mhurhangee/ep-ind-claims huggingface dataset:
Tubing device of the type operatively connectable to an excavation machine configured to perform an excavation in the ground contained, at least partially, inside at least one tube segment, the tubing device comprising a base frame, at least one guiding tower for the tube segment operatively connected to the base frame, and a tube operating unit, operatively connected to the guiding tower, characterized in that the tube operating unit is slidable along the guiding tower and is provided with engaging means (12, 13) capable of both selectively holding the tube segment and of transmitting a rotary motion and an axial sliding movement to said tube segment, so as to allow the progressive driving in the ground thereof and a subsequent extraction from the ground, wherein said axial sliding movement is guided by the guiding tower and wherein the width of said axial sliding movement is determined by the stroke of said tube operating unit on said guiding tower and is proportional to at least once the diameter of the tube segment.
Rimless glasses frame comprising: - at least one glasses arm (3; 3'), said arm (3; 3') comprising a front part (4, 4') comprising at least one flexible clamping element and a rear part (5, 5') comprising at least one locking element (51; 451'), - the flexible clamping element comprising at least one connecting part (4A; 7A; 4A') comprising at least two jaws (41, 42; 71, 72; 41', 42') suitable for clamping a glasses lens and at least one linking part (4B; 7B; 4B') comprising at least one cavity (43; 73; 43') configured to make it possible to open said jaws (41, 42; 71, 72; 41', 42') following a pressure of said cavity (43; 73; 43'), - the locking element (51; 81; 451') being mounted in said cavity (43; 73; 43') of the linking part (4B; 7B; 4B') of the clamping element (4; 7; 4') along a vertical axis so as to lock the closing of said jaws (41, 42; 71, 72; 41', 42'), the flexible clamping element being hinged about said vertical axis with the locking element (51; 451') in order to make it possible for a folding of the arm (3; 3'). - at least one glasses arm (3; 3'), said arm (3; 3') comprising a front part (4, 4') comprising at least one flexible clamping element and a rear part (5, 5') comprising at least one locking element (51; 451'), - the flexible clamping element comprising at least one connecting part (4A; 7A; 4A') comprising at least two jaws (41, 42; 71, 72; 41', 42') suitable for clamping a glasses lens and at least one linking part (4B; 7B; 4B') comprising at least one cavity (43; 73; 43') configured to make it possible to open said jaws (41, 42; 71, 72; 41', 42') following a pressure of said cavity (43; 73; 43'), - the locking element (51; 81; 451') being mounted in said cavity (43; 73; 43') of the linking part (4B; 7B; 4B') of the clamping element (4; 7; 4') along a vertical axis so as to lock the closing of said jaws (41, 42; 71, 72; 41', 42'), the flexible clamping element being hinged about said vertical axis with the locking element (51; 451') in order to make it possible for a folding of the arm (3; 3').
An optical fibre comprising a core, a cladding surrounding the core and a jacket surrounding the cladding, further comprising at least one buffer material (202, 210) filling the space between the cladding and jacket wherein the core is offset from the centre of the optical fibre, and wherein the optical fibre is adapted such that it readily flexes.
Method for producing a pressure limiting valve for a fuel injection system which consists in: - providing a housing having a locating bore, which has a diameter that remains constant within predefined tolerances along a longitudinal axis, providing a sealing element, a spring and a sleeve with a fixing pin, which protrudes through a cavity, which is enclosed by the sleeve, wherein the fixing pin is shaped so that its movement outwards plastically deforms the sleeve at least in sections, - arranging the sealing element, the spring and the sleeve with the fixing pin in the locating bore, so that the spring is supported by a first end on the sleeve and by a second end on the sealing element, - moving the sleeve relative to the housing along the longitudinal axis and thereby adjusting the preload of the spring, characterized by moving the fixing pin along the longitudinal axis relative to the sleeve and thereby plastically deforming the sleeve, in order to press the sleeve into the housing, when a value of the preload of the spring corresponds to a predefined value of the opening pressure for the pressure limiting valve. - providing a housing having a locating bore, which has a diameter that remains constant within predefined tolerances along a longitudinal axis, providing a sealing element, a spring and a sleeve with a fixing pin, which protrudes through a cavity, which is enclosed by the sleeve, wherein the fixing pin is shaped so that its movement outwards plastically deforms the sleeve at least in sections, - arranging the sealing element, the spring and the sleeve with the fixing pin in the locating bore, so that the spring is supported by a first end on the sleeve and by a second end on the sealing element, - moving the sleeve relative to the housing along the longitudinal axis and thereby adjusting the preload of the spring,
