mhurhangee/patent-ind-claim-en huggingface dataset:
An analytical method for determining a cerebral Aβ accumulation state, the method comprising: a measurement step of subjecting a living body-derived sample derived from a test subject to detection of a marker containing: APP672-713 (Aβ1-42) (SEQ ID NO.: 6) and APP669-711 (SEQ ID NO.: 7), to obtain measurement levels of: APP672-713 (Aβ1-42) and APP669-711 in the living body-derived sample; a calculation step of calculating a ratio of APP669-711 level to APP672-713 (Aβ1-42) level or APP669-711/APP672-713 (Aβ1-42); and an evaluation step of determining that an amount of cerebral Aβ accumulation of the test subject is larger than an amount of cerebral Aβ accumulation of a person having normal cognitive function NC- who is negative for cerebral Aβ accumulation, when the ratio of the test subject is higher than a standard level which is a ratio of the person having normal cognitive function NC-. a measurement step of subjecting a living body-derived sample derived from a test subject to detection of a marker containing: APP672-713 (Aβ1-42) (SEQ ID NO.: 6) and APP669-711 (SEQ ID NO.: 7), to obtain measurement levels of: APP672-713 (Aβ1-42) and APP669-711 in the living body-derived sample; a calculation step of calculating a ratio of APP669-711 level to APP672-713 (Aβ1-42) level or APP669-711/APP672-713 (Aβ1-42); and an evaluation step of determining that an amount of cerebral Aβ accumulation of the test subject is larger than an amount of cerebral Aβ accumulation of a person having normal cognitive function NC- who is negative for cerebral Aβ accumulation, when the ratio of the test subject is higher than a standard level which is a ratio of the person having normal cognitive function NC-.
Method for modifying stereoscopic pairs of images for improved three-dimensional displaying, the method comprising: analyzing (S1) the images for detecting the angle of incidence of the illuminating light in the images , and modifying (S2) the luminance values of at least a section of at least one of the images of each stereoscopic pair based on the angle of incidence; characterized in that modifying (S2) the luminance values comprises darkening the left image under a line that divides the image starting from the right top corner of the image , the angle of the line being defined by the angle of incidence, or darkening the right image under a line that divides the image starting from the left top corner of the image , the angle of the line being defined by the angle of incidence. analyzing (S1) the images for detecting the angle of incidence of the illuminating light in the images , and modifying (S2) the luminance values of at least a section of at least one of the images of each stereoscopic pair based on the angle of incidence; characterized in that modifying (S2) the luminance values comprises darkening the left image under a line that divides the image starting from the right top corner of the image , the angle of the line being defined by the angle of incidence, or darkening the right image under a line that divides the image starting from the left top corner of the image , the angle of the line being defined by the angle of incidence.
Mobile accommodation, such as a caravan, camper or boat, comprising a wall having a wall opening and a cover panel, in particular a window or door, covering said wall opening, wherein the cover panel has an at least substantially flat surface on a visible side facing away from the wall, wherein the cover panel is double-walled with a cavity space that is bounded by an at least substantially flat front wall on said visible side and a rear wall on a side facing toward the wall opening, and wherein said rear wall is attached along an attaching part to said front wall , characterized in that the cover panel comprises on said visible side a recess that comprises a groove in said front wall at the position of said attaching part, in that said groove runs at least substantially parallel to an outer periphery of the cover panel all along said periphery, in that at least one relatively opaque body is provided in said recess that at least substantially fills said recess, and in that a surface of said at least one opaque body lies at least substantially flush with said flat surface on said visible side of said cover panel.
A monitoring device for monitoring a monitored zone which is adjacent to a safety zone , wherein the monitoring device comprises: a light curtain device for detecting an object touching a boundary section located at a boundary between the monitored zone and the safety zone ; a time-of-flight device for detecting a distance (d) to the object and/or a size of the object ; an evaluation device for emitting an evaluation result based on the distance (d) to the object and/or on the size of the object determined by the time-of-flight device ; and a protection device for performing a predetermined protective measure based on the evaluation result; wherein the evaluation device is configured to determine a velocity of the object based on several consecutive distance measurements performed by the time-of-flight device ; and/or the time-of-flight device is configured to determine a velocity of the object based on several consecutive distance measurements performed by the time-of-flight device and/or to transmit the determined velocity of the object to the evaluation device . a light curtain device for detecting an object touching a boundary section located at a boundary between the monitored zone and the safety zone ; a time-of-flight device for detecting a distance (d) to the object and/or a size of the object ; an evaluation device for emitting an evaluation result based on the distance (d) to the object and/or on the size of the object determined by the time-of-flight device ; and a protection device for performing a predetermined protective measure based on the evaluation result; wherein the evaluation device is configured to determine a velocity of the object based on several consecutive distance measurements performed by the time-of-flight device ; and/or the time-of-flight device is configured to determine a velocity of the object based on several consecutive distance measurements performed by the time-of-flight device and/or to transmit the determined velocity of the object to the evaluation device .
