mhurhangee/patent-ind-claim-en huggingface dataset:
A pinch detection sensor , for detecting the occurrence of pinch during closing of a sliding door , comprising: a door front edge rubber including a hollow portion inside, to be attached to a front edge portion of the sliding door in a closing movement direction of the sliding door; and a plurality of linear shape pressure sensing members accommodated in the hollow portion , each linear shape pressure sensing member comprising a tubular elastic body and respective conductor wires spaced apart from each other in an inner side of the tubular elastic body ; wherein the door front edge rubber includes, in the hollow portion , a plurality of housing spaces , which accommodate the plurality of linear shape pressure sensing members , respectively, characterized in that each of the lengths of the housing spaces (301, 302, 303; 304, 305) in a width direction of the sliding door in the movement direction of the sliding door are greater than the respective diameters of the linear shape pressure sensing members , thereby allowing each of the linear shape pressure sensing members accommodated in its respective housing space to be moved in a width direction of the sliding door within its respective housing space (301, 302, 303; 304, 305), and wherein movements of the linear shape pressure sensing members between the plurality of housing spaces are restricted by a partitioning portion. a door front edge rubber including a hollow portion inside, to be attached to a front edge portion of the sliding door in a closing movement direction of the sliding door; and a plurality of linear shape pressure sensing members accommodated in the hollow portion , each linear shape pressure sensing member comprising a tubular elastic body and respective conductor wires spaced apart from each other in an inner side of the tubular elastic body ; wherein the door front edge rubber includes, in the hollow portion , a plurality of housing spaces , which accommodate the plurality of linear shape pressure sensing members , respectively, characterized in that each of the lengths of the housing spaces (301, 302, 303; 304, 305) in a width direction of the sliding door in the movement direction of the sliding door are greater than the respective diameters of the linear shape pressure sensing members , thereby allowing each of the linear shape pressure sensing members accommodated in its respective housing space to be moved in a width direction of the sliding door within its respective housing space (301, 302, 303; 304, 305), and wherein movements of the linear shape pressure sensing members between the plurality of housing spaces are restricted by a partitioning portion.
A method for producing a mineral coated scaffold comprising: (i) contacting a primer coating composition and a scaffold or incubating the primer coating composition and the scaffold for a period of time under conditions sufficient to form a primer coated scaffold; (ii) contacting the primer coated scaffold with a modified simulated body fluid; and (iii) incubating the primer coated scaffold and the modified simulated body fluid for a period of time under conditions sufficient to form a mineral coated scaffold, wherein the scaffold comprises a matrix material, and the matrix material comprises polyetheretherketone (PEEK); the primer coating composition comprises a polymer or a polymer and a solvent, and the polymer is polycaprolactone (PCL); the primer coating of the scaffold comprises a continuous or discontinuous coating; and the primer coating promotes mineral coating of the scaffold. (i) contacting a primer coating composition and a scaffold or incubating the primer coating composition and the scaffold for a period of time under conditions sufficient to form a primer coated scaffold; (ii) contacting the primer coated scaffold with a modified simulated body fluid; and (iii) incubating the primer coated scaffold and the modified simulated body fluid for a period of time under conditions sufficient to form a mineral coated scaffold, the scaffold comprises a matrix material, and the matrix material comprises polyetheretherketone (PEEK); the primer coating composition comprises a polymer or a polymer and a solvent, and the polymer is polycaprolactone (PCL); the primer coating of the scaffold comprises a continuous or discontinuous coating; and the primer coating promotes mineral coating of the scaffold.
