mhurhangee/ep-ind-claims huggingface dataset:
A wireless power transmitter for charging a wireless power receiver, the wireless power transmitter comprising: a housing having a receiving groove for receiving the wireless power receiver, a first wireless transmitting unit disposed at a rear surface of the wireless power receiver and having a first charging scheme; a second wireless transmitting unit disposed on at least one of side surfaces of the wireless power receiver and having a second charging scheme different from the first charging scheme, a control unit configured to select a charging scheme corresponding to the wireless power receiver, and selecting one from the first wireless transmitting unit or the second wireless transmitting unit according to the selected charging scheme of the wireless power receiver, and to transmit power through the selected wireless transmitting unit, wherein the first wireless transmitting unit and the second wireless transmitting unit are accommodated in the housing, wherein the receiving groove has a bottom surface and an inner side surface that is inclined from the bottom surface, wherein the first wireless transmitting unit is disposed at the bottom surface of the receiving groove, and the second wireless transmitting unit is disposed at the inclined inner side surface from the bottom surface. a housing having a receiving groove for receiving the wireless power receiver, a first wireless transmitting unit disposed at a rear surface of the wireless power receiver and having a first charging scheme; a second wireless transmitting unit disposed on at least one of side surfaces of the wireless power receiver and having a second charging scheme different from the first charging scheme, a control unit configured to select a charging scheme corresponding to the wireless power receiver, and selecting one from the first wireless transmitting unit or the second wireless transmitting unit according to the selected charging scheme of the wireless power receiver, and to transmit power through the selected wireless transmitting unit, wherein the first wireless transmitting unit and the second wireless transmitting unit are accommodated in the housing, wherein the receiving groove has a bottom surface and an inner side surface that is inclined from the bottom surface, wherein the first wireless transmitting unit is disposed at the bottom surface of the receiving groove, and the second wireless transmitting unit is disposed at the inclined inner side surface from the bottom surface.
A containment system adapted for installation internally along a conduit and adapted for locating at least one sensing element within the conduit, the containment system comprising: an elongate flexible body mountable on a wall of the conduit to extend longitudinally along the conduit, the body including: an elongate sensor cavity (5, 50), extending longitudinally along the body, for receiving the at least one sensing element; the system further comprising a flexible membrane (2, 19, 42) forming a wall of the sensor cavity (5, 50), one side of the membrane facing the interior of the sensor cavity and the other side of the membrane being exposed, in use, to fluid flow within the conduit outside of the sensor cavity and being configured to transfer pressure fluctuations of the fluid flow to the at least one sensing element. an elongate flexible body mountable on a wall of the conduit to extend longitudinally along the conduit, the body including: an elongate sensor cavity (5, 50), extending longitudinally along the body, for receiving the at least one sensing element; the system further comprising a flexible membrane (2, 19, 42) forming a wall of the sensor cavity (5, 50), one side of the membrane facing the interior of the sensor cavity and the other side of the membrane being exposed, in use, to fluid flow within the conduit outside of the sensor cavity and being configured to transfer pressure fluctuations of the fluid flow to the at least one sensing element.
A topical skin care composition comprising a dermatologically acceptable vehicle and a combination of an effective amount of the following ingredients: an Echinacea purpurea extract, a Silybum marianum extract, glycerin, and a mixture comprising cetylhydroxyproline palmitamide/stearic acid/ Brassica campestris (rapeseed) sterols, wherein the Echinacea purpurea extract is an aqueous extract from the whole plant, and wherein the Silybum marianum extract is an aqueous extract from the fruit.
A wind power installation tower section, wherein the tower section comprises at least one first and one second partial ring segment (210, 220), wherein the two partial ring segments (210, 220) are each designed as a casing segment, and preferably as a concrete element, and butt against each other at at least one substantially vertical joint (230, 240), wherein a recess, into which a connecting element is inserted, is arranged in the region of the joint (230, 240), and wherein, in the region of the joint (230, 240), in particular in the region of the recess, the first and second partial ring segment (210, 220) in each case has at least one substantially horizontal fastening anchor (400, 401), characterized in that in the region of the joint (230, 240), the connecting element (300, 300', 300") is connected to the at least one substantially horizontal fastening anchor (400, 401) of the first partial ring segment by at least one first fastening element which penetrates an opening (312, 312', 312") in a first side wall (310, 310', 310") of the connecting element (300, 300', 300"), and the connecting element (300, 300', 300") is connected to the at least one substantially horizontal fastening anchor (400, 401) of the second partial ring segment by at least one second fastening element which penetrates an opening (322, 322', 322") in a second side wall (320, 320', 320") of the connecting element (300, 300', 300").
