mhurhangee/ep-ind-claims huggingface dataset:
A mass spectrometer analyzer system, comprising: a mass spectrometer with an inlet orifice; and a flat microchip comprising a perimeter with four sides and at least a first and second monolithic electrospray ionization emitter (12, 14), at least a first and second transfer channel (12t, 14t) that extend to the corresponding ESI emitter (12, 14), at least a first and second electroosmotic pump channel (22, 24) that are connected to a corresponding transfer channel (12t, 14t) at corresponding at least a first and second fluid junction (12j, 14j), wherein the first and second ESI emitters (12, 14) reside on one side of the microchip and, during operation, are aligned proximate to the mass spectrometer inlet orifice; at least one power supply (81, 82) in communication with the microchip; and a control circuit configured to control fluid flow in the microchip to substantially synchronize emitter spray with data acquisition of the mass spectrometer; wherein the control circuit is in communication with the at least one power supply (81, 82) and is configured to direct the at least one power supply (81, 82) to sequentially power the first and second ESI emitters (12, 14) with rapid modulation between the first and second emitters (12, 14) by turning on and off voltage applied to the first and second EO pump channels (22, 24) to thereby simultaneously control ESI flow rate and ESI potential, with a time to switch between electrospray signals from the first and second ESI emitters being less than 100ms. a mass spectrometer with an inlet orifice; and a flat microchip comprising a perimeter with four sides and at least a first and second monolithic electrospray ionization emitter (12, 14), at least a first and second transfer channel (12t, 14t) that extend to the corresponding ESI emitter (12, 14), at least a first and second electroosmotic pump channel (22, 24) that are connected to a corresponding transfer channel (12t, 14t) at corresponding at least a first and second fluid junction (12j, 14j), wherein the first and second ESI emitters (12, 14) reside on one side of the microchip and, during operation, are aligned proximate to the mass spectrometer inlet orifice; at least one power supply (81, 82) in communication with the microchip; and a control circuit configured to control fluid flow in the microchip to substantially synchronize emitter spray with data acquisition of the mass spectrometer; wherein the control circuit is in communication with the at least one power supply (81, 82) and is configured to direct the at least one power supply (81, 82) to sequentially power the first and second ESI emitters (12, 14) with rapid modulation between the first and second emitters (12, 14) by turning on and off voltage applied to the first and second EO pump channels (22, 24) to thereby simultaneously control ESI flow rate and ESI potential, with a time to switch between electrospray signals from the first and second ESI emitters being less than 100ms.
Encoder rotary knob for a magnetic encoder, comprising: a stator for fitting onto the upper side of a plate made of nonmagnetic material, in particular of glass, glass ceramic or stainless steel, having at least one holding magnet, a rotor which is mounted on the stator so as to be capable of rotating about a rotational axis and has a magnet which interacts with a Hall sensor of the magnetic encoder, and a latching device which acts between the stator and the rotor and predefines discrete rotational positions of the rotor, characterized in that the latching device is formed by two rings which are arranged one in the other and coaxially with respect to the rotational axis, one ring of which is arranged on the stator and the other on the rotor, and in that one of the two rings is formed as a segmented magnetic ring with a plurality of magnetic ring segments which are arranged with alternating radial polarity at equidistant angular intervals, and the other ring is formed as a toothed ring made of ferromagnetic material with a plurality of teeth which are arranged at equidistant angular intervals, wherein the magnetic ring segments are formed by radially polarized magnetic dipoles which are arranged one next to the other with respectively alternating polarity in the circumferential direction. a stator for fitting onto the upper side of a plate made of nonmagnetic material, in particular of glass, glass ceramic or stainless steel, having at least one holding magnet, a rotor which is mounted on the stator so as to be capable of rotating about a rotational axis and has a magnet which interacts with a Hall sensor of the magnetic encoder, and a latching device which acts between the stator and the rotor and predefines discrete rotational positions of the rotor, characterized in that the latching device is formed by two rings which are arranged one in the other and coaxially with respect to the rotational axis, one ring of which is arranged on the stator and the other on the rotor, and in that one of the two rings is formed as a segmented magnetic ring with a plurality of magnetic ring segments which are arranged with alternating radial polarity at equidistant angular intervals, and the other ring is formed as a toothed ring made of ferromagnetic material with a plurality of teeth which are arranged at equidistant angular intervals, wherein the magnetic ring segments are formed by radially polarized magnetic dipoles which are arranged one next to the other with respectively alternating polarity in the circumferential direction.
A manufacturing method for a stabilizer bar for a vehicle, the method comprising: supplying of a metal blank having a first end and a second end; and bending of the first end by means of a bending device, said bending of the first end comprising the fact of: causing a relative displacement between the bending device and the metal blank; and during said relative displacement, bending the first end in a first bending plane and simultaneously applying to the first end a force in a direction not comprised in the first bending plane, so that the first end is curved according to a first space curve devoid of straight segments, characterized in that the bending device comprises a set of pulleys (203, 204, 205), and the set of pulleys comprises at least one pair of pulleys which is movable in the first bending plane, the first end being bent in the first bending plane by said at least one pair of pulleys, and in that the bending device comprises at least one movable steerable roller, said force in a direction not comprised in the first bending plane being applied to the first end by said at least one movable steerable roller. supplying of a metal blank having a first end and a second end; and bending of the first end by means of a bending device, said bending of the first end comprising the fact of: causing a relative displacement between the bending device and the metal blank; and during said relative displacement, bending the first end in a first bending plane and simultaneously applying to the first end a force in a direction not comprised in the first bending plane, so that the first end is curved according to a first space curve devoid of straight segments, causing a relative displacement between the bending device and the metal blank; and during said relative displacement, bending the first end in a first bending plane and simultaneously applying to the first end a force in a direction not comprised in the first bending plane, so that the first end is curved according to a first space curve devoid of straight segments, characterized in that the bending device comprises a set of pulleys (203, 204, 205), and the set of pulleys comprises at least one pair of pulleys which is movable in the first bending plane, the first end being bent in the first bending plane by said at least one pair of pulleys, and in that the bending device comprises at least one movable steerable roller, said force in a direction not comprised in the first bending plane being applied to the first end by said at least one movable steerable roller.
