mhurhangee/patent-ind-claim-en huggingface dataset:
Device for the extraction of a tooth root, wherein the device comprises a front mouth-side support , a pulling element guided in the support and a pulling mechanism which can be connected to this, wherein the pulling element is deflected on the front side at approximately right angles to the longitudinal extension of the support , wherein the pulling mechanism comprises a controllable motor for producing a pulling force of the pulling element , wherein the pulling element is connectable to a pin, which can be secured to the tooth root, wherein the controllable motor is contained in a housing with the front-side support or is contained in a separate device, and is controlled by a control device in such a way that, with this motor such a pulling force (F max ) can be exerted onto the pulling element , that an extraction of a tooth root is possible without manual intervention, characterized in that the device is equipped, the movement path per time unit of the tension element can be determined by the device at a specified motor power, or when the controllable motor is a controllable electric rotary motor and the device is equipped, the movement path or the movement speed of the pulling element to determine by the speed per unit of time of the rotary motor .
A wound cleansing device comprising a wound cleansing layer configured for removing substances from a wound and keeping hold of said substances, said wound cleansing layer comprising a number of strand-shaped cleansing elements, wherein the cleansing quotient R = (E ∗ F)/1 of at least some cleansing elements is 1 N/mm or greater and 100 N/mm or less, wherein E denotes the modulus of elasticity of the material from which the cleansing elements are made, F denotes the average cross-sectional area of the cleansing elements in a direction perpendicular to the strand axis, and 1 denotes the effective length of the cleansing elements, wherein the cleansing elements comprise chemical fibres, in particular monofilaments and/or multifilaments made of a synthetic material, characterised in that the cleansing elements form loops extending from a carrier layer, wherein the effective length is defined as half the length of the loop as measured between the two points at which the loop exits the carrier layer and the wound cleansing layer comprises two, three or more band-shaped wound cleansing regions, adjacent to each other, having different wound cleansing properties, wherein one of the wound cleansing regions is an absorption region adapted for absorbing wound fluids, one of the wound cleansing regions is an abrasion region adapted for removing fibrin deposits, dead tissue, keratinous material, or similar, at least one abrasion region is arranged between two absorption regions, and the distance between two absorption regions separated by an abrasion region is between 3 mm and 30 mm, wherein the effective fibre length in an abrasion region arranged between two absorption regions is 90% or less, in particular 50% or less, particularly preferably 30% or less of the effective fibre length of the absorption regions.
Tube , comprising: an area tapering towards an end of the tube ; an opening at the end of the tube for receiving a sample material; and a microfluidic structure arranged within the tube in the tapering area of the tube and connected to the opening , wherein the microfluidic structure is configured to perform a multistage bioanalytical reaction with the sample material; wherein the microfluidic structure comprises at least two reaction chambers (112_1:112_3) for performing the multistage bioanalytical reaction; wherein the microfluidic structure comprises at least one annular component (116_1:116_2) applied to an inner wall of the tube ; and wherein the microfluidic structure comprises a movable tubular component applied to the inner wall of the tube in the tapering area of the tube and at least partly to the at least one annular component (116_1;116_2) to form the at least two reaction chambers (112_1:112_3), wherein the movable tubular component is connected to the opening ; and wherein the tube is a tip of a pipette or a pipette. an area tapering towards an end of the tube ; an opening at the end of the tube for receiving a sample material; and a microfluidic structure arranged within the tube in the tapering area of the tube and connected to the opening , wherein the microfluidic structure is configured to perform a multistage bioanalytical reaction with the sample material; wherein the microfluidic structure comprises at least two reaction chambers (112_1:112_3) for performing the multistage bioanalytical reaction; wherein the microfluidic structure comprises at least one annular component (116_1:116_2) applied to an inner wall of the tube ; and wherein the microfluidic structure comprises a movable tubular component applied to the inner wall of the tube in the tapering area of the tube and at least partly to the at least one annular component (116_1;116_2) to form the at least two reaction chambers (112_1:112_3), wherein the movable tubular component is connected to the opening ; and wherein the tube is a tip of a pipette or a pipette.
An apparatus for preparing ready-to-use solutions for peritoneal dialysis, characterized in that the apparatus has a sterilization compartment; a filling line leading to the sterilization compartment and having a connector arranged at the compartmentside end for connecting a disposable; a water treatment plant arranged in the filling line; and a sealing system, wherein the sealing system and the connector for connecting a disposable are arranged within the sterilization compartment; and in that the water treatment plant is arranged outside the sterilization compartment.