Rotary motor , comprising a stationary cylinder housing having an internal mainly circular rotor mounted on a drive shaft , where the rotor is equipped with a piston , and that a circular working chamber is provided about the rotor with an inlet and outlet for supply and removal, respectively, of appropriate drive medium, where a passage valve is arranged before the inlet of the working chamber and arranged to allow passage of the piston and to close the working chamber after the piston has passed, wherein - the inlet of the working chamber is connected to an external combustion chamber for introducing the drive medium to the working chamber , characterised in that said external combustion chamber comprises a rotary discharge valve for control of inlet of air through an inlet into the combustion chamber, and also a rotary supply valve to close or open for the inlet of the working chamber into the working chamber , and in that the combustion chamber comprises means for increasing the compression pressure in the combustion chamber, as said means comprises a compression rod arranged to be pushed into the combustion chamber to increase the compression pressure. - the inlet of the working chamber is connected to an external combustion chamber for introducing the drive medium to the working chamber ,
A battery , comprising: a box comprising a first electric conductor ; a battery unit accommodated in the box ; a thermal management member for managing a temperature of the battery unit , the thermal management member comprising a second electric conductor ; a middle electric conductor provided on the first electric conductor and/or the second electric conductor , wherein the middle electric conductor is configured to be a conducting strip bent in a Z shape; and an equipotential apparatus comprising an electrically-conductive member and an elastic support , wherein the electrically-conductive member is at least partially arranged on a surface of the elastic support , and the elastic support is configured to provide an elastic support force for the electrically-conductive member so as to squeeze the electrically-conductive member between the first electric conductor and the middle electric conductor , or squeeze the electrically-conductive member between the middle electric conductor and the second electric conductor , or squeeze the electrically-conductive member between the middle electric conductor and the middle electric conductor to achieve an equipotential connection between the first electric conductor and the second electric conductor . a box comprising a first electric conductor ; a battery unit accommodated in the box ; a thermal management member for managing a temperature of the battery unit , the thermal management member comprising a second electric conductor ; a middle electric conductor provided on the first electric conductor and/or the second electric conductor , wherein the middle electric conductor is configured to be a conducting strip bent in a Z shape; and an equipotential apparatus comprising an electrically-conductive member and an elastic support , wherein the electrically-conductive member is at least partially arranged on a surface of the elastic support , and the elastic support is configured to provide an elastic support force for the electrically-conductive member so as to squeeze the electrically-conductive member between the first electric conductor and the middle electric conductor , or squeeze the electrically-conductive member between the middle electric conductor and the second electric conductor , or squeeze the electrically-conductive member between the middle electric conductor and the middle electric conductor to achieve an equipotential connection between the first electric conductor and the second electric conductor .
Compounds of formula ( V ): wherein R and R 1 , which can be the same or different, are selected from H; straight or branched C1-C6 alkyl; C5-C6 cycloalkyl optionally substituted with C1-C4 alkyl groups; C3-C9 alkenyl; phenyl, naphthyl, heteroaryl optionally substituted with one or more groups selected from straight or branched C1-C6 alkyl, halogens, -NO 2 , -OR 2 groups wherein R 2 is selected from H, straight or branched C1-C6 alkyl, optionally substituted benzyl or R and R 1 linked together to form an optionally substituted C5 or C6 cycle.
An optical fiber , comprising: a core ; a depressed layer surrounding the core ; and a cladding surrounding the depressed layer , wherein: a refractive index profile (n(r)) of the core comprises an a power distribution in which an index a is 3.5 or more and 6 or less, a relative refractive index difference Δ - of the depressed layer with respect to the cladding is set such that an absolute value |Δ - | thereof is 0.01% or more and 0.045% or less, a cable cutoff wavelength λ cc of 22 m is 1260 nm or less, a mode field diameter MFD at a wavelength of 1310 nm is 8.6 μm or more and 9.5 μm or less,and a zero dispersion wavelength ZDW is 1305 nm or more; characterized in that a radius r1 of the core and an outer circumference radius r2 of the depressed layer are set such that a ratio rl/r2 thereof is 0.3 or more and 0.6 or less. a core ; a depressed layer surrounding the core ; and a cladding surrounding the depressed layer , wherein: a refractive index profile (n(r)) of the core comprises an a power distribution in which an index a is 3.5 or more and 6 or less, a relative refractive index difference Δ - of the depressed layer with respect to the cladding is set such that an absolute value |Δ - | thereof is 0.01% or more and 0.045% or less, a cable cutoff wavelength λ cc of 22 m is 1260 nm or less, a mode field diameter MFD at a wavelength of 1310 nm is 8.6 μm or more and 9.5 μm or less,and a zero dispersion wavelength ZDW is 1305 nm or more; a refractive index profile (n(r)) of the core comprises an a power distribution in which an index a is 3.5 or more and 6 or less, a relative refractive index difference Δ - of the depressed layer with respect to the cladding is set such that an absolute value |Δ - | thereof is 0.01% or more and 0.045% or less, a cable cutoff wavelength λ cc of 22 m is 1260 nm or less, a mode field diameter MFD at a wavelength of 1310 nm is 8.6 μm or more and 9.5 μm or less,and a zero dispersion wavelength ZDW is 1305 nm or more;