A process for producing a fluoro compound, the method comprising: reacting a compound having a leaving group (LG) and a fluoride under a solvent according to Reaction 3, wherein the compound having a leaving group is the fluoro compound is and X - is anion of the leaving group represented by X, wherein R 6 and R 7 form carbocycle with N, and n is an integer of 0 to 6,the fluoride is a fluoride and F is 18 F, wherein the solvent is represented by the following Formula 1: wherein in Formula 1, R 1 and R 2 are independently methyl or ethyl; and R 3 is ethenyl or ethynyl. reacting a compound having a leaving group (LG) and a fluoride under a solvent according to Reaction 3, wherein the compound having a leaving group is the fluoro compound is and X - is anion of the leaving group represented by X, wherein R 6 and R 7 form carbocycle with N, and n is an integer of 0 to 6,the fluoride is a fluoride and F is 18 F, wherein the solvent is represented by the following Formula 1: wherein in Formula 1, R 1 and R 2 are independently methyl or ethyl; and R 3 is ethenyl or ethynyl. R 1 and R 2 are independently methyl or ethyl; and R 3 is ethenyl or ethynyl.
A fuel cell system comprising: a fuel cell that includes an anode and a cathode and generates electricity by reducing a mediator at the cathode; a regenerator that oxidizes the mediator reduced by the cathode; a first path that leads from the cathode to the regenerator and through which the mediator reduced by and discharged from the cathode is guided to the regenerator; a second path that leads from the regenerator to the cathode and through which the mediator oxidized at the regenerator is returned to the cathode; and a first heat exchanger that exchanges heat between a first fluid and a second fluid, the first fluid being a fluid flowing in the first path and containing the mediator reduced by cathode, and the second fluid being a fluid flowing in the second path and containing the mediator oxidized at the regenerator. a fuel cell that includes an anode and a cathode and generates electricity by reducing a mediator at the cathode; a regenerator that oxidizes the mediator reduced by the cathode; a first path that leads from the cathode to the regenerator and through which the mediator reduced by and discharged from the cathode is guided to the regenerator; a second path that leads from the regenerator to the cathode and through which the mediator oxidized at the regenerator is returned to the cathode; and a first heat exchanger that exchanges heat between a first fluid and a second fluid, the first fluid being a fluid flowing in the first path and containing the mediator reduced by cathode, and the second fluid being a fluid flowing in the second path and containing the mediator oxidized at the regenerator.
