mhurhangee/ep-ind-claims huggingface dataset:
Induction energy transmission system with at least one receiving unit (16a-c) which is designed as a set-down unit and which has at least two receiving induction elements (18a-c) which are provided so as to receive energy from at least one supply induction element (14a-c) of at least one supply unit (12a-c) and which are provided so as to supply energy to at least one further unit (20a-c), characterised by a control unit (22a-c), which is provided so as to use a different number of receiving induction elements (18a-c) in order to supply energy to the further unit (20a-c) as a function of the energy provided by the supply induction element (14a-c).
A black pigment comprising a (Cr,Fe) 2 O 3 solid solution, the black pigment having a combination ratio (molar ratio) between Cr and Fe of (90 to 97): (10 to 3) and talking a non-spinel structure.
A method of determining the spatial orientation of a two-dimensional detector in an X-ray diffractometry system used for detecting X-ray energy diffracted from a sample at a sample location, the method comprising: locating a polycrystalline material at the sample location; directing an X-ray beam toward the polycrystalline material such that diffracted X-ray energy is output therefrom; detecting a first diffraction pattern formed by the diffracted X-ray energy with the detector positioned at a first swing angle defined between the direction of the X-ray beam and a line from a center of a detection surface of the detector to the sample; detecting a second diffraction pattern formed by the diffracted X-ray energy with the detector positioned at a second swing angle different from the first swing angle; and comparing the detected positions of the first and second diffraction patterns on the detection surface and determining said spatial orientation in response thereto; wherein comparing the detected positions of the first and second diffraction patterns on the detection surface comprises locating points of intersection between the first and second diffraction patterns and comparing the relative positions of those intersection points to anticipated relative positions corresponding to a known detector orientation. locating a polycrystalline material at the sample location; directing an X-ray beam toward the polycrystalline material such that diffracted X-ray energy is output therefrom; detecting a first diffraction pattern formed by the diffracted X-ray energy with the detector positioned at a first swing angle defined between the direction of the X-ray beam and a line from a center of a detection surface of the detector to the sample; detecting a second diffraction pattern formed by the diffracted X-ray energy with the detector positioned at a second swing angle different from the first swing angle; and comparing the detected positions of the first and second diffraction patterns on the detection surface and determining said spatial orientation in response thereto; wherein comparing the detected positions of the first and second diffraction patterns on the detection surface comprises locating points of intersection between the first and second diffraction patterns and comparing the relative positions of those intersection points to anticipated relative positions corresponding to a known detector orientation.
A method for the diagnosis and/or prognosis of an amyloid-associated disease in a subject, the amyloid-associated disease being associated with individual amyloid aggregates, wherein the method comprises the steps of: • adding a detection agent to a sample of bodily fluid from the subject, the detection agent binding to and/or associating with and/or reacting with individual amyloid aggregates; • determining the presence and/or amount and/or concentration and/or size of individual amyloid aggregates in the sample; wherein determining the presence and/or amount and/or concentration and/or size of individual amyloid aggregates in the sample comprises an analysis based on time-resolved detection comprising fluorescence correlation spectroscopy and fluorescence intensity fluctuation analysis (FIFA), and wherein the method does not comprise amplification of individual amyloid aggregates. wherein the method comprises the steps of: • adding a detection agent to a sample of bodily fluid from the subject, the detection agent binding to and/or associating with and/or reacting with individual amyloid aggregates; • determining the presence and/or amount and/or concentration and/or size of individual amyloid aggregates in the sample; • adding a detection agent to a sample of bodily fluid from the subject, the detection agent binding to and/or associating with and/or reacting with individual amyloid aggregates; • determining the presence and/or amount and/or concentration and/or size of individual amyloid aggregates in the sample; wherein determining the presence and/or amount and/or concentration and/or size of individual amyloid aggregates in the sample comprises an analysis based on time-resolved detection comprising fluorescence correlation spectroscopy and fluorescence intensity fluctuation analysis (FIFA), and wherein the method does not comprise amplification of individual amyloid aggregates.