High strength steel plate with an ultimate tensile strength of 900 MPa or more which is excellent in hydrogen embrittlement resistance characterized in that the structure of the steel plate is formed of, (a) by volume fraction, ferrite being present in 10 to 50%, bainitic ferrite and/or bainite in 10 to 60%, and tempered martensite in 10 to 50%, (b) iron-based carbides which contain Si or Si and Al in 0.1% or more are present in 4×10 8 (particles/mm 3 ) or more, (c) optionally, by volume fraction, fresh martensite is present in 10% or less, (d) optionally, by volume fraction, retained austenite is present in 2 to 25%, (e) optionally, by volume fraction, pearlite and/or coarse cementite in 10% or less, and wherein the steel plate contains, by mass%, C: 0.07% to 0.25%, Si: 0.45 to 2.50%, Mn: 1.5 to 3.20%, P: 0.001 to 0.03%, S: 0.0001 to 0.01%, Al: 0.005 to 2.5%, N: 0.0001 to 0.0100%, and O: 0.0001 to 0.0080% and optionally one or more of, by mass-%, Ti: 0.005 to 0.09%, Nb: 0.005 to 0.09%, B: 0.0001 to 0.01%, Cr: 0.01 to 2.0%, Ni: 0.01 to 2.0%, Cu: 0.01 to 0.05%, Mo: 0.01 to 0.8%, V: 0.005 to 0.09%, Ca, Ce, Mg and REM, where Ca, Ce, Mg and REM are contained in a total of 0.0001 to 0.5%, and a balance of iron and unavoidable impurities. (a) by volume fraction, ferrite being present in 10 to 50%, bainitic ferrite and/or bainite in 10 to 60%, and tempered martensite in 10 to 50%, (b) iron-based carbides which contain Si or Si and Al in 0.1% or more are present in 4×10 8 (particles/mm 3 ) or more, (c) optionally, by volume fraction, fresh martensite is present in 10% or less, (d) optionally, by volume fraction, retained austenite is present in 2 to 25%, (e) optionally, by volume fraction, pearlite and/or coarse cementite in 10% or less, and
A method for diagnosis of Alzheimer's disease (AD) or detection of AD risk in a subject, comprising the steps of: measuring baseline levels of a baseline set of glyceraldehyde 3-phosphate dehydrogenase (GAPDH) as a single biomarker in baseline samples, obtained from a baseline set of subjects, wherein the baseline set of subjects comprises a control group having subjects without AD and AD group with subjects that have different stages and types of Alzheimer's disease determining one or more AD reference levels for GAPDH in the test set based on the baseline levels of GAPDH in the test set; measuring a test sample for levels of GAPDH; and determining the test sample is positive or risk for AD if the level of GAPDH in the test sample is higher than the AD references levels as determined in step ; . wherein the AD reference levels for GAPDH are between 380 ng/dL and 720 ng/dL; wherein the level of GAPDH in a test sample from the subject being higher than 720 ng/dL indicates a diagnosis of Alzheimer's disease; while the level of GAPDH in a test sample from the subject being less than 380 ng/dL indicates a diagnosis of a low risk for Alzheimer's disease; and the level of GAPDH in a test sample from the subject being between 380 ng/dL and 720 ng/dL indicates a diagnosis of a high risk for Alzheimer's disease. measuring baseline levels of a baseline set of glyceraldehyde 3-phosphate dehydrogenase (GAPDH) as a single biomarker in baseline samples, obtained from a baseline set of subjects, wherein the baseline set of subjects comprises a control group having subjects without AD and AD group with subjects that have different stages and types of Alzheimer's disease determining one or more AD reference levels for GAPDH in the test set based on the baseline levels of GAPDH in the test set; measuring a test sample for levels of GAPDH; and determining the test sample is positive or risk for AD if the level of GAPDH in the test sample is higher than the AD references levels as determined in step ; .
Pump for pumping corrosive fluids, which comprises: - two or more heads , each of which provided with: - a pumping chamber , - a suction channel and a dispensing channel , connected to said pumping chamber in order to suction and dispense a corrosive fluid respectively in said pumping chamber and from said pumping chamber ; - a casing made of metallic material, carrying said heads mounted thereon ; said pump being characterised in that the casing is provided with: - a feed circuit , placed in fluid communication with the suction channels of said heads in order to feed said heads with said fluid to be pumped; and - a delivery circuit , placed in fluid communication with the dispensing channels of said heads in order to distribute said corrosive fluid dispensed by said heads ; said feed circuit and said delivery circuit being provided with a first conveyance surface for said corrosive fluid; said pump being further characterized in that it comprises a first shaped protection body made of polymeric material, which is molded in a single body directly on top of said first conveyance surface . - two or more heads , each of which provided with: - a pumping chamber , - a suction channel and a dispensing channel , connected to said pumping chamber in order to suction and dispense a corrosive fluid respectively in said pumping chamber and from said pumping chamber ; - a pumping chamber , - a suction channel and a dispensing channel , connected to said pumping chamber in order to suction and dispense a corrosive fluid respectively in said pumping chamber and from said pumping chamber ; - a casing made of metallic material, carrying said heads mounted thereon ; said pump being characterised in that the casing is provided with: - a feed circuit , placed in fluid communication with the suction channels of said heads in order to feed said heads with said fluid to be pumped; and - a delivery circuit , placed in fluid communication with the dispensing channels of said heads in order to distribute said corrosive fluid dispensed by said heads ; - a feed circuit , placed in fluid communication with the suction channels of said heads in order to feed said heads with said fluid to be pumped; and - a delivery circuit , placed in fluid communication with the dispensing channels of said heads in order to distribute said corrosive fluid dispensed by said heads ; said feed circuit and said delivery circuit being provided with a first conveyance surface for said corrosive fluid; said pump being further characterized in that it comprises a first shaped protection body made of polymeric material, which is molded in a single body directly on top of said first conveyance surface .
