mhurhangee/patent-ind-claim-en huggingface dataset:
A near-infrared absorbing material fine particle dispersion, comprising: composite tungsten oxide fine particles, a modified polyolefin modified with one or more kinds selected from maleic anhydride and carboxylic anhydride and a polypropylene resin; wherein the composite tungsten oxide fine particles are dispersed in the matrix of the polypropylene resin, wherein the dispersed particle size of the composite tungsten oxide fine particles is 1 nm or more and 200 nm or less, where the particle size is determined as disclosed in the description and wherein the composite tungsten oxide fine particles are represented by general formula MxWyOz, where the M element is one or more kinds of elements selected from H, alkali metal, alkaline earth metal, rare earth element, Mg, Zr, Cr, Mn, Fe, Ru, Co, Rh, Ir, Ni, Pd, Pt, Cu, Ag, Au, Zn, Cd, Al, Ga, In, Tl, Si, Ge, Sn, Pb, Sb, B, F, P, S, Se, Br, Te, Ti, Nb, V, Mo, Ta, Re, Be, Hf, Os, Bi, and I, the W is tungsten, the O is oxygen, and x, y, and z satisfying 0.20 ≤ x/y ≤ 0.37, 2.2 ≤ z/y ≤ 3.0. composite tungsten oxide fine particles, a modified polyolefin modified with one or more kinds selected from maleic anhydride and carboxylic anhydride and a polypropylene resin; wherein the composite tungsten oxide fine particles are dispersed in the matrix of the polypropylene resin, wherein the dispersed particle size of the composite tungsten oxide fine particles is 1 nm or more and 200 nm or less, where the particle size is determined as disclosed in the description and wherein the composite tungsten oxide fine particles are represented by general formula MxWyOz, where the M element is one or more kinds of elements selected from H, alkali metal, alkaline earth metal, rare earth element, Mg, Zr, Cr, Mn, Fe, Ru, Co, Rh, Ir, Ni, Pd, Pt, Cu, Ag, Au, Zn, Cd, Al, Ga, In, Tl, Si, Ge, Sn, Pb, Sb, B, F, P, S, Se, Br, Te, Ti, Nb, V, Mo, Ta, Re, Be, Hf, Os, Bi, and I, the W is tungsten, the O is oxygen, and x, y, and z satisfying 0.20 ≤ x/y ≤ 0.37, 2.2 ≤ z/y ≤ 3.0.
Mechanical seal arrangement, comprising - a rotating slide ring and a stationary slide ring which define a sealing gap in between them, and - a bellows unit with a bellows element , - wherein the bellows element has a first connector area , a second connector area , and a bellows intermediate area , - wherein the bellows element is made of an elastomer material and provides a connection between the rotating slide ring and a rotating structural component , - wherein the bellows unit further comprises an intermediate disc , - wherein the intermediate disc is arranged between the bellows element and the rotating slide ring , characterized in that - the intermediate disc has at least one slit that has a slit width (B) that is smaller than a slit length (S), and - wherein the slit is closed on one side, so that a connection area remains at the slit at the intermediate disc . - a rotating slide ring and a stationary slide ring which define a sealing gap in between them, and - a bellows unit with a bellows element , - wherein the bellows element has a first connector area , a second connector area , and a bellows intermediate area , - wherein the bellows element is made of an elastomer material and provides a connection between the rotating slide ring and a rotating structural component , - wherein the bellows unit further comprises an intermediate disc , - wherein the intermediate disc is arranged between the bellows element and the rotating slide ring , - the intermediate disc has at least one slit that has a slit width (B) that is smaller than a slit length (S), and - wherein the slit is closed on one side, so that a connection area remains at the slit at the intermediate disc .
