mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle including an electric power supply , an external terminal configured to output electric power of the electric power supply to an external load, the external terminal being configured to be capable of being input electric power for charging the electric power supply from an external electric power supply, a lid disposed in the external terminal , an open-closed detection sensor configured to detect the open or closed state of the lid, and a switch disposed at an electric circuit between the external terminal and the electric power supply , the vehicle comprising; an electronic control unit configured to control the switch ; the electronic control unit being configured to close the switch whi le the output or the input of the electric power is performed through the external terminal ; the electronic control unit being configured to open the switch during traveling; the electronic control unit being configured to execute welding diagnosis for the switch ; characterised by the electronic control unit being configured to determine whether to permit the vehicle to travel based on a result of the welding diagnosis and an open-closed state of the lid , wherein the electronic control unit is configured to determine that the traveling can be permitted, either on a condition that the lid is in a closed state and the result of the welding diagnosis shows a one pole welding abnormality of the switch , or on a condition that the lid is in an open state or an indefinite state, and the result of the welding diagnosis shows normal. an electric power supply , an external terminal configured to output electric power of the electric power supply to an external load, the external terminal being configured to be capable of being input electric power for charging the electric power supply from an external electric power supply, a lid disposed in the external terminal , an open-closed detection sensor configured to detect the open or closed state of the lid, and a switch disposed at an electric circuit between the external terminal and the electric power supply , the vehicle comprising; an electronic control unit configured to control the switch ; the electronic control unit being configured to close the switch whi le the output or the input of the electric power is performed through the external terminal ; the electronic control unit being configured to open the switch during traveling; the electronic control unit being configured to execute welding diagnosis for the switch ; characterised by the electronic control unit being configured to determine whether to permit the vehicle to travel based on a result of the welding diagnosis and an open-closed state of the lid , wherein the electronic control unit is configured to determine that the traveling can be permitted, either on a condition that the lid is in a closed state and the result of the welding diagnosis shows a one pole welding abnormality of the switch , or on a condition that the lid is in an open state or an indefinite state, and the result of the welding diagnosis shows normal.
A tool-holder comprising a first part and a second part being connectable and separable via an interface constituted by a first surface on the first part operably facing towards a second surface on the second part , wherein a wedge-shaped element is protruding outwardly from the first surface, and wherein a wedge-shaped indent arranged on the second surface is adapted to receive the protruding wedge shaped element on the first surface when operably joining the first and second surfaces, a longitudinal length of the protruding element on the first surface is equal to at least one width of the first surface, and a corresponding longitudinal length of the indent on the second surface is adapted to the longitudinal length of the protruding element on the first surface, and the corresponding adapted length on the second surface is further equal to the at least one width of the second surface, longitudinal side surfaces of the protruding element on the first surface is inwardly inclined and adapted to correspondingly inclined longitudinal side surfaces of the indent on the second surface, characterized in that the inclined side surfaces of the protruding element on the first surface on the first part is running along a curved line , and the inclined surfaces of the indent on the second surface on the second part is running along a corresponding curved line .
A device for attaching rolling shutters, configured as an articulated strap, to fasten the slats of a rolling shutter to the grooves made in a tubular rolling shaft of the rolling shutter, wherein the device comprises at least an initial link for the coupling thereof to the tubular shaft through gripping means to said grooves and a final link that is joined to the upper slat of the rolling shutter, characterized in that the device comprises: - a pair of clips housed in respective hollows of the body of the initial link having a configuration with lower ends bent into an L-shape, and each one of said clips moving towards each other in parallel to the longitudinal shaft of the tubular shaft , in other words, towards the center of the body of the initial link , - a pair of push-buttons connected to each clip , such that on one end they pivot with respect to the hollow of the body of the initial link and on the opposite end, they push the clip inside each hollow when pivoted, such that when the push-buttons are pushed, they enter said hollows , moving the clips from an initial coupling position to an attached position, in which the clips remain inserted into the grooves , preventing the initial link from separating from the tubular shaft when the rolling shutter is rolled or unrolled in the tubular shaft , and - a locking element located between the initial link and the final link , inserted into articulated joints that connect the different links together, and limiting a maximum opening angle (b) of said joints ; said locking element therefore acting as a means of security to prevent the rolling shutter from being lifted when it is pushed from below. - a pair of clips housed in respective hollows of the body of the initial link having a configuration with lower ends bent into an L-shape, and each one of said clips moving towards each other in parallel to the longitudinal shaft of the tubular shaft , in other words, towards the center of the body of the initial link , - a pair of push-buttons connected to each clip , such that on one end they pivot with respect to the hollow of the body of the initial link and on the opposite end, they push the clip inside each hollow when pivoted, such that when the push-buttons are pushed, they enter said hollows , moving the clips from an initial coupling position to an attached position, in which the clips remain inserted into the grooves , preventing the initial link from separating from the tubular shaft when the rolling shutter is rolled or unrolled in the tubular shaft , and - a locking element located between the initial link and the final link , inserted into articulated joints that connect the different links together, and limiting a maximum opening angle (b) of said joints ; said locking element therefore acting as a means of security to prevent the rolling shutter from being lifted when it is pushed from below.
