mhurhangee/ep-ind-claims huggingface dataset:
A damage detection system for at least one of a vehicle, a machine, and a structure comprising: a processor; and a plurality of connected transmitters communicatively connected to the processor, wherein said plurality of connected transmitters are adapted to be attached directly to at least one of a vehicle, a machine, and a structure, and wherein the plurality of connected transmitters are each independently configured to only send a damage signal to the processor when at least one neighboring transmitter is damaged and not to send a damage signal to the processor if no neighboring transmitter is damaged, and the processor is programmed to identify a location of any transmitter on the at least one of vehicle, machine, and structure which sends a damage signal indicating that at least one neighboring transmitter is damaged, wherein the plurality of connected transmitters comprise conductive paths passing current between the transmitters, and wherein the conductive paths form a conductive loop looping all of the plurality of connected transmitters together, wherein the system is configured so that when at least one of the conductive paths is broken between two or more previously connected neighboring transmitters at least one of the disconnected neighboring transmitters sends a damage signal to the processor, and wherein the plurality of connected transmitters are attached with one of an adhesive and paint, and/or wherein the plurality of connected transmitters are integrated into a structural component of the at least one of vehicle, machine, and structure, wherein preferably the plurality of connected transmitters communicate wirelessly with the processor. a processor; and a plurality of connected transmitters communicatively connected to the processor, wherein said plurality of connected transmitters are adapted to be attached directly to at least one of a vehicle, a machine, and a structure, and wherein the plurality of connected transmitters are each independently configured to only send a damage signal to the processor when at least one neighboring transmitter is damaged and not to send a damage signal to the processor if no neighboring transmitter is damaged, and the processor is programmed to identify a location of any transmitter on the at least one of vehicle, machine, and structure which sends a damage signal indicating that at least one neighboring transmitter is damaged,
A griddle device comprising: a housing having an opened top surface; a burner provided in the housing; a frame disposed along an opened circumference of an upper end of the housing and having a frame opening; a heating plate coupled to the frame to cover a portion of the frame opening and providing a cooking surface heated by the burner; and a pocket part configured to cover a remaining portion of the frame opening at one end of the heating plate and recessed to provide a space in which foreign substances are accommodated, wherein the pocket part is mounted to be connected between the frame and the heating plate, characterized in that the frame opening comprises: a plate mounting part on which the heating plate is mounted; and a pocket mounting part on which the pocket part is mounted at one end of the plate mounting part, wherein the pocket mounting part has a width greater than that of the plate mounting part, and both ends of the pocket mounting part are further recessed than the plate mounting part. a housing having an opened top surface; a burner provided in the housing; a frame disposed along an opened circumference of an upper end of the housing and having a frame opening; a heating plate coupled to the frame to cover a portion of the frame opening and providing a cooking surface heated by the burner; and a pocket part configured to cover a remaining portion of the frame opening at one end of the heating plate and recessed to provide a space in which foreign substances are accommodated, wherein the pocket part is mounted to be connected between the frame and the heating plate, characterized in that the frame opening comprises: a plate mounting part on which the heating plate is mounted; and a pocket mounting part on which the pocket part is mounted at one end of the plate mounting part, wherein the pocket mounting part has a width greater than that of the plate mounting part, and both ends of the pocket mounting part are further recessed than the plate mounting part. a plate mounting part on which the heating plate is mounted; and a pocket mounting part on which the pocket part is mounted at one end of the plate mounting part, wherein the pocket mounting part has a width greater than that of the plate mounting part, and both ends of the pocket mounting part are further recessed than the plate mounting part.
A semiconductor sensor device (1, 1A), comprising: a substrate; a semiconductor sensor element mounted on one side of the substrate, to detect pressure of a pressure medium, a protection member mounted on the one side of the substrate, to protect the semiconductor sensor element; and a pressure medium introduction member mounted on another side of the substrate, to introduce a pressure medium into the semiconductor sensor element via a penetration hole provided in the substrate, wherein the protection member and the pressure medium introduction member are joined in a state of having the substrate interposed in-between, the semiconductor sensor device (1, 1A) being characterized in that the pressure medium introduction member includes one or more positioning parts, wherein the positioning part is inserted into a positioning hole that is continuous through the substrate and the protection member, and a tip of the positioning part projects out of a surface of the protection member, wherein the projected part is joined to the surface of the protection member by heat welding. a substrate; a semiconductor sensor element mounted on one side of the substrate, to detect pressure of a pressure medium, a protection member mounted on the one side of the substrate, to protect the semiconductor sensor element; and a pressure medium introduction member mounted on another side of the substrate, to introduce a pressure medium into the semiconductor sensor element via a penetration hole provided in the substrate, wherein the protection member and the pressure medium introduction member are joined in a state of having the substrate interposed in-between, the semiconductor sensor device (1, 1A) being characterized in that the pressure medium introduction member includes one or more positioning parts, wherein the positioning part is inserted into a positioning hole that is continuous through the substrate and the protection member, and a tip of the positioning part projects out of a surface of the protection member, wherein the projected part is joined to the surface of the protection member by heat welding.
A sliding door with a magnetic drive system for at least one door leaf, with a row of magnets disposed in driving direction, the magnetization thereof changing the sign in its longitudinal direction at certain intervals, and with a carrying slide connected to the row of magnets, at which slide the door leaf can be attached, as well as with a coil arrangement consisting of several individual coils and coil cores, which arrangement, upon appropriate activation of the individual coils, causes an interaction with the row of magnets generating advance forces, characterized in that the individual coils of the coil arrangement are associated to at least two phase conductors, and the individual coils, which are associated to a respective phase conductor, are connected in parallel and characterized by an electrical energy accumulator and an emergency control, which is connected to the electrical energy accumulator and, in the event of a power failure or failure of the main control, is able to open the sliding door, wherein, for activating the individual coils, the phase conductors are electrically connected to the main control and to the emergency control.
A method of monitoring for the presence of phosphate esters in jet fuel, the method comprising: combining a jet fuel test sample from a jet fuel source with a polar solvent and a nonpolar solvent to form a mixture; agitating the mixture; performing a single extraction of a portion of the polar solvent from the mixture; performing one injection of the extracted portion of the polar solvent into a gas chromatography and mass spectrometer apparatus; performing a combined gas chromatography and mass spectrometer analysis of the polar solvent to monitor for the presence of any phosphate esters at a concentration level of less than one part per million (ppm) and to obtain an actual concentration level of any phosphate esters; and, comparing the actual concentration level of any phosphate esters with a calibration concentration standard of phosphate esters in clean jet fuel. combining a jet fuel test sample from a jet fuel source with a polar solvent and a nonpolar solvent to form a mixture; agitating the mixture; performing a single extraction of a portion of the polar solvent from the mixture; performing one injection of the extracted portion of the polar solvent into a gas chromatography and mass spectrometer apparatus; performing a combined gas chromatography and mass spectrometer analysis of the polar solvent to monitor for the presence of any phosphate esters at a concentration level of less than one part per million (ppm) and to obtain an actual concentration level of any phosphate esters; and, comparing the actual concentration level of any phosphate esters with a calibration concentration standard of phosphate esters in clean jet fuel.
A system for controlling an implement during the performance of a tillage operation with respect to soil in a field, the system comprising: a frame; a ground-engaging tool pivotally coupled to the frame such that the ground-engaging tool is movable relative to the frame between a retracted position and an extended position; an actuator (24, 116) coupled to the frame and configured to bias the ground-engaging tool towards the extended position during the tillage operation; an adjustable valve; a controller communicatively coupled with the adjustable valve, the controller configured to: determine at least one of an actuator position of the actuator (24, 116) or a load value indicative of a force applied by the ground-engaging tool against the soil during the tillage operation; characterized in that: the adjustable valve is configured to permit flow out of the actuator (24, 116) when a fluid pressure of the actuator (24, 116) exceeds a reset pressure such that the actuator (24, 116) allows the ground-engaging tool to pivot towards the retracted position; and the controller is configured to adjust the reset pressure based on the at least one of the actuator position or the load value; the system further comprises a directional control valve fluidly coupled with the adjustable valve and configured to provide flow to the actuator to facilitate extension of the actuator (24, 116) after the actuator (24, 116) has been compressed. a frame; a ground-engaging tool pivotally coupled to the frame such that the ground-engaging tool is movable relative to the frame between a retracted position and an extended position; an actuator (24, 116) coupled to the frame and configured to bias the ground-engaging tool towards the extended position during the tillage operation; an adjustable valve; a controller communicatively coupled with the adjustable valve, the controller configured to: determine at least one of an actuator position of the actuator (24, 116) or a load value indicative of a force applied by the ground-engaging tool against the soil during the tillage operation; the adjustable valve is configured to permit flow out of the actuator (24, 116) when a fluid pressure of the actuator (24, 116) exceeds a reset pressure such that the actuator (24, 116) allows the ground-engaging tool to pivot towards the retracted position; and the controller is configured to adjust the reset pressure based on the at least one of the actuator position or the load value; the system further comprises a directional control valve fluidly coupled with the adjustable valve and configured to provide flow to the actuator to facilitate extension of the actuator (24, 116) after the actuator (24, 116) has been compressed.