A laundry treatment apparatus comprising: a cabinet; a drawer retractably provided in the cabinet; an accommodation unit (4, 5) disposed in the drawer and defining a space configured to receive water; a water supply channel connected to a water supply source and configured to supply washing water to the accommodation unit (4, 5); a body along which the water supply channel is provided, the body being rotatably supported by a support fixed to the cabinet, and a water discharge channel provided along the body and configured to discharge washing water from the accommodation unit to the outside of the cabinet, wherein the water discharge channel is configured to be an external water pipe supported by the body or to have an internal channel located inside the body, characterised in that the body includes a bar-shaped base and a base rotating shaft for rotatably connecting the base to the support; wherein the free end of the base is movable along an arcuate orbit; a body guider provided in the cabinet and having an arcuate shape, the body guider being configured to guide a rotational movement of the body. a cabinet; a drawer retractably provided in the cabinet; an accommodation unit (4, 5) disposed in the drawer and defining a space configured to receive water; a water supply channel connected to a water supply source and configured to supply washing water to the accommodation unit (4, 5); a body along which the water supply channel is provided, the body being rotatably supported by a support fixed to the cabinet, and a water discharge channel provided along the body and configured to discharge washing water from the accommodation unit to the outside of the cabinet, wherein the water discharge channel is configured to be an external water pipe supported by the body or to have an internal channel located inside the body, characterised in that the body includes a bar-shaped base and a base rotating shaft for rotatably connecting the base to the support; wherein the free end of the base is movable along an arcuate orbit; a body guider provided in the cabinet and having an arcuate shape, the body guider being configured to guide a rotational movement of the body.
A monitoring device configured to be attached to a subject, the monitoring device comprising: a photoplethysmography sensor (24, 34) configured to measure multiple types of physiological information from the subject; and a processor coupled to the PPG sensor (24, 34), wherein the processor is configured to receive and analyze signals produced by the PPG sensor (24, 34), and wherein the processor is configured to: determine a change in stress level of the subject; characterised in that the processor is further configured to: in response to determining that the subject is at an elevated stress level, control the PPG sensor (24, 34) to increase sensor interrogation power and to increase signal analysis frequency; and in response to determining that the subject is at a reduced stress level, control the PPG sensor (24, 34) to decrease sensor interrogation power and to decrease signal analysis frequency. a photoplethysmography sensor (24, 34) configured to measure multiple types of physiological information from the subject; and a processor coupled to the PPG sensor (24, 34), wherein the processor is configured to receive and analyze signals produced by the PPG sensor (24, 34), and wherein the processor is configured to: determine a change in stress level of the subject; characterised in that the processor is further configured to: in response to determining that the subject is at an elevated stress level, control the PPG sensor (24, 34) to increase sensor interrogation power and to increase signal analysis frequency; and in response to determining that the subject is at a reduced stress level, control the PPG sensor (24, 34) to decrease sensor interrogation power and to decrease signal analysis frequency. determine a change in stress level of the subject; characterised in that the processor is further configured to: in response to determining that the subject is at an elevated stress level, control the PPG sensor (24, 34) to increase sensor interrogation power and to increase signal analysis frequency; and in response to determining that the subject is at a reduced stress level, control the PPG sensor (24, 34) to decrease sensor interrogation power and to decrease signal analysis frequency. in response to determining that the subject is at an elevated stress level, control the PPG sensor (24, 34) to increase sensor interrogation power and to increase signal analysis frequency; and in response to determining that the subject is at a reduced stress level, control the PPG sensor (24, 34) to decrease sensor interrogation power and to decrease signal analysis frequency.
An exhaust gas measurement system that measures a component contained in exhaust gas of an internal combustion engine, the exhaust gas measuring system comprising: an exhaust gas piping member into which the exhaust gas is introduced; a purge gas supply mechanism adapted to supply purge gas to the exhaust gas piping member; a heating mechanism adapted to heat the exhaust gas piping member; and characterized in that a control mechanism adapted to, after the heating mechanism has heated the exhaust gas piping member or the exhaust gas flowing through the exhaust gas piping member to a predetermined temperature, control the purge gas supply mechanism to start supplying the purge gas. an exhaust gas piping member into which the exhaust gas is introduced; a purge gas supply mechanism adapted to supply purge gas to the exhaust gas piping member; a heating mechanism adapted to heat the exhaust gas piping member; and characterized in that a control mechanism adapted to, after the heating mechanism has heated the exhaust gas piping member or the exhaust gas flowing through the exhaust gas piping member to a predetermined temperature, control the purge gas supply mechanism to start supplying the purge gas.
