mhurhangee/ep-ind-claims huggingface dataset:
An electromagnetic machine comprising: a universal circuit board including a first coil configuration imprint and a second coil configuration imprint; and a plurality of universal coils each including a positive lead and a negative lead for electrical connection to one of the first and second coil configuration imprints; and a stator including the plurality of universal coils; and a rotor; characterised in that the universal circuit board includes first and second mountable positions with respect to the stator, and the first and second mountable positions being associated with the respective first and second coil configurations, wherein rotating the universal circuit board between the mountable positions is the means of selecting the desired coil configuration. a universal circuit board including a first coil configuration imprint and a second coil configuration imprint; and a plurality of universal coils each including a positive lead and a negative lead for electrical connection to one of the first and second coil configuration imprints; and a stator including the plurality of universal coils; and a rotor; characterised in that the universal circuit board includes first and second mountable positions with respect to the stator, and the first and second mountable positions being associated with the respective first and second coil configurations, wherein rotating the universal circuit board between the mountable positions is the means of selecting the desired coil configuration.
A surgery device for osteotomy (1, 2, 3) comprising: a first body component (12, 22, 32) having a side guide edge (121, 221) and an upper guide edge (122, 222, 321) for forming a cutting track; a second body component (14, 24, 34) having a lower guide edge (141, 241, 341) disposed below said upper guide edge (122, 222, 321), a guide groove being formed between said upper guide edge (122, 222, 321) and said lower guide edge (141, 241, 341) for guiding a saw blade to perform a cutting procedure; wherein said upper guide edge (122, 222, 321) has a first correcting perforation (123, 223, 322), said lower guide edge (141, 241, 341) has a second correcting perforation (142, 242, 342); wherein a regulative angle (L, N) between a first hole axis of said first correcting perforation (123, 223, 322) and a second hole axis of said second correcting perforation (142, 242, 342) is formed, characterized in that said surgery device for osteotomy (1, 2, 3) is configured such that when an open angle of a gap of said osteotomy is the same as that of a preoperative planning correction angle, said first hole axis of said first correcting perforation (123, 223, 322) and said second hole axis of said second correcting perforation (142, 242, 342) will coincide and an alignment bar passes through said first correcting perforation (123, 223, 322) and said second correcting perforation (142, 242, 342). a first body component (12, 22, 32) having a side guide edge (121, 221) and an upper guide edge (122, 222, 321) for forming a cutting track; a second body component (14, 24, 34) having a lower guide edge (141, 241, 341) disposed below said upper guide edge (122, 222, 321), a guide groove being formed between said upper guide edge (122, 222, 321) and said lower guide edge (141, 241, 341) for guiding a saw blade to perform a cutting procedure; wherein said upper guide edge (122, 222, 321) has a first correcting perforation (123, 223, 322), said lower guide edge (141, 241, 341) has a second correcting perforation (142, 242, 342); wherein a regulative angle (L, N) between a first hole axis of said first correcting perforation (123, 223, 322) and a second hole axis of said second correcting perforation (142, 242, 342) is formed, characterized in that said surgery device for osteotomy (1, 2, 3) is configured such that when an open angle of a gap of said osteotomy is the same as that of a preoperative planning correction angle, said first hole axis of said first correcting perforation (123, 223, 322) and said second hole axis of said second correcting perforation (142, 242, 342) will coincide and an alignment bar passes through said first correcting perforation (123, 223, 322) and said second correcting perforation (142, 242, 342).
