mhurhangee/patent-ind-claim-en huggingface dataset:
A laser processing apparatus for converging a plurality of pulsed laser light at an object to be processed , so as to form a plurality of modified spots within the object along a line to cut and cause the plurality of modified spots to produce a modified region , the apparatus comprising: a first laser light source for emitting a first pulsed laser light (L1) having a first wavelength; a second laser light source for emitting a second pulsed laser light (L2) having a second wavelength different from the first wavelength; characterized by a first half-wave plate for changing a direction of polarization of the first pulsed laser light; a second half-wave plate for changing a direction of polarization of the second pulsed laser light; polarization separation means for polarization-separating the first pulsed laser light having the direction of polarization changed by the first half-wave plate and the second pulsed laser light having the direction of polarization changed by the second half-wave plate; a condenser lens for converging at the object the first and second pulsed laser light polarization-separated by the polarization separation means; and light intensity control means for controlling an intensity of the first and second pulsed laser light by varying the directions of polarization of the first and second pulsed laser light changed by the first and second half-wave plates. a first laser light source for emitting a first pulsed laser light (L1) having a first wavelength; a second laser light source for emitting a second pulsed laser light (L2) having a second wavelength different from the first wavelength; characterized by a first half-wave plate for changing a direction of polarization of the first pulsed laser light; a second half-wave plate for changing a direction of polarization of the second pulsed laser light; polarization separation means for polarization-separating the first pulsed laser light having the direction of polarization changed by the first half-wave plate and the second pulsed laser light having the direction of polarization changed by the second half-wave plate; a condenser lens for converging at the object the first and second pulsed laser light polarization-separated by the polarization separation means; and light intensity control means for controlling an intensity of the first and second pulsed laser light by varying the directions of polarization of the first and second pulsed laser light changed by the first and second half-wave plates.
A device for the sliding and braking of sliding doors and shutters, especially for closing and passing through two adjacent rooms, comprising a profile made of metal or other suitable material having a substantially "C" shaped cross-section with a lower horizontal branch or base , fixable with screws or equivalent means to the inner side of the door to be moved, and fitted with an upper horizontal branch shaped as an inverted "U" constituting the guide for one or more wheels of at least one support of the device that is attachable to the wall above the through opening between said rooms, further comprising two damper stops , each composed of a piston and a coil spring positioned above one another and a pivoting slider , characterised in that the two damper stops are opposite to each other and fixed along the base of the profile misaligned with each other, such that one of them is closer to the vertical branch of said profile than the other one, the pivoting slider which said damper stops are provided with abutting with one of two appendages protruding from said at least one support and defining an actuator, said appendages being misaligned with each other consistently with the misalignment of the damper stops and of the pivoting slider which said stops are fitted with, said pivoting slider of the damper stops acting in conjunction with the respective appendage to compress and move rearwards both the coil spring and the stem of the piston of said damper stops .
A marine acoustic source system for generating an acoustic wave in a body of water, the marine acoustic source system comprising: a first marine acoustic source array having first and second external source sub-arrays , each sub-array including one or more individual source elements and a cable connecting to a vessel; a first actuator device connected to the first external source sub-array ; a first lead-in; and a first rope connecting the first actuator device to the first lead-in that is configured to connect to a head of a streamer , wherein the first actuator device is configured to control a length of the first rope in order to control a position of the first source array relative to the streamer , characterized in that the first lead-in is configured to directly connect to a head of the streamer and not to directly connect to a deflector, the system further comprising a first slider connected to the first rope of the first actuator device and configured to roll on the first lead-in . a first marine acoustic source array having first and second external source sub-arrays , each sub-array including one or more individual source elements and a cable connecting to a vessel; a first actuator device connected to the first external source sub-array ; a first lead-in; and a first rope connecting the first actuator device to the first lead-in that is configured to connect to a head of a streamer , wherein the first actuator device is configured to control a length of the first rope in order to control a position of the first source array relative to the streamer , characterized in that the first lead-in is configured to directly connect to a head of the streamer and not to directly connect to a deflector, the system further comprising a first slider connected to the first rope of the first actuator device and configured to roll on the first lead-in .
