mhurhangee/patent-ind-claim-en huggingface dataset:
Use of a sperm activator whose active ingredient is a disrupted product of one or more cells selected from the group consisting of adipose tissue-derived stem cells, dental pulp derived stem cells, bone marrow-derived stem cells, and umbilical cord blood-derived stem cells or any combination thereof for activating sperm, wherein the disrupted product is selected from any one of the following (a) to (d) : (a) disrupted cells obtained by thawing cells in a frozen state; (b) a disrupted suspension obtained by disrupting cells; (c) a supernatant obtained by centrifuging the disrupted suspension (b); and (d) filtrate obtained by filtering the disrupted suspension (b) or the supernatant (c); and wherein activating sperm comprises increasing sperm motility, and wherein the use is performed in vitro. (a) disrupted cells obtained by thawing cells in a frozen state; (b) a disrupted suspension obtained by disrupting cells; (c) a supernatant obtained by centrifuging the disrupted suspension (b); and (d) filtrate obtained by filtering the disrupted suspension (b) or the supernatant (c); and wherein activating sperm comprises increasing sperm motility, and wherein the use is performed in vitro.
A multiview display comprising: a multiview pixel (706, 716-718, 800) having a plurality of sets of light valves (702-706, 802-805,1109,1110); and a plate light guide ; wherein the plate light guide comprises a plurality of multibeam diffraction gratings (708-711,806-809,1201,1202), each multibeam diffraction grating corresponding to a different set of light valves of the multiview pixel characterized in that each multibeam diffraction grating has a spatial offset with respect to a center of the set of light valves toward a center of the multiview pixel, wherein the plurality of multibeam diffraction gratings comprises chirped multibeam diffraction gratings formed in a surface of the plate light guide, wherein each multibeam diffraction grating of the plurality of spatially offset multibeam diffraction gratings is configured to diffractively couple out light from the plate light guide having different diffraction angles and an angular offset with respect to a direction normal to the plurality of sets of light valves and located at the center of the corresponding set of light valves, such that the sets of light valves provide modulated light beams that interleave to produce directional views of a multiview image at a viewing distance of the multiview display. a multiview pixel (706, 716-718, 800) having a plurality of sets of light valves (702-706, 802-805,1109,1110); and a plate light guide ; wherein the plate light guide comprises a plurality of multibeam diffraction gratings (708-711,806-809,1201,1202), each multibeam diffraction grating corresponding to a different set of light valves of the multiview pixel characterized in that each multibeam diffraction grating has a spatial offset with respect to a center of the set of light valves toward a center of the multiview pixel, wherein the plurality of multibeam diffraction gratings comprises chirped multibeam diffraction gratings formed in a surface of the plate light guide, wherein each multibeam diffraction grating of the plurality of spatially offset multibeam diffraction gratings is configured to diffractively couple out light from the plate light guide having different diffraction angles and an angular offset with respect to a direction normal to the plurality of sets of light valves and located at the center of the corresponding set of light valves, such that the sets of light valves provide modulated light beams that interleave to produce directional views of a multiview image at a viewing distance of the multiview display.
A biological tissue adhesive composition, comprising (i) a gluing macromer comprising one or more macromolecules grafted with at least one catechol moiety and comprising at least one cross-linkable functional group; (ii) a first cross-linker for cross-linking the at least one catechol moiety, wherein the first cross-linker comprises or consists of a multivalent metal ion; and (iii) a second cross-linker for covalently cross-linking the at least one cross-linkable functional group, wherein the one or more macromolecules are cross-linked by (a) complex formation between the at least one catechol moiety and the multivalent metal ion, and (b) covalent bonding of the at least one cross-linkable functional group with the second cross-linker, and wherein the at least one cross-linkable functional group is a nucleophilic functional group. (i) a gluing macromer comprising one or more macromolecules grafted with at least one catechol moiety and comprising at least one cross-linkable functional group; (ii) a first cross-linker for cross-linking the at least one catechol moiety, wherein the first cross-linker comprises or consists of a multivalent metal ion; and (iii) a second cross-linker for covalently cross-linking the at least one cross-linkable functional group,
A cutting assembly , with a frame and a cutting assembly base disposed thereon, a cutting platform disposed in front of the cutting assembly base having a cutter bar disposed thereon which is driven in oscillation by means of at least one transmission , a reel which is driven in rotation and which is guided on the cutting assembly base by means of support arms and which can be adjusted with respect thereto in or against a direction of cutting, as well as at least one separating blade which is releasably disposed on the end of the frame and which extends substantially vertically to the cutter bar , characterized in that the cutting platform can be displaced in or against the direction of cutting with respect to the cutting assembly base , wherein a drive device for the at least one separating blade is located in a region close to the ground, wherein the drive device is connected to the cutter bar via a linkage which transmits the oscillatory movement of the cutter bar to the at least one separating blade .