Zeolitic agglomerated material in the form of a zeolite agglomerate particle: - comprising at least one zeolite and at least one binder, - comprising at least FAU-type zeolite crystals, - said material having an Si/Al atomic ratio of between 1 and 2.5, preferably between 1 and 2.0, more preferably between 1 and 1.8, and entirely preferably between 1 and 1.6, measured by X-ray fluorescence, with a measurement uncertainty of ± 0.05, and - said zeolitic agglomerated material having a ratio of the volume-average diameter of said zeolite agglomerate particle relative to the number-average diameter of the zeolite crystals less than or equal to 70, - of which the volume-average diameter of said zeolite agglomerate particle is between 20 μm and 400 μm, preferably between 50 μm and 380 μm, limits included, calculated according to the ISO 9276-2:2001 standard from the particle size distribution determined by imaging according to the ISO 13322-2:2006 standard, and - wherein the zeolite crystals have a number-average diameter (d 50 ) by observation under the scanning electron microscope at a magnification of at least 5000 according to the description, of between 5.0 μm and 20.0 μm, preferably between 5.0 μm and 15.0 μm. - comprising at least one zeolite and at least one binder, - comprising at least FAU-type zeolite crystals, - said material having an Si/Al atomic ratio of between 1 and 2.5, preferably between 1 and 2.0, more preferably between 1 and 1.8, and entirely preferably between 1 and 1.6, measured by X-ray fluorescence, with a measurement uncertainty of ± 0.05, and - said zeolitic agglomerated material having a ratio of the volume-average diameter of said zeolite agglomerate particle relative to the number-average diameter of the zeolite crystals less than or equal to 70, - of which the volume-average diameter of said zeolite agglomerate particle is between 20 μm and 400 μm, preferably between 50 μm and 380 μm, limits included, calculated according to the ISO 9276-2:2001 standard from the particle size distribution determined by imaging according to the ISO 13322-2:2006 standard, and - wherein the zeolite crystals have a number-average diameter (d 50 ) by observation under the scanning electron microscope at a magnification of at least 5000 according to the description, of between 5.0 μm and 20.0 μm, preferably between 5.0 μm and 15.0 μm.
An organic light emitting device , comprising: a first electrode ; a hole transport layer disposed over the first electrode; an emissive stack disposed over the first electrode , the emissive stack comprising: a first emissive layer including a first emitter of a first color; a second emissive layer in direct physical contact with the first emissive layer and including a second emitter of a second color different than the first color; and a third emissive layer in direct physical contact with the second emissive layer and including a third emitter, different than the first emitter, of the first color; an electron transport layer disposed over the emissive stack ; and a second electrode disposed over the emissive stack , wherein the first emitter has a HOMO energy level that is at least 0.1 eV deeper or shallower than a HOMO energy level of the third emitter and/or the first emitter has a LUMO energy level that is at least 0.1 eV deeper or shallower than a LUMO energy level of the third emitter, wherein the HOMO energy level and LUMO energy level are measured by cyclic voltammetry against a Fc/Fc+ reference. a first electrode ; a hole transport layer disposed over the first electrode; an emissive stack disposed over the first electrode , the emissive stack comprising: a first emissive layer including a first emitter of a first color; a second emissive layer in direct physical contact with the first emissive layer and including a second emitter of a second color different than the first color; and a third emissive layer in direct physical contact with the second emissive layer and including a third emitter, different than the first emitter, of the first color; a first emissive layer including a first emitter of a first color; a second emissive layer in direct physical contact with the first emissive layer and including a second emitter of a second color different than the first color; and a third emissive layer in direct physical contact with the second emissive layer and including a third emitter, different than the first emitter, of the first color; an electron transport layer disposed over the emissive stack ; and a second electrode disposed over the emissive stack , wherein the first emitter has a HOMO energy level that is at least 0.1 eV deeper or shallower than a HOMO energy level of the third emitter and/or the first emitter has a LUMO energy level that is at least 0.1 eV deeper or shallower than a LUMO energy level of the third emitter, wherein the HOMO energy level and LUMO energy level are measured by cyclic voltammetry against a Fc/Fc+ reference.
A corner bearing for a window, a door or the like, comprising a base plate which is configured for fastening in a corner , formed by converging C-shaped profile elements , of a frame of the window, the door or the like, and a coupling device which is connected to the base plate and which can be coupled to a leaf of the window, the door or the like to movably support said leaf at the frame , wherein the corner bearing comprises a clamping bracket having a first clamping limb extending in a first longitudinal direction for fastening the base plate to a horizontal C-shaped profile element of the frame and having a second clamping limb , which is angled with respect to the first clamping limb and which extends in a second longitudinal direction , for fastening the base plate to a vertical C-shaped profile element of the frame , wherein the first clamping limb of the clamping bracket is arranged at a rear side of the base plate facing away from the coupling device , wherein the first clamping limb can be inserted into a groove of the horizontal C-shaped profile element in an insertion position and the first clamping limb engages behind webs of the horizontal C-shaped profile element in a clamping position, characterized in that the first clamping limb is rotatably supported about an axis of rotation between the insertion position and the clamping position, and in that the first clamping limb can be drawn towards the base plate in the direction of the axis of rotation by means of an adjustment device in order to fix the base plate to the frame in a clamping manner in the clamping position of the first clamping limb .