A process for the obtainment of sweet whey from acid whey comprising or consisting of the following steps: (a) providing acid whey; (b) providing a rinsing solution; (c) providing a bipolar electrodialysis device having at least three cells arranged side by side and connected by semi-permeable membranes; (d) applying the acid whey to the central cell; (e) applying the rinsing solution to the two cells flanking the central cell; (f) bipolar electrodialysis of the sweet whey in the middle cell to obtain a deacidified diluate; and (g) enriching the separated lactic acid in the rinsing solution which is circulated, wherein the rinse solution is subjected to reverse osmosis to obtain an aqueous concentrate of lactic acid and minerals. (a) providing acid whey; (b) providing a rinsing solution; (c) providing a bipolar electrodialysis device having at least three cells arranged side by side and connected by semi-permeable membranes; (d) applying the acid whey to the central cell; (e) applying the rinsing solution to the two cells flanking the central cell; (f) bipolar electrodialysis of the sweet whey in the middle cell to obtain a deacidified diluate; and (g) enriching the separated lactic acid in the rinsing solution which is circulated,
A sensor structure, comprising: a housing arranged to be attached to a body ; a thermoelectric generator element comprised in the housing and configured to convert temperature gradient into electric energy; a hot plate arranged into contact with the thermoelectric generator element; a heat collecting surface coupled to the housing on a side arranged to face a skin when the body is coupled to a user of the sensor structure; a heat conduction channel coupled between the heat collecting surface and the hot plate, wherein a cross-sectional area of the heat conduction channel is smaller than the heat collecting surface and smaller than an area of the hot plate; and a heat sink coupled to the housing on a side arranged to face away from the skin when the body is coupled to the user. a housing arranged to be attached to a body ; a thermoelectric generator element comprised in the housing and configured to convert temperature gradient into electric energy; a hot plate arranged into contact with the thermoelectric generator element; a heat collecting surface coupled to the housing on a side arranged to face a skin when the body is coupled to a user of the sensor structure; a heat conduction channel coupled between the heat collecting surface and the hot plate, wherein a cross-sectional area of the heat conduction channel is smaller than the heat collecting surface and smaller than an area of the hot plate; and a heat sink coupled to the housing on a side arranged to face away from the skin when the body is coupled to the user.
A system comprising: an external device comprising a processor; and a plurality of apparatuses each configured to be associated with one of a plurality of medication dispensers comprising a same type of medication; wherein each of the plurality of apparatuses comprise a processor, a sensor, and a network interface; wherein the sensor of each of the plurality of apparatuses is configured to sense a condition indicative of the medication being dispensed from one of the plurality of medication dispensers; wherein the processor of each of the plurality of apparatuses is configured to wirelessly transmit data indicating that the medication was dispensed to the external device via the network interface; and wherein the processor of the external device is configured to: register each of the plurality of apparatuses with a respective medication dispenser of the plurality medication dispensers; compare the data with a dosing schedule of the medication in the plurality of medication dispensers; and determine that a dose of medication was consumed on schedule based on the data from any one of the plurality of apparatuses and the dosing schedule. an external device comprising a processor; and a plurality of apparatuses each configured to be associated with one of a plurality of medication dispensers comprising a same type of medication; wherein each of the plurality of apparatuses comprise a processor, a sensor, and a network interface; wherein the sensor of each of the plurality of apparatuses is configured to sense a condition indicative of the medication being dispensed from one of the plurality of medication dispensers; wherein the processor of each of the plurality of apparatuses is configured to wirelessly transmit data indicating that the medication was dispensed to the external device via the network interface; and wherein the processor of the external device is configured to: register each of the plurality of apparatuses with a respective medication dispenser of the plurality medication dispensers; compare the data with a dosing schedule of the medication in the plurality of medication dispensers; and determine that a dose of medication was consumed on schedule based on the data from any one of the plurality of apparatuses and the dosing schedule. register each of the plurality of apparatuses with a respective medication dispenser of the plurality medication dispensers; compare the data with a dosing schedule of the medication in the plurality of medication dispensers; and determine that a dose of medication was consumed on schedule based on the data from any one of the plurality of apparatuses and the dosing schedule.
Water-soluble sacrificial mandrel suitable for being used in the fabrication of tubular parts, preferably made of composite material; said mandrel being water-soluble and comprising at least one polymeric material; said sacrificial mandrel comprising at least one wall and one cavity formed inside said mandrel and defined by said wall , at least partially; said wall comprising an outer surface and an inner surface facing said cavity ; characterized in that said polymeric material comprises: - polyvinyl alcohol in a percentage comprised between 80% and 99.7%; and - polyvinyl acetate in a percentage comprised between 0.1% and 10%. - polyvinyl alcohol in a percentage comprised between 80% and 99.7%; and - polyvinyl acetate in a percentage comprised between 0.1% and 10%.
System for attaching an elongated element with a riding surface to a tyre , characterized in that the system comprises at least one elongated member configured to be fastened along the circumference of a side of the tyre , and in that the element and the member are provided with mutually interlocking means being zipper, velcro, dual-lock or zip-lock, for engagement with each other when the element is attached to the tyre .