An operation device which receives an input of an address twice in a row from a user, and determines the input of the address when a second address is identical to a first address, the operation device comprising: a pseudo-address generator that generates a pseudo-address obtained by converting a conversion target portion of characters included in the first address to randomly generated characters when the first address is input; a pseudo-address display unit that displays the first address and the pseudo-address to be selected by the user; and an address determining unit that sets the selected address as the second address and determines whether the second address is identical to the first address, wherein the pseudo-address generator compares the conversion target portion of characters in the first address with the randomly generated characters when generating the pseudo-address, and converts the conversion target portion of characters in the first address to the randomly generated characters when the conversion target portion of characters in the first address is not identical to the randomly generated characters. a pseudo-address generator that generates a pseudo-address obtained by converting a conversion target portion of characters included in the first address to randomly generated characters when the first address is input; a pseudo-address display unit that displays the first address and the pseudo-address to be selected by the user; and an address determining unit that sets the selected address as the second address and determines whether the second address is identical to the first address, wherein the pseudo-address generator compares the conversion target portion of characters in the first address with the randomly generated characters when generating the pseudo-address, and converts the conversion target portion of characters in the first address to the randomly generated characters when the conversion target portion of characters in the first address is not identical to the randomly generated characters.
An actuator with a housing in which a piston with a pin belonging to the actuator is inserted longitudinally slidable, and with an ignition element with contact pins wherein the contact pins, project out of the housing at the connecting end of the housing, and wherein when the ignition element is ignited the piston is displaced in direction of the actuating end by the generated propellant until the pin projects out of the housing at the actuating end, wherein the housing is formed as single part and cylinder-shaped, and wherein the connecting end with the end face of the housing is extrusion coated in an encompassing manner by a cylinder-shaped cover, characterized in that the ignition element is inserted up to the contact pins into the housing at the connecting end, and in that the bottom of the ignition element, out of which the contact pins project out, is formed aligned with the end face of the housing, and wherein the piston lies adjacent to the ignition element when the actuator is in an unactivated state.
A method comprising: maintaining, on persistent storage, a relational database that is managed by a database server; wherein said relational database includes a database table, said database table being stored on said persistent storage in a persistent format; generating, within volatile memory accessible to said database server, key-value records by converting data in said database table to a key-value format; wherein said key-value format is different from and independent of said persistent format; executing a database statement referencing said database table, wherein executing said database statement comprises: determining whether to access one or more key-value records in said volatile memory or to access said data in said database table, comprising at least one of: determining whether accessing said one or more key-value records involves parsing contents of aggregated key-value data, or determining whether said one or more key-value records include indirect references to corresponding data in said database table; accessing one or more key-value records in said volatile memory when determining to access said one or more key-value records. maintaining, on persistent storage, a relational database that is managed by a database server; wherein said relational database includes a database table, said database table being stored on said persistent storage in a persistent format; generating, within volatile memory accessible to said database server, key-value records by converting data in said database table to a key-value format; wherein said key-value format is different from and independent of said persistent format; executing a database statement referencing said database table, wherein executing said database statement comprises: determining whether to access one or more key-value records in said volatile memory or to access said data in said database table, comprising at least one of: determining whether accessing said one or more key-value records involves parsing contents of aggregated key-value data, or determining whether said one or more key-value records include indirect references to corresponding data in said database table; accessing one or more key-value records in said volatile memory when determining to access said one or more key-value records. determining whether to access one or more key-value records in said volatile memory or to access said data in said database table, comprising at least one of: determining whether accessing said one or more key-value records involves parsing contents of aggregated key-value data, or determining whether said one or more key-value records include indirect references to corresponding data in said database table; determining whether accessing said one or more key-value records involves parsing contents of aggregated key-value data, or determining whether said one or more key-value records include indirect references to corresponding data in said database table; accessing one or more key-value records in said volatile memory when determining to access said one or more key-value records.