A portable air purifier comprising: a mask part; an air purification module having: a case, an external air inflow part that is adapted to introduce the external air into the case, a filter part that is disposed in the case, has a metal catalyst layer, and is adapted to purify the external air introduced into the case after being heated to a predetermined temperature condition, at least one heater that is disposed in the case and is adapted to heat the filter part to the predetermined temperature condition for a catalytic reaction of the filter part, and a purified air outflow part adapted to discharge the purified air passing through the filter part; and a power supply unit configured to supply power to the heater; characterised by a first connecting hose, one end of which is connected to the mask part and the other end of which is connected to the purified air outflow part; a second connecting hose in which the first connecting hose is installed, and at least part of which has an opening for introducing external air; wherein the external air inflow part is connected to one end of the second connecting hose and is adapted to introduce the external air through the second connecting hose into the case; and the purified air outflow part is adapted to discharge the purified air to the first connecting hose. a mask part; an air purification module having: a case, an external air inflow part that is adapted to introduce the external air into the case, a filter part that is disposed in the case, has a metal catalyst layer, and is adapted to purify the external air introduced into the case after being heated to a predetermined temperature condition, at least one heater that is disposed in the case and is adapted to heat the filter part to the predetermined temperature condition for a catalytic reaction of the filter part, and a purified air outflow part adapted to discharge the purified air passing through the filter part; and a case, an external air inflow part that is adapted to introduce the external air into the case, a filter part that is disposed in the case, has a metal catalyst layer, and is adapted to purify the external air introduced into the case after being heated to a predetermined temperature condition, at least one heater that is disposed in the case and is adapted to heat the filter part to the predetermined temperature condition for a catalytic reaction of the filter part, and a purified air outflow part adapted to discharge the purified air passing through the filter part; and a power supply unit configured to supply power to the heater; characterised by a first connecting hose, one end of which is connected to the mask part and the other end of which is connected to the purified air outflow part; a second connecting hose in which the first connecting hose is installed, and at least part of which has an opening for introducing external air; wherein the external air inflow part is connected to one end of the second connecting hose and is adapted to introduce the external air through the second connecting hose into the case; and the purified air outflow part is adapted to discharge the purified air to the first connecting hose.
Assembly of torque limiting device and freewheel in a mechanical transmission where driving and driven means are rotatably connected for keeping or interrupting the rotation of the driven means characterized in that there are comprised: - an outer housing comprising a conventional means suitable for connecting a mechanical tractor means with a disc substantially perpendicular to the longitudinal axis (A-A) of the assembly and fixed at the distal end of said conventional means, a longitudinal cylindrical element welded on the perimeter of said disk and the sealing ring inserted between the cylindrical element belonging to the inner housing and the longitudinal cylindrical element belonging to the disk to allow a range of torques to be transmitted to the driven machine by a suitable hub. - the inner housing carrying means capable of functioning as a conventional torque limiting device with automatic re-engagement obtained by welding a full cylindrical element to a tubular element (24, W3) the solid cylindrical element carrying radial holes to contain a conventional spring group (4, 15) and first pawls for dragging the outer housing, the hub 2 carrying seats suitable for containing seconds pawls for dragging the free wheel. - an outer housing comprising a conventional means suitable for connecting a mechanical tractor means with a disc substantially perpendicular to the longitudinal axis (A-A) of the assembly and fixed at the distal end of said conventional means, a longitudinal cylindrical element welded on the perimeter of said disk and the sealing ring inserted between the cylindrical element belonging to the inner housing and the longitudinal cylindrical element belonging to the disk to allow a range of torques to be transmitted to the driven machine by a suitable hub. - the inner housing carrying means capable of functioning as a conventional torque limiting device with automatic re-engagement obtained by welding a full cylindrical element to a tubular element (24, W3) the solid cylindrical element carrying radial holes to contain a conventional spring group (4, 15) and first pawls for dragging the outer housing, the hub 2 carrying seats suitable for containing seconds pawls for dragging the free wheel.
A device for stretching the jaw muscles, in particular the masseter muscle, consisting of: a block formed by a volume of resilient foam and having a first face (14.1) and an opposite second face (14.2), the distance between the first and second faces representing a height of the block; wherein the block has the shape of a rectangular parallelepiped; the block being compressible so as to be insertable into a user's mouth in a compressed state, and to exert an opening force on the user's jaws when the block tends to return to its uncompressed state; wherein the height of the block, in the uncompressed state, is greater than the user's mouth opening and is comprised between 50 and 70 mm or between 25 and 55 mm; wherein the first face (14.1) has a marking indicating the position of the upper jaw teeth; and wherein the block is substantially impermeable to saliva; and a waterproof coating fully covering the foam, the marking being made on the coating. a block formed by a volume of resilient foam and having a first face (14.1) and an opposite second face (14.2), the distance between the first and second faces representing a height of the block; wherein the block has the shape of a rectangular parallelepiped; the block being compressible so as to be insertable into a user's mouth in a compressed state, and to exert an opening force on the user's jaws when the block tends to return to its uncompressed state; wherein the height of the block, in the uncompressed state, is greater than the user's mouth opening and is comprised between 50 and 70 mm or between 25 and 55 mm; wherein the first face (14.1) has a marking indicating the position of the upper jaw teeth; and wherein the block is substantially impermeable to saliva; and a waterproof coating fully covering the foam, the marking being made on the coating.
