mhurhangee/ep-ind-claims huggingface dataset:
A laser level detection system adapted to detect a reference plane of a laser at an arbitrary position, comprising: a plurality of level detection units (21, 31, 41); and an operation unit adapted to display a detection result of each of the level detection units (21, 31, 41) and to operate each of the level detection units (21, 31, 41), wherein the level detection unit, which has detected the reference plane of the laser, is adapted to output the detection result and an own identification signal to the operation unit, and wherein the operation unit is adapted to display the detection result and the identification signal of the level detection unit, characterized in that the plurality of level detection units (21, 31, 41) is adapted to be detachably attached to a construction machine by a magnet, the plurality of level detection units (21, 31, 41) and the operation unit are the same units, each having the same function and a display section, wherein when a unit is set to master by a master/slave switching operation, said unit can be used as the operation unit, and wherein when a unit is set to slave by the master/slave switching operations, said unit can be used as the level detection unit (21, 31, 41). a plurality of level detection units (21, 31, 41); and an operation unit adapted to display a detection result of each of the level detection units (21, 31, 41) and to operate each of the level detection units (21, 31, 41), wherein the level detection unit, which has detected the reference plane of the laser, is adapted to output the detection result and an own identification signal to the operation unit, and wherein the operation unit is adapted to display the detection result and the identification signal of the level detection unit, characterized in that the plurality of level detection units (21, 31, 41) is adapted to be detachably attached to a construction machine by a magnet, the plurality of level detection units (21, 31, 41) and the operation unit are the same units, each having the same function and a display section, wherein when a unit is set to master by a master/slave switching operation, said unit can be used as the operation unit, and wherein when a unit is set to slave by the master/slave switching operations, said unit can be used as the level detection unit (21, 31, 41).
A method of operating a supply aircraft for in-flight recharging, comprising: transmitting a deploy command signal from a communication unit of the supply aircraft to a communication unit of a receiver aircraft, to cause a line and drogue to deploy from the receiver aircraft; controlling at least one of the supply aircraft and the drogue to engage the drogue with a first end of an electrical cable of the supply aircraft, a second end of the electrical cable being connected to the supply aircraft; and transmitting a return command signal from the communication unit of the supply aircraft to the communication unit of the receiver aircraft, to cause the line and drogue to return to the receiver aircraft with the first end of the electrical cable, wherein the supply aircraft is located behind the receiver aircraft and the deploy command signal is for causing the line and drogue to deploy rearwardly of the receiver aircraft. transmitting a deploy command signal from a communication unit of the supply aircraft to a communication unit of a receiver aircraft, to cause a line and drogue to deploy from the receiver aircraft; controlling at least one of the supply aircraft and the drogue to engage the drogue with a first end of an electrical cable of the supply aircraft, a second end of the electrical cable being connected to the supply aircraft; and transmitting a return command signal from the communication unit of the supply aircraft to the communication unit of the receiver aircraft, to cause the line and drogue to return to the receiver aircraft with the first end of the electrical cable, wherein the supply aircraft is located behind the receiver aircraft and the deploy command signal is for causing the line and drogue to deploy rearwardly of the receiver aircraft.
Stretch hood arrangement enclosing a stack of articles arranged on a pallet in multiple layers including a base layer, a top layer and one or more intermediate layers, said stretch hood arrangement comprising: a polymer film tubular band stretched around at least the base layer of the stack; a polymer film stretch hood enclosing the top and sides of the stack; characterized in that the polymer film of the tubular band has a higher elasticity than the polymer film of the stretch hood. a polymer film tubular band stretched around at least the base layer of the stack; a polymer film stretch hood enclosing the top and sides of the stack; characterized in that the polymer film of the tubular band has a higher elasticity than the polymer film of the stretch hood.
Method for detecting the presence of nucleases in a sample, characterized in that it comprises the steps of: - incubating the sample to be tested for the presence of nucleases with at least one oligonucleotide linker constituting the substrate for the nuclease to be detected, for a time sufficient to cause degradation of said oligonucleotide linker by the nuclease possibly present in the sample, - adding to the sample, upon incubation, colloidal gold nanoparticles comprising gold nanoparticles functionalized with a first probe oligonucleotide and gold nanoparticles functionalized with a respective second probe oligonucleotide, said first and second probe oligonucleotide being complementary to a respective portion of the nucleotide sequence of the oligonucleotide linker, and - examining the possible colour shift of the sample as a result of the addition of said nanoparticles, a color shift of the sample to the color assumed by the colloidal gold particles when aggregated at a distance less than their size being indicative of the absence of the tested nuclease from the sample. - incubating the sample to be tested for the presence of nucleases with at least one oligonucleotide linker constituting the substrate for the nuclease to be detected, for a time sufficient to cause degradation of said oligonucleotide linker by the nuclease possibly present in the sample, - adding to the sample, upon incubation, colloidal gold nanoparticles comprising gold nanoparticles functionalized with a first probe oligonucleotide and gold nanoparticles functionalized with a respective second probe oligonucleotide, said first and second probe oligonucleotide being complementary to a respective portion of the nucleotide sequence of the oligonucleotide linker, and - examining the possible colour shift of the sample as a result of the addition of said nanoparticles, a color shift of the sample to the color assumed by the colloidal gold particles when aggregated at a distance less than their size being indicative of the absence of the tested nuclease from the sample.
A system for vibration analysis, the system comprising: a rotating equipment (10, 16) operating in an operational mode; at least one sensor (12, 14) configured to detect and provide vibrational data associated with the rotating equipment (10, 16); an equipment controller communicatively coupled to the at least one sensor (12, 14), the equipment controller being configured to: determine at least one vibrational vector in polar coordinates based on the vibrational data; determine, based on a model, an expected vibrational vector in polar coordinates for the operational mode; translate the at least one vibrational vector and the expected vibrational vector from polar coordinates into rectangular coordinates; calculate a residual vector as a difference between the at least one vibrational vector and the expected vector; translate the residual vector from rectangular coordinates into polar coordinates; determine at least one abnormality associated with the rotating equipment (10, 16) based on the residual vector; and output, via a display device, the residual vector including an amplitude and a phase to visually indicate the at least one abnormality. a rotating equipment (10, 16) operating in an operational mode; at least one sensor (12, 14) configured to detect and provide vibrational data associated with the rotating equipment (10, 16); an equipment controller communicatively coupled to the at least one sensor (12, 14), the equipment controller being configured to: determine at least one vibrational vector in polar coordinates based on the vibrational data; determine, based on a model, an expected vibrational vector in polar coordinates for the operational mode; translate the at least one vibrational vector and the expected vibrational vector from polar coordinates into rectangular coordinates; calculate a residual vector as a difference between the at least one vibrational vector and the expected vector; translate the residual vector from rectangular coordinates into polar coordinates; determine at least one abnormality associated with the rotating equipment (10, 16) based on the residual vector; and output, via a display device, the residual vector including an amplitude and a phase to visually indicate the at least one abnormality. determine at least one vibrational vector in polar coordinates based on the vibrational data; determine, based on a model, an expected vibrational vector in polar coordinates for the operational mode; translate the at least one vibrational vector and the expected vibrational vector from polar coordinates into rectangular coordinates; calculate a residual vector as a difference between the at least one vibrational vector and the expected vector; translate the residual vector from rectangular coordinates into polar coordinates; determine at least one abnormality associated with the rotating equipment (10, 16) based on the residual vector; and output, via a display device, the residual vector including an amplitude and a phase to visually indicate the at least one abnormality.
Method of operating a user equipment in a Radio Access Network, the method comprising transmitting signaling in a first transmission timing structure starting at a starting symbol, the starting symbol being determined based on a received transmission timing structure indication, the transmission timing structure indication indicating the first transmission timing structure, characterised in that, if the first transmission timing structure is the transmission timing structure of reception of the transmission timing structure indication, the starting symbol is determined considering a processing timing.
A plasma separation device comprising: (a) a filter having an upstream surface and a downstream surface, the filter comprising a microporous membrane; and, (b) a housing, having an inlet, a downstream chamber, and an outlet, and at least one air channel; defining a fluid flow path between the inlet, the downstream chamber, and the outlet, with the filter disposed in the housing across the fluid flow path, wherein the outlet and the air channel are spaced apart and are arranged such that, when a negative pressure is created in the downstream chamber through the outlet, air passes into the downstream chamber via the air channel and sweeps plasma from the downstream surface of the filter and through the outlet. (a) a filter having an upstream surface and a downstream surface, the filter comprising a microporous membrane; and, (b) a housing, having an inlet, a downstream chamber, and an outlet, and at least one air channel; defining a fluid flow path between the inlet, the downstream chamber, and the outlet, with the filter disposed in the housing across the fluid flow path, wherein the outlet and the air channel are spaced apart and are arranged such that, when a negative pressure is created in the downstream chamber through the outlet, air passes into the downstream chamber via the air channel and sweeps plasma from the downstream surface of the filter and through the outlet.