A polymerizable composition comprising: a compound represented by Formula; and an ultraviolet absorbing agent A having a maximum absorption wavelength on a shorter wavelength side than a maximum absorption wavelength of the compound represented by Formula, in Formula, R 1 to R 6 each independently represent a hydrogen atom or a substituent, R 1 and R 2 may be bonded to each other to form a ring, and R 3 and R 4 may be bonded to each other to form a ring, where at least one of R 1 to R 6 represents a group that contains a polymerizable group having an ethylenically unsaturated bond, wherein the maximum absorption wavelength is measured as described in the description. a compound represented by Formula; and an ultraviolet absorbing agent A having a maximum absorption wavelength on a shorter wavelength side than a maximum absorption wavelength of the compound represented by Formula, in Formula, R 1 to R 6 each independently represent a hydrogen atom or a substituent, R 1 and R 2 may be bonded to each other to form a ring, and R 3 and R 4 may be bonded to each other to form a ring, where at least one of R 1 to R 6 represents a group that contains a polymerizable group having an ethylenically unsaturated bond, wherein the maximum absorption wavelength is measured as described in the description. in Formula, R 1 to R 6 each independently represent a hydrogen atom or a substituent, R 1 and R 2 may be bonded to each other to form a ring, and R 3 and R 4 may be bonded to each other to form a ring, where at least one of R 1 to R 6 represents a group that contains a polymerizable group having an ethylenically unsaturated bond, wherein the maximum absorption wavelength is measured as described in the description.
A strain of the microalga Isochrysis, referred to as Isochrysis affinis golbana Tahitian clone, deposited within the Culture Collection of Algae and Protozoa (CCAP) under accession number CCAP 927/17 or α mutant thereof, wherein said mutant is an Isochrysis sp Tahitian clone that: • has undergone a mutation as compared to the Isochrysis sp Tahitian clone CCAP 927/17 based on two types of successive operations made on clone CCAP 927/17 in two successive cycles: The selection phase corresponding to the selection of the 10% of the richest microalgal cell population in fatty acids, using cell sorting by flow cytometry and Nile Red fluorescent stain as the flow cytometry sorter; and - The mutation phase, wherein the previously selected microalgal cells are exposed to UVC radiations during a time permitting the survival of approximately 10% of the microalgal cells; and • has a lipid content increased by at least 75% compared to wild strain CCAP 927/14. • has undergone a mutation as compared to the Isochrysis sp Tahitian clone CCAP 927/17 based on two types of successive operations made on clone CCAP 927/17 in two successive cycles: The selection phase corresponding to the selection of the 10% of the richest microalgal cell population in fatty acids, using cell sorting by flow cytometry and Nile Red fluorescent stain as the flow cytometry sorter; and - The mutation phase, wherein the previously selected microalgal cells are exposed to UVC radiations during a time permitting the survival of approximately 10% of the microalgal cells; and The selection phase corresponding to the selection of the 10% of the richest microalgal cell population in fatty acids, using cell sorting by flow cytometry and Nile Red fluorescent stain as the flow cytometry sorter; and - The mutation phase, wherein the previously selected microalgal cells are exposed to UVC radiations during a time permitting the survival of approximately 10% of the microalgal cells; and - The mutation phase, wherein the previously selected microalgal cells are exposed to UVC radiations during a time permitting the survival of approximately 10% of the microalgal cells; and • has a lipid content increased by at least 75% compared to wild strain CCAP 927/14.
A valve, comprising a valve body and a valve core disk, wherein the valve body is provided with a passage configured for allowing a fluid to pass through; the valve core disk is provided within the passage and is rotatable with respect to the valve body; the valve core disk is provided with through holes, one side face of the valve core disk is provided with a one-way diaphragm, and the one-way diaphragm is configured for sealing the through holes in one direction, so as to enable the valve core disk to seal the passage in one direction, the valve core disk and a section of the passage both are in a circular shape; characterized in that on an outer circumferential surface of the valve core disk, an annular slot is provided along an extending direction of the outer circumferential surface; a seal ring is provided in the annular slot; the seal ring is in interference fit with a side wall of the passage, so as to fill in a gap between the valve core disk and the side wall of the passage, and to enable the valve core disk to universally rotate with respect to the valve body.
A fastening tool for a screw element having a tool mount and an associated line which exits from the center of the screw element, wherein a coupling part is provided which is configured for a shape matching engagement with the tool mount at a free end and which merges into a handle or can be coupled to a handle at the other end, the drive end, and wherein the coupling part has, at least at its free end, an inner space and/or a cutout and at least one lateral opening for the introduction and/or removal of the line; wherein the inner space and/or the cutout and the opening extend up to the free end and are open there; wherein the free end of the coupling part is provided with projections extending in an axial direction of the coupling part and engaging into longitudinal grooves of the screw element in a shape matching manner, said longitudinal grooves forming the tool mount and being formed at an outer side of the screw element and being open in the direction facing radially outwardly, characterized in that the projections are free-standing; and in that the projections have a circular cylindrical shape.