A dental appliance comprising: a first polymeric shell portion having one or more cavities shaped therein to removably conform to one or more teeth; at least one spacer (129, 132) coupled to the first polymeric shell portion; and a first arch member coupled to the at least one spacer and configured to provide at least some of a force needed to reposition one or more teeth from a first orientation to a second orientation different from the first orientation, wherein the spacer is integrally formed with the first arch member a first polymeric shell portion having one or more cavities shaped therein to removably conform to one or more teeth; at least one spacer (129, 132) coupled to the first polymeric shell portion; and a first arch member coupled to the at least one spacer and configured to provide at least some of a force needed to reposition one or more teeth from a first orientation to a second orientation different from the first orientation, wherein the spacer is integrally formed with the first arch member
A method for controlling a dryer having a steam generator and a hot air heater, comprising: a drum heating step for heating an inside of the drum at a predetermined temperature, wherein hot air generated in the hot air heater is supplied to the drum in the drum heating step; a steam supply step for supplying steam generated in the steam generator to a drum; and a hot air supply step for drying clothes in the drum by supplying hot air generated in the hot air heater to the drum, characterized in that in the drum heating step, the hot air heater is operated in a predetermined time period after the steam generator starts to operate and the hot air heater in the drum heating step is operated at a predetermined power that is smaller than a rated power of the hot air heater. a drum heating step for heating an inside of the drum at a predetermined temperature, wherein hot air generated in the hot air heater is supplied to the drum in the drum heating step; a steam supply step for supplying steam generated in the steam generator to a drum; and a hot air supply step for drying clothes in the drum by supplying hot air generated in the hot air heater to the drum, characterized in that in the drum heating step, the hot air heater is operated in a predetermined time period after the steam generator starts to operate and the hot air heater in the drum heating step is operated at a predetermined power that is smaller than a rated power of the hot air heater.
A display apparatus comprising: a front frame; a display panel disposed on the rear side of the front frame to display an image toward the front side of the front frame; a backlight unit disposed on the rear side of the display panel to provide light onto the display panel; a bottom cover disposed on the rear side of the backlight unit, the bottom cover being coupled to the front frame to package the display panel and the backlight unit; a main board disposed on the rear side of the bottom cover; and a back cover covering the main board, the back cover being coupled to the bottom cover to partially cover the bottom cover; wherein the front frame is hook-coupled to the bottom cover, characterized in that the main board is disposed away from the center of the back surface of the bottom cover and in that the front frame is hook-coupled to the back cover. a front frame; a display panel disposed on the rear side of the front frame to display an image toward the front side of the front frame; a backlight unit disposed on the rear side of the display panel to provide light onto the display panel; a bottom cover disposed on the rear side of the backlight unit, the bottom cover being coupled to the front frame to package the display panel and the backlight unit; a main board disposed on the rear side of the bottom cover; and a back cover covering the main board, the back cover being coupled to the bottom cover to partially cover the bottom cover; wherein the front frame is hook-coupled to the bottom cover, characterized in that the main board is disposed away from the center of the back surface of the bottom cover and in that the front frame is hook-coupled to the back cover.
Method for preventing a collision of a vehicle, wherein a position and a movement of objects relative to the vehicle are detected in the area surrounding the vehicle and evaluated in relation to a collision risk, and wherein, depending upon the evaluation of the collision risk, an intervention is automatically carried out into a braking system and / or a steering system of the vehicle if, according to the evaluation, a collision of the vehicle with an object is inevitable without system intervention, wherein an activation of a brake pedal of the vehicle is constantly detected and a collision risk is concluded if the brake pedal is activated at an activation speed exceeding a predefined minimum activation speed and by an activation amount exceeding a predefined minimum activation amount, and characterised in that in the event of detection of a collision risk an evasive manoeuvre is automatically carried out if the evaluation of the collision risk shows that a collision can be prevented by an evasive manoeuvre but not by a braking manoeuvre.
A housing, wherein the housing comprises a cover disk having a cylindrical wall and a central receptacle having a hub for mounting a ventilator having a diagonal ventilator wheel, wherein multiple three-dimensionally curved impeller vanes are arranged around the hub, wherein the impeller vanes are connected in a materially-joined manner to the cylindrical wall and the housing is produced in one work step for this purpose and wherein the central receptacle of the housing forms a shaft base, characterized in that said shaft base this base is provided on the shaft side, thus on the side facing toward the ventilator wheel, with an asymmetrically embodied ribbing, formed from several webs or ribs arranged in a star shape.