A system comprising: a projector configured to provide electric power by irradiating a flight vehicle with light, thereby supplying electric power to the flight vehicle; a control device; and an aircraft on which the projector is mounted, wherein the control device includes: a projector position information acquisition unit for acquiring projector position information indicative of a position of the projector; a flight vehicle position information acquisition unit for acquiring flight vehicle position information indicative of a position of a flight vehicle on which a solar cell panel is mounted in such a way that light from below the flight vehicle can be received; and an irradiation direction control unit for controlling an irradiation direction of light emitted from the projector mounted on the aircraft, based on the projector position information and the flight vehicle position information, and wherein the aircraft is a balloon or an airship configured to stay above a lower cloud. a projector configured to provide electric power by irradiating a flight vehicle with light, thereby supplying electric power to the flight vehicle; a control device; and an aircraft on which the projector is mounted, wherein the control device includes: a projector position information acquisition unit for acquiring projector position information indicative of a position of the projector; a flight vehicle position information acquisition unit for acquiring flight vehicle position information indicative of a position of a flight vehicle on which a solar cell panel is mounted in such a way that light from below the flight vehicle can be received; and an irradiation direction control unit for controlling an irradiation direction of light emitted from the projector mounted on the aircraft, based on the projector position information and the flight vehicle position information, and wherein the aircraft is a balloon or an airship configured to stay above a lower cloud. a projector position information acquisition unit for acquiring projector position information indicative of a position of the projector; a flight vehicle position information acquisition unit for acquiring flight vehicle position information indicative of a position of a flight vehicle on which a solar cell panel is mounted in such a way that light from below the flight vehicle can be received; and an irradiation direction control unit for controlling an irradiation direction of light emitted from the projector mounted on the aircraft, based on the projector position information and the flight vehicle position information, and wherein the aircraft is a balloon or an airship configured to stay above a lower cloud.
Oil-lubricated working machine, in particular motor vehicle internal combustion engine, comprising a cavity which is filled with particle-containing and/or condensate-containing gas and a venting duct which is connected to the cavity for discharging gas from the cavity, the venting duct comprising a free flow cross section, which extends in a flow direction of the venting duct, and being arranged at an angle between 45° and 90° with respect to a horizontal plane, the venting duct comprising, outside the free flow cross section on an inner wall, a multiplicity of ribs (3, 3') or grooves which follow one another in the flow direction, are not connected to one another, run in a V-shaped manner in the flow direction or counter to the flow direction, and comprise tips which point in and counter to the flow direction, respectively, with two adjoining laterally falling and rising limbs, respectively, the angle of the limbs with respect to a cross-sectional plane being between 10° and 45°.
A surgical system comprising: an overtube that guides an insertion part of a medical instrument, which is to be inserted into a body cavity, into the body cavity; a sheathing tube that is sheathed to the overtube and passes through a body wall so as to be inserted into the body cavity; a syringe that is used in combination with the overtube and ejects and sucks a fluid from a nozzle; a tube that has one end connected to the overtube and the other end connected to the nozzle; an inner needle that is inserted into the overtube, the inner needle puncturing the body wall in a state of being combined with the overtube; a storage case that has individual storage parts for individually storing the overtube, the sheathing tube, the syringe, the tube, and the inner needle, respectively; a proximal end cap part that is attached to a proximal end side of the overtube; and a strain relief whose distal end part is attached to the proximal end cap part, and through which the fluid ejected and sucked by the syringe can flow, wherein the storage case fixes a first instrument, which is any one of the overtube, the sheathing tube, the syringe, the tube, or the inner needle, to the individual storage part corresponding to the first instrument by using at least one of second instruments which are other instruments stored in the individual storage parts, and a proximal end part of the stain relief is curved with respect to the distal end part of the strain relief. an overtube that guides an insertion part of a medical instrument, which is to be inserted into a body cavity, into the body cavity; a sheathing tube that is sheathed to the overtube and passes through a body wall so as to be inserted into the body cavity; a syringe that is used in combination with the overtube and ejects and sucks a fluid from a nozzle; a tube that has one end connected to the overtube and the other end connected to the nozzle; an inner needle that is inserted into the overtube, the inner needle puncturing the body wall in a state of being combined with the overtube; a storage case that has individual storage parts for individually storing the overtube, the sheathing tube, the syringe, the tube, and the inner needle, respectively; a proximal end cap part that is attached to a proximal end side of the overtube; and a strain relief whose distal end part is attached to the proximal end cap part, and through which the fluid ejected and sucked by the syringe can flow, wherein the storage case fixes a first instrument, which is any one of the overtube, the sheathing tube, the syringe, the tube, or the inner needle, to the individual storage part corresponding to the first instrument by using at least one of second instruments which are other instruments stored in the individual storage parts, and a proximal end part of the stain relief is curved with respect to the distal end part of the strain relief.
