mhurhangee/patent-ind-claim-en huggingface dataset:
Security element for a valuable document, wherein the security element comprises a two-dimensionally regular pattern made of individual cylindrical surface elements made of a highly refractive, in particular metallic, material, which surface elements are located in a grating plane , are spaced apart from one another by gaps and are embedded on all sides in a dielectric , wherein the regular pattern has a periodicity (d) of 100 nm to 800 nm, preferably from 200 nm to 500 nm, in at least two directions that extend parallel to the grating plane, characterized in that the gaps between the surface elements likewise comprise only dielectric in a region of at least 1 μm perpendicularly to the grating plane .
A control system for a valve member slidably arranged in a plastic injection nozzle , comprising a rotary electric motor (M) and a mechanism adapted to couple said motor (M) to the valve member to drive it slidably between a nozzle closing position and a nozzle maximum opening position, characterized in that said mechanism comprises: - an eccentric integral with an output shaft of the motor so as to be rotated by said output shaft, comprising a crank pin parallel to the output shaft but not coaxial with said shaft , - a slider adapted to be attached to one end of the shutter , and - a connecting rod , a first end of which is articulated on the crank pin of the eccentric and a second end of which is articulated on a pin of the slide so that the rotation of the eccentric generates a sliding of the shutter oscillating between the shut-off position and the maximum opening position. - an eccentric integral with an output shaft of the motor so as to be rotated by said output shaft, comprising a crank pin parallel to the output shaft but not coaxial with said shaft , - a slider adapted to be attached to one end of the shutter , and - a connecting rod , a first end of which is articulated on the crank pin of the eccentric and a second end of which is articulated on a pin of the slide so that the rotation of the eccentric generates a sliding of the shutter oscillating between the shut-off position and the maximum opening position.
An exhaust gas turbine housing for an exhaust gas turbocharger, wherein the housing is comprised of an iron-based alloy having an austenitic base structure comprising a carbide structure and consisting of the following elements: C: 0.3 to 0.6% by weight, Cr: 24 to 27% by weight, Mn: up to and including 2.0% by weight, Si: 1.5 to 2.4% by weight, Nb: 0.7 to 1.0% by weight, Ni: 27.5 to 30% by weight, V: 0.4-0.6% by weight, N: 0.05-0.25% by weight, Ce: up to 0.4% by weight, Al: up to 0.7% by weight, B: up to 0.05% by weight, Fe: balance to make 100% by weight. C: 0.3 to 0.6% by weight, Cr: 24 to 27% by weight, Mn: up to and including 2.0% by weight, Si: 1.5 to 2.4% by weight, Nb: 0.7 to 1.0% by weight, Ni: 27.5 to 30% by weight, V: 0.4-0.6% by weight, N: 0.05-0.25% by weight, Ce: up to 0.4% by weight, Al: up to 0.7% by weight, B: up to 0.05% by weight, Fe: balance to make 100% by weight.
An oblique flow booster fan , comprising: an impeller , comprising an impeller body and a plurality of blades connected to the impeller body , each of the blades spirally extended from a top of the impeller body to a bottom of the impeller body , two ends of each of the blades being provided an upper edge and a lower edge respectively, and the upper edge having a width larger than the lower edge ; an air guide assembly , comprising an outer ring , an inner cylinder spaced apart in the outer ring , and a plurality of air guide vanes evenly connected between the outer ring and the inner cylinder ; a motor , installed in the inner cylinder and having a rotating shaft connected to the impeller body ; and a pressurization volute casing , arranged outside the impeller and connected to the outer ring , one end of the pressurization volute casing where is adjacent to the upper edges of the blades being provided with an air inlet , and another end of the pressurization volute casing where is connected with the outer ring being provided with an air outlet ; characterized in that , the inner cylinder is a frustum shape, and an outer diameter of a top of the inner cylinder is larger than that of a bottom of the inner cylinder , the inner cylinder is higher than the outer ring in an axial direction of the rotating shaft , and each of the air guide vanes are higher than the outer ring in the axial direction of the rotating shaft . an impeller , comprising an impeller body and a plurality of blades connected to the impeller body , each of the blades spirally extended from a top of the impeller body to a bottom of the impeller body , two ends of each of the blades being provided an upper edge and a lower edge respectively, and the upper edge having a width larger than the lower edge ; an air guide assembly , comprising an outer ring , an inner cylinder spaced apart in the outer ring , and a plurality of air guide vanes evenly connected between the outer ring and the inner cylinder ; a motor , installed in the inner cylinder and having a rotating shaft connected to the impeller body ; and a pressurization volute casing , arranged outside the impeller and connected to the outer ring , one end of the pressurization volute casing where is adjacent to the upper edges of the blades being provided with an air inlet , and another end of the pressurization volute casing where is connected with the outer ring being provided with an air outlet ; characterized in that , the inner cylinder is a frustum shape, and an outer diameter of a top of the inner cylinder is larger than that of a bottom of the inner cylinder , the inner cylinder is higher than the outer ring in an axial direction of the rotating shaft , and each of the air guide vanes are higher than the outer ring in the axial direction of the rotating shaft .