Winding head for surgical suture material, - with a securing arm , - with a guide carriage , which is mounted on the securing arm , - with a circumferential guide system , which is mounted displaceably on the guide carriage , - wherein the circumferential guide system has two first tracks which are spaced apart from each other, - wherein the two first tracks of the guide system are connected to each other by two second tracks , which are of approximately semi-circular shape, - wherein a transition curve is present in at least one of the transition regions between a first track and a second track , which transition curve connects the first track and the second track to each other, - wherein the guide carriage has at least one inner guide roller and at least one outer guide roller , between which the guide system is mounted displaceably, characterized in that - at least one of the guide rollers is mounted resiliently. - with a securing arm , - with a guide carriage , which is mounted on the securing arm , - with a circumferential guide system , which is mounted displaceably on the guide carriage , - wherein the circumferential guide system has two first tracks which are spaced apart from each other, - wherein the two first tracks of the guide system are connected to each other by two second tracks , which are of approximately semi-circular shape, - wherein a transition curve is present in at least one of the transition regions between a first track and a second track , which transition curve connects the first track and the second track to each other, - wherein the guide carriage has at least one inner guide roller and at least one outer guide roller , between which the guide system is mounted displaceably, characterized in that - at least one of the guide rollers is mounted resiliently.
Cargo bicycle for transporting a load by means of a rider, wherein the cargo bicycle comprises a front wheel and a rear wheel , and a load bed , which is arranged between the front wheel and the rear wheel , wherein the cargo bicycle comprises a rider seat , wherein the cargo bicycle can be driven by the rider by means of a crank , wherein the axis of the crank is situated in the same longitudinal position as the axis of the rear wheel or even further to the rear, that is, further away from the load bed , in the longitudinal direction of the cargo bicycle characterized in that the cargo bicycle has, in addition to the front and rear wheels , a load wheel , preferably an omnidirectional wheel, which can optionally be moved from a non-use position into a use position wherein the cargo bicycle has a control unit which is configured to drive autonomously without a rider on the cargo bicycle by means of electrical drive and by means of the load wheel in the use position, in particular in a following mode and/or in an autonomous driving mode.
An apparatus for producing a nanofiber comprising: a spinning solution jetting means having a conductive nozzle for jetting a stock spinning solution for nanofiber production, an electrode located away from the nozzle , a voltage generating means generating a voltage between the nozzle and the electrode , an air jetting means located at such a position as to direct an air jet between the nozzle and the electrode , and a nanofiber collecting means, the voltage generating means generating a voltage in such a manner that the nozzle serves as a positive pole and the electrode as a negative pole, at least 90% of the entire area of the electrode side facing the nozzle being covered with a covering having a dielectric exposed on the surface of the covering , and the dielectric exposed on the surface of the covering having a thickness of 0.8 mm or greater. a spinning solution jetting means having a conductive nozzle for jetting a stock spinning solution for nanofiber production, an electrode located away from the nozzle , a voltage generating means generating a voltage between the nozzle and the electrode , an air jetting means located at such a position as to direct an air jet between the nozzle and the electrode , and a nanofiber collecting means,
A peptide consisting of SEQ ID NO 53: (MEHPGKLLF) or a pharmaceutically acceptable salt thereof.
Towed or semi-mounted agricultural machine with a chassis on which an axle device connecting two wheels to the said chassis is mounted, this axle device being provided with at least one movable part and one fixed part in such a way that the spacing between the wheels can be modified, at least one of the wheels being rigidly fastened to a movable part that is connected slidingly along a longitudinal axis (AL, AL') to the fixed part , which is rigidly fastened to the chassis , the or each movable part being additionally connected mechanically to the chassis by a respective link , which is articulated on the one hand with the movable part by a first articulation and on the other hand with the chassis by a second articulation agricultural machine characterized in that the or each second articulation is offset along the direction of advance (A) relative to the respective first articulation regardless of the spacing (EV) between wheels .
A rotating electric machine comprising a stator that includes a segment coil formed of a plurality of conductor segments , wherein each of the conductor segments includes a covered part that includes a conductor and an insulating material covering the conductor , and an exposed part that includes an exposed conductor integral with the conductor of the covered part and that constitutes an end portion of the conductor segment , and wherein the conductor of the exposed part is compressed so that it expands more than the conductor of the covered part in an arrangement direction that is a direction in which the exposed parts of the plurality of conductor segments are arranged, and contracts more than the conductor of the covered part in a direction perpendicular to the arrangement direction and the arrangement direction is the direction in which the plurality of exposed parts are joined to each other. wherein each of the conductor segments includes a covered part that includes a conductor and an insulating material covering the conductor , and an exposed part that includes an exposed conductor integral with the conductor of the covered part and that constitutes an end portion of the conductor segment , and a covered part that includes a conductor and an insulating material covering the conductor , and an exposed part that includes an exposed conductor integral with the conductor of the covered part and that constitutes an end portion of the conductor segment , and wherein the conductor of the exposed part is compressed so that it expands more than the conductor of the covered part in an arrangement direction that is a direction in which the exposed parts of the plurality of conductor segments are arranged, and contracts more than the conductor of the covered part in a direction perpendicular to the arrangement direction and the arrangement direction is the direction in which the plurality of exposed parts are joined to each other.