A polyester-based metalizing film comprising: a heat-shrinkable polyester-based film base; a metal deposition layer formed on the base; and a print layer formed on the metal deposition layer, and a back layer formed on the other surface of the heat-shrinkable polyester-based film as an embossing layer formed by physically or chemically treating a surface of the heat-shrinkable polyester-based film or a white pigment coating layer, wherein a stiffness of the film in a maximum shrinkage direction is 1.5 to 13 g/mm 2, (determined according to the method described herein), and a curl characteristic value defined by a detailed description is 5mm or less. a heat-shrinkable polyester-based film base; a metal deposition layer formed on the base; and a print layer formed on the metal deposition layer, and a back layer formed on the other surface of the heat-shrinkable polyester-based film as an embossing layer formed by physically or chemically treating a surface of the heat-shrinkable polyester-based film or a white pigment coating layer, wherein a stiffness of the film in a maximum shrinkage direction is 1.5 to 13 g/mm 2, (determined according to the method described herein), and a curl characteristic value defined by a detailed description is 5mm or less.
A Cas9 protein comprising: an isolated Streptococcus pyogenes Cas9 (SpCas9) protein comprising an amino acid sequence that has at least 80% sequence identity to the amino acid sequence of SEQ ID NO:1, with an amino acid substitution at D1135, wherein the SpCas9 protein has an altered PAM specificity.
An electronic unit for vehicles, comprising a casing containing a processor module and one or more modules for exchange of data with external systems, said casing comprising a frame made of polymeric material, fastened to which are said processor module and said data-exchange modules, and at least one outer metal sheet (242, 244) designed to define one or more outer walls of said casing, which is fixed to said frame made of polymeric material, said unit comprising an electronic board on which said processor module is set, wherein: - said unit comprises a dissipater body coupled to said processor module so as to provide heat exchange, and a ventilation device for forcing air through said unit; and - said frame has a shaped portion that defines a passage for the air forced by said ventilation device. - said unit comprises a dissipater body coupled to said processor module so as to provide heat exchange, and a ventilation device for forcing air through said unit; and - said frame has a shaped portion that defines a passage for the air forced by said ventilation device.
Covering and holding device for weather protection of wall copings and masonry, comprising at least one wall bracket with a modular structure for attaching a cover over copings and masonry, as well as a cover constructed from a material that is flexible, watertight and/or protected from UV radiation that can be fixed in position as a subjacent cover on the wall coping and the masonry using one or more wall brackets, wherein the wall bracket exhibits two leg sections and one transverse section, each of which are constructed from plastic, characterised in that each leg section on the one side and the transverse section on the other each exhibit initial connection elements (5a, 5b) that mate with one another for connecting the respective leg section with the transverse section, and wherein each leg section exhibits a corner section that - starting from a leg area - passes over a rounded off or non-rounded off corner and into a connection area, in which the connecting element of the leg section is constructed for connection with at least one final corresponding connection element of the transverse section, wherein the connection area is oriented at an acute angle, right angle or obtuse angle to the leg area.
A sheet stacker (1; 100; 200) comprising: • A sheet flipping device for flipping a received sheet around a flipping axis with respect to an orientation wherein the sheet was received; • A holding device (20; 120; 220) for releasably holding at least a portion of the sheet at least partially during the flipping of the sheet by the sheet flipping device, wherein the holding device (20; 120; 220) is configured for movement of the held portion of the sheet in a first direction perpendicular to the flipping axis; • a controller configured to control the sheet stacker (1; 100; 200), such that: i. in a first state a leading portion of the sheet is received by the sheet flipping device and partially transported by the sheet flipping device without the leading portion being drawn against the holding device (20; 120; 220); ii. in a second state a trailing portion of the sheet is drawn against the holding device (20; 120; 220) during the flipping motion of the sheet, characterized in that a sheet supply path for supplying sheet to the sheet flipping device and the holding device (20; 120) are moveable with respect to one another between a first position wherein a portion of the sheet may pass into the sheet flipping device without being adhered against the holding device (20; 120) and a second position wherein the holding device (20; 120) is able to draw a portion of the sheet against it. • A sheet flipping device for flipping a received sheet around a flipping axis with respect to an orientation wherein the sheet was received; • A holding device (20; 120; 220) for releasably holding at least a portion of the sheet at least partially during the flipping of the sheet by the sheet flipping device, wherein the holding device (20; 120; 220) is configured for movement of the held portion of the sheet in a first direction perpendicular to the flipping axis; • a controller configured to control the sheet stacker (1; 100; 200), such that: i. in a first state a leading portion of the sheet is received by the sheet flipping device and partially transported by the sheet flipping device without the leading portion being drawn against the holding device (20; 120; 220); ii. in a second state a trailing portion of the sheet is drawn against the holding device (20; 120; 220) during the flipping motion of the sheet, characterized in that a sheet supply path for supplying sheet to the sheet flipping device and the holding device (20; 120) are moveable with respect to one another between a first position wherein a portion of the sheet may pass into the sheet flipping device without being adhered against the holding device (20; 120) and a second position wherein the holding device (20; 120) is able to draw a portion of the sheet against it. i. in a first state a leading portion of the sheet is received by the sheet flipping device and partially transported by the sheet flipping device without the leading portion being drawn against the holding device (20; 120; 220); ii. in a second state a trailing portion of the sheet is drawn against the holding device (20; 120; 220) during the flipping motion of the sheet,
Method for controlling a sulphur, halogen and/or alkali circuit in the production of cement clinker from a calcined raw meal in a kiln with the formation of flue gas, wherein CaCO 3 contained in raw meal is converted into CaO in a calciner by separating concentrated CO 2 in order to obtain calcined raw meal, a first sub-quantity of calcined raw meal is transported into the kiln, CaO from a second sub-quantity of calcined raw meal is converted back to CaCO 3 in a carbonator in a reaction with CO 2 contained in the flue gas, and CaCO 3 from the carbonator is transported into the calciner, characterised in that when transporting the first sub-quantity of calcined raw meal into the kiln in a separator (134, 200, 300, 400, 500) with a kiln-side flue gas inlet, a carbonator-side first flue gas outlet, a raw meal inlet (206, 304) and a kiln-side first raw meal outlet (156, 210, 504) calcined raw meal and flue gas are brought into contact with one another in order to bind sulphur, halogens and/or alkalis from the flue gas into the calcined raw meal.
A surgical instrument comprising: an end effector; a shaft extending proximally from the end effector, a sensor (4004, 4104) disposed in the end effector configured to generate a first signal indicative of a condition at the end effector; a transmitter in the end effector to transmit the first signal at a first power level; a relay station (4008, 4208, 4308) located proximal to the shaft, the relay station (4008, 4208, 4308) configured to receive the first signal from the transmitter, wherein the relay station (4008, 4208, 4308) is configured to convert the first signal to a second signal indicative of the condition at the end effector; characterized in that the relay station (4008, 4208, 4308) wirelessly transmits the second signal at a second power level; and the second power level is greater than the first power level. an end effector; a shaft extending proximally from the end effector, a sensor (4004, 4104) disposed in the end effector configured to generate a first signal indicative of a condition at the end effector; a transmitter in the end effector to transmit the first signal at a first power level; a relay station (4008, 4208, 4308) located proximal to the shaft, the relay station (4008, 4208, 4308) configured to receive the first signal from the transmitter, wherein the relay station (4008, 4208, 4308) is configured to convert the first signal to a second signal indicative of the condition at the end effector; characterized in that the relay station (4008, 4208, 4308) wirelessly transmits the second signal at a second power level; and the second power level is greater than the first power level.
Sealing ring (13, 13', 13") for a turbomachine, which ring is designed to be fastened in each case to a radially inner region of a plurality of guide vanes so as to rotate around a rotor shaft, the sealing ring comprising a ring part which extends substantially in the axial direction, characterized in that the ring part has a plurality of stiffeners (18a, 18b) which follow on from one another in the circumferential direction, at least some of the stiffeners or all of the stiffeners being formed substantially along a conical surface and/or a surface of a paraboloid of revolution in each case.