A controlling method of an electronic device , the method comprising: acquiring voice information and image information setting an action to be executed according to a condition, the voice information being inputted through a microphone and the image information being captured by a camera; identifying an event to be detected according to the condition and a function to be executed according to the action, based on the voice information and the image information; identifying at least one detection resource to detect the event; and in response to the at least one detection resource detecting the event satisfying the condition , executing the function according to the action. acquiring voice information and image information setting an action to be executed according to a condition, the voice information being inputted through a microphone and the image information being captured by a camera; identifying an event to be detected according to the condition and a function to be executed according to the action, based on the voice information and the image information; identifying at least one detection resource to detect the event; and in response to the at least one detection resource detecting the event satisfying the condition , executing the function according to the action.
A catheter comprising: an elongated tubular portion having a proximal end and a distal end; a plurality of braided wires extending between said proximal end and said distal end; a hypotube located at said distal end of said elongated tubular portion; said hypotube having a proximal end comprising a plurality of electrical paths connected to notched areas or cut-out areas welded or otherwise electro-mechanically joined to a distal end of said plurality of braided wires so as to create a snug connection with said hypotube; one or more electrically powered components (26A-26D) connected to said hypotube and in electrical communication with one or more of said electrical paths; and, an interface connectable to said proximal end of said elongated tubular portion to supply power to said hypotube via at least two of said plurality of braided wires. an elongated tubular portion having a proximal end and a distal end; a plurality of braided wires extending between said proximal end and said distal end; a hypotube located at said distal end of said elongated tubular portion; said hypotube having a proximal end comprising a plurality of electrical paths connected to notched areas or cut-out areas welded or otherwise electro-mechanically joined to a distal end of said plurality of braided wires so as to create a snug connection with said hypotube; one or more electrically powered components (26A-26D) connected to said hypotube and in electrical communication with one or more of said electrical paths; and, an interface connectable to said proximal end of said elongated tubular portion to supply power to said hypotube via at least two of said plurality of braided wires.
A handheld surgical system comprising: an instrument comprising: a housing ; and a motor positioned within the housing ; a depth measurement attachment that is removably coupled to the instrument , the depth measurement attachment comprising: a first sensor configured to provide a displacement signal associated with a displacement of a drill bit during a drilling process; a second sensor configured to provide a vibration signal associated with a vibration of the motor during the drilling process; and a controller configured to: receive the vibration signal and the displacement signal ; determine a characteristic of the motor based on the vibration signal ; and determine a breakthrough event based on the characteristic of the motor and the displacement signal . an instrument comprising: a housing ; and a motor positioned within the housing ; a housing ; and a motor positioned within the housing ; a depth measurement attachment that is removably coupled to the instrument , the depth measurement attachment comprising: a first sensor configured to provide a displacement signal associated with a displacement of a drill bit during a drilling process; a second sensor configured to provide a vibration signal associated with a vibration of the motor during the drilling process; and a controller configured to: receive the vibration signal and the displacement signal ; determine a characteristic of the motor based on the vibration signal ; and determine a breakthrough event based on the characteristic of the motor and the displacement signal . a first sensor configured to provide a displacement signal associated with a displacement of a drill bit during a drilling process; a second sensor configured to provide a vibration signal associated with a vibration of the motor during the drilling process; and a controller configured to: receive the vibration signal and the displacement signal ; determine a characteristic of the motor based on the vibration signal ; and determine a breakthrough event based on the characteristic of the motor and the displacement signal . receive the vibration signal and the displacement signal ; determine a characteristic of the motor based on the vibration signal ; and determine a breakthrough event based on the characteristic of the motor and the displacement signal .
