plate , the other one of the shaft sleeve and the shaft core is relatively secured to the second support plate , the shaft sleeve is made of an elastic material, a base circle arc section (a) and a changeable-diameter arc section (b) are formed around an inner wall corresponding to an inner hole of the shaft sleeve , the shaft core is cooperatively sleeved in the base circle arc section (a), a radius of the changeable-diameter arc section (b) is less than a radius of the base circle arc section (a), and a flat position (c) is formed at a position that is on an outer circular surface of the shaft core and that fits the changeable-diameter arc section (b), and wherein an upward slope arc section (d) is disposed at an end of the changeable-diameter arc section (b) in a circumference of the inner hole of the shaft sleeve and a radius of the upward slope arc section (d) gradually decreases from the radius of the base circle arc section (a) to the radius of the changeable-diameter arc section (b).
Agricultural tool-holder comprising: - a central chassis (TC) that supports a three-point coupling system (P) for coupling with the agricultural tractor and houses all the hydraulic and electrical parts used to actuate the articulated components of the tool-holder and of the tools that may be installed from time to time on the tool-holder , if necessary; - at least one lateral chassis (TL) that can slide closer to or away from said central chassis (TC); wherein - said central chassis (TC) has an axis of symmetry (Y) and comprises an adjacent, parallel pair of tubular beams disposed along an orthogonal direction to the axis of symmetry (Y) of the central chassis (TC); - said lateral chassis (TL) comprises an adjacent, parallel pair of rods suitable for being exactly inserted and sliding inside said tubular beams , which practically support the lateral frame (TL) telescopically; - at least one actuator suitable for providing the moving thrust of said at least one lateral chassis (TL) and is mounted in the central chassis (TC) characterized in that said pair of rods is rigidly connected by means of two spacing bars (11 and 12) that are interposed and screwed to the rods , one in correspondence of one end of said rods , and one in correspondence of the center of said rods , in such a way that said rods can be inserted for a section equal to approximately half of their length inside said tubular beams of the central chassis (TC). - a central chassis (TC) that supports a three-point coupling system (P) for coupling with the agricultural tractor and houses all the hydraulic and electrical parts used to actuate the articulated components of the tool-holder and of the tools that may be installed from time to time on the tool-holder , if necessary; - at least one lateral chassis (TL) that can slide closer to or away from said central chassis (TC); wherein - said central chassis (TC) has an axis of symmetry (Y) and comprises an adjacent, parallel pair of tubular beams disposed along an orthogonal direction to the axis of symmetry (Y) of the central chassis (TC); - said lateral chassis (TL) comprises an adjacent, parallel pair of rods suitable for being exactly inserted and sliding inside said tubular beams , which practically support the lateral frame (TL) telescopically; - at least one actuator suitable for providing the moving thrust of said at least one lateral chassis (TL) and is mounted in the central chassis (TC)
A pharmaceutical composition comprising 3-(4-hydroxyphenyl)-4-(4-hydroxyphenyl)-8-methylchroman-7-ol: wherein the aryl substituents on the heterocyclic ring are cis relative to each other; or a pharmaceutically acceptable salt thereof.
A dishwasher comprising a body ; a washing tub which is disposed in the body and wherein the washing process is performed; a door which is provided on the body and which isolates the washing tub from the outer environment; at least one rack which is disposed in the washing tub and whereon the kitchen items are placed; at least one spraying member which sprays water onto the rack so as to clean the kitchen items; a delivery line which provides the delivery of water to the spraying member ; a circulation motor which controls the delivery of water to the delivery line , a sensor which is provided on the door and which detects the contact of the user, and a control unit which stops the circulation motor after it is detected by the sensor that the door is to be opened, characterized by a position sensor which is provided on the spraying member , and the control unit which informs the user when the spraying member is stopped thanks to the data received from the position sensor
Method for machining a triangular cell of a stiffened panel, said method having a roughing phase implemented by using a cutting tool which has an axis of rotation (A28) and a diameter of the order of 25 mm in order to obtain an intermediate cell , and a finishing phase in order to obtain a finished cell from the intermediate cell , the intermediate cell being delimited by a base and lateral walls (26.1, 26.2, 26.3), said machining method being characterized in that the roughing phase comprises a plurality of successive passes parallel to the base , and in that , for each pass, the cutting tool performs a sweeping operation by following straight lines (H1 to H6) parallel to a first lateral wall (26.1) until a corner opposite the first lateral wall (26.1) is reached, then a smoothing operation by moving successively along the lateral walls (26.1, 26.2, 26.3).