A method comprising: controlling, by means of a computing device (100; 158) comprising a processor , a mass flow device to mix gases at a plurality of concentrations so as to provide a sequence of concentrations of a gas over a range of concentrations to a gas tube included in a chamber ; controlling, by the computing device (100; 158), a temperature of the chamber over a temperature range; reading, by the computing device (100; 158), gas absorbance values from a first detector included in the chamber over the plurality of concentrations and over the temperature range; generating, by the computing device (100; 158), at least one of a look-up table and a mathematical formula mapping the absorbance values to the gas concentrations as a file configured to be downloaded to a second detector ; and causing the at least one of the look-up table and the mathematical formula to be stored in the second detector . controlling, by means of a computing device (100; 158) comprising a processor , a mass flow device to mix gases at a plurality of concentrations so as to provide a sequence of concentrations of a gas over a range of concentrations to a gas tube included in a chamber ; controlling, by the computing device (100; 158), a temperature of the chamber over a temperature range; reading, by the computing device (100; 158), gas absorbance values from a first detector included in the chamber over the plurality of concentrations and over the temperature range; generating, by the computing device (100; 158), at least one of a look-up table and a mathematical formula mapping the absorbance values to the gas concentrations as a file configured to be downloaded to a second detector ; and causing the at least one of the look-up table and the mathematical formula to be stored in the second detector .
A power tool system , comprising: a power tool configured to receive an input power via a cable from a power source ; a communications system disposed within the power tool, wherein the communications system comprises communications circuitry configured to receive operating information related to the power tool; characterized by a retrofit tag removably and retroactively coupled to an external surface of a housing of the power tool, wherein the retrofit tag is configured to wirelessly couple with the communications system to receive at least a portion of the operating information with a first wireless communication mode, and wherein the retrofit tag is configured to transmit at least a portion of the operating information with a second wireless communication mode, and wherein the first wireless communication mode is different than the second wireless communication mode. a power tool configured to receive an input power via a cable from a power source ; a communications system disposed within the power tool, wherein the communications system comprises communications circuitry configured to receive operating information related to the power tool; characterized by a retrofit tag removably and retroactively coupled to an external surface of a housing of the power tool, wherein the retrofit tag is configured to wirelessly couple with the communications system to receive at least a portion of the operating information with a first wireless communication mode, and wherein the retrofit tag is configured to transmit at least a portion of the operating information with a second wireless communication mode, and wherein the first wireless communication mode is different than the second wireless communication mode.
Igniter for ammunition, with an ignition device , with a striker and a movable deflection lever , on which the striker is arranged, characterized in that a striking mass is mounted longitudinally movably in the igniter, in that the striking mass can in its movement set the deflection lever in motion, and in that a safety means can restrict the movement of the deflection lever . with an ignition device , with a striker and a movable deflection lever , on which the striker is arranged, characterized in that a striking mass is mounted longitudinally movably in the igniter, in that the striking mass can in its movement set the deflection lever in motion, and in that a safety means can restrict the movement of the deflection lever .
Method of producing etched structures from a steel material, the method comprising at least the following steps in the time sequence indicated: - providing a flat product made of a steel material, wherein one side of the flat product is selected as the sharp-edge side for at least one section of the flat product and the side opposite the sharp-edge side is selected as the round-edge side ; - coating the sharp-edge side of the flat product at least partially with an etch-resistant photoresist ; - coating the round edge side of the flat product at least partially with an etch-resistant photoresist - developing the etch-resistant photoresist ; - carrying out an etching treatment of the flat product to produce at least one sharp edge on the sharp edge side and to produce at least one edge opposite the sharp edge on the round edge side ; - removal of the photoresist on both sides of the flat product ; - masking the at least one sharp edge with an etch-resistant coating , and - rounding of the at least one edge on the round edge side with a further etching treatment. - providing a flat product made of a steel material, wherein one side of the flat product is selected as the sharp-edge side for at least one section of the flat product and the side opposite the sharp-edge side is selected as the round-edge side ; - coating the sharp-edge side of the flat product at least partially with an etch-resistant photoresist ; - coating the round edge side of the flat product at least partially with an etch-resistant photoresist - developing the etch-resistant photoresist ; - carrying out an etching treatment of the flat product to produce at least one sharp edge on the sharp edge side and to produce at least one edge opposite the sharp edge on the round edge side ; - removal of the photoresist on both sides of the flat product ; - masking the at least one sharp edge with an etch-resistant coating , and - rounding of the at least one edge on the round edge side with a further etching treatment.
