mhurhangee/patent-ind-claim-en huggingface dataset:
A Cartesian machine tool , of the type with a horizontal slide and a machining head supported in a cantilever manner by said slide , which comprises: - a slide carriage , with respect to which said slide can move horizontally with corresponding means of horizontal translation , - a post , which comprises two opposing guiding columns for the vertical movement of said slide carriage with means of vertical translation , said slide carriage comprising: - a first front part , which is coupled to said post with said means of vertical translation , - a second rear part , which is coupled to said first part with means of translation in a transverse direction (Y) with respect to a direction (X) of motion of said slide with respect to said carriage , the translation between said first part and said second part allowing the inclination of said slide in order to define an optimum configuration of use of said slide , - actuator means for controlling the translation of said second part with respect to said first part , in order to define an optimum configuration of use of said slide , characterized in that said second part is constituted by a frame within which said slide slides. - a slide carriage , with respect to which said slide can move horizontally with corresponding means of horizontal translation , - a post , which comprises two opposing guiding columns for the vertical movement of said slide carriage with means of vertical translation , said slide carriage comprising: - a first front part , which is coupled to said post with said means of vertical translation , - a second rear part , which is coupled to said first part with means of translation in a transverse direction (Y) with respect to a direction (X) of motion of said slide with respect to said carriage , the translation between said first part and said second part allowing the inclination of said slide in order to define an optimum configuration of use of said slide , - actuator means for controlling the translation of said second part with respect to said first part , in order to define an optimum configuration of use of said slide , characterized in that said second part is constituted by a frame within which said slide slides. - a first front part , which is coupled to said post with said means of vertical translation , - a second rear part , which is coupled to said first part with means of translation in a transverse direction (Y) with respect to a direction (X) of motion of said slide with respect to said carriage , the translation between said first part and said second part allowing the inclination of said slide in order to define an optimum configuration of use of said slide , - actuator means for controlling the translation of said second part with respect to said first part , in order to define an optimum configuration of use of said slide , characterized in that said second part is constituted by a frame within which said slide slides.
An assembly comprising an electrical installation box and a ducting adapter connectable to the electrical installation box , in particular for concrete placement, wherein the ducting adapter has a ducting connection piece for the attachment of ducting and a joining region with cutting edges for connection to the electrical installation box , the electrical installation box has a housing with a plurality of housing walls , a removable wall region is provided in one housing wall . the removable wall region is attached on two mutually opposed sides to the adjacent regions of the housing wall by means of predetermined breaking strips running parallel to one another, and the predetermined breaking strips both extend as far as a common edge of the housing wall , so that the ducting adapter , in an orientation in which the ducting connection piece points away from the housing , may be placed with the cutting edges , at the common edge of the housing wall , one each against a predetermined breaking strip , may be inserted into the housing wall along the two predetermined breaking strips with removal of the removable wall region , and in this way may be attached to the electrical installation box .
An oral care composition comprising: (a) a copolymer; (b) an anionic surfactant; (c) an alkyl glucoside; and (d) a pigment having a hue angle, h, in the CIELAB system of from 220 to 320 degrees; wherein the copolymer comprises: (i) a carboxylic monomer A represented by the formula : CH 2 =C(R 1 )-COOH wherein R 1 is a substituent selected from the group consisting of hydrogen, halogen, hydroxyl, lactone, lactam, the cyanogen groups, monovalent alkyl radical, monovalent alkaryl radicals and monovalent cycloaliphatic radicals; (ii) an acrylic ester monomer B represented by the formula : CH 2 =C(R 2 )-CO(O)-R 3 wherein R 2 is hydrogen, methyl group or ethyl group, R 3 is an alkyl group having from 10 to 30 carbon atoms, preferably from 12 to 22 carbon atoms; and wherein the anionic surfactant and the alkyl glucoside are present in a weight ratio ranging from 1:8 to 8:1. (a) a copolymer; (b) an anionic surfactant; (c) an alkyl glucoside; and (d) a pigment having a hue angle, h, in the CIELAB system of from 220 to 320 degrees; wherein the copolymer comprises: (i) a carboxylic monomer A represented by the formula : CH 2 =C(R 1 )-COOH wherein R 1 is a substituent selected from the group consisting of hydrogen, halogen, hydroxyl, lactone, lactam, the cyanogen groups, monovalent alkyl radical, monovalent alkaryl radicals and monovalent cycloaliphatic radicals; (ii) an acrylic ester monomer B represented by the formula : CH 2 =C(R 2 )-CO(O)-R 3 (i) a carboxylic monomer A represented by the formula : CH 2 =C(R 1 )-COOH wherein R 1 is a substituent selected from the group consisting of hydrogen, halogen, hydroxyl, lactone, lactam, the cyanogen groups, monovalent alkyl radical, monovalent alkaryl radicals and monovalent cycloaliphatic radicals; (ii) an acrylic ester monomer B represented by the formula : CH 2 =C(R 2 )-CO(O)-R 3 wherein R 2 is hydrogen, methyl group or ethyl group, R 3 is an alkyl group having from 10 to 30 carbon atoms, preferably from 12 to 22 carbon atoms; and wherein the anionic surfactant and the alkyl glucoside are present in a weight ratio ranging from 1:8 to 8:1.
An information processing apparatus comprising: a non-transitory computer readable medium that has movement trace information stored therein; and a computer processing unit that automatically divides the movement trace information read from the non-transitory computer readable medium at a division point into a first movement trace segment and a second movement trace segment based on altitude information, and the computer processing unit causes a display device to display the first movement trace segment, the second movement trace segment, and a visual indication of the division point, wherein the altitude information includes time-series altitude changes of the movement trace information, characterized in that the computer processing unit determines the division point at a peak altitude within a predetermined time period. a non-transitory computer readable medium that has movement trace information stored therein; and a computer processing unit that automatically divides the movement trace information read from the non-transitory computer readable medium at a division point into a first movement trace segment and a second movement trace segment based on altitude information, and the computer processing unit causes a display device to display the first movement trace segment, the second movement trace segment, and a visual indication of the division point, wherein the altitude information includes time-series altitude changes of the movement trace information, characterized in that the computer processing unit determines the division point at a peak altitude within a predetermined time period.
A method of increasing the sensitivity of cell-based detection of a botulinum neurotoxin, comprising: (i) providing a transfected cell that produces a construct comprising; (a) a first terminus comprising a reporter containing portion, wherein the reporter containing portion exhibits a signal; and, (b) a cleavage site that interacts with the botulinum neurotoxin in a manner that produces a cleavage of the reporter-containing portion from a remainder of the construct; (ii) exposing the transfected cell to the botulinum toxin in a low osmolarity media having an osmolarity of from 220 mOsm to 260 mOsm at an elevated exposure temperature, wherein sensitivity of the transfected cell's response to the botulinum neurotoxin shows a synergistic improvement relative to exposure of the transfected cell to the botulinum neurotoxin in a media having physiological osmolarity and physiological exposure temperature, wherein the physiological exposure temperature is from 35°C to 37°C and the elevated exposure temperature is greater than the physiological exposure temperature and is from 37°C to 39°C. (i) providing a transfected cell that produces a construct comprising; (a) a first terminus comprising a reporter containing portion, wherein the reporter containing portion exhibits a signal; and, (b) a cleavage site that interacts with the botulinum neurotoxin in a manner that produces a cleavage of the reporter-containing portion from a remainder of the construct; (a) a first terminus comprising a reporter containing portion, wherein the reporter containing portion exhibits a signal; and, (b) a cleavage site that interacts with the botulinum neurotoxin in a manner that produces a cleavage of the reporter-containing portion from a remainder of the construct; (ii) exposing the transfected cell to the botulinum toxin in a low osmolarity media having an osmolarity of from 220 mOsm to 260 mOsm at an elevated exposure temperature, wherein sensitivity of the transfected cell's response to the botulinum neurotoxin shows a synergistic improvement relative to exposure of the transfected cell to the botulinum neurotoxin in a media having physiological osmolarity and physiological exposure temperature, wherein the physiological exposure temperature is from 35°C to 37°C and the elevated exposure temperature is greater than the physiological exposure temperature and is from 37°C to 39°C.
A tape guide comprising: a guide section extending along a conveyance direction in which a carrier tape is conveyed and configured to guide the carrier tape , the carrier tape including a base tape provided with a component storage section for storing an electronic component and a cover tape provided on a surface of the base tape to close the component storage section ; and a component exposing section having a tongue portion inserted between the base tape and the cover tape during conveyance of the carrier tape guided by the guide section and configured to expose the electronic component in the component storage section , wherein the tongue portion is configured to move up and down so that a distal end portion of the tongue portion is movable between a first height position (H1) at which the distal end portion enters between the base tape and the cover tape and a second height position (H2) higher than the first height position (H1), wherein the tongue portion is configured to move up and down according to a magnitude of an external force applied to the tongue portion , characterized in that: the tongue portion is configured to move up and down by elastic deformation. a guide section extending along a conveyance direction in which a carrier tape is conveyed and configured to guide the carrier tape , the carrier tape including a base tape provided with a component storage section for storing an electronic component and a cover tape provided on a surface of the base tape to close the component storage section ; and a component exposing section having a tongue portion inserted between the base tape and the cover tape during conveyance of the carrier tape guided by the guide section and configured to expose the electronic component in the component storage section , wherein the tongue portion is configured to move up and down so that a distal end portion of the tongue portion is movable between a first height position (H1) at which the distal end portion enters between the base tape and the cover tape and a second height position (H2) higher than the first height position (H1), wherein the tongue portion is configured to move up and down according to a magnitude of an external force applied to the tongue portion , characterized in that: the tongue portion is configured to move up and down by elastic deformation.
A sample analysis cartridge comprising: an inlet chamber configured to receive a biological sample; a conduit fluidically connected to the inlet chamber and configured to receive the biological sample from the inlet chamber, the conduit comprising: a sensor chip including a first micro-environment sensor and a second microenvironment sensor , wherein each of the first micro-environment sensor and the second micro-environment sensor includes at least one transducer coated with a polymer layer, a first reagent , comprising a first thrombin-cleavable peptide with a detectable moiety, the first thrombin-cleavable peptide immobilized within or formed on the polymer layer of the first micro-environment sensor, a second reagent , comprising a second thrombin-cleavable peptide with a detectable moiety, immobilized within or formed on the polymer layer of the second micro-environment sensor, and a fluidic lock valve configured to lock the biological sample within the conduit; and a pump configured to push the biological sample over the first micro-environment sensor and the second micro-environment sensor to the fluidic lock. an inlet chamber configured to receive a biological sample; a conduit fluidically connected to the inlet chamber and configured to receive the biological sample from the inlet chamber, the conduit comprising: a sensor chip including a first micro-environment sensor and a second microenvironment sensor , wherein each of the first micro-environment sensor and the second micro-environment sensor includes at least one transducer coated with a polymer layer, a first reagent , comprising a first thrombin-cleavable peptide with a detectable moiety, the first thrombin-cleavable peptide immobilized within or formed on the polymer layer of the first micro-environment sensor, a second reagent , comprising a second thrombin-cleavable peptide with a detectable moiety, immobilized within or formed on the polymer layer of the second micro-environment sensor, and a fluidic lock valve configured to lock the biological sample within the conduit; and a sensor chip including a first micro-environment sensor and a second microenvironment sensor , wherein each of the first micro-environment sensor and the second micro-environment sensor includes at least one transducer coated with a polymer layer, a first reagent , comprising a first thrombin-cleavable peptide with a detectable moiety, the first thrombin-cleavable peptide immobilized within or formed on the polymer layer of the first micro-environment sensor, a second reagent , comprising a second thrombin-cleavable peptide with a detectable moiety, immobilized within or formed on the polymer layer of the second micro-environment sensor, and a fluidic lock valve configured to lock the biological sample within the conduit; and a pump configured to push the biological sample over the first micro-environment sensor and the second micro-environment sensor to the fluidic lock.
Electromagnetic actuator for actuating a brake of an elevator installation, which actuator comprises: • an energy storage unit , • a holding device , • a resetting device , • a connector , wherein the actuator is designed such that • in a standby state (I), the holding device holds the connector in a standby position in opposition to an actuating force (F 2 ) applied by the energy storage unit , • in a release state (II), the holding device does not hold the connector in the standby position thereof and the connector is transferred into a release position, and • during a recovery phase (III), the actuator is transferable from the release state (II) into the standby state (I) by using the resetting device , characterized in that the actuator comprises a rotational arrangement , which rotational arrangement has a guiding groove , in which the connector engages with a first end and the resetting device comprises a rotational motor, which is designed to transfer the actuator from the release state (III) into the standby state (I) . • an energy storage unit , • a holding device , • a resetting device , • a connector , wherein the actuator is designed such that • in a standby state (I), the holding device holds the connector in a standby position in opposition to an actuating force (F 2 ) applied by the energy storage unit , • in a release state (II), the holding device does not hold the connector in the standby position thereof and the connector is transferred into a release position, and • during a recovery phase (III), the actuator is transferable from the release state (II) into the standby state (I) by using the resetting device , • in a standby state (I), the holding device holds the connector in a standby position in opposition to an actuating force (F 2 ) applied by the energy storage unit , • in a release state (II), the holding device does not hold the connector in the standby position thereof and the connector is transferred into a release position, and • during a recovery phase (III), the actuator is transferable from the release state (II) into the standby state (I) by using the resetting device , characterized in that the actuator comprises a rotational arrangement , which rotational arrangement has a guiding groove , in which the connector engages with a first end and the resetting device comprises a rotational motor, which is designed to transfer the actuator from the release state (III) into the standby state (I) .
A floatable turbine comprising: a rotatable set of turbine blades operable to rotate about a common axis and communicatively coupled to an electrical generation system arranged to generate electricity as the turbine blades rotate; a buoyancy control system arranged to controllably impart positive buoyancy to the floatable turbine ; one or more air jets, wherein air released from the one or more air jets will increase or decrease a rate of ascent of the turbine; and a guidance means for guiding the turbine along the common axis as it moves; wherein the floatable turbine is suitable for submersion in water, and the turbine blades being arranged to rotate as the turbine moves through the water. a rotatable set of turbine blades operable to rotate about a common axis and communicatively coupled to an electrical generation system arranged to generate electricity as the turbine blades rotate; a buoyancy control system arranged to controllably impart positive buoyancy to the floatable turbine ; one or more air jets, wherein air released from the one or more air jets will increase or decrease a rate of ascent of the turbine; and a guidance means for guiding the turbine along the common axis as it moves; wherein the floatable turbine is suitable for submersion in water, and the turbine blades being arranged to rotate as the turbine moves through the water.
A method for synchronizing at least two generators for an engine , the method comprising: mechanically coupling a first generator to the engine ; connecting a power source in parallel to the first generator and to a second generator , the second generator mechanically uncoupled from the engine , the power source connected across a same respective phase of a stator in the first generator and the second generator ; applying power from the power source to the first generator and the second generator to align a respective rotor to the respective phase in each generator and cause the first generator and the second generator to be in-phase; and mechanically coupling the second generator to the engine . mechanically coupling a first generator to the engine ; connecting a power source in parallel to the first generator and to a second generator , the second generator mechanically uncoupled from the engine , the power source connected across a same respective phase of a stator in the first generator and the second generator ; applying power from the power source to the first generator and the second generator to align a respective rotor to the respective phase in each generator and cause the first generator and the second generator to be in-phase; and mechanically coupling the second generator to the engine .
Method for three-dimensionally optically measuring objects with a topometric measurement method by way of projection of at least one pattern onto an object using a pattern generator and recording at least one image of the object with the projected-on pattern using at least one image recording unit for the topometric measurement of the object , characterized by : a) ascertaining partial surfaces in a plurality of images per involved image recording unit of the object , which contain a signal, scattered back by the object , of a projection pattern segment of the pattern generator which has in each case been projected onto the object , b) creating at least one projection mask (M i ; i ∈ N\ ), which comprises in each case a plurality of projection pattern segments , wherein the projection pattern segments of a projection mask (M i ) are selected such that the ascertained partial surfaces of the projection pattern segments do not overlap one another in the images per involved image recording unit , and c) performing the topometric measurement of the object in each case by way of projection of at least one pattern using the at least one created projection mask (M i ; i ∈ N\ ). a) ascertaining partial surfaces in a plurality of images per involved image recording unit of the object , which contain a signal, scattered back by the object , of a projection pattern segment of the pattern generator which has in each case been projected onto the object , b) creating at least one projection mask (M i ; i ∈ N\ ), which comprises in each case a plurality of projection pattern segments , wherein the projection pattern segments of a projection mask (M i ) are selected such that the ascertained partial surfaces of the projection pattern segments do not overlap one another in the images per involved image recording unit , and c) performing the topometric measurement of the object in each case by way of projection of at least one pattern using the at least one created projection mask (M i ; i ∈ N\ ).