A method for flotation of an ore, which comprises the steps of (A) providing an aqueous suspension comprising (i) an ore, which is in the form of particles, (ii) water, (iii) a first frothing agent in a flotation cell to obtain a provided aqueous suspension, (B) introducing air into the provided aqueous suspension to obtain a froth, characterized in that the first frothing agent is a poly(tetrahydrofuran) having a number-average molecular weight M n in the range of 200 to 1200. (A) providing an aqueous suspension comprising (i) an ore, which is in the form of particles, (ii) water, (iii) a first frothing agent in a flotation cell to obtain a provided aqueous suspension, (i) an ore, which is in the form of particles, (ii) water, (iii) a first frothing agent (B) introducing air into the provided aqueous suspension to obtain a froth,
A method for the isolation of non-magnetic cells from a heterogeneous sample solution containing biological material including desired and undesired cells, comprising the steps of: - adding magnetic or magnetizable particles to the sample solution, wherein said particles have sizes in a range from 100 nm to 4 μm and exhibit surface components which support specific association with target cells, wherein said target cells comprise are either said desired or said undesired cells; - incubating said sample solution with said magnetic particles to obtain a magnetized cell fraction; - washing said magnetized cell fraction using a washing solution to reduce non-specific binding; - separating said magnetized cell fractionation of target cells from said sample; wherein said sample solution is subjected to an external magnetic field gradient throughout said adding, incubating, washing and separating steps, and wherein said sample solution is rotated at least during said adding, incubating and washing steps. - adding magnetic or magnetizable particles to the sample solution, wherein said particles have sizes in a range from 100 nm to 4 μm and exhibit surface components which support specific association with target cells, wherein said target cells comprise are either said desired or said undesired cells; - incubating said sample solution with said magnetic particles to obtain a magnetized cell fraction; - washing said magnetized cell fraction using a washing solution to reduce non-specific binding; - separating said magnetized cell fractionation of target cells from said sample; wherein said sample solution is subjected to an external magnetic field gradient throughout said adding, incubating, washing and separating steps, and wherein said sample solution is rotated at least during said adding, incubating and washing steps. wherein said sample solution is subjected to an external magnetic field gradient throughout said adding, incubating, washing and separating steps, and wherein said sample solution is rotated at least during said adding, incubating and washing steps.
A lighting device driving circuit , comprising: a rectifying module , configured to receive a power signal (Ps) from a power source input terminal to generate a rectified voltage signal (Rs); a constant-voltage module , configured to receive the rectified voltage signal (Rs) to generate a constant-voltage signal (Vs); characterised by an input signal collecting module , configured to receive the power signal or the rectified voltage signal (Rs) to generate a first feedback signal (Fs1); and a constant-voltage signal collecting module , configured to receive the first feedback signal (Fs1) and the constant-voltage signal (Vs) to generate a second feedback signal (Fs2); and a constant-voltage control module , configured to generate a control signal according to the second feedback signal (Fs2) so as to control the constant-voltage module to adjust the constant-voltage signal (Vs) and drive a load, wherein the second feedback signal (Fs2) is an integrated signal of the first feedback signal (Fs1) and the constant-voltage signal (Vs). a rectifying module , configured to receive a power signal (Ps) from a power source input terminal to generate a rectified voltage signal (Rs); a constant-voltage module , configured to receive the rectified voltage signal (Rs) to generate a constant-voltage signal (Vs); characterised by an input signal collecting module , configured to receive the power signal or the rectified voltage signal (Rs) to generate a first feedback signal (Fs1); and a constant-voltage signal collecting module , configured to receive the first feedback signal (Fs1) and the constant-voltage signal (Vs) to generate a second feedback signal (Fs2); and a constant-voltage control module , configured to generate a control signal according to the second feedback signal (Fs2) so as to control the constant-voltage module to adjust the constant-voltage signal (Vs) and drive a load, wherein the second feedback signal (Fs2) is an integrated signal of the first feedback signal (Fs1) and the constant-voltage signal (Vs).
Method for detecting a level (LE) of a melt (ME) contained by an oscillating mold , wherein the method comprises the steps: - a) sensing radiation (IR) interacted with the melt (ME) and generating from the sensed radiation (IR) radiation signals (RS), such that the generated radiation signals (RS) are varied by the mold oscillation (MO), - b) determining a value of a radiation signal variation (RSV) of the generated radiation signals (RS), - c) determining a value of an oscillation deflection variation (ODV) of the oscillating mold , and - d) determining from the determined value of the oscillation deflection variation (ODV) and the determined value of the radiation signal variation (RSV) the level (LE) of the melt (ME), - wherein the method comprises the step: oscillating the mold , and - wherein the method comprises the step: exposing the melt (ME) to radiation (RA), such that the radiation (RA) interacts with the melt (ME). - a) sensing radiation (IR) interacted with the melt (ME) and generating from the sensed radiation (IR) radiation signals (RS), such that the generated radiation signals (RS) are varied by the mold oscillation (MO), - b) determining a value of a radiation signal variation (RSV) of the generated radiation signals (RS), - c) determining a value of an oscillation deflection variation (ODV) of the oscillating mold , and - d) determining from the determined value of the oscillation deflection variation (ODV) and the determined value of the radiation signal variation (RSV) the level (LE) of the melt (ME), - wherein the method comprises the step: oscillating the mold , and - wherein the method comprises the step: exposing the melt (ME) to radiation (RA), such that the radiation (RA) interacts with the melt (ME).