A straddled vehicle comprising: a body frame ; a fuel tank supported by the body frame ; a seat disposed behind the fuel tank and supported by the body frame ; a taillight supported by the body frame , and having at least part thereof disposed further rearward than the seat ; a front cover having at least part thereof disposed below at least one of the fuel tank and the seat in a side view of the vehicle; and a rear cover extending rearward from the front cover , and having at least part thereof disposed below the seat in the side view of the vehicle; wherein the fuel tank is positioned by the body frame ; the front cover is positioned by at least one of the body frame and the fuel tank ; the rear cover has a rear end thereof located further rearward than the taillight , wherein the rear cover is joined to the front cover , and the rear cover is positioned by the front cover through a front end of the rear cover joined to a rear end of the front cover , wherein the front cover and the rear cover are joined by fastening rear end of the front cover and the front end of the rear cover together, characterized in that a relative position between the front cover and the rear cover is determined uniquely, dimension errors of the front cover and rear cover result in a shift of a position of the rear end of the rear cover relative to the body frame . a body frame ; a fuel tank supported by the body frame ; a seat disposed behind the fuel tank and supported by the body frame ; a taillight supported by the body frame , and having at least part thereof disposed further rearward than the seat ; a front cover having at least part thereof disposed below at least one of the fuel tank and the seat in a side view of the vehicle; and a rear cover extending rearward from the front cover , and having at least part thereof disposed below the seat in the side view of the vehicle; wherein the fuel tank is positioned by the body frame ; the front cover is positioned by at least one of the body frame and the fuel tank ; the rear cover has a rear end thereof located further rearward than the taillight , wherein the rear cover is joined to the front cover , and the rear cover is positioned by the front cover through a front end of the rear cover joined to a rear end of the front cover , wherein the front cover and the rear cover are joined by fastening rear end of the front cover and the front end of the rear cover together, characterized in that a relative position between the front cover and the rear cover is determined uniquely, dimension errors of the front cover and rear cover result in a shift of a position of the rear end of the rear cover relative to the body frame .
An artificial satellite including a first thruster group comprising a plurality of thrusters and a second thruster group comprising a plurality of thrusters different from the plurality of thrusters in the first thruster group, wherein the first thruster group and the second thruster group simultaneously perform firings in a direction opposite to a travel direction of the artificial satellite when orbit transfer is performed, characterised in that : when a first operating number and a second operating number are different, a ratio between a first distance and a second distance becomes inverse to a ratio between the first operating number and the second operating number, the first operating number being a number of the thrusters in the first thruster group that are operated, the second operating number being a number of the thrusters in the second thruster group that are operated, the first distance being a distance in a first direction orthogonal to the travel direction and being a distance from a center of gravity of the satellite to the first thruster group , the second distance being a distance in a second direction opposite to the first direction and being a distance from the center of gravity of the satellite to the second thruster group .
An elevator device comprising a safety gear which is provided onto an elevator car and an electrically operated actuator which activates the safety gear , wherein the elevator device has a braking state detecting switch to detect a braking state of the safety gear ; the braking state detecting switch is actuated by a mechanism which is mobilized by a braking element of the safety gear ; displacement of the braking element when power supply is lost keeps the braking state detecting switch in an off state; displacement of the braking element in a braking by the safety gear turns on the braking state detecting switch ; the braking state detecting switch is provided onto a body part of the safety gear ; the mechanism includes a cam to actuate the braking state detecting switch and a pin to which the cam is attached; and the pin is driven by the braking element , characterized in that : the braking state detecting switch is provided inside the body part ; one end of the pin is fixed to the braking element ; and the cam is attached to the other end of the pin . wherein the elevator device has a braking state detecting switch to detect a braking state of the safety gear ; the braking state detecting switch is actuated by a mechanism which is mobilized by a braking element of the safety gear ; displacement of the braking element when power supply is lost keeps the braking state detecting switch in an off state; displacement of the braking element in a braking by the safety gear turns on the braking state detecting switch ; the braking state detecting switch is provided onto a body part of the safety gear ; the mechanism includes a cam to actuate the braking state detecting switch and a pin to which the cam is attached; and the pin is driven by the braking element , characterized in that : the braking state detecting switch is provided inside the body part ; one end of the pin is fixed to the braking element ; and the cam is attached to the other end of the pin . the braking state detecting switch is provided inside the body part ; one end of the pin is fixed to the braking element ; and the cam is attached to the other end of the pin .