A method of fabrication of a short-wave infrared detector array comprising a readout wafer having a deposition surface , said readout wafer comprising a CMOS readout layer and an avalanche region (AV), said short-wave infrared detector array comprising a buffer layer situated on said deposition surface and a short-wave infrared light absorbing layer comprising at least germanium (Ge) and tin (Sn), situated on said buffer layer , the method comprising the steps (A-D) of: A. fabricating a readout wafer having a deposition surface , said readout wafer comprising a CMOS readout layer and a p-n junction ; B. providing on said deposition surface a buffer layer comprising at least partially Ge, said buffer layer comprising an oxide-free buffer layer surface ; C. sending light pulses , provided by a light source situated to the side of said buffer layer opposite to said readout wafer , so as to anneal said buffer layer by the heat provided by the absorption of said light pulses and so that temperature of the CMOS readout layer remains lower than 350°C during the annealing process; D. depositing on said buffer layer , at temperatures lower than 350°C, an absorption layer comprising at least germanium (Ge) and tin (Sn). A. fabricating a readout wafer having a deposition surface , said readout wafer comprising a CMOS readout layer and a p-n junction ; B. providing on said deposition surface a buffer layer comprising at least partially Ge, said buffer layer comprising an oxide-free buffer layer surface ; C. sending light pulses , provided by a light source situated to the side of said buffer layer opposite to said readout wafer , so as to anneal said buffer layer by the heat provided by the absorption of said light pulses and so that temperature of the CMOS readout layer remains lower than 350°C during the annealing process; D. depositing on said buffer layer , at temperatures lower than 350°C, an absorption layer comprising at least germanium (Ge) and tin (Sn).
A motor assembly comprising a three-phase asynchronous machine equipped with three stator phases (L1, L2, L3), a capacitor assembly , a capacitor switch means for symmetrically connecting the capacitor assembly to all three stator phases (L1, L2, L3) to establish self-excited generator operation of the asynchronous machine, a load resistor assembly to establish resistive load for self-excited generator operation of the asynchronous machine, and a load resistor switch means which is arranged to connect the load resistor assembly to the stator phases (L1, L2), wherein the load resistor assembly is asymmetrical, characterised in that the load resistor assembly comprises one load resistor (R1), only, which is arranged to be connected between two stator phases (L1, L2) of the asynchronous machine during self-excited generator operation of the asynchronous machine.
A system for running variable motor with transmission oil that is used in vibro hammers and pipe/pile driving machines, that performs transmission lubrication by a closed loop oil system and that enables running the variable motor with the same oil, comprising; - at least one variable motor that transfers power by feeding oil, - at least one transmission belonging to the vibro hammer or the pipe driving machine, - at least one oil sump in which the oil fed to the variable motor and the transmission is stored, - at least one oil pump that draws the oil in the oil sump and that transfers the oil to the variable motor ant the transmission and that circulates the oil in the system, characterized by; - the control valve comprising at least one oil inlet , at least one phase changer A direction and at least one pilot inlet , - at least one control valve , depending on the signal received from the pilot inlet , that directs the oil used in transmission lubrication to the variable motor to run the variable motor , that directs the oil running the variable motor back to the transmission lubrication and thus that is adapted to provide a closed loop oil circulation between the transmission and the variable motor . - at least one variable motor that transfers power by feeding oil, - at least one transmission belonging to the vibro hammer or the pipe driving machine, - at least one oil sump in which the oil fed to the variable motor and the transmission is stored, - at least one oil pump that draws the oil in the oil sump and that transfers the oil to the variable motor ant the transmission and that circulates the oil in the system, characterized by; - the control valve comprising at least one oil inlet , at least one phase changer A direction and at least one pilot inlet , - at least one control valve , depending on the signal received from the pilot inlet , that directs the oil used in transmission lubrication to the variable motor to run the variable motor , that directs the oil running the variable motor back to the transmission lubrication and thus that is adapted to provide a closed loop oil circulation between the transmission and the variable motor .