A field device comprising: a sensor for sensing a process parameter; a processor for producing a measurement value as a function of the process parameter sensed, and calculating a measurement precision value for the measurement value based upon stored coefficients and data related to operating conditions of the field device; and a communication interface for transmitting a field device measurement output based upon the measurement value and a diagnostic output based upon the measurement precision value, wherein the measurement precision value comprises a total probable error of the field device, wherein the total probable error is calculated by the processor based upon a stored reference accuracy of the sensor and a temperature effect related to temperature of the field device; characterised in that; the measurement precision value further comprises a stability error, wherein the stability error is calculated based upon a stability error coefficient and an operating time reference since a last calibration of the field device, further comprising: a time reference for providing the operating time reference for use by the processor in calculating the stability error. a sensor for sensing a process parameter; a processor for producing a measurement value as a function of the process parameter sensed, and calculating a measurement precision value for the measurement value based upon stored coefficients and data related to operating conditions of the field device; and a communication interface for transmitting a field device measurement output based upon the measurement value and a diagnostic output based upon the measurement precision value, wherein the measurement precision value comprises a total probable error of the field device, wherein the total probable error is calculated by the processor based upon a stored reference accuracy of the sensor and a temperature effect related to temperature of the field device; the measurement precision value further comprises a stability error, wherein the stability error is calculated based upon a stability error coefficient and an operating time reference since a last calibration of the field device, further comprising: a time reference for providing the operating time reference for use by the processor in calculating the stability error. a time reference for providing the operating time reference for use by the processor in calculating the stability error.
A heat exchanger having exactly two rows (3, 4; 28, 29; 33, 34) of flow channels (2; 30, 31, 37) through which a liquid medium can flow, and having located between the flow channels (2; 30, 31, 37) secondary surfaces over which air can flow, wherein the liquid medium and the air are directed in cross-counterflow and the first row (3; 28, 33) is located on the air outlet side and the second row (4; 29, 34) is located on the air inlet side, characterised in that the liquid medium enters a first region (a) of the first row (3; 28, 33), is redirected within the first row (3; 28, 33) into a second region (b1, b2), and from the second region (b1, b2) of the first row (3; 28, 33) is redirected into the second row (4; 29, 34), wherein the first region (9, a; 26) is located in the centre, and in that the second region comprises two subregions (b1, b2, 10a, 10b) that are arranged on both sides of the first region (a, 9; 26).
Method for a packaging machine in which products are packaged in packages generated from a film, the method comprising the steps of - longitudinally sealing together two longitudinal ends of the film, a film tube with a longitudinal seal (1.1) being obtained as a result of said sealing, - performing a transverse sealing and cutting operation on an actuation area (1.0) of the film tube, in which a transverse cut (1.0c) and a transverse seal (1.01, 1.02) on each side of the transverse cut (1.0c) are generated in said actuation area (1.0), a film tube transversely closed at one end with the transverse seal (1.01) formed upstream of the transverse cut (1.0c), and a package separated from the film tube by the transverse cut (1.0c) comprising the transverse seal (1.02) formed downstream of said transverse cut (1.0c) being obtained as a result of the transverse sealing and cutting operation, and - supplying the product to be packaged in a package through the film tube, characterised in that in the method, before or during the transverse sealing and cutting operation, a chamber is closed around an area of the film tube comprising the actuation area (1.0), holding down at least one transverse hold-down area of the film tube upstream of the actuation area (1.0), the film tube comprising, surrounded by the chamber, a first verification area between the actuation area (1.0) and the hold-down area and a second verification area downstream of the actuation area (1.0), and with the chamber being closed, the pressure inside the chamber is reduced and at least one property of a gaseous fluid present inside the chamber, inside the first verification area and/or inside the second verification area is detected once the transverse sealing and cutting operation has ended and during or after pressure reduction inside the chamber, determining if there is a leak of gaseous fluid in either of the verification areas (Z1, Z2) depending on said detection, and determining an incorrect quality of at least one of the seals (1.01, 1.02, 1.1) arranged inside the chamber if a leak is detected. - longitudinally sealing together two longitudinal ends of the film, a film tube with a longitudinal seal (1.1) being obtained as a result of said sealing, - performing a transverse sealing and cutting operation on an actuation area (1.0) of the film tube, in which a transverse cut (1.0c) and a transverse seal (1.01, 1.02) on each side of the transverse cut (1.0c) are generated in said actuation area (1.0), a film tube transversely closed at one end with the transverse seal (1.01) formed upstream of the transverse cut (1.0c), and a package separated from the film tube by the transverse cut (1.0c) comprising the transverse seal (1.02) formed downstream of said transverse cut (1.0c) being obtained as a result of the transverse sealing and cutting operation, and - supplying the product to be packaged in a package through the film tube,
A positioning and supporting group for the wall assembly of a piece of furniture cantilever extending from the wall itself, wherein a plurality of plates is envisaged, destined for being fixed to said wall, by means of first fixing means, and a plurality of devices fixed inside the shoulders of said piece of furniture, and destined for being connected by means of hooks to windows of said plates, and wherein the interaxis "A" between the windows of said plates is substantially identical to the interaxis "A'" between said hooks, characterized in that it comprises the combination of a plurality of said plates with a positioning bar of the plates onto the bar itself, said bar is suitable for being fixed to the wall by means of second fixing means, said plates and said bar are also equipped with third reciprocal coupling and centering means (32B, 33B), so that, at the moment of assembly of the piece of furniture, the above interaxes "A" and "A'" are substantially the same.