A method for cleaning an air conditioner indoor unit and outdoor unit, comprising: controlling a to-be-cleaned heat exchanger to enter a self-cleaning mode; adjusting an operating frequency of an air conditioner, an opening of a throttling device, and a corresponding fan speed of the to-be-cleaned heat exchanger, and maintaining an evaporating temperature of the to-be-cleaned heat exchanger within a present range, so as to enable a surface of the to-be-cleaned heat exchanger to frost; keeping the to-be-cleaned heat exchanger frosting for a time of t1; detecting whether a differential pressure between a high pressure and a low pressure of the air conditioner meets a preset condition; when the differential pressure between the high pressure and the low pressure of the air conditioner meets the preset condition, controlling a four-way valve to change a direction, so as to perform a defrosting switching to indoor and outdoor heat exchangers; and when the differential pressure between the high pressure and the low pressure of the air conditioner does not meet the preset condition, adjusting an operating parameter of the air conditioner to enable the differential pressure between the high pressure and the low pressure of the air conditioner to meet the preset condition, and then controlling the four-way valve to change the direction, so as to perform a defrosting switching to the indoor and outdoor heat exchangers. controlling a to-be-cleaned heat exchanger to enter a self-cleaning mode; adjusting an operating frequency of an air conditioner, an opening of a throttling device, and a corresponding fan speed of the to-be-cleaned heat exchanger, and maintaining an evaporating temperature of the to-be-cleaned heat exchanger within a present range, so as to enable a surface of the to-be-cleaned heat exchanger to frost; keeping the to-be-cleaned heat exchanger frosting for a time of t1; detecting whether a differential pressure between a high pressure and a low pressure of the air conditioner meets a preset condition; when the differential pressure between the high pressure and the low pressure of the air conditioner meets the preset condition, controlling a four-way valve to change a direction, so as to perform a defrosting switching to indoor and outdoor heat exchangers; and when the differential pressure between the high pressure and the low pressure of the air conditioner does not meet the preset condition, adjusting an operating parameter of the air conditioner to enable the differential pressure between the high pressure and the low pressure of the air conditioner to meet the preset condition, and then controlling the four-way valve to change the direction, so as to perform a defrosting switching to the indoor and outdoor heat exchangers.
A battery pack, comprising: a bare cell comprising a cap plate and an electrode terminal on the cap plate; an insulating layer on the cap plate, wherein the insulating layer comprises a first terminal hole formed in a region corresponding to the electrode terminal; and a protective circuit module on the insulating layer, wherein the protective circuit module comprises a protective circuit board having a second terminal hole formed in a region corresponding to the electrode terminal, and a first lead plate on a first short side of the protective circuit board, electrically connecting the protective circuit board to the bare cell, characterised in that the first lead plate comprises: a first plate positioned on the first short side of the protective circuit board to be electrically connected to the protective circuit board; a second plate positioned on the bare cell to be electrically connected to the bare cell; and a third plate electrically connecting the first plate and the second plate to each other; wherein the sum of the height of the second plate and the height of the third plate corresponds to the sum of the thickness of the insulating layer and the thickness of the protective circuit board. a bare cell comprising a cap plate and an electrode terminal on the cap plate; an insulating layer on the cap plate, wherein the insulating layer comprises a first terminal hole formed in a region corresponding to the electrode terminal; and a protective circuit module on the insulating layer, wherein the protective circuit module comprises a protective circuit board having a second terminal hole formed in a region corresponding to the electrode terminal, and a first lead plate on a first short side of the protective circuit board, electrically connecting the protective circuit board to the bare cell, a first plate positioned on the first short side of the protective circuit board to be electrically connected to the protective circuit board; a second plate positioned on the bare cell to be electrically connected to the bare cell; and a third plate electrically connecting the first plate and the second plate to each other;
A pharmaceutical composition for use in therapeutic or prophylactic treatment of cancer to be administered into a lymph node, comprising, as an active ingredient, at least one anticancer drug selected from anticancer plant alkaloids selected from the group consisting of irinotecan, SN-38, docetaxel and salts of these.
