mhurhangee/ep-ind-claims huggingface dataset:
A target support tool (1, 1a to 1g) attachable to an attachment target of a structure and configured to support a measurement target useable for measuring or surveying the structure, the target support tool comprising: a base member (2, 2a, 2g) including a first arm (21A, 21Aa) and a second arm (21B, 21Ba) connected to each other to form a bend part therebetween and allowing the measurement target to be placed at an external or internal corner of the bend part; and a magnetic support part at least on the first arm (21A, 21Aa), the magnetic support part allowing attachment and detachment of the target support tool to the attachment target, characterised in that a distal end surface of the first arm (21A, 21Aa) and a distal end surface of the second arm (21B, 21Ba) form a same plane. a base member (2, 2a, 2g) including a first arm (21A, 21Aa) and a second arm (21B, 21Ba) connected to each other to form a bend part therebetween and allowing the measurement target to be placed at an external or internal corner of the bend part; and a magnetic support part at least on the first arm (21A, 21Aa), the magnetic support part allowing attachment and detachment of the target support tool to the attachment target, characterised in that a distal end surface of the first arm (21A, 21Aa) and a distal end surface of the second arm (21B, 21Ba) form a same plane.
Device for arranging a strip on a support, with an anchoring part which extends into the strip through an opening in the bottom of the strip and, starting from the support, has a relatively slender longitudinal portion and at least one widened longitudinal portion, and with a clamping component arranged in the strip, characterized in that the strip has a longitudinal channel into which the anchoring part extends, in that the widened longitudinal portion is designed to widen towards the free end of the anchoring part and in that the clamping component is arranged in the longitudinal channel and consists of two jaws (21, 22) which are designed to be movable towards one another and which are each provided with a pressing surface bearing from inside against the bottom of the strip, said jaws clamping the widening longitudinal portion of the anchoring part between them.
A positive electrode active material for a secondary battery, the positive electrode active material comprising a lithium transition metal oxide, wherein the positive electrode active material has three peaks in a differential graph obtained by the method defined in the description by differentiating a pH value against an amount of HCl added, which is obtained by pH titration of 10 g of the lithium transition metal oxide using 0.5 M HCl, wherein a y-axis dpH/dml value of a first peak at a smallest x-axis value among the three peaks is -1.0 or less, wherein the lithium transition metal oxide has a coating portion including a boron lithium oxide on surfaces of particles of the lithium transition metal oxide and wherein the coating portion comprises LiBO 2 in an amount of 95 wt% or more.
A fluid ejection system comprising: a fluid ejection die including a group of actuators, the group of actuators comprises fluid ejector type actuators (410A, 410C, 410E, 410G) and fluid recirculation type actuators (410B, 410D, 410F, 410H); and a controller configured to: determine whether the fluid ejection system is in a service mode as opposed to a default mode of operation; and in response to determining the fluid ejection system is in the default mode of operation, determining a firing event sequence of each actuator in the group of actuators, the firing event sequence including firing data packets that are addressed to the recirculation type actuators (410B, 410D, 410F, 410H) and to the fluid ejector type actuators (410A, 410C, 410E, 410G); in response to determining the fluid ejection system is in the service mode, modify a firing event sequence of each actuator in the group of actuators, the modification of the firing event sequence removing firing data packets addressed to the recirculation type actuators to increase the efficiency for purging fluid from the fluid ejection system. a fluid ejection die including a group of actuators, the group of actuators comprises fluid ejector type actuators (410A, 410C, 410E, 410G) and fluid recirculation type actuators (410B, 410D, 410F, 410H); and a controller configured to: determine whether the fluid ejection system is in a service mode as opposed to a default mode of operation; and in response to determining the fluid ejection system is in the default mode of operation, determining a firing event sequence of each actuator in the group of actuators, the firing event sequence including firing data packets that are addressed to the recirculation type actuators (410B, 410D, 410F, 410H) and to the fluid ejector type actuators (410A, 410C, 410E, 410G); in response to determining the fluid ejection system is in the service mode, modify a firing event sequence of each actuator in the group of actuators, the modification of the firing event sequence removing firing data packets addressed to the recirculation type actuators to increase the efficiency for purging fluid from the fluid ejection system. determine whether the fluid ejection system is in a service mode as opposed to a default mode of operation; and in response to determining the fluid ejection system is in the default mode of operation, determining a firing event sequence of each actuator in the group of actuators, the firing event sequence including firing data packets that are addressed to the recirculation type actuators (410B, 410D, 410F, 410H) and to the fluid ejector type actuators (410A, 410C, 410E, 410G); in response to determining the fluid ejection system is in the service mode, modify a firing event sequence of each actuator in the group of actuators, the modification of the firing event sequence removing firing data packets addressed to the recirculation type actuators to increase the efficiency for purging fluid from the fluid ejection system.