A one-pack composition that is liquid at room temperature, can be fixed by radiation and cured by heat, comprising the following components: (A) an at least bifunctional epoxy-containing compound; (B) an at least bifunctional thiol; (C) a radiation-curable compound; (D) a photoinitiator; (E) a stabilizer blend that contains at least one sulfonyl isocyanate und at least one acid; and (F) a nitrogen compound as an accelerator.
A base station comprising: at least one processor; and at least one memory including computer program code, the at least one memory and the computer program code configured to, with the at least one processor, cause the base station, belonging to a set of base stations controlled by a common controller, at least to: transmit at least one control signal unique to the base station within a given area, the at least one control signal being a pilot signal identifying said base station among other corresponding base stations; receive instructions from the common controller to transmit a second control signal common to more than one base stations of the set of base stations controlled by the same common controller; transmit the second control signal common to more than one base stations of the set of base stations controlled by the same common controller. at least one processor; and at least one memory including computer program code, the at least one memory and the computer program code configured to, with the at least one processor, cause the base station, belonging to a set of base stations controlled by a common controller, at least to: transmit at least one control signal unique to the base station within a given area, the at least one control signal being a pilot signal identifying said base station among other corresponding base stations; receive instructions from the common controller to transmit a second control signal common to more than one base stations of the set of base stations controlled by the same common controller; transmit the second control signal common to more than one base stations of the set of base stations controlled by the same common controller. transmit at least one control signal unique to the base station within a given area, the at least one control signal being a pilot signal identifying said base station among other corresponding base stations; receive instructions from the common controller to transmit a second control signal common to more than one base stations of the set of base stations controlled by the same common controller; transmit the second control signal common to more than one base stations of the set of base stations controlled by the same common controller.
An input device comprising: a transparent substrate with a display area and a decorative area ; a surface member that is provided above the transparent substrate , the surface member including an operation surface ; transparent electrodes that are provided in the display area on a side opposite to the operation surface ; a decorative layer that is provided in the decorative area ; and a wiring unit that is provided on the decorative area of the transparent substrate , the wiring unit facing the decorative layer , the wiring unit including metal wiring units and transparent units , characterised in that the wiring unit has a layered structure in which the metal wiring units and the transparent wiring units are layered, the transparent wiring units being a transparent conductive layer integrally formed with the transparent electrodes , the transparent wiring units include transparent connection wiring units that extend into both the display area and the decorative area to connect the transparent electrodes electrically with the metal wiring units , a plurality of level parts are provided in the decorative area between the metal wiring units and the display area , wherein gaps are provided between adjacent level parts , wherein the plurality of the level parts are provided in a direction in which the metal wiring units extend in a plan view, the plurality of level parts are formed as protrusions molded together with the transparent substrate , and the transparent connection wiring units extend from the display area to the decorative area through the gaps . a transparent substrate with a display area and a decorative area ; a surface member that is provided above the transparent substrate , the surface member including an operation surface ; transparent electrodes that are provided in the display area on a side opposite to the operation surface ; a decorative layer that is provided in the decorative area ; and a wiring unit that is provided on the decorative area of the transparent substrate , the wiring unit facing the decorative layer , the wiring unit including metal wiring units and transparent units , characterised in that the wiring unit has a layered structure in which the metal wiring units and the transparent wiring units are layered, the transparent wiring units being a transparent conductive layer integrally formed with the transparent electrodes , the transparent wiring units include transparent connection wiring units that extend into both the display area and the decorative area to connect the transparent electrodes electrically with the metal wiring units , a plurality of level parts are provided in the decorative area between the metal wiring units and the display area , wherein gaps are provided between adjacent level parts , wherein the plurality of the level parts are provided in a direction in which the metal wiring units extend in a plan view, the plurality of level parts are formed as protrusions molded together with the transparent substrate , and the transparent connection wiring units extend from the display area to the decorative area through the gaps .