Anti-erosion system made of geo-synthetic material characterized in that it consists of: a) yarn weft manufactured of a polypropylene and polyethylene mixture in a fraction of 50% to 90% of polypropylene and in a fraction of 10% to 50% of polyethylene, characterized in that the yarn weft is the braiding of filaments, individually placed in braids around a core of filaments manufactured from a mixture of polypropylene and polyethylene in the same fraction; and in that the system further consist of: b) top and edge sewn with a polyethylene braided thread of ultrahigh molecular weight. a) yarn weft manufactured of a polypropylene and polyethylene mixture in a fraction of 50% to 90% of polypropylene and in a fraction of 10% to 50% of polyethylene, characterized in that the yarn weft is the braiding of filaments, individually placed in braids around a core of filaments manufactured from a mixture of polypropylene and polyethylene in the same fraction; and in that the system further consist of: b) top and edge sewn with a polyethylene braided thread of ultrahigh molecular weight.
A method of finding a feature behind a surface using a sensor having first and second plates (301, 302), the method comprising the acts of: moving the sensor and surface adjacent one another; measuring a first capacitance of a first capacitor including the first plate and the feature; measuring a second capacitance of a second capacitor including the second plate and the feature; characterized by computing a ratio of the first and second capacitance measurements to determine a centerline of the feature relative to the first and second plates (301; 302); and comparing one of the first or second capacitance measurements with a first threshold, thereby to determine a depth of the feature relative to the surface, wherein the act of comparing one of the first or second capacitance measurements with the first threshold includes: determining a largest capacitance measurement of the first or second capacitance measurements; and determining the feature is deep if the largest capacitance measurement is less than the first threshold. moving the sensor and surface adjacent one another; measuring a first capacitance of a first capacitor including the first plate and the feature; measuring a second capacitance of a second capacitor including the second plate and the feature; characterized by computing a ratio of the first and second capacitance measurements to determine a centerline of the feature relative to the first and second plates (301; 302); and comparing one of the first or second capacitance measurements with a first threshold, thereby to determine a depth of the feature relative to the surface, wherein the act of comparing one of the first or second capacitance measurements with the first threshold includes: determining a largest capacitance measurement of the first or second capacitance measurements; and determining the feature is deep if the largest capacitance measurement is less than the first threshold. determining a largest capacitance measurement of the first or second capacitance measurements; and determining the feature is deep if the largest capacitance measurement is less than the first threshold.
Granules comprising a fiber reinforced composition, comprising i) an at least bimodal propylene polymer, ii) an elastomeric ethylene copolymer being a copolymer of ethylene and a C 4 -C 10 α-olefin, iii) an adhesion promoter, and iv) long fibers, wherein said fiber reinforced composition fulfils in-equation w PP w E > 4.2 wherein w is the weight fraction [in wt.-%] of the propylene polymer, based on the overall weight of the polypropylene composition, and w is the weight fraction [in wt.-%] of the elastomeric ethylene copolymer, based on the overall weight of the fiber reinforced composition i) an at least bimodal propylene polymer, ii) an elastomeric ethylene copolymer being a copolymer of ethylene and a C 4 -C 10 α-olefin, iii) an adhesion promoter, and iv) long fibers,
A method of determining a concentration of one or more analytes in a whole blood sample, the method comprising: introducing the sample through a channel, wherein the channel has a depth in the range of 10 to 30 micrometers; generating a cell-free plasma region in the channel, wherein the cell-free plasma region is generated in the channel based on rouleaux effect, wherein the cell-free plasma region comprises the one or more analytes; illuminating the sample with light having one or more wavelengths; obtaining an image of the illuminated sample at each of the wavelengths; and analyzing the image to determine the concentration of the one or more analytes, wherein analyzing the image comprises: detecting a cell-free plasma region in the image; determining pixel intensity values of plasma region at each of the varying wavelengths; and determining the concentration of the one or more analytes based on the relative pixel intensity values. introducing the sample through a channel, wherein the channel has a depth in the range of 10 to 30 micrometers; generating a cell-free plasma region in the channel, wherein the cell-free plasma region is generated in the channel based on rouleaux effect, wherein the cell-free plasma region comprises the one or more analytes; illuminating the sample with light having one or more wavelengths; obtaining an image of the illuminated sample at each of the wavelengths; and analyzing the image to determine the concentration of the one or more analytes, wherein analyzing the image comprises: detecting a cell-free plasma region in the image; determining pixel intensity values of plasma region at each of the varying wavelengths; and determining the concentration of the one or more analytes based on the relative pixel intensity values. detecting a cell-free plasma region in the image; determining pixel intensity values of plasma region at each of the varying wavelengths; and determining the concentration of the one or more analytes based on the relative pixel intensity values.
A method for reducing signaling overhead related to scheduling of Uplink, UL, and Downlink, DL, radio resources to a wireless device that is in wireless communication with a network entity in a mobile communication network associated with the wireless device, wherein the wireless device receives UL and DL scheduling information from the network entity, the method comprising performing the following using the network entity: upon detecting that the wireless device is stationary, performing at least one of the following: statistically analyzing DL channel condition related information received from the wireless device over a first predetermined time interval to determine device-specific DL scheduling resources to allocate to the wireless device; and statistically analyzing UL channel condition related information received from the wireless device over a second predetermined time interval to determine device-specific UL scheduling resources to allocate to the wireless device; and upon conclusion of statistical analysis, instructing the wireless device to perform at least one of the following: stop reporting DL channel condition related information to the network entity until further notice; and stop reporting UL channel condition related information to the network entity until further notice. upon detecting that the wireless device is stationary, performing at least one of the following: statistically analyzing DL channel condition related information received from the wireless device over a first predetermined time interval to determine device-specific DL scheduling resources to allocate to the wireless device; and statistically analyzing UL channel condition related information received from the wireless device over a second predetermined time interval to determine device-specific UL scheduling resources to allocate to the wireless device; and statistically analyzing DL channel condition related information received from the wireless device over a first predetermined time interval to determine device-specific DL scheduling resources to allocate to the wireless device; and statistically analyzing UL channel condition related information received from the wireless device over a second predetermined time interval to determine device-specific UL scheduling resources to allocate to the wireless device; and upon conclusion of statistical analysis, instructing the wireless device to perform at least one of the following: stop reporting DL channel condition related information to the network entity until further notice; and stop reporting UL channel condition related information to the network entity until further notice. stop reporting DL channel condition related information to the network entity until further notice; and stop reporting UL channel condition related information to the network entity until further notice.
An apparatus (104, 106, 110) for monitoring a physical exercise performed by a user, comprising: means for triggering a start of the physical exercise; means for starting, in response to said triggering, a measurement mode in which the apparatus receives wirelessly, from at least one sensor device arranged to measure the user during the physical exercise, exercise-related measurement data characterizing the physical exercise and analyses the received measurement data, wherein the exercise-related measurement data includes motion measurement data, positioning measurement data, and/or time measurement data; means for detecting a change of a sports type on the basis of the received motion measurement data, positioning measurement data, and/or time measurement data during the physical exercise; and means for causing, in response to detecting said change of the sports type, transmission of a reconfiguration message to at least one of the at least one sensor device to reconfigure at least one parameter of said at least one of the at least one sensor device. means for triggering a start of the physical exercise; means for starting, in response to said triggering, a measurement mode in which the apparatus receives wirelessly, from at least one sensor device arranged to measure the user during the physical exercise, exercise-related measurement data characterizing the physical exercise and analyses the received measurement data, wherein the exercise-related measurement data includes motion measurement data, positioning measurement data, and/or time measurement data; means for detecting a change of a sports type on the basis of the received motion measurement data, positioning measurement data, and/or time measurement data during the physical exercise; and means for causing, in response to detecting said change of the sports type, transmission of a reconfiguration message to at least one of the at least one sensor device to reconfigure at least one parameter of said at least one of the at least one sensor device.
A bicycle comprising: a front wheel and a rear wheel; a frame supported on the front wheel and the rear wheel; a seat post supported by the frame, an upper portion of the seat post being movable relative to the frame between a static first position and a stressed second position, wherein a lower portion of the seat post is substantially rigidly secured to the frame, and wherein the seat post flexes when the upper portion of the seat post moves from the static first position to the stressed second position; and a damping member coupling the seat post to the frame to dampen movement of the upper portion of the seat post between the static first position and the stressed second position, characterized in that the damping member comprises a hydraulic damper. a front wheel and a rear wheel; a frame supported on the front wheel and the rear wheel; a seat post supported by the frame, an upper portion of the seat post being movable relative to the frame between a static first position and a stressed second position, wherein a lower portion of the seat post is substantially rigidly secured to the frame, and wherein the seat post flexes when the upper portion of the seat post moves from the static first position to the stressed second position; and a damping member coupling the seat post to the frame to dampen movement of the upper portion of the seat post between the static first position and the stressed second position, characterized in that the damping member comprises a hydraulic damper.