A genetic probe for the detection of a single nucleotide polymorphism or a single nucleotide modification of a target nucleic acid, the genetic probe comprising: - a nanoparticle; - an oligonucleotide probe anchored to the surface of the nanoparticle, comprising an oligonucleotide backbone with a tag incorporated therein via a linker group; and - a reference probe anchored to the surface of the nanoparticle, wherein the reference probe comprises a marker; wherein either (a) the tag is an organic fluorescent tag and the marker is a transition metal-based fluorescent marker; or (b) the tag is a redox-active tag and the marker is a transition metal-based redox-active marker. - a nanoparticle; - an oligonucleotide probe anchored to the surface of the nanoparticle, comprising an oligonucleotide backbone with a tag incorporated therein via a linker group; and - a reference probe anchored to the surface of the nanoparticle, wherein the reference probe comprises a marker;
A method for manufacturing seasoned laver, the method comprising the steps of: 1) toasting dried laver in a toasting tunnel at 50∼200 °C for 2-3 seconds; 2) applying oil to a surface of the laver resulting from step 1), and seasoning the oil-applied laver with salt; 3) further toasting the seasoned laver of step 2) in a toasting tunnel at 200∼400 °C for 5-7 seconds; 4) spraying and applying oil to the surface of the laver resulting from step 3) by using an oil spray device; and 5) sorting the laver resulting from step 4), and cutting, arranging and packaging the sorted laver. 1) toasting dried laver in a toasting tunnel at 50∼200 °C for 2-3 seconds; 2) applying oil to a surface of the laver resulting from step 1), and seasoning the oil-applied laver with salt; 3) further toasting the seasoned laver of step 2) in a toasting tunnel at 200∼400 °C for 5-7 seconds; 4) spraying and applying oil to the surface of the laver resulting from step 3) by using an oil spray device; and 5) sorting the laver resulting from step 4), and cutting, arranging and packaging the sorted laver.
An IgG antibody comprising an antigen-binding domain and a human FcRn-binding domain, wherein (i) the antigen binding activity of said IgG antibody is lower at pH 5.8 to pH 6.0 than at pH 7.4, (ii) said IgG antibody has human FcRn-binding activity at pH 5.8 to pH 6.0 and at pH 7.4, and (iii) said human FcRn-binding activity of said IgG antibody at pH 7.0 and at 25°C is stronger than KD 3.2 μM, which IgG antibody is capable of reducing total or free plasma antigen concentration in plasma. (i) the antigen binding activity of said IgG antibody is lower at pH 5.8 to pH 6.0 than at pH 7.4, (ii) said IgG antibody has human FcRn-binding activity at pH 5.8 to pH 6.0 and at pH 7.4, and (iii) said human FcRn-binding activity of said IgG antibody at pH 7.0 and at 25°C is stronger than KD 3.2 μM,
A generator of physically unclonable cryptographic keys comprising at least two ring oscillators characterized in that it comprises at least one phase detector, having inputs (i1-DF, i-2 DF) connected to respective outputs of the ring oscillators (o-GP, o-GPRS, o-GPRS'), and in that at least one of the ring oscillators is an adjustable speed ring oscillator (GPRS, GPRS'), and an output of the phase detector (o-DF) is connected to at least one control input of the at least one adjustable speed ring oscillator (s-GPRS) thereby changing a frequency of the adjustable speed ring oscillator by iterative changes or synchronization of the phase of both oscillators (GP, GPRS, GPRS'), and also to an output (o-PUF) of the generator of physically unclonable cryptographic keys.
Locking element for a plug connector, said element having an outer element (30, 130, 330) for arrangement on the outer side of a section (10, 100, 300) of said plug connector, wherein a holding element which projects into the interior of the outer element (30, 130, 330) is provided and said holding element is at least one resilient, partially annular holding element (33, 133, 233, 333), wherein the outer element is constructed as a closed annular element (30, 130) or as a partially annular element and the holding element (33, 133, 233, 333) is connected to the outer element (30, 130, 330) via a connecting web (34, 134, 234, 334) and has at least one supporting section and/or a supporting face (39, 339), at least on that distal end (36, 136, 236, 336) of the holding element (33, 133, 233, 333) which is remote from the connecting web (34, 134, 234, 334), for support on the plug connector when unlocking the locking element, characterised in that two partially annular holding elements (133, 233) are provided, which are connected to the outer element via a connecting web (134, 234) in each case, and wherein, for the purpose of enlarging an inner aperture (35, 135, 335), which is formed between the partially annular holding elements (33, 133, 233, 333), by expanding said partially annular holding elements (33, 133, 233, 333), the supporting face (39, 339) or the supporting section is supported on one face of a supporting element belonging to the plug connector.