A pharmaceutical composition, comprising the compound NSC350625, or a pharmaceutically acceptable salt thereof, and a pharmaceutically acceptable carrier, for use in a method of treating CNS cancer, non-small cell lung cancer or lymphoma in a subject.
A device for displacing a screen between a first position called "retracted" position and a second position called "working" position with respect to a frame or a piece of furniture comprising: - a screen carriage onto which said screen is intended to be added; - a guide of the movement of said screen added onto said screen carriage relative to said frame, able to guide said screen between said retracted position in a housing of said frame and said working position; - a movable arm linked, on the one hand, at a first end, to said frame by a first rigid link and, on the other hand, at a second end, to said screen carriage by a second link, the second link being a flexible link arranged to allow a limited spacing between the second end of the movable arm and the screen carriage, the second link comprising a deformable element linked, on the one hand, to the second end of the movable arm and, on the other hand, to the screen carriage, the deformable element being either a flexible element of a fixed length, or an elastically deformable element; - a cylinder linked, on the one hand, to said frame by a third rigid link and, on the other hand, to said movable arm by a fourth rigid link; - a system for adjusting the positioning of said fourth link between a first adjustment position and a second adjustment position along said movable arm, so as to adapt the moment induced on said second link by the action of said cylinder at the moment induced by the weight of said screen on said second link. - a screen carriage onto which said screen is intended to be added; - a guide of the movement of said screen added onto said screen carriage relative to said frame, able to guide said screen between said retracted position in a housing of said frame and said working position; - a movable arm linked, on the one hand, at a first end, to said frame by a first rigid link and, on the other hand, at a second end, to said screen carriage by a second link, the second link being a flexible link arranged to allow a limited spacing between the second end of the movable arm and the screen carriage, the second link comprising a deformable element linked, on the one hand, to the second end of the movable arm and, on the other hand, to the screen carriage, the deformable element being either a flexible element of a fixed length, or an elastically deformable element; - a cylinder linked, on the one hand, to said frame by a third rigid link and, on the other hand, to said movable arm by a fourth rigid link; - a system for adjusting the positioning of said fourth link between a first adjustment position and a second adjustment position along said movable arm, so as to adapt the moment induced on said second link by the action of said cylinder at the moment induced by the weight of said screen on said second link.
A patch, comprising: an adhesive member, which comprises a support made of a resin and a pressure-sensitive adhesive set up on one surface of the support, and a microneedle array carried on a surface of the pressure-sensitive adhesive layer-side of the adhesive member, characterised in that the adhesive member has a rigidity of 1.3 MPa·mm 4 to 730 MPa·mm 4. an adhesive member, which comprises a support made of a resin and a pressure-sensitive adhesive set up on one surface of the support, and a microneedle array carried on a surface of the pressure-sensitive adhesive layer-side of the adhesive member, characterised in that the adhesive member has a rigidity of 1.3 MPa·mm 4 to 730 MPa·mm 4.
A compound of the formula: or a tautomer, racemate or stereoisomer thereof, wherein n is an integer from 0 to 5, X is selected from C 1-6 alkyl, C 1-6 haloalkyl, C 2-6 alkenyl, C 2 - 6 alkynyl, halogen, hydroxyl, C 1-6 alkoxy or amino; and R 11 is hydroxyl or amino.