An airbag patch cloth for attachment to a body cloth of an airbag, wherein the airbag patch cloth is a woven fabric, and characterised in that , in the woven fabric, at least one of dynamic tear properties P x and Py represented by the following formulas is 0.8 or more: P x = E / T x × F x × 1000 P y = E / T y × F y × 1000 where E is a kinetic energy in J of a block and blade in the dynamic tear test performance standard level 3 described in JIS T 8050, Tx is an average value in mm of a warp direction tear length in the dynamic tear test performance standard level 3 described in JIS T 8050, F x is a fineness in dtex of a warp constituting the woven fabric, Ty is an average value in mm of a weft direction tear length in the dynamic tear test performance standard level 3 described in JIS T 8050, and F y is a fineness in dtex of a weft constituting the woven fabric, wherein in the airbag patch cloth, a ratio of a warp cover factor CF x and a weft cover factor CF y represented by the following formulas, when the smaller of CF x and CF y is divided by the larger, is 0.30 to 0.80: CF x = D x × √ F x CF y = D y × √ F y where D x is a warp yarn number) per 2.54 cm, F x is a fineness in dtex of the warp constituting the woven fabric, D y is a weft yarn number per 2.54 cm, and F y is a fineness in dtex of the weft constituting the woven fabric, and wherein a sum of a warp cover factor CF x and a weft cover factor C F y of the airbag patch cloth is 1500 to 2200. the airbag patch cloth is a woven fabric, and characterised in that , in the woven fabric, at least one of dynamic tear properties P x and Py represented by the following formulas is 0.8 or more: P x = E / T x × F x × 1000 P y = E / T y × F y × 1000 where E is a kinetic energy in J of a block and blade in the dynamic tear test performance standard level 3 described in JIS T 8050, Tx is an average value in mm of a warp direction tear length in the dynamic tear test performance standard level 3 described in JIS T 8050, F x is a fineness in dtex of a warp constituting the woven fabric, Ty is an average value in mm of a weft direction tear length in the dynamic tear test performance standard level 3 described in JIS T 8050, and F y is a fineness in dtex of a weft constituting the woven fabric, wherein in the airbag patch cloth, a ratio of a warp cover factor CF x and a weft cover factor CF y represented by the following formulas, when the smaller of CF x and CF y is divided by the larger, is 0.30 to 0.80: CF x = D x × √ F x CF y = D y × √ F y where D x is a warp yarn number) per 2.54 cm, F x is a fineness in dtex of the warp constituting the woven fabric, D y is a weft yarn number per 2.54 cm, and F y is a fineness in dtex of the weft constituting the woven fabric, and wherein a sum of a warp cover factor CF x and a weft cover factor C F y of the airbag patch cloth is 1500 to 2200.
A method comprising: determining , by a decrypting receiving apparatus, a time period indicating a predicted time between receptions of latest and next encryption synchronisation information; determining , by the decrypting receiving apparatus, a first time, which is an average time for performing a cell reselection procedure; repeating , by the decrypting receiving apparatus, receiving the encryption synchronisation information and tracking a second time that has lapsed after the latest encryption synchronisation information; monitoring , by the decrypting receiving apparatus, whether a cell reselection is triggered; if the cell reselection is triggered, the method further comprises: determining, by the decrypting receiving apparatus, on the basis of the time period, the first time and the second time, a starting time of the cell reselection; and starting performing the cell reselection at the starting time. determining , by a decrypting receiving apparatus, a time period indicating a predicted time between receptions of latest and next encryption synchronisation information; determining , by the decrypting receiving apparatus, a first time, which is an average time for performing a cell reselection procedure; repeating , by the decrypting receiving apparatus, receiving the encryption synchronisation information and tracking a second time that has lapsed after the latest encryption synchronisation information; monitoring , by the decrypting receiving apparatus, whether a cell reselection is triggered; if the cell reselection is triggered, the method further comprises: determining, by the decrypting receiving apparatus, on the basis of the time period, the first time and the second time, a starting time of the cell reselection; and starting performing the cell reselection at the starting time. determining, by the decrypting receiving apparatus, on the basis of the time period, the first time and the second time, a starting time of the cell reselection; and starting performing the cell reselection at the starting time.