An electrotherapeutic device for inducing thrombosis, comprising a power source , an output guide wire and an input guide wire , wherein the output guide wire is connected to an anode of the power source ; and the input guide wire is connected to a cathode of the power source characterized in that the power source comprises: a power supply portion, comprising an internal power source, wherein the internal power source is a direct current power source, of which voltage is 10-40 V; a current control portion, comprising a voltage stabilizer, a diode, a first resistor, a second resistor and a third resistor, wherein the voltage stabilizer is formed by connecting two three-terminal voltage stabilizers in series, and an input terminal of the voltage stabilizer is connected with the internal power source, and an output terminal thereof is divided into two branches which are respectively connected with the first resistor and the third resistor; the diode is connected with a third terminal of the voltage stabilizer and connected with the second resistor in series; a resistance value of the first resistor is 200-400 Ω; a resistance value of the second resistor is 5-40 Ω; and a resistance value of the third resistor is 500-4000 Ω; a regulating portion, comprising a first rheostat and a second rheostat, wherein the first rheostat and the third resistor, which are connected in series, are connected with the second rheostat together in parallel; the maximum resistance value of the first rheostat is 5-15 kΩ; and the maximum resistance value of the second rheostat is 10-30 kΩ; and an output portion, comprising an ammeter and an external electrode which are connected with the first rheostat and the third resistor in series. a power supply portion, comprising an internal power source, wherein the internal power source is a direct current power source, of which voltage is 10-40 V; a current control portion, comprising a voltage stabilizer, a diode, a first resistor, a second resistor and a third resistor, wherein the voltage stabilizer is formed by connecting two three-terminal voltage stabilizers in series, and an input terminal of the voltage stabilizer is connected with the internal power source, and an output terminal thereof is divided into two branches which are respectively connected with the first resistor and the third resistor; the diode is connected with a third terminal of the voltage stabilizer and connected with the second resistor in series; a resistance value of the first resistor is 200-400 Ω; a resistance value of the second resistor is 5-40 Ω; and a resistance value of the third resistor is 500-4000 Ω; a regulating portion, comprising a first rheostat and a second rheostat, wherein the first rheostat and the third resistor, which are connected in series, are connected with the second rheostat together in parallel; the maximum resistance value of the first rheostat is 5-15 kΩ; and the maximum resistance value of the second rheostat is 10-30 kΩ; and an output portion, comprising an ammeter and an external electrode which are connected with the first rheostat and the third resistor in series.
A motor vehicle door latch, comprising • a locking mechanism, • an electric drive with an actuating means , • a locking unit, • a spring , • a coupling lever that acts on the locking unit and is actuatable against the force of the spring by means of the electric drive , wherein • the locking unit has a control contour, • the coupling lever interacts with the control contour, • the control contour is part of a separate locking element , and • the control contour is embodied such that each time the locking element is actuated by means of the coupling lever , an end position is set, the coupling lever being fastened to a rotatably mounted actuating means , preferably a gear wheel or an actuating lever , of the drive . • a locking mechanism, • an electric drive with an actuating means , • a locking unit, • a spring , • a coupling lever that acts on the locking unit and is actuatable against the force of the spring by means of the electric drive , wherein • the locking unit has a control contour, • the coupling lever interacts with the control contour, • the control contour is part of a separate locking element , and • the control contour is embodied such that each time the locking element is actuated by means of the coupling lever , an end position is set, the coupling lever being fastened to a rotatably mounted actuating means , preferably a gear wheel or an actuating lever , of the drive .
A method for reducing or preventing tearing in a stretch laminate, when the stretch laminate is stretched in a stretching direction, comprises the step of: providing the stretch laminate with a perforation pattern, the perforation pattern has at least two adjacent columns, a first column having a plurality of pairs of perforations stacked one pair above the other pair, the perforations in each pair sloping in a first direction, and a first space separating one pair from the other pair, a second column having a plurality of pairs of perforations stacked one pair above the other pair, the perforations in each pair sloping in a second direction, and a second space separating one pair from the other pair, and a third space between the columns being no greater than the first or second space between perforation in the pair, and the pair of perforation in the first column are aligned with the second space between pairs of perforation in the second column. providing the stretch laminate with a perforation pattern, the perforation pattern has at least two adjacent columns, a first column having a plurality of pairs of perforations stacked one pair above the other pair, the perforations in each pair sloping in a first direction, and a first space separating one pair from the other pair, a second column having a plurality of pairs of perforations stacked one pair above the other pair, the perforations in each pair sloping in a second direction, and a second space separating one pair from the other pair, and a third space between the columns being no greater than the first or second space between perforation in the pair, and the pair of perforation in the first column are aligned with the second space between pairs of perforation in the second column. a first column having a plurality of pairs of perforations stacked one pair above the other pair, the perforations in each pair sloping in a first direction, and a first space separating one pair from the other pair, a second column having a plurality of pairs of perforations stacked one pair above the other pair, the perforations in each pair sloping in a second direction, and a second space separating one pair from the other pair, and a third space between the columns being no greater than the first or second space between perforation in the pair, and the pair of perforation in the first column are aligned with the second space between pairs of perforation in the second column.