A display device comprising: an optical sensor configured to image a user eye; a light source configured to provide image light; a holographic film having recorded thereon a plurality of holograms , each hologram recorded with a same reference beam but recorded differently so as to differently diffract image light received from the light source , wherein each of the plurality of holograms is recorded with a different amount of shear applied to the holographic film; and a controller configured to 1) determine, via the optical sensor , a position of the user eye, and 2) adjust, based on the determined position of the user eye, a state of the holographic film such that a particular hologram of the plurality of holograms diffracts image light to intersect the position of the user eye, wherein the state of the holographic film can be altered by adjusting an amount of shear applied to the holographic film . an optical sensor configured to image a user eye; a light source configured to provide image light; a holographic film having recorded thereon a plurality of holograms , each hologram recorded with a same reference beam but recorded differently so as to differently diffract image light received from the light source , wherein each of the plurality of holograms is recorded with a different amount of shear applied to the holographic film; and a controller configured to 1) determine, via the optical sensor , a position of the user eye, and 2) adjust, based on the determined position of the user eye, a state of the holographic film such that a particular hologram of the plurality of holograms diffracts image light to intersect the position of the user eye, wherein the state of the holographic film can be altered by adjusting an amount of shear applied to the holographic film .
A method comprising: (a) continuously casting a heat treatable aluminum alloy strip; (b) after the continuously casting step, rolling the heat treatable aluminum alloy strip to an intermediate or final gauge; and (c) quenching the heat treatable aluminum alloy strip, wherein the quenching step (c) occurs after the continuously casting step (a) and before any rolling step (b); wherein, after the quenching step (c), the method excludes both (i) annealing of the heat treatable aluminum alloy strip, and (ii) solution heat treating of the heat treatable aluminum alloy strip; after the quenching step (c), artificially aging the heat treatable aluminum alloy strip; after the quenching step (c) and prior to the artificially aging step, cold rolling the heat treatable aluminum alloy strip. (a) continuously casting a heat treatable aluminum alloy strip; (b) after the continuously casting step, rolling the heat treatable aluminum alloy strip to an intermediate or final gauge; and (c) quenching the heat treatable aluminum alloy strip, wherein the quenching step (c) occurs after the continuously casting step (a) and before any rolling step (b); wherein, after the quenching step (c), the method excludes both (i) annealing of the heat treatable aluminum alloy strip, and (ii) solution heat treating of the heat treatable aluminum alloy strip;
Spray nozzle for a spraying tool, for spraying of a release agent into a casting mould, wherein a dosing space into which the release agent is able to be introduced is incorporated into a nozzle housing of the spray nozzle , and the volume of the dosing space is able to be varied via a dosing element , wherein a reduction in volume of the dosing space effects a displacement of release agent of the same volume from the dosing space , and the release agent displaced from the dosing space by way of the actuating movement of the dosing element is guided via an outlet duct to a nozzle body , via which the release agent is to be discharged from the nozzle housing , wherein an active deaeration unit for deaerating the dosing space is integrated into the spray nozzle , wherein, through action by way of an actuating variable, the deaeration unit is able to be adjusted automatically from a non-functional position into a deaeration and open position, characterized in that a non-return valve is arranged in the discharge duct , and the deaeration unit , in the deaeration and open position, opens the non-return valve .
An ADAM9 inhibitor for use in being an immunomodulator, wherein the ADAM9 inhibitor is a compound of Formula (I), or a pharmaceutically acceptable salt or stereoisomer thereof, wherein: R is a C 1 -C 18 hydrocarbyl comprising 0-3 heteroatoms independently selected from N, S and O, or a C 1 -C 18 hydrocarbyl comprising 0-3 heteroatoms independently selected from N, S and O substituted with a heteroatom selected from N, S or O; and R comprises a C 5 -C 10 organocyclic, and the organocyclic is an aryl comprising 0-3 heteroatoms independently selected from N, S and O. R is a C 1 -C 18 hydrocarbyl comprising 0-3 heteroatoms independently selected from N, S and O, or a C 1 -C 18 hydrocarbyl comprising 0-3 heteroatoms independently selected from N, S and O substituted with a heteroatom selected from N, S or O; and R comprises a C 5 -C 10 organocyclic, and the organocyclic is an aryl comprising 0-3 heteroatoms independently selected from N, S and O.