Vane pump for a compressible fluid, comprising a housing with a pump chamber in which a rotor with at least one slide element is arranged rotatably, the housing having a bottom plate , a stroke ring , a thrust washer with at least one fluid inlet opening and at least one fluid outlet opening , a cover element and means for sound insulation , wherein at least one suction port , at least one fluid channel and at least one pressure port are provided such that fluid can be guided through the suction port , the pump chamber , the at least one fluid channel to the pressure port , wherein the cover element comprises the at least one suction port , the at least one fluid channel , the at least one pressure port and the means for sound insulation , characterized in that at least one check valve extends into the fluid channel , which operatively connected with the at least one fluid outlet opening in the thrust washer and the means for sound insulation in the fluid channel , wherein the thrust washer forms a valve seat for the check valve .
Flap for a motor vehicle , having an assembly made of an outer part which comprises an outer surface facing outwards in the fitted state and which is made of a fibre composite plastic , and an opposite inner part manufactured separately from the outer part, wherein the flap is designed as a bonnet , wherein the inner part is manufactured from metal, in particular aluminium, characterised in that the outer part , applied to the outer surface and/or integrated into the latter, has at least one solar cell section having a solar cell, wherein the solar cell section is applied as a film to the fibre composite plastic of the outer part .
Wet wipe for facial and/or body cleansing, as an anti-aging agent, as an anti-pollution agent, as a face mask, for make-up removal, as toilet paper, as a wipe for baby cleansing and/or for contacting and/or cleansing mucous membranes and/or eye areas, comprising a nonwoven fabric and an impregnating agent containing a plurality of ingredients, characterized in that the impregnating agent is unbuffered and contains hydroxyacetophenone as the sole preservative.
A method for diagnosing a cardiac pathology in a subject, the method comprising: a) measuring, directly or indirectly by measuring abundance levels of cDNAs, amplified RNAs or DNAs, or quantities or activities of RNAs, the level of a plurality of biomarkers in a biological sample derived from the subject, wherein the plurality of biomarkers comprises one IncRNA biomarker having a cDNA sequence selected from the group consisting of SEQ ID No 33 and a variant sharing at least 90% nucleotide sequence identity thereto; and b) analyzing the level of said IncRNA biomarker or variant sharing at least 90% nucleotide sequence identity thereto, in conjunction with respective reference value ranges for said IncRNA biomarker, wherein differential expression of the IncRNA biomarker in the biological sample compared to the IncRNA biomarker in a control sample from a normal subject indicates that the subject has a cardiac pathology. a) measuring, directly or indirectly by measuring abundance levels of cDNAs, amplified RNAs or DNAs, or quantities or activities of RNAs, the level of a plurality of biomarkers in a biological sample derived from the subject, wherein the plurality of biomarkers comprises one IncRNA biomarker having a cDNA sequence selected from the group consisting of SEQ ID No 33 and a variant sharing at least 90% nucleotide sequence identity thereto; and b) analyzing the level of said IncRNA biomarker or variant sharing at least 90% nucleotide sequence identity thereto, in conjunction with respective reference value ranges for said IncRNA biomarker,
The microoptical system for the formation of visual images with kinematic effects of motion in the form of a flat reflecting phase diffractive optical element characterized in that area Q of the optical element, which has the shape of a rectangle, |x| ≤ L x /2, |y| ≤ L y /2, is subdivided into elementary areas Qij with the sizes no greater than 250 microns centered on points (x i ,y j ), i = 1 ... N, j = 1 ... M, where for each area Qij a flat optical element is calculated and manufactured with phase function Φ(x,y), which at point (x,y) of each elementary area Qij is computed by formula Φ(x,y) = φ ij (x,y) · ψ(y), i = 1 ... N, j = 1 ... M, where φ ij (x,y) is the phase function of the axial Freesnel lens centered on point (x i ,y j ) and computed by formula φ ij (x,y) = C[(x-x i ) 2 +(y-y j ) 2 ], where C is a given parameter and function ψ(y) is the periodic extension of function ψ(y) defined on the |y| ≤ T ψ /2 interval so that ψ(y) equals 1 if |y| ≤ Δ/2 and equals 0 if |y| > Δ/2, where T ψ and Δ are given parameters such that Δ/T ψ ≤ 1⁄2, and the period T φ of Fresnel lenses along the Oy axis, which is equal to T φ = L y /M, differs from the period T ψ , yet by no more than 5%, wherein, when the microoptical system is illuminated by a point light source at diffraction angles smaller than 60° the observer sees over the entire area Q of the optical element an image consisting of black and white stripes, which does not change when the optical element is turned right/left in the -15°< β < 15° range of turn angles, the kinematic effect consists in the motion of black and white stripes when the optical element is tilted up/down in the -30°< α < 30° range of tilt angles.
A drive train of an agricultural or municipal working machine comprising a propulsion engine , a transmission as well as at least one first clutch device , characterized in that the drive train comprises at least one control device which is configured, in the case of a start-up procedure and/or a reversing procedure, to temporarily increase an engine speed (n idle ) made available by the propulsion engine as a function of at least one operating parameter of the drive train , wherein the at least one operating parameter is a slippage occurring at the first coupling device .