Servo-assistance device of a gear shift device of a motor vehicle transmission, including a control rod on which acts a manual shifting force to be assisted, a piston rod and at least one spring element which is arranged on the control rod and radially inside the piston rod, characterized in that the spring element is arranged on the control rod in such a manner that a play (50, 52) is present between the spring element and the piston rod in one or both operating directions of the control rod.
A method for purifying a clostridial neurotoxin comprising: (a) contacting a cation exchange resin with a composition comprising a clostridial neurotoxin, wherein the contacting step is performed in a buffer with a pH higher than -1 pH unit below the calculated pl of the clostridial neurotoxin, wherein said step of contacting a cation exchange resin with a composition comprising said clostridial neurotoxin occurs prior to conversion of said clostridial neurotoxin from a single-chain form into a di-chain form; (b) separating the clostridial neurotoxin from the cation exchange resin; and (c) recovering the single-chain clostridial neurotoxin. (a) contacting a cation exchange resin with a composition comprising a clostridial neurotoxin, wherein the contacting step is performed in a buffer with a pH higher than -1 pH unit below the calculated pl of the clostridial neurotoxin, wherein said step of contacting a cation exchange resin with a composition comprising said clostridial neurotoxin occurs prior to conversion of said clostridial neurotoxin from a single-chain form into a di-chain form; (b) separating the clostridial neurotoxin from the cation exchange resin; and (c) recovering the single-chain clostridial neurotoxin.
An electronically controlled burner configured to combust bioethanol, which electronically controlled burner comprises at least one fuel tank being in fluid communication with an evaporation accelerator being in thermal contact with a heating element configured to heat and hereby evaporate fuel in the evaporation accelerator, a flame tray having an ignition member configured to ignite vapour delivered from the evaporation accelerator, wherein the electronically controlled burner comprises at least one fuel pump configured to pump fluid fuel from the at least one fuel tank to the evaporation accelerator, where the electronically controlled burner comprises means for actively emptying the evaporation accelerator, characterised in that the means for actively emptying the evaporation accelerator is one or more pumps, and in that a first fuel pump is configured to pump fuel from a first fuel tank into the evaporation accelerator, preferably in a first mode, and where the first fuel pump or a second fuel pump is configured to pump fuel from the evaporation accelerator into the first fuel tank or into a second fuel tank, preferably in another mode.
Method for assembling an adjustable camshaft which comprises at least one shaft segment having an outer shaft and an inner shaft which extends concentrically through a through-hole (3.1) of the outer shaft having at least the steps: - prepositioning the inner shaft, wherein the inner shaft is at least partially introduced eccentrically into the through-hole (3.1) of the outer shaft, - introducing a positioning element in an introduction direction through a first outer shaft hole (3.2, 3.3) which is formed in a peripheral wall of the outer shaft, an inner shaft hole (4.1) which extends orthogonally to the longitudinal axis of the inner shaft and a second outer shaft hole (3.2, 3.3) which is formed in a peripheral wall of the outer shaft in such a manner that the positioning element projects out of the second outer shaft hole (3.2, 3.3), - final positioning of the inner shaft, wherein the positioning element is moved counter to the introduction direction in such a manner that the inner shaft is orientated concentrically inside the through-hole (3.1) of the outer shaft. - prepositioning the inner shaft, wherein the inner shaft is at least partially introduced eccentrically into the through-hole (3.1) of the outer shaft, - introducing a positioning element in an introduction direction through a first outer shaft hole (3.2, 3.3) which is formed in a peripheral wall of the outer shaft, an inner shaft hole (4.1) which extends orthogonally to the longitudinal axis of the inner shaft and a second outer shaft hole (3.2, 3.3) which is formed in a peripheral wall of the outer shaft in such a manner that the positioning element projects out of the second outer shaft hole (3.2, 3.3), - final positioning of the inner shaft, wherein the positioning element is moved counter to the introduction direction in such a manner that the inner shaft is orientated concentrically inside the through-hole (3.1) of the outer shaft.
Method for determining a measure of the reflectivity of a surface that is illuminated by reflected light illumination, wherein images of the surface are recorded with different exposure times in each case, wherein in each of the recorded images, that bright surface portion is determined in which a predetermined minimum brightness is obtained and a measure of the reflectivity of the surface is determined from the bright surface portion in dependence on the different exposure times.