A refrigerant composition comprising from 50 to 95 weight % carbon dioxide (CO 2, R-744), from 1 to 32 weight % difluoromethane (R-32) and from 1 to 20 weight % 1,1-difluoroethylene (R-1132a) based on the total weight of the refrigerant composition.
An apparatus for recovering refrigerant from an air conditioning system, said apparatus comprising: - an evaporator arranged to receive said refrigerant from said air conditioning system and separating said refrigerant from impurities in it present, obtaining purified refrigerant; - a compressor for circulating said purified refrigerant exiting from said evaporator; - a condenser in hydraulic connection with said compressor, said condenser arranged to condense the refrigerant exiting from said compressor; - a storage container in hydraulic connection with said condenser, said storage container arranged to contain the refrigerant condensed by said condenser, said storage container defining a storage chamber arranged to contain a liquid phase of said refrigerant and a gaseous phase comprising a vapour component of said refrigerant and an air component, and having a purge opening; characterized in that said apparatus provides a purging device comprising: - a measuring means configured to measure operating parameters of said refrigerant present in said storage chamber; - a purge means arranged at said purge opening configured to purge said gaseous phase present in said storage chamber from said air component; - at least a first separation chamber connected to said storage container; - a selective passage means arranged at said opening between said storage chamber and said first separation chamber arranged to separate said gaseous phase into said vapour component of fluid and into said air component in such a way that through said selective passage means only said air component and a reduced amount of said vapour component enter said first separation chamber. - an evaporator arranged to receive said refrigerant from said air conditioning system and separating said refrigerant from impurities in it present, obtaining purified refrigerant; - a compressor for circulating said purified refrigerant exiting from said evaporator; - a condenser in hydraulic connection with said compressor, said condenser arranged to condense the refrigerant exiting from said compressor; - a storage container in hydraulic connection with said condenser, said storage container arranged to contain the refrigerant condensed by said condenser, said storage container defining a storage chamber arranged to contain a liquid phase of said refrigerant and a gaseous phase comprising a vapour component of said refrigerant and an air component, and having a purge opening; - a measuring means configured to measure operating parameters of said refrigerant present in said storage chamber; - a purge means arranged at said purge opening configured to purge said gaseous phase present in said storage chamber from said air component; - at least a first separation chamber connected to said storage container; - a selective passage means arranged at said opening between said storage chamber and said first separation chamber arranged to separate said gaseous phase into said vapour component of fluid and into said air component in such a way that through said selective passage means only said air component and a reduced amount of said vapour component enter said first separation chamber.
An insect eliminating device comprising: a housing, the housing including: a top; an outer cage extending down from the top; and a base connected to the outer cage; a transparent cage mounted in the base and positioned inside the outer cage and extending substantially from the top to the base; the transparent cage including a plurality of openings formed therein and configured to allow insects to pass therethrough; a conducting grid positioned inside of the transparent cage: a light portion provided inside the conducting grid; the light portion including: a plurality of flickering light sources (40A1, 40A2) configured to simulate a flame; at least one constant light source configured to provide constant light; and at least one UV light source provided in the housing and configured to emit UV light; a control circuit operably connected to the conducting grid and the light portion to control activation of the plurality of flickering light sources, the at least one constant light source, the at least one UV light source and the conducting grid. a housing, the housing including: a top; an outer cage extending down from the top; and a base connected to the outer cage; a top; an outer cage extending down from the top; and a base connected to the outer cage; a transparent cage mounted in the base and positioned inside the outer cage and extending substantially from the top to the base; the transparent cage including a plurality of openings formed therein and configured to allow insects to pass therethrough; a conducting grid positioned inside of the transparent cage: a light portion provided inside the conducting grid; the light portion including: a plurality of flickering light sources (40A1, 40A2) configured to simulate a flame; at least one constant light source configured to provide constant light; and at least one UV light source provided in the housing and configured to emit UV light; a control circuit operably connected to the conducting grid and the light portion to control activation of the plurality of flickering light sources, the at least one constant light source, the at least one UV light source and the conducting grid. a light portion provided inside the conducting grid; the light portion including: a plurality of flickering light sources (40A1, 40A2) configured to simulate a flame; at least one constant light source configured to provide constant light; and at least one UV light source provided in the housing and configured to emit UV light; a plurality of flickering light sources (40A1, 40A2) configured to simulate a flame; at least one constant light source configured to provide constant light; and at least one UV light source provided in the housing and configured to emit UV light; a control circuit operably connected to the conducting grid and the light portion to control activation of the plurality of flickering light sources, the at least one constant light source, the at least one UV light source and the conducting grid.