A method for producing a water-absorbing agent, the method comprising a drying step of drying a particulate crosslinked hydrogel polymer containing a drying aid, wherein the drying aid is (a) a compound having a betaine structure and having a long-chain alkyl group having 8 or more carbon atoms, one quaternary nitrogen, and one acid group within a molecule thereof and/or (b) a compound having a long-chain alkyl group having 8 or more carbon atoms, one tertiary nitrogen, and one or more acid groups within a molecule thereof, an addition amount of the drying aid with respect to a gel solid content of the particulate crosslinked hydrogel polymer is 0.001% by mass to 0.5% by mass, and surface-crosslinking is performed on water-absorbent resin powder obtained through the drying step, wherein a drying method in the drying step is stirring drying. the drying aid is (a) a compound having a betaine structure and having a long-chain alkyl group having 8 or more carbon atoms, one quaternary nitrogen, and one acid group within a molecule thereof and/or (b) a compound having a long-chain alkyl group having 8 or more carbon atoms, one tertiary nitrogen, and one or more acid groups within a molecule thereof, an addition amount of the drying aid with respect to a gel solid content of the particulate crosslinked hydrogel polymer is 0.001% by mass to 0.5% by mass, and surface-crosslinking is performed on water-absorbent resin powder obtained through the drying step, wherein a drying method in the drying step is stirring drying.
A pneumatic flow controlling device for a pneumatic vacuum elevator, said device comprising: a perforated component disposed on a bottom component intended to be coupled to a top surface of an elevator cylinder of the pneumatic vacuum elevator, wherein the perforated component comprises a plurality of perforations to enable air circulation from outside to inside of the elevator cylinder; a diaphragm component mechanically coupled to the perforated component and the bottom component , wherein the diaphragm component is configured to expand and compress based on the air circulation; a primary valve mechanically coupled to the diaphragm component , wherein the primary valve is configured to allow an air supply to the elevator cylinder for controlling movement of an elevator cabin within a tubular pathway based on a control signal intended to be received from an elevator controller; said device being characterised in that it comprises a secondary valve mechanically coupled to an outer surface of the bottom component , wherein the secondary valve is configured to allow the air supply to the elevator cylinder for dynamically varying speed of the elevator cabin at one or more landing positions. a perforated component disposed on a bottom component intended to be coupled to a top surface of an elevator cylinder of the pneumatic vacuum elevator, wherein the perforated component comprises a plurality of perforations to enable air circulation from outside to inside of the elevator cylinder; a diaphragm component mechanically coupled to the perforated component and the bottom component , wherein the diaphragm component is configured to expand and compress based on the air circulation; a primary valve mechanically coupled to the diaphragm component , wherein the primary valve is configured to allow an air supply to the elevator cylinder for controlling movement of an elevator cabin within a tubular pathway based on a control signal intended to be received from an elevator controller;
An oncotic pressure-increasing macromolecule which is a protein macromolecule or a non-protein macromolecule of 25 kDa or more which does not recognize VEGF, as an active ingredient in a composition for its use by intravitreous injection, for treating macular edema, wherein the protein macromolecule is selected in the group consisting of albumin, gelatin, alpha2 macroglobulin, fibrinogen, haptoglobin multimers, beta lipoproteins and antibodies or antibodies fragments that do not bind to a human protein and wherein the non- protein macromolecule is selected in the group consisting of dextran and hydroxyethyl starch.
Carburettor for supplying fuel/air mixture to an internal combustion engine having a fuel pump , a feed pump designed for operation by an operator and an enrichment device , wherein the carburettor has at least one fuel chamber into which the fuel pump delivers fuel, wherein in operation fuel is fed from the at least one fuel chamber into an intake duct section formed in the carburettor , wherein the feed pump is designed to deliver fuel from the at least one fuel chamber , wherein the enrichment device has an enrichment chamber , and wherein the enrichment device is designed to deliver fuel from the enrichment chamber to the internal combustion engine , characterised in that the enrichment chamber has a variable volume and in that the feed pump and the enrichment device are coupled in such a way that a complete operation of the feed pump from the non-operated state of the feed pump results in a reduction of the volume of the enrichment chamber by a constructively predetermined volume.
Apparatus for controlling switching of video streams in real time, the apparatus configured to receive, over a wireless network , a preview stream of at least two different source video streams , the apparatus further configured to receive an input command for selecting one of said at least two different source video streams and to transmit, over the wireless network, an instruction to a remote video stream switching apparatus identifying the selected one of said at least two different source video streams for transmission as a second, different output video stream from the remote video stream switching apparatus .