An LC optical connector , comprising: a housing having an outer surface and a cavity; a ferrule assembly located in the cavity of the housing; a rigid latch member having a first end removably and rotatably secured to the housing and a second end spaced apart from the housing, the latch member including engagement members configured to engage with another component when in an engagement position; a retainer spring between the housing and the latch member, the retainer spring having a first end abutting the housing and a second end abutting the latch member , the retainer spring configured to provide a force that pushes the second end of the latch member away from the housing; and a latch retainer configured to counteract the force provided by the retainer spring, wherein the retainer spring and the latch retainer together are configured to place the latch member in the engagement position, wherein the housing includes a housing hook , wherein the latch member is removably and rotatably engaged with the housing by a first end of the latch member being located in a recess of the housing hook. a housing having an outer surface and a cavity; a ferrule assembly located in the cavity of the housing; a rigid latch member having a first end removably and rotatably secured to the housing and a second end spaced apart from the housing, the latch member including engagement members configured to engage with another component when in an engagement position; a retainer spring between the housing and the latch member, the retainer spring having a first end abutting the housing and a second end abutting the latch member , the retainer spring configured to provide a force that pushes the second end of the latch member away from the housing; and a latch retainer configured to counteract the force provided by the retainer spring, wherein the retainer spring and the latch retainer together are configured to place the latch member in the engagement position, wherein the housing includes a housing hook , wherein the latch member is removably and rotatably engaged with the housing by a first end of the latch member being located in a recess of the housing hook.
A method for enriching a target nucleic acid sequence, the method comprising: (a) introducing to a sample solution, comprising a plurality of sample nucleic acid molecules each comprising a universal adaptor nucleic acid sequence, a capture primer nucleic acid molecule complementary to or partially complementary to a target nucleic acid sequence of one or more sample nucleic acid molecules of the plurality of sample nucleic acid molecules; (b) enzymatically extending the capture primer nucleic acid molecule annealed to the target nucleic acid sequence of the one or more sample nucleic acid molecules; and (c) enzymatically degrading single-stranded sample nucleic acid molecules, to provide an enriched sample solution having a higher proportion of sample nucleic acid molecules comprising the target nucleic acid sequence than the sample solution. (a) introducing to a sample solution, comprising a plurality of sample nucleic acid molecules each comprising a universal adaptor nucleic acid sequence, a capture primer nucleic acid molecule complementary to or partially complementary to a target nucleic acid sequence of one or more sample nucleic acid molecules of the plurality of sample nucleic acid molecules; (b) enzymatically extending the capture primer nucleic acid molecule annealed to the target nucleic acid sequence of the one or more sample nucleic acid molecules; and (c) enzymatically degrading single-stranded sample nucleic acid molecules, to provide an enriched sample solution having a higher proportion of sample nucleic acid molecules comprising the target nucleic acid sequence than the sample solution.
A cooling and vapor management system for computing components comprising: a pressure controlled vessel configured to hold a volume of thermally conductive, condensable dielectric fluid in liquid and gas phase; a pressure controller to reduce an interior pressure of the pressure controlled vessel below atmospheric pressure; a condenser for condensing gas phase dielectric fluid to liquid phase dielectric fluid; a power supply operably connected to a power distribution system ; characterized in that : the power distribution system is configured to convert alternative current power to direct current power and the power distribution system is configured to be at least partially submerged within the liquid phase of a volume of thermally conductive dielectric fluid; and the cooling and vapor management system further comprises a vapor management system comprising a vapor storage unit operatively coupled to the pressure control vessel wherein the vapor storage unit comprises a valve for allowing air into the vapor management system to reduce a temperature of the vapor of the dielectric fluid, wherein the vapor storage unit is operably connected to a carbon bed to separate the vapor of the dielectric fluid from air. a pressure controlled vessel configured to hold a volume of thermally conductive, condensable dielectric fluid in liquid and gas phase; a pressure controller to reduce an interior pressure of the pressure controlled vessel below atmospheric pressure; a condenser for condensing gas phase dielectric fluid to liquid phase dielectric fluid; a power supply operably connected to a power distribution system ; characterized in that : the power distribution system is configured to convert alternative current power to direct current power and the power distribution system is configured to be at least partially submerged within the liquid phase of a volume of thermally conductive dielectric fluid; and the cooling and vapor management system further comprises a vapor management system comprising a vapor storage unit operatively coupled to the pressure control vessel wherein the vapor storage unit comprises a valve for allowing air into the vapor management system to reduce a temperature of the vapor of the dielectric fluid, wherein the vapor storage unit is operably connected to a carbon bed to separate the vapor of the dielectric fluid from air. the power distribution system is configured to convert alternative current power to direct current power and the power distribution system is configured to be at least partially submerged within the liquid phase of a volume of thermally conductive dielectric fluid; and the cooling and vapor management system further comprises a vapor management system comprising a vapor storage unit operatively coupled to the pressure control vessel wherein the vapor storage unit comprises a valve for allowing air into the vapor management system to reduce a temperature of the vapor of the dielectric fluid, wherein the vapor storage unit is operably connected to a carbon bed to separate the vapor of the dielectric fluid from air.