A magnetic clamping apparatus comprising a magnetizable surface configured to anchor a ferromagnetic element in a removable manner and a plurality of magnetic poles, each provided with a free surface thereof, the magnetizable surface being at least partially defined by the free surfaces of said plurality of magnetic poles placed side by side, on the magnetizable surface at least a part of the magnetic poles being arranged in a group, characterized in that each free surface of each magnetic pole of the group has at least two measuring areas, each measuring area being associated with at least one sensor adapted to detect a magnetic flux exiting from said area.
A process comprising providing a mixture comprising (a) a first population of microscopic structures with the appearance of particles comprising a recombinase, a single-strand DNA binding protein, and a first oligonucleotide comprising a first detectable label; and (b) a second population of microscopic structures with the appearance of particles comprising a recombinase, a single-strand DNA binding protein and a second oligonucleotide comprising a second detectable label, wherein: the first and second oligonucleotides are different, the first and second detectable labels are different, and the first and second population of microscopic structures with the appearance of particles can be independently detected in the mixture, wherein the mixture comprises a crowding agent and either: i. UvsX and UvsY; or ii. UvsX and gp32; and detecting microscopic structures with the appearance of particles in the mixture. providing a mixture comprising (a) a first population of microscopic structures with the appearance of particles comprising a recombinase, a single-strand DNA binding protein, and a first oligonucleotide comprising a first detectable label; and (b) a second population of microscopic structures with the appearance of particles comprising a recombinase, a single-strand DNA binding protein and a second oligonucleotide comprising a second detectable label, wherein: the first and second oligonucleotides are different, the first and second detectable labels are different, and the first and second population of microscopic structures with the appearance of particles can be independently detected in the mixture, wherein the mixture comprises a crowding agent and either: i. UvsX and UvsY; or ii. UvsX and gp32; (a) a first population of microscopic structures with the appearance of particles comprising a recombinase, a single-strand DNA binding protein, and a first oligonucleotide comprising a first detectable label; and (b) a second population of microscopic structures with the appearance of particles comprising a recombinase, a single-strand DNA binding protein and a second oligonucleotide comprising a second detectable label, wherein: the first and second oligonucleotides are different, the first and second detectable labels are different, and the first and second population of microscopic structures with the appearance of particles can be independently detected in the mixture, wherein the mixture comprises a crowding agent and either: i. UvsX and UvsY; or ii. UvsX and gp32; the first and second oligonucleotides are different, the first and second detectable labels are different, and the first and second population of microscopic structures with the appearance of particles can be independently detected in the mixture, wherein the mixture comprises a crowding agent and either: i. UvsX and UvsY; or ii. UvsX and gp32; i. UvsX and UvsY; or ii. UvsX and gp32; and detecting microscopic structures with the appearance of particles in the mixture.
A method for adjusting a service of optical synchronous digital hierarchy network, comprising: A. configuring a second input time-slot space-division cross path from a second input service point of a space-division module to an input service point of a second time-division module and configuring a second time-division cross path inside the second time-division module for the service; and B. configuring a second output time-slot space-division cross path from an output service point of the second time-division module to an output service point of the space-division module for the service; and deleting an original cross path formed by a first time-division module so as to switch the service from the first time-division module to the second time-division module; wherein the original cross path comprises a first input time-slot space-division cross path from a first input service point of the space-division module to an input service point of the first time-division module, a first time-division cross path inside the first time-division module, and a first output time-slot space-division cross path from an output service point of the first time-division module to the output service point of the space-division module wherein step A is performed before step B. A. configuring a second input time-slot space-division cross path from a second input service point of a space-division module to an input service point of a second time-division module and configuring a second time-division cross path inside the second time-division module for the service; and B. configuring a second output time-slot space-division cross path from an output service point of the second time-division module to an output service point of the space-division module for the service; and deleting an original cross path formed by a first time-division module so as to switch the service from the first time-division module to the second time-division module; wherein the original cross path comprises a first input time-slot space-division cross path from a first input service point of the space-division module to an input service point of the first time-division module, a first time-division cross path inside the first time-division module, and a first output time-slot space-division cross path from an output service point of the first time-division module to the output service point of the space-division module wherein step A is performed before step B.