Neurostimulation device, capable of performing brain stimulation and/or spinal cord stimulation by delivering electrical AC and/or DC stimulation pulses, comprising: a) at least an electrode arrangement for delivering the electrical AC and/or DC stimulation pulses to the brain or the spinal cord of a patient, wherein the electrode arrangement comprises at least one center electrode and a plurality of stimulation electrodes surrounding the center electrode, wherein the center electrode is a counter electrode , wherein the electrodes are configured to be implanted in the subgaleal area above the skull and below the scalp of a patient, b) at least a signal generation circuit connected to the electrode arrangement , which is configured for generating and delivering the stimulation pulses to the at least one stimulation electrode , c) at least a charge balancing circuit for compensation of hyperpolarization effects, which is configured for short circuiting the at least one stimulation electrode with the counter electrode , depending from a control signal, d) at least one control processor , which is configured for delivering control signals to the charge balancing circuit for short circuiting the at least one stimulation electrode with the counter electrode . a) at least an electrode arrangement for delivering the electrical AC and/or DC stimulation pulses to the brain or the spinal cord of a patient, wherein the electrode arrangement comprises at least one center electrode and a plurality of stimulation electrodes surrounding the center electrode, wherein the center electrode is a counter electrode , wherein the electrodes are configured to be implanted in the subgaleal area above the skull and below the scalp of a patient, b) at least a signal generation circuit connected to the electrode arrangement , which is configured for generating and delivering the stimulation pulses to the at least one stimulation electrode , c) at least a charge balancing circuit for compensation of hyperpolarization effects, which is configured for short circuiting the at least one stimulation electrode with the counter electrode , depending from a control signal, d) at least one control processor , which is configured for delivering control signals to the charge balancing circuit for short circuiting the at least one stimulation electrode with the counter electrode .
A method for separating a main body of a semiconductor substrate from a functional layer , the semiconductor substrate being a piece of mono-crystalline semiconductor, the method comprising the steps of: implanting ions into the semiconductor substrate through a top surface of the semiconductor substrate , the implanted ions located at a depth in the range from 0.1μm-100μm underneath the top surface of the semiconductor substrate , to form an ion damage layer in the semiconductor substrate ; forming the functional layer on the top surface of the semiconductor substrate after the ions are implanted into the semiconductor substrate ; forming a stress inducing layer on the functional layer, the stress inducing layer being tensile stressed and introducing compressive stress to the functional layer ; and separating the functional layer from the main body of the semiconductor substrate at the ion damage layer . implanting ions into the semiconductor substrate through a top surface of the semiconductor substrate , the implanted ions located at a depth in the range from 0.1μm-100μm underneath the top surface of the semiconductor substrate , to form an ion damage layer in the semiconductor substrate ; forming the functional layer on the top surface of the semiconductor substrate after the ions are implanted into the semiconductor substrate ; forming a stress inducing layer on the functional layer, the stress inducing layer being tensile stressed and introducing compressive stress to the functional layer ; and separating the functional layer from the main body of the semiconductor substrate at the ion damage layer .
A method for determining a personalized near addition value for non-presbyopes, comprising the following steps: - measuring fusional amplitudes (FA) and phoria (Ph) for near vision with at least one addition value on both eyes of a subject at a working distance; - finding a mathematical function that predicts the change of a pair of fusional amplitudes (FA) and phoria (Ph) as a function of addition value (ADD) based on the addition value and the measured fusional amplitudes (FA) and phoria (Ph); and - determining the near addition value according to a suitable relationship between the pair of fusional amplitudes (FA) and phoria (Ph) on the mathematical function. - measuring fusional amplitudes (FA) and phoria (Ph) for near vision with at least one addition value on both eyes of a subject at a working distance; - finding a mathematical function that predicts the change of a pair of fusional amplitudes (FA) and phoria (Ph) as a function of addition value (ADD) based on the addition value and the measured fusional amplitudes (FA) and phoria (Ph); and - determining the near addition value according to a suitable relationship between the pair of fusional amplitudes (FA) and phoria (Ph) on the mathematical function.
A method of cleaning a plasma etching apparatus of the type used to etch a substrate and having at least one chamber , the method comprising the step of sputtering a metallic material from an electrically conductive coil which is positioned within the at least one chamber onto an interior surface of the at least one chamber to perform a cleaning function and producing a plasma for use in etching the substrate; wherein the metallic material is sputtered so as to adhere particulate material to an interior surface of the at least one chamber, or the metallic material is a getter material which removes one or more gaseous species present in the at least one chamber.
A composition comprising either SEQ ID NO: 1 or SEQ ID NO: 2, and paclitaxel, for use in inhibiting metastasis of ovarian cancer by restoring sensitivity to paclitaxel.
An organic electroluminescent element comprising at least one organic layer including a light emitting layer interposed between a positive electrode and a negative electrode , wherein the light emitting layer contains an iridium complex compound represented by any one of the following formulas to : wherein in formula , V represents a divalent linking group and is linked to L 2 and L 3 by covalent bonding; and L 1 to L 3 are respectively represented by the following formula ; wherein in formula , V's each represent a divalent linking group and are respectively linked to L 1 , L 2 and L 3 by covalent bonding; and L 1 to L 3 are each represented by the following formula ; wherein in formula , V's each represent a divalent linking group and are respectively linked to L 1 , L 2 and L 3 by covalent bonding; and L 1 to L 3 are respectively represented by the following formula ; wherein in formula , X 1 to X 5 are a group of elements that form a nitrogen-containing heterocyclic ring, and are selected from a carbon atom or a nitrogen atom; at least one of X 4 and X 5 represents a nitrogen atom; X 5 forms a coordination bond with Ir in the formulas to ; X 6 to X 11 are a group of elements that form a 6-membered aromatic ring, and are selected from a carbon atom or a nitrogen atom; X 7 forms a covalent bond with Ir in the formulas to , characterized in that (a) the maximum emission wavelength of the iridium complex compound is 470 nm or less, as determined in accordance with the method disclosed in the description, and, regarding at least one of L 1 to L 3 among L 1 to L 3 in formulas to , formula is represented by the following formula or the following formula : wherein in formulas and , X 6 to X 11 have the same meanings as defined for X 6 to X 11 in the formula ; R 1 , R 2 and R 3 each represent a hydrogen atom or a substituent; and R 1 and X 11 may form a ring; or (b) the maximum emission wavelength of the iridium complex compound is 460 nm or less, as determined in accordance with the method disclosed in the description, and in at least one of L 1 to L 3 among L 1 to L 3 in formulas to , the nitrogen-containing heterocyclic ring formed by X 1 to X 5 in the formula is a triazole ring. (a) the maximum emission wavelength of the iridium complex compound is 470 nm or less, as determined in accordance with the method disclosed in the description, and, regarding at least one of L 1 to L 3 among L 1 to L 3 in formulas to , formula is represented by the following formula or the following formula : wherein in formulas and , X 6 to X 11 have the same meanings as defined for X 6 to X 11 in the formula ; R 1 , R 2 and R 3 each represent a hydrogen atom or a substituent; and R 1 and X 11 may form a ring; or (b) the maximum emission wavelength of the iridium complex compound is 460 nm or less, as determined in accordance with the method disclosed in the description, and in at least one of L 1 to L 3 among L 1 to L 3 in formulas to , the nitrogen-containing heterocyclic ring formed by X 1 to X 5 in the formula is a triazole ring.
A dispensing system for air care products contained in aerosol containers and non-aerosol containers , each such container including a spray nozzle , the dispensing system comprising: a dispenser including an interior formed by a front cover , a back cover and a base , an actuator , a controller adapted to actuate the actuator; a selection switch positionable in an aerosol dispensing position and a non-aerosol dispensing position; a contoured surface configured to accept an aerosol container within the interior of the dispenser such that the actuator may contact the aerosol spray nozzle; an adaptor configured to be releasably attached to the contoured surface of the dispenser, the adaptor configured to accept a non-aerosol container within the interior of the dispenser such that the actuator may contact the non-aerosol spray nozzle. a dispenser including an interior formed by a front cover , a back cover and a base , an actuator , a controller adapted to actuate the actuator; a selection switch positionable in an aerosol dispensing position and a non-aerosol dispensing position; a contoured surface configured to accept an aerosol container within the interior of the dispenser such that the actuator may contact the aerosol spray nozzle; an interior formed by a front cover , a back cover and a base , an actuator , a controller adapted to actuate the actuator; a selection switch positionable in an aerosol dispensing position and a non-aerosol dispensing position; a contoured surface configured to accept an aerosol container within the interior of the dispenser such that the actuator may contact the aerosol spray nozzle; an adaptor configured to be releasably attached to the contoured surface of the dispenser, the adaptor configured to accept a non-aerosol container within the interior of the dispenser such that the actuator may contact the non-aerosol spray nozzle.
A surgical retractor blade comprising: a connector and a blade portion , the connector being configured to couple the retractor blade with a retractor , the blade portion including a distal end comprising a static arm with a static foot extending transversely from the static arm characterised by the distal end further comprising a pivot arm with a pivot foot extending transversely from the pivot arm , the pivot arm pivotally coupled to the static arm and movable between a closed position in which the pivot foot and static foot cooperate to form a capture ring configured to capture an implantable bone anchor therein, there existing a gap between the ends of the pivot foot and the static foot while in the closed position, and an open position configured to permit passage of the implantable bone anchor into and out of the capture ring, wherein the retractor blade further comprises a lock to lock the pivot arm in the closed position; and wherein the lock comprises a shaft adapted to translate through a passage extending along one side of the retractor blade to engage the pivot arm . a connector and a blade portion , the connector being configured to couple the retractor blade with a retractor , the blade portion including a distal end comprising a static arm with a static foot extending transversely from the static arm characterised by the distal end further comprising a pivot arm with a pivot foot extending transversely from the pivot arm , the pivot arm pivotally coupled to the static arm and movable between a closed position in which the pivot foot and static foot cooperate to form a capture ring configured to capture an implantable bone anchor therein, there existing a gap between the ends of the pivot foot and the static foot while in the closed position, and an open position configured to permit passage of the implantable bone anchor into and out of the capture ring, wherein the retractor blade further comprises a lock to lock the pivot arm in the closed position; and wherein the lock comprises a shaft adapted to translate through a passage extending along one side of the retractor blade to engage the pivot arm .
A method for providing a master tool for production of multi-level diffractive optical elements, the method comprising: modifying a first pixel layout design for multi-level diffractive optical elements to obtain a modified pixel layout design, wherein the first pixel layout design comprises pixels , each of which has a rectangular shape, and wherein modifying the first pixel layout design includes approximating a contour of a cluster of pixels in the first pixel layout design by a single polygon that reduces a total number of edges relative to the contour of the cluster of pixels in the first pixel layout design, wherein each respective cluster is constituted by contiguous pixels within a given level of the first pixel layout design; and using the modified pixel layout design to form a master tool for production of the diffractive optical elements. modifying a first pixel layout design for multi-level diffractive optical elements to obtain a modified pixel layout design, wherein the first pixel layout design comprises pixels , each of which has a rectangular shape, and wherein modifying the first pixel layout design includes approximating a contour of a cluster of pixels in the first pixel layout design by a single polygon that reduces a total number of edges relative to the contour of the cluster of pixels in the first pixel layout design, wherein each respective cluster is constituted by contiguous pixels within a given level of the first pixel layout design; and using the modified pixel layout design to form a master tool for production of the diffractive optical elements.
An element (1; 3) introducible into a human or animal body, wherein the element is selected from the group consisting of casings for electronic devices such as transponders, defibrillators, pacemakers, and wherein the element comprises a glass at least in some areas thereof, which inhibits the formation of biofilms, and/or which is not cytotoxic to human or animal cells and is compatible with blood, when the element is introduced into the human or animal body or attached thereto; wherein the glass comprises at least: SiO 2 in a range from 60 to 75 wt%, and ZnO in a range from 1 to 7 wt%; characterized in that the element comprises at least one casing or constitutes a casing adapted for accommodating electronic components ; wherein the casing is made of said glass at least in areas thereof; and/or wherein the casing has at least one coating made of said glass at least in areas thereof. which inhibits the formation of biofilms, and/or which is not cytotoxic to human or animal cells and is compatible with blood, when the element is introduced into the human or animal body or attached thereto; wherein the glass comprises at least: SiO 2 in a range from 60 to 75 wt%, and ZnO in a range from 1 to 7 wt%; characterized in that SiO 2 in a range from 60 to 75 wt%, and ZnO in a range from 1 to 7 wt%; the element comprises at least one casing or constitutes a casing adapted for accommodating electronic components ; wherein the casing is made of said glass at least in areas thereof; and/or wherein the casing has at least one coating made of said glass at least in areas thereof.