A method comprising: receiving, by a wireless device from a base station, a radio resource control, RRC, release message comprising: a measurement configuration for one or more measurements by the wireless device while the wireless device is in an RRC inactive state; and a small data transmission, SDT, configuration of a SDT procedure for transmission by the wireless device while the wireless device is in the RRC inactive state; and while the wireless device is, based on the RRC release message, in the RRC inactive state: initiating the SDT procedure based on the SDT configuration; and not performing, based on the initiating the SDT procedure, measurements associated with the measurement configuration. receiving, by a wireless device from a base station, a radio resource control, RRC, release message comprising: a measurement configuration for one or more measurements by the wireless device while the wireless device is in an RRC inactive state; and a small data transmission, SDT, configuration of a SDT procedure for transmission by the wireless device while the wireless device is in the RRC inactive state; and a measurement configuration for one or more measurements by the wireless device while the wireless device is in an RRC inactive state; and a small data transmission, SDT, configuration of a SDT procedure for transmission by the wireless device while the wireless device is in the RRC inactive state; and while the wireless device is, based on the RRC release message, in the RRC inactive state: initiating the SDT procedure based on the SDT configuration; and not performing, based on the initiating the SDT procedure, measurements associated with the measurement configuration. initiating the SDT procedure based on the SDT configuration; and not performing, based on the initiating the SDT procedure, measurements associated with the measurement configuration.
A surgical stapler comprising: a first jaw including an anvil ; a second jaw including a cartridge including a plurality of staples and a corresponding set of staple pushers situated in a plurality of staple pockets, the staple pushers being actuatable to eject the staples from the staple pockets through interaction with a set of fins on a slider moving longitudinally within the cartridge , the first jaw movable towards and away from the second jaw ; characterised by a cartridge lift disposed between the second jaw and the cartridge , the lift arranged to move the cartridge towards the first jaw in a direction transverse to a longitudinal direction while the lift is movable in the longitudinal direction. a first jaw including an anvil ; a second jaw including a cartridge including a plurality of staples and a corresponding set of staple pushers situated in a plurality of staple pockets, the staple pushers being actuatable to eject the staples from the staple pockets through interaction with a set of fins on a slider moving longitudinally within the cartridge , the first jaw movable towards and away from the second jaw ; characterised by a cartridge lift disposed between the second jaw and the cartridge , the lift arranged to move the cartridge towards the first jaw in a direction transverse to a longitudinal direction while the lift is movable in the longitudinal direction.
Gas-insulated electrical device , comprising - a dielectric insulation gas including an at least partly fluorinated first insulation gas component - and a calcium salt, in which the calcium salt is the salt of an organic acid. - a dielectric insulation gas including an at least partly fluorinated first insulation gas component - and a calcium salt, in which the calcium salt is the salt of an organic acid.
A prooxidative chain-transfer agent selected from the group consisting of lipophilic thiols comprising the general structure (I) wherein R 1 - R 4 are hydrogen or aliphatic or mixed aliphatic-aromatic or mixed aliphatic-heteroatom groups in which the number of aliphatic carbon atoms is at least six: R 1 + R 2 + R 3 + R 4 ≥ C 6 , and wherein R 1 - R 4 is selected from the group consisting of hydrogen, hydroxyl, a substituted or unsubstituted (C1-C24) alkyl, (C1-C24) hydroxyalkyl, (C1-C24) alkyloxy-(C1-C24) alkyl, (C1-C24) alkylsulfo-(C1-C24) alkyl, (C1-C24) alkylcarboxy-(C1-C24) alkyl, (C1-C24) alkylamino-(C1-C24)alkyl, (C1-C24) alkylamino-(C1-C24) alkylamino, (C1-C24) alkylamino-(C1-C24) alkylamino-(C1-C24) alkylamino, a substituted or unsubstituted (C1-C24) aminoalkyl, a substituted or unsubstituted aryl, a substituted or unsubstituted arylamino-(C1-C24) alkyl, (C1-C24) haloalkyl, C2-C24 alkenyl, C2-C24 alkynyl; for use in the treatment or prevention of a malignant tumour disease in humans or animals.