A light-emitting device, comprising: a substrate; a light-emitting diode (LED 510) formed on a first surface of the substrate, the LED being arranged to emit a primary light; a fence structure mounted to a second surface of the substrate, the fence structure including a plurality of walls arranged to define a cell, a reflective pattern formed on the second surface of the substrate, the reflective pattern including a plurality of lines (612, 612a), each line (612, 612a) being at least partially coincident with a different wall of the fence structure; a light-converting structure disposed on the second surface of the substrate in the cell, the light-converting structure being arranged to convert at least a portion of the primary light to a secondary light having a wavelength that is different from the wavelength of the primary light; and a reflective layer formed on an outer surface of the plurality of walls of the fence structure, sidewalls of the substrate, and sidewalls of the LED, such that the reflective layer and the light-converting structure are disposed on opposite sides of the walls of the fence structure. a substrate; a light-emitting diode (LED 510) formed on a first surface of the substrate, the LED being arranged to emit a primary light; a fence structure mounted to a second surface of the substrate, the fence structure including a plurality of walls arranged to define a cell, a reflective pattern formed on the second surface of the substrate, the reflective pattern including a plurality of lines (612, 612a), each line (612, 612a) being at least partially coincident with a different wall of the fence structure; a light-converting structure disposed on the second surface of the substrate in the cell, the light-converting structure being arranged to convert at least a portion of the primary light to a secondary light having a wavelength that is different from the wavelength of the primary light; and a reflective layer formed on an outer surface of the plurality of walls of the fence structure, sidewalls of the substrate, and sidewalls of the LED, such that the reflective layer and the light-converting structure are disposed on opposite sides of the walls of the fence structure.
Apparatus for capturing the yarn end of a bobbin, comprising: a suction pipe, connectable to a suction source; at least a first photocell associated to the suction pipe for detecting the presence of a yarn inside the suction pipe at a determined distance (d) from a lower end of the suction pipe; a yarn cutting device mounted in the suction pipe adjacent the first photocell; characterized in that the suction pipe is a telescopic suction pipe which includes: a stationary upper pipe, to which the cutting device and the first photocell are associated; a lower pipe vertically slidable along a lower end portion of the upper stationary pipe; a mechanical yarn gripping device mounted in the lower pipe; a linear actuator causing the lower pipe to slide telescopically along the stationary upper pipe. a suction pipe, connectable to a suction source; at least a first photocell associated to the suction pipe for detecting the presence of a yarn inside the suction pipe at a determined distance (d) from a lower end of the suction pipe; a yarn cutting device mounted in the suction pipe adjacent the first photocell; characterized in that the suction pipe is a telescopic suction pipe which includes: a stationary upper pipe, to which the cutting device and the first photocell are associated; a lower pipe vertically slidable along a lower end portion of the upper stationary pipe; a mechanical yarn gripping device mounted in the lower pipe; a linear actuator causing the lower pipe to slide telescopically along the stationary upper pipe.
A method for introducing substituents into a carbon at an α-position and a carbon at a β-position of an α,β-unsaturated ketone, comprising: a first step of mixing alkyllithium and trialkylalkenyl tin in which tin binds to the vinyl position of the alkenyl group; a second step of mixing the mixture of the first step and dialkylzinc; a third step of mixing the mixture of the second step and an α,β-unsaturated ketone; and a fourth step of mixing the mixture of the third step and a trifluoromethanesulfonate compound. a first step of mixing alkyllithium and trialkylalkenyl tin in which tin binds to the vinyl position of the alkenyl group; a second step of mixing the mixture of the first step and dialkylzinc; a third step of mixing the mixture of the second step and an α,β-unsaturated ketone; and a fourth step of mixing the mixture of the third step and a trifluoromethanesulfonate compound.