A method of regulating a temperature of a fluid within a hose of a fluid dispensing system , the method comprising: passing the fluid through the hose , wherein the fluid dispensing system comprises: a control unit ; a hose attached to and fluidly connected with the control unit , the hose having a length (L H ) and a channel extending therethrough; and a heating element mounted to and extending within the entire length (L H ) of the channel ; sensing, with the heating element , a temperature of the fluid in the hose , the sensed temperature being an average temperature of the fluid along the entire length (L H ) of the hose ; comparing, with the control unit , the sensed temperature of the fluid in the hose to a reference temperature of the fluid; adjusting, with the control unit , an input of the heating element in response to the comparison of the sensed temperature of the fluid in the hose to the reference temperature such that the temperature of the fluid is adjusted towards the reference temperature. a control unit ; a hose attached to and fluidly connected with the control unit , the hose having a length (L H ) and a channel extending therethrough; and a heating element mounted to and extending within the entire length (L H ) of the channel ; sensing, with the heating element , a temperature of the fluid in the hose , the sensed temperature being an average temperature of the fluid along the entire length (L H ) of the hose ; comparing, with the control unit , the sensed temperature of the fluid in the hose to a reference temperature of the fluid; adjusting, with the control unit , an input of the heating element in response to the comparison of the sensed temperature of the fluid in the hose to the reference temperature such that the temperature of the fluid is adjusted towards the reference temperature.
A method for characterising and/or prognosing prostate cancer in a subject comprising: measuring the level of at least Complement C3 or at least one peptide thereof in a sample from the subject wherein the level of Complement C3 or the at least one peptide thereof is used to provide a characterisation of and/or a prognosis for the prostate cancer, wherein the characterisation of and/or prognosis for the prostate cancer comprises determining the presence or absence of extra-capsular extension. measuring the level of at least Complement C3 or at least one peptide thereof in a sample from the subject wherein the level of Complement C3 or the at least one peptide thereof is used to provide a characterisation of and/or a prognosis for the prostate cancer, wherein the characterisation of and/or prognosis for the prostate cancer comprises determining the presence or absence of extra-capsular extension.
A system for improving a braking efficiency of an aircraft having an elevator or other rear pitch control surface, the system comprising: an acceleration sensor configured to measure a longitudinal deceleration of the aircraft ; a brake pedal sensor to measure a position of a brake pedal; and a controller coupled to the acceleration sensor and/or the brake pedal sensor , the system being characterized by the fact that the controller implements a flight control law that enhances braking efficiency of the aircraft through the operation of the elevator or the other rear pitch control surface by using the measured longitudinal deceleration and/or the measured brake pedal position as references to the control law, wherein the controller is configured to selectively control the deflection of the elevator or the other rear pitch control surface to generate a rear downward lift force L HT as a function of the measured longitudinal deceleration and/or the measured brake pedal position to increase the vertical load in the main landing gear and consequently to enhance the braking efficiency of the aircraft and wherein the controller is configured to adjust the relationship between the measured longitudinal deceleration and/or the measured brake pedal position with the deflection of the elevator or the other rear pitch control surface to always keep at least a minimum vertical load on the nose landing gear to provide adequate directional handing qualities during take-off and landing. an acceleration sensor configured to measure a longitudinal deceleration of the aircraft ; a brake pedal sensor to measure a position of a brake pedal; and a controller coupled to the acceleration sensor and/or the brake pedal sensor , the system being characterized by the fact that the controller implements a flight control law that enhances braking efficiency of the aircraft through the operation of the elevator or the other rear pitch control surface by using the measured longitudinal deceleration and/or the measured brake pedal position as references to the control law, wherein the controller is configured to selectively control the deflection of the elevator or the other rear pitch control surface to generate a rear downward lift force L HT as a function of the measured longitudinal deceleration and/or the measured brake pedal position to increase the vertical load in the main landing gear and consequently to enhance the braking efficiency of the aircraft and wherein the controller is configured to adjust the relationship between the measured longitudinal deceleration and/or the measured brake pedal position with the deflection of the elevator or the other rear pitch control surface to always keep at least a minimum vertical load on the nose landing gear to provide adequate directional handing qualities during take-off and landing.
A glycoside compound, or an optical isomer, a solvate, a polymorph, a pharmaceutically acceptable salt or ester thereof, which is selected from the compounds having any of the following structures: