mhurhangee/patent-ind-claim-en huggingface dataset:
Dispensing device for dispensing of trays , comprising vertical guidings for receiving a stack with a plurality of trays , a separating device for dispensing individual trays in a downward direction and a tray discharge device , characterized in that the tray discharge device has several lifting elements that rotate each around an axis (A), the lifting elements are essentially formed in a cylindrical way and have, respectively on their outer side, a comb structure (K) with at least two immersing protrusions that extend in parallel to one another.
A power converter comprising: - first (E1) and second (E2) terminals of application of an input signal; - a power storage capacitor (CBUS) having first and second electrodes respectively coupled to the first (E1) and second (E2) terminals of application of the input signal via a current-limiting element (R1, L1); - at least one normally-on transistor (K1, K2, K3, K4, K5, K6) ; - a power supply circuit capable of generating a signal for powering a circuit (CMD_K1, CMD_K2) for controlling said at least one normally-on transistor; and- a switch configurable to, in a first configuration, couple first (g) and second (h) input terminals of the power supply circuit respectively to the first (E1) and second (E2) terminals of application of the input signal, upstream of the current-limiting element (R1, L1) and, in a second configuration, connect the first (g) and second (h) input terminals of the power supply circuit respectively to the first and second electrodes of the storage capacitor, downstream of the current-limiting element (R1, L1), the power converter being configured to, during a converter starting phase: - control the switch to the first configuration; - when the voltage supplied by the power supply circuit is sufficient, block said at least one normally-on transistor (K1, K2, K3, K4, K5, K6); and then - when the voltage across the storage capacitor (CBUS) exceeds a first predetermined threshold, control the switch to the second configuration. - first (E1) and second (E2) terminals of application of an input signal; - a power storage capacitor (CBUS) having first and second electrodes respectively coupled to the first (E1) and second (E2) terminals of application of the input signal via a current-limiting element (R1, L1); - at least one normally-on transistor (K1, K2, K3, K4, K5, K6) ; - a power supply circuit capable of generating a signal for powering a circuit (CMD_K1, CMD_K2) for controlling said at least one normally-on transistor; and- a switch configurable to, in a first configuration, couple first (g) and second (h) input terminals of the power supply circuit respectively to the first (E1) and second (E2) terminals of application of the input signal, upstream of the current-limiting element (R1, L1) and, in a second configuration, connect the first (g) and second (h) input terminals of the power supply circuit respectively to the first and second electrodes of the storage capacitor, downstream of the current-limiting element (R1, L1), - control the switch to the first configuration; - when the voltage supplied by the power supply circuit is sufficient, block said at least one normally-on transistor (K1, K2, K3, K4, K5, K6); and then - when the voltage across the storage capacitor (CBUS) exceeds a first predetermined threshold, control the switch to the second configuration.
A spark plug, comprising 1.1 an earth electrode ; 1.2 a centre electrode ; 1.3 a connector pin ; and 1.4 a resistor element ; wherein 1.5 the earth electrode and the centre electrode are configured for generating an ignition spark between the earth electrode and the centre electrode ; 1.6 the centre electrode is electrically connected to the connector pin via the resistor element ; wherein 11.7 the resistor element comprises a resistance fusing and a resistor in the form of a ceramic high voltage resistor; characterized in that 1.8 the resistance fusing is arranged on the side of the resistor element facing the centre electrode , whereas the resistor is arranged on the side of the resistor element facing the connector pin . 1.1 an earth electrode ; 1.2 a centre electrode ; 1.3 a connector pin ; and 1.4 a resistor element ; wherein 1.5 the earth electrode and the centre electrode are configured for generating an ignition spark between the earth electrode and the centre electrode ; 1.6 the centre electrode is electrically connected to the connector pin via the resistor element ; wherein 11.7 the resistor element comprises a resistance fusing and a resistor in the form of a ceramic high voltage resistor; characterized in that 1.8 the resistance fusing is arranged on the side of the resistor element facing the centre electrode , whereas the resistor is arranged on the side of the resistor element facing the connector pin .
A recombinant adeno-associated viral vector (AAVr) comprising a sequence coding an antisense oligonucleotide (AON) directed against the entire +30 to +69 region of exon 53 of the pre-messenger RNA of dystrophin, said sequence consisting of the sequence SEQ ID NO: 3.
Gamma-secretase inhibitor for use in the treatment of inherited epidermolysis bullosa and/or a fibrosis associated to inherited epidermolysis bullosa, wherein said gamma-secretase inhibitor inhibits the multiprotein complex of gamma-secretase through a direct mechanism.
A display device comprising: an optical sensing array to detect light; a backlight to emit light toward a surface of the display device ; and an optical thin film layer at the surface of the display device , the optical thin film layer being configured to, while a first shear force is being applied at a first point of contact at the surface of the display device , reflect light having a first wavelength at a front area ahead of the first point of contact in a direction of the first shear force , and reflect light having a second wavelength at a back area behind the first point of contact opposite the front area , the first wavelength being different from the second wavelength characterized in that the optical sensing array comprises a plurality of detectors with a same wavelength tuning, wherein the optical sensing array provides a tuned wavelength that is shifted from a nominal wavelength, wherein when the first shear force results in a shift of the nominal wavelength towards longer wavelength in reflected light at the front area , the optical sensing array detects an increase in reflected light intensity, and wherein when the first shear force results in a shift of the nominal wavelength towards shorter wavelength in reflected light at the back area , the optical sensing array detects a decrease in reflected light intensity. an optical sensing array to detect light; a backlight to emit light toward a surface of the display device ; and an optical thin film layer at the surface of the display device , the optical thin film layer being configured to, while a first shear force is being applied at a first point of contact at the surface of the display device , reflect light having a first wavelength at a front area ahead of the first point of contact in a direction of the first shear force , and reflect light having a second wavelength at a back area behind the first point of contact opposite the front area , the first wavelength being different from the second wavelength characterized in that the optical sensing array comprises a plurality of detectors with a same wavelength tuning, wherein the optical sensing array provides a tuned wavelength that is shifted from a nominal wavelength, wherein when the first shear force results in a shift of the nominal wavelength towards longer wavelength in reflected light at the front area , the optical sensing array detects an increase in reflected light intensity, and wherein when the first shear force results in a shift of the nominal wavelength towards shorter wavelength in reflected light at the back area , the optical sensing array detects a decrease in reflected light intensity.
Method for casting castings (G), in which a molten metal is poured into a casting mold which encloses a cavity forming the casting to be produced, wherein the casting mold consists as a lost mold of one or more casting mold parts or -cores which are formed from a molding material consisting of a core sand, a binder and optionally one or more additives for adjusting certain properties of the molding material, comprising the following working steps: - providing the casting mold ; - enclosing the casting mold in a housing , forming a filling space between at least one inner surface section of the housing and an associated outer surface section of the casting mold ; - filling the filling space with a free-flowing filling material (F); - pouring the molten metal into the casting mold , - wherein the casting mold begins to radiate heat as the molten metal is poured in, as a result of the heat input caused by the hot molten metal, and - wherein as a result of the heat input caused by the molten metal, the binder of the molding material begins to evaporate and combust, so that it loses its effect and the casting mold breaks up into fragments (B), characterized in that the filling material (F) filled into the filling space has such a low bulk density that a gas stream (S1, S2) can flow through the filling material package formed there from the filling material (F) after the filling space has been filled, and in that the filling material (F) has a minimum temperature (Tmin) when the filling space is filled, starting from which the temperature of the filling material (F) rises by process heat, which is generated by the heat radiated by the casting mold and by the heat released during the combustion of the binder, to above a limit temperature (TGrenz) at which the binder evaporating from the casting mold and coming into contact with the filling material (F) ignites and its combustion begins. - providing the casting mold ; - enclosing the casting mold in a housing , forming a filling space between at least one inner surface section of the housing and an associated outer surface section of the casting mold ; - filling the filling space with a free-flowing filling material (F); - pouring the molten metal into the casting mold , - wherein the casting mold begins to radiate heat as the molten metal is poured in, as a result of the heat input caused by the hot molten metal, and - wherein as a result of the heat input caused by the molten metal, the binder of the molding material begins to evaporate and combust, so that it loses its effect and the casting mold breaks up into fragments (B),
A sensor arrangement for monitoring a circulation pump system with at least one pump , wherein the sensor arrangement comprises - a first vibration sensor being installable at a first pump part of one of the at least one pump , - a second vibration sensor being installable at a second pump part of said pump , wherein the first pump part and the second pump part have a distance to each other, and - an evaluation module , wherein the evaluation module is configured to discriminate between at least two of k≥2 different types of faults based on comparing first signals received from the first vibration sensor and second signals received from the second vibration sensor , characterised in that the evaluation module is configured to discriminate between types of faults based on a comparison of run-time information of the first signals and the second signals. - a first vibration sensor being installable at a first pump part of one of the at least one pump , - a second vibration sensor being installable at a second pump part of said pump , wherein the first pump part and the second pump part have a distance to each other, and - an evaluation module ,
Dispenser for delivering liquid, in particular for delivering a pharmaceutical liquid, having the following features: a. the dispenser has a housing with a delivery opening for delivering liquid; and b. the dispenser has a liquid reservoir for storing the liquid prior to delivery; and c. the dispenser has a ventilation duct by means of which a surrounding atmosphere is connected to the liquid reservoir so as to permit air to flow into the liquid reservoir after liquid has been delivered; and d. the dispenser has a protective cap for covering the delivery opening , said protective cap being able to be placed onto the housing and removed from the housing , characterized by the following features: e. the dispenser has a switch valve in the ventilation duct , said switch valve being able to be opened by actuating a pushbutton provided on the external side of the housing; and f. the housing and the protective cap are mutually adapted in such a manner that the protective cap in the state placed onto the housing , or when placing the protective cap on the latter, acts on the pushbutton and in this way opens the switch valve . a. the dispenser has a housing with a delivery opening for delivering liquid; and b. the dispenser has a liquid reservoir for storing the liquid prior to delivery; and c. the dispenser has a ventilation duct by means of which a surrounding atmosphere is connected to the liquid reservoir so as to permit air to flow into the liquid reservoir after liquid has been delivered; and d. the dispenser has a protective cap for covering the delivery opening , said protective cap being able to be placed onto the housing and removed from the housing , e. the dispenser has a switch valve in the ventilation duct , said switch valve being able to be opened by actuating a pushbutton provided on the external side of the housing; and f. the housing and the protective cap are mutually adapted in such a manner that the protective cap in the state placed onto the housing , or when placing the protective cap on the latter, acts on the pushbutton and in this way opens the switch valve .
A nonaqueous electrolyte secondary battery comprising a positive electrode, a negative electrode, and a nonaqueous electrolyte, wherein the positive electrode includes a positive electrode mixture comprising a positive electrode active material and an additive, the positive electrode active material comprises a composite oxide comprising lithium and a transition metal, the additive comprises a particulate base material, and an organic compound group fixed to a surface of the base material by a covalent bond, the covalent bond comprises a X-O-A bond, the element X is bonded to the organic compound group, and is at least one selected from the group consisting of Si and Ti, the element A is an element constituting the base material, and the organic compound group has 2 or more carbon atoms. the positive electrode includes a positive electrode mixture comprising a positive electrode active material and an additive, the positive electrode active material comprises a composite oxide comprising lithium and a transition metal, the additive comprises a particulate base material, and an organic compound group fixed to a surface of the base material by a covalent bond, the covalent bond comprises a X-O-A bond, the element X is bonded to the organic compound group, and is at least one selected from the group consisting of Si and Ti, the element A is an element constituting the base material, and the organic compound group has 2 or more carbon atoms.
Rotor feeder unit for an agricultural machine comprising a rotor feeder and a drive for driving said rotor feeder, said drive comprises: - an input that is configured to be coupled to a power source; - an output coupled to the rotor feeder for rotating the rotor feeder about its axis of rotation; and - a mechanical continuously variable ratio transmission coupling said input and said output, characterised in that the mechanical continuously variable ratio transmission is of the belt type comprising a variable-diameter input pulley , a variable-diameter output pulley , and a belt arranged between said input pulley and said output pulley. - an input that is configured to be coupled to a power source; - an output coupled to the rotor feeder for rotating the rotor feeder about its axis of rotation; and - a mechanical continuously variable ratio transmission coupling said input and said output,
An abrasive material product comprising a substrate and an abrasive part having a plurality of shaped structures projecting from the substrate, wherein the abrasive part comprises an upper layer composed of a cured material of a mixture containing abrasive particles dispersed in a resin and a lower layer composed of a cured material of a binder agent containing a radiation-curable monomer and/or oligomer and characterised in that the lower layer further includes a thermosetting resin.
Bracket for being positioned in a manhole of a cover plate of a reservoir ; characterized by the bracket comprises a U-shaped part with a first leg , a second leg and a connecting piece which connects the first and second legs to one another; wherein the distance between the first and second legs is at least equal to the thickness of the cover plate ; wherein the first leg comprises a first integrated fastening means for a line or a first mounting point for a first separate fastening means for a line ; wherein the first integrated fastening means lies in the plane of the first leg , or wherein the first mounting point is positioned in such a way that the first separate fastening means lies in the plane of the first leg ; wherein the second leg comprises a second integrated fastening means for a line or a second mounting point for a second separate fastening means for a line ; wherein the second integrated fastening means lies in a plane which makes an angle in relation to the plane of the first leg , or wherein the second mounting point is positioned in such a way that the second separate fastening means lies in a plane which makes an angle in relation to the plane of the first leg . the bracket comprises a U-shaped part with a first leg , a second leg and a connecting piece which connects the first and second legs to one another; wherein the distance between the first and second legs is at least equal to the thickness of the cover plate ; wherein the first leg comprises a first integrated fastening means for a line or a first mounting point for a first separate fastening means for a line ; wherein the first integrated fastening means lies in the plane of the first leg , or wherein the first mounting point is positioned in such a way that the first separate fastening means lies in the plane of the first leg ; wherein the second leg comprises a second integrated fastening means for a line or a second mounting point for a second separate fastening means for a line ; wherein the second integrated fastening means lies in a plane which makes an angle in relation to the plane of the first leg , or wherein the second mounting point is positioned in such a way that the second separate fastening means lies in a plane which makes an angle in relation to the plane of the first leg .
A first device , comprising: a processor ; at least one of a wired interface or a wireless interface ; and computer-readable memory including instructions that, in response to connection of a second device to the at least one of the wired interface or the wireless interface , cause the processor to at least; segregate the second device from a resource of the first device ; generate a user action based on a type of the second device , the user action not included in a list of previously generated user actions, wherein the second device includes a flash drive and the flash drive is identified as a keyboard; request performance of the user action; and in response to an input associated with the user action from the second device occurring within a threshold time period, pair the second device with the first device and permit the second device to access the resource of the first device . a processor ; at least one of a wired interface or a wireless interface ; and computer-readable memory including instructions that, in response to connection of a second device to the at least one of the wired interface or the wireless interface , cause the processor to at least; segregate the second device from a resource of the first device ; generate a user action based on a type of the second device , the user action not included in a list of previously generated user actions, wherein the second device includes a flash drive and the flash drive is identified as a keyboard; request performance of the user action; and in response to an input associated with the user action from the second device occurring within a threshold time period, pair the second device with the first device and permit the second device to access the resource of the first device . segregate the second device from a resource of the first device ; generate a user action based on a type of the second device , the user action not included in a list of previously generated user actions, wherein the second device includes a flash drive and the flash drive is identified as a keyboard; request performance of the user action; and in response to an input associated with the user action from the second device occurring within a threshold time period, pair the second device with the first device and permit the second device to access the resource of the first device .
A coupler for a top drive, comprising: a load frame comprising a frame body ; and a drive stem movably coupled to the load frame, wherein the drive stem moves vertically to connect and disconnect with a tool dock positioned in the load frame; characterised in that the frame body comprises a load shoulder for transferring an axial load from the tool dock to the frame body; and in that the coupler further comprises a side door coupled to the frame body, wherein the side door opens from the frame body to allow the tool dock to move horizontally into the frame body, and the side door closes to lock the tool dock in the load frame. a load frame comprising a frame body ; and a drive stem movably coupled to the load frame, wherein the drive stem moves vertically to connect and disconnect with a tool dock positioned in the load frame; characterised in that the frame body comprises a load shoulder for transferring an axial load from the tool dock to the frame body; and in that the coupler further comprises a side door coupled to the frame body, wherein the side door opens from the frame body to allow the tool dock to move horizontally into the frame body, and the side door closes to lock the tool dock in the load frame.
Wiping system , notably for a motor vehicle, comprising at least one blade configured to move in linear translation over a window and in a direction parallel to two opposite sides of this window , the said at least one blade having a first end and a second end , the wiping system further comprising at least a first rail and a second rail which are arranged at the sides of the window , the said at least first rail and second rail respectively having a curvature intended to espouse the shape of the window , the system being characterized in that the first rail and the second rail are intended to house a first runner and a second runner which are respectively connected to the first and to the second ends of the blade , and in that the wiping system further comprises at least one first drive motor and one second drive motor arranged respectively at the first rail and at the second rail in order respectively to drive the first runner and the second runner via a first associated coupling mechanism and second associated coupling mechanism , the said at least first drive motor and second drive motor being operated by a control unit configured to allow the movements of the first runner and of the second runner to be synchronized.