A thin film transistor comprising: a substrate, an active layer, a first barrier layer, a second barrier layer, a source electrode and a drain electrode, wherein: the active layer is disposed over the substrate; the first barrier layer is disposed over the active layer; the second barrier layer is disposed over the first barrier layer; and the source and the drain electrodes are disposed over the second barrier layer, characterized in that the source and the drain electrodes are connected to each other through the active layer by means of being disposed in tapered via holes which are formed in the first barrier layer and the second barrier layer, wherein the source and the drain electrodes in the tapered via holes are closer to each other at the active layer than further away from the active layer. the active layer is disposed over the substrate; the first barrier layer is disposed over the active layer; the second barrier layer is disposed over the first barrier layer; and the source and the drain electrodes are disposed over the second barrier layer, characterized in that the source and the drain electrodes are connected to each other through the active layer by means of being disposed in tapered via holes which are formed in the first barrier layer and the second barrier layer, wherein the source and the drain electrodes in the tapered via holes are closer to each other at the active layer than further away from the active layer.
An activity monitor (12,20) for water-based activity, the activity monitor (12,20) adapted to be worn by a user to monitor a water based activity performed by the user, the monitor comprising: at least one motion sensor; a memory; and a processor operable to run an algorithm to calculate activity data based on an output from the at least one motion sensor and to save the activity data to the memory; characterised in that the activity monitor (12,20) further comprises a water sensor; wherein the processor can be triggered to operate to calculate the activity data and save it to memory by an output from the water sensor to indicate that the monitor is immersed in water; and wherein the processor only operates to calculate the activity data and save it to memory when, in addition to an output from the water sensor indicating that the monitor is immersed in water, an output from the motion sensor or from an additional activity sensor indicates that the user is performing an activity. at least one motion sensor; a memory; and a processor operable to run an algorithm to calculate activity data based on an output from the at least one motion sensor and to save the activity data to the memory; characterised in that the activity monitor (12,20) further comprises a water sensor; wherein the processor can be triggered to operate to calculate the activity data and save it to memory by an output from the water sensor to indicate that the monitor is immersed in water; and wherein the processor only operates to calculate the activity data and save it to memory when, in addition to an output from the water sensor indicating that the monitor is immersed in water, an output from the motion sensor or from an additional activity sensor indicates that the user is performing an activity.
A computer-implemented medical method for determining a movement instruction for correcting the posture of a patient, the method comprising the following steps: a) first surface data is acquired which describes a surface of the body of the patient at a first point in time; b) first skeleton model data is determined based on the first surface data, wherein the first skeleton model data describes first geometries of one or more rigid anatomic structures of the patient; c) second surface data is acquired which describes a surface of the patient at a second point in time; d) second skeleton model data is determined based on the second surface data, wherein the second skeleton model data describes second geometries of the one or more rigid anatomic structures of the patient; e) skeleton difference data is determined based on the first skeleton model data and on the second skeleton model data, wherein the skeleton difference data describes a difference between the first geometries and the second geometries; f) movement instruction data is determined based on the skeleton difference data and the second skeleton model data, wherein the movement instruction data describes movement to be performed by the one or more rigid anatomic structures in order to minimize the difference. a) first surface data is acquired which describes a surface of the body of the patient at a first point in time; b) first skeleton model data is determined based on the first surface data, wherein the first skeleton model data describes first geometries of one or more rigid anatomic structures of the patient; c) second surface data is acquired which describes a surface of the patient at a second point in time; d) second skeleton model data is determined based on the second surface data, wherein the second skeleton model data describes second geometries of the one or more rigid anatomic structures of the patient; e) skeleton difference data is determined based on the first skeleton model data and on the second skeleton model data, wherein the skeleton difference data describes a difference between the first geometries and the second geometries; f) movement instruction data is determined based on the skeleton difference data and the second skeleton model data, wherein the movement instruction data describes movement to be performed by the one or more rigid anatomic structures in order to minimize the difference.