An aeration device for aerating a fluid within a bioreactor, comprising: a base member ; a plurality of separate, interchangeable aeration elements (20A-20D) each removably attached to said base member , each said aeration element (20A-20D) comprising a gas permeable material, which comprises a membrane, and each said aeration element (20A-20D) having an inlet adapted to connect to a gas source, each said inlet being in fluid communication with said gas permeable material; wherein said plurality of separate, interchangeable aeration elements (20A-20D) comprises first and second aeration elements, said first aeration element having a first gas permeable material having a first pore size, and said second aeration element having a second gas permeable material having a second pore size different from said first pore size. a base member ; a plurality of separate, interchangeable aeration elements (20A-20D) each removably attached to said base member , each said aeration element (20A-20D) comprising a gas permeable material, which comprises a membrane, and each said aeration element (20A-20D) having an inlet adapted to connect to a gas source, each said inlet being in fluid communication with said gas permeable material; wherein said plurality of separate, interchangeable aeration elements (20A-20D) comprises first and second aeration elements, said first aeration element having a first gas permeable material having a first pore size, and said second aeration element having a second gas permeable material having a second pore size different from said first pore size.
Feed circuit for an oil-hydraulic actuating drive which comprises the following: a first line which is intended to be connected to a first chamber (C1) of an actuating drive (C); a second line which is intended to be connected to a second chamber (C2) of an actuating drive (C); a return line which connects the first line and the second line ; a return valve which is arranged on the return line and is configured in order to assume a closing position, in which it closes the return line , and an opening position, in which it opens the return line ; wherein the return valve is normally closed and can be switched to the opening position by the action of a control pressure; a control line which is connected to the first line and to the return valve in order to transmit a control pressure to the return valve ; a drainage line which is connected to the control line and to an outlet or an outlet line; a control valve which is arranged on the drainage line and is configured in order to assume an opening position, in which it allows flow along the drainage line , and a closing position, in which it closes the drainage line ; wherein the control line comprises a first control constriction ; wherein the drainage line comprises a drainage constriction ; characterized in that the return valve assumes the closing position in an inoperative state and can be switched to the opening position by the pressure prevailing in the control line . a first line which is intended to be connected to a first chamber (C1) of an actuating drive (C); a second line which is intended to be connected to a second chamber (C2) of an actuating drive (C); a return line which connects the first line and the second line ; a return valve which is arranged on the return line and is configured in order to assume a closing position, in which it closes the return line , and an opening position, in which it opens the return line ; wherein the return valve is normally closed and can be switched to the opening position by the action of a control pressure; a control line which is connected to the first line and to the return valve in order to transmit a control pressure to the return valve ; a drainage line which is connected to the control line and to an outlet or an outlet line; a control valve which is arranged on the drainage line and is configured in order to assume an opening position, in which it allows flow along the drainage line , and a closing position, in which it closes the drainage line ; wherein the control line comprises a first control constriction ; wherein the drainage line comprises a drainage constriction ; characterized in that the return valve assumes the closing position in an inoperative state and can be switched to the opening position by the pressure prevailing in the control line .
A motor-driven two-wheeled vehicle having a chassis, a central unit , comprising a driving unit and a seat carrier , having a cockpit structure with a steering device and an operating unit and with in each case a wheel carrier at the rear and the front with a front wheel and a rear wheel guided on the wheel carriers , characterized in that the wheel carriers have a ring-shaped wheel bearing rim , on which a torsion-elastic spring element is disposed via a fastening flange , wherein the wheel bearing rim bears the wheel in a rotatable manner via a rolling bearing by means of a corresponding ring-shaped wheel bearing rim fastened to the wheel rim, and the torsion-elastic spring element is composed of an element housing connected to the fastening flange , into which housing a torsion-elastic spring element formed to be substantially rod-shaped is introduced in a bracing manner.
An electrostatic charge image developing carrier comprising: a magnetic particle; and a coating resin layer that covers the magnetic particle and contains a silica particle, wherein a ratio of Si on a surface of the coating resin layer, determined by an X-ray photoelectron spectroscopy (XPS) and measured in accordance with the description, is 7 atom% or more and 11 atom% or less; and wherein a content of the silica particle is 20 mass% or more and 50 mass% or less relative to a total mass of the coating resin layer. a magnetic particle; and a coating resin layer that covers the magnetic particle and contains a silica particle, wherein a ratio of Si on a surface of the coating resin layer, determined by an X-ray photoelectron spectroscopy (XPS) and measured in accordance with the description, is 7 atom% or more and 11 atom% or less; and wherein a content of the silica particle is 20 mass% or more and 50 mass% or less relative to a total mass of the coating resin layer.