Laser scanner for vehicle-borne surveying of an environment by time-of-flight measurement and determination of a 3D-model of the environment from distance measurement points, which laser scanner can be anchored on a vehicle having pitch, roll and yaw axes (N, R, G) and has a laser transmitter for emitting a transmission beam substantially transversely to the roll axis (R), a laser receiver for receiving the transmission beam reflected by the environment as reception beam , and a beam deflection device which comprises a first and a second optically refractive wedge disc in the beam path of the transmission and the reception beam , a first and a second drive and a control unit for the drives , wherein the first wedge disc can be driven by the first drive about a first driving axis and the second wedge disc can be driven by the second drive about a second driving axis , wherein the control unit has a signal input for a measurement signal (M o ) about the orientation of the laser scanner in the environment and is configured to determine from the orientation measurement signal (M o ) the roll angle (ρ) of the laser scanner about the roll axis (R) with respect to the horizontal and to control the first and second drive such that the first wedge disc rotates about the first driving axis at a predetermined angular velocity (ω) and the second wedge disc pivots about the second driving axis into an angular position (α) that compensates the roll angle (ρ) determined.
Method to convert black soldier fly larvae into a nutrient stream, comprising or consisting of the steps of: a) providing black soldier fly larvae and preparing a pulp thereof, b) heating the black soldier fly larvae pulp for 50-100 seconds at a temperature of 80°C-93°C, c) cooling the heated black soldier fly larvae pulp of step b) to a temperature of 0°C - 25°C, therewith providing the nutrient stream consisting of cooled heated black soldier fly larvae pulp. a) providing black soldier fly larvae and preparing a pulp thereof, b) heating the black soldier fly larvae pulp for 50-100 seconds at a temperature of 80°C-93°C, c) cooling the heated black soldier fly larvae pulp of step b) to a temperature of 0°C - 25°C,
A device for collecting samples of biological tissue, comprising a needle and a cannula , positioned at a distal end of the device and coaxially arranged along an axis (A) and slidable with respect to each other along the axis (A); a covering sheath , surrounding the needle and the cannula ; and an actuating mechanism , positioned at a proximal end of the device and connected to the needle and the cannula for moving the needle and the cannula in the sheath ; wherein the actuating mechanism is connected to the needle and the cannula by respective flexible operation cables , capable of transmitting axial forces in both directions; wherein the cannula comprises an operating portion cooperating with the needle to collect the sample and provided, at a free end , with a front opening delimited by a peripheral rim defining a cutting edge ; and with an inner chamber substantially cylindrical about the axis (A), communicating with the front opening and having an inner diameter substantially equal to the maximum diameter of a front tip of the needle ; characterized in that the needle has a stem provided with said front tip and a rear end element , positioned at respective axially opposite ends of the stem and radially protruding from the stem and extending radially about the stem to define a collecting seat shaped to receive a sample of tissue; and wherein the stem of the needle has diameter and length, and the operating portion of the cannula has wall diameter and thickness, such as to be substantially flexible crosswise to the axis (A).
A device for electroporating and delivering one or more antigens, the device comprising: a housing having a distal tip portion ; a plurality of electrode arrays each coupled to the tip portion , wherein the electrode arrays project from the tip portion ; a pulse generator electrically coupled to at least one electrode of each electrode array ; a programmable microcontroller electrically coupled to the pulse generator , wherein each electrode is configured to deliver an electroporating pulse to cells of epidermal tissues; and wherein the pulse generator is powered by a battery carried within the housing , wherein the battery allows the device to be portable, characterized in that the electrode arrays define spatially separate sites, each electrode array includes a plurality of electrodes , and the microcontroller is configured to adjust parameters of the electroporating pulse of each electrode array independently, wherein the microcontroller is configured to adjust a respective quantity of electroporating pulses for each electrode array independently, and wherein the quantity is 1 to 10. a housing having a distal tip portion ; a plurality of electrode arrays each coupled to the tip portion , wherein the electrode arrays project from the tip portion ; a pulse generator electrically coupled to at least one electrode of each electrode array ; a programmable microcontroller electrically coupled to the pulse generator , wherein each electrode is configured to deliver an electroporating pulse to cells of epidermal tissues; and wherein the pulse generator is powered by a battery carried within the housing , wherein the battery allows the device to be portable, characterized in that the electrode arrays define spatially separate sites, each electrode array includes a plurality of electrodes , and the microcontroller is configured to adjust parameters of the electroporating pulse of each electrode array independently, wherein the microcontroller is configured to adjust a respective quantity of electroporating pulses for each electrode array independently, and wherein the quantity is 1 to 10.