A fabric treatment composition comprising: a) benefit agent capsules wherein the benefit agent capsules comprise a shell material encapsulating a core material, wherein said shell material is derived from polyvinylalcohol and a shell component wherein said shell component is selected from the list consisting of polyacrylate, polyurea, and mixtures thereof; said core material comprises a benefit agent; b) a biphenyl brightener having formula: wherein M is a suitable cation. a) benefit agent capsules wherein the benefit agent capsules comprise a shell material encapsulating a core material, wherein said shell material is derived from polyvinylalcohol and a shell component wherein said shell component is selected from the list consisting of polyacrylate, polyurea, and mixtures thereof; said core material comprises a benefit agent; b) a biphenyl brightener having formula: wherein M is a suitable cation.
A CXCR4 antagonist selected from the group consisting of plerixafor, AMD3465, NIBR1816, or TG-0054 for use in a method for treating a subject with acute liver injury comprising administering to the subject a therapeutically effective amount of said CXCR4 antagonist and G-CSF.
A hair straightening apparatus, comprising: two jaws , pivotally connected by a hinge ; two ironing plates , each installed in a different jaw of said jaws, and a heating mechanism of said ironing plates; said jaws having an open state in which said ironing plates are drawn from each other, and a closed state in which said ironing plates attach each other; a group of electromagnets installed on one of said jaws, and a corresponding magnetic object installed in the other jaw, wherein said corresponding magnetic object is in a form of a ferromagnetic plate or in a form of another group of electromagnets; an on/off button , for activating / deactivating electric power supply to said electromagnets, wherein said power supply is sufficient for turning said jaws from said open state to said closed state; and wherein the hair straightening apparatus further comprises a controller, for controllably changing a state of said jaws from open to close and vice versa by changing an intensity of said power supply to said electromagnets according to a program embedded therein. two jaws , pivotally connected by a hinge ; two ironing plates , each installed in a different jaw of said jaws, and a heating mechanism of said ironing plates; said jaws having an open state in which said ironing plates are drawn from each other, and a closed state in which said ironing plates attach each other; a group of electromagnets installed on one of said jaws, and a corresponding magnetic object installed in the other jaw, wherein said corresponding magnetic object is in a form of a ferromagnetic plate or in a form of another group of electromagnets; an on/off button , for activating / deactivating electric power supply to said electromagnets, wherein said power supply is sufficient for turning said jaws from said open state to said closed state; and wherein the hair straightening apparatus further comprises a controller, for controllably changing a state of said jaws from open to close and vice versa by changing an intensity of said power supply to said electromagnets according to a program embedded therein.
A socket structure, comprising: a casing comprising a plurality of lateral walls , a bottom , an opening and an accommodation space , wherein the opening is collaboratively defined by the plurality of lateral walls , and the accommodation space is collaboratively defined by the plurality of lateral walls and the bottom and is in communication with the opening ; a main body disposed in the accommodation space and comprising a circuit board and a connection port , wherein the connection port is disposed on the circuit board ; a frame comprising at least one plate and a first extending portion , wherein the at least one plate surrounds the periphery of the opening , and the first extending portion is extended from the at least one plate and is connected to one of the plurality of lateral walls ; and a cover covering the opening and comprising a through hole , wherein the through hole is configured to allow a plug to pass through and connect to the connection port , wherein the frame further comprises a second extending portion , and the second extending portion is connected to the first extending portion and connected to the bottom of the casing , characterized in that the first extending portion and the second extending portion are respectively embedded in one of the plurality of lateral walls and the bottom of the casing by an insert molding process. a casing comprising a plurality of lateral walls , a bottom , an opening and an accommodation space , wherein the opening is collaboratively defined by the plurality of lateral walls , and the accommodation space is collaboratively defined by the plurality of lateral walls and the bottom and is in communication with the opening ; a main body disposed in the accommodation space and comprising a circuit board and a connection port , wherein the connection port is disposed on the circuit board ; a frame comprising at least one plate and a first extending portion , wherein the at least one plate surrounds the periphery of the opening , and the first extending portion is extended from the at least one plate and is connected to one of the plurality of lateral walls ; and a cover covering the opening and comprising a through hole , wherein the through hole is configured to allow a plug to pass through and connect to the connection port , wherein the frame further comprises a second extending portion , and the second extending portion is connected to the first extending portion and connected to the bottom of the casing , characterized in that the first extending portion and the second extending portion are respectively embedded in one of the plurality of lateral walls and the bottom of the casing by an insert molding process.