Body part for a motor vehicle, comprising: - a transparent or translucent element comprising a first surface intended to be turned outwards of the vehicle, and a second surface opposite to the first surface, said second surface comprising at least one relief area and a non-relief area; - at least one first coating being at least partly absent from the relief area and covering the non-relief area of the transparent or translucent element; characterized in that it includes: - at least one second coating covering the first coating and the relief area, the second coating having a colour different from the colour of the first coating. - a transparent or translucent element comprising a first surface intended to be turned outwards of the vehicle, and a second surface opposite to the first surface, said second surface comprising at least one relief area and a non-relief area; - at least one first coating being at least partly absent from the relief area and covering the non-relief area of the transparent or translucent element; characterized in that it includes: - at least one second coating covering the first coating and the relief area, the second coating having a colour different from the colour of the first coating. - at least one second coating covering the first coating and the relief area, the second coating having a colour different from the colour of the first coating.
An amusement park ride sanitization system comprising: a ride path for an amusement ride vehicle; and a sanitization station comprising: a housing disposed along the ride path configured to receive the amusement ride vehicle along the ride path; and a sanitization device disposed within the housing and configured to sanitize the amusement ride vehicle. a ride path for an amusement ride vehicle; and a sanitization station comprising: a housing disposed along the ride path configured to receive the amusement ride vehicle along the ride path; and a sanitization device disposed within the housing and configured to sanitize the amusement ride vehicle. a housing disposed along the ride path configured to receive the amusement ride vehicle along the ride path; and a sanitization device disposed within the housing and configured to sanitize the amusement ride vehicle.
System for cultivating and harvesting mushrooms, with - at least one picking rack, wherein the mushrooms growing on a substrate are arranged on the picking rack in at least one plane, - at least one conveyor belt, which has at least one recess (18, 19) for receiving the harvested mushrooms, and - at least one automat with a gripping organ, which takes the mushrooms ingested on the conveyor belt off the conveyor belt and places them in containers, characterized by, - a laser scanner which captures three-dimensional geometric data of the mushrooms ingested on the conveyor belt, and - an evaluation device which evaluates the captured three-dimensional geometric data of the mushrooms to control the gripping organ. - at least one picking rack, wherein the mushrooms growing on a substrate are arranged on the picking rack in at least one plane, - at least one conveyor belt, which has at least one recess (18, 19) for receiving the harvested mushrooms, and - at least one automat with a gripping organ, which takes the mushrooms ingested on the conveyor belt off the conveyor belt and places them in containers, - a laser scanner which captures three-dimensional geometric data of the mushrooms ingested on the conveyor belt, and - an evaluation device which evaluates the captured three-dimensional geometric data of the mushrooms to control the gripping organ.
A method for monitoring a viewing area comprising a hazardous industrial area, comprising: collecting, by a safety system comprising at least one processor, image data from an imaging sensor device that monitors a viewing area comprising a hazardous industrial zone, wherein the imaging sensor device comprises a time-of-flight, TOF, image sensor; performing two-dimensional, 2D, imaging analysis on the image data to identify a plurality of objects in the viewing area; classifying a first object of the plurality of objects in the image data as a human based on the 2D imaging analysis; classifying a second object of the plurality of objects in the image data as motorized industrial equipment based on the 2D imaging analysis; when the first object is detected, defining a portion of the imaging sensor's pixel array corresponding to an area around the first object for the 3D analysis; performing 3D analysis only on the defined portion of the pixel array by performing distance calculations for each pixel of the defined portion to obtain distance information for pixels in that portion of the pixel array, wherein the distance calculations use phase shift time-of-flight analysis or pulsed time-of-flight analysis; generating a control output based on result of the 3D analysis, in order to switch the motorized industrial equipment to a safe state. collecting, by a safety system comprising at least one processor, image data from an imaging sensor device that monitors a viewing area comprising a hazardous industrial zone, wherein the imaging sensor device comprises a time-of-flight, TOF, image sensor; performing two-dimensional, 2D, imaging analysis on the image data to identify a plurality of objects in the viewing area; classifying a first object of the plurality of objects in the image data as a human based on the 2D imaging analysis; classifying a second object of the plurality of objects in the image data as motorized industrial equipment based on the 2D imaging analysis; when the first object is detected, defining a portion of the imaging sensor's pixel array corresponding to an area around the first object for the 3D analysis; performing 3D analysis only on the defined portion of the pixel array by performing distance calculations for each pixel of the defined portion to obtain distance information for pixels in that portion of the pixel array, wherein the distance calculations use phase shift time-of-flight analysis or pulsed time-of-flight analysis; generating a control output based on result of the 3D analysis, in order to switch the motorized industrial equipment to a safe state.
A magnetic switch an upper frame, a yoke, a bobbin provided with a cylindrical body and a plurality of flanges, and having a coil wound on an outer circumferential surface of the cylindrical body; a fixed core fixed to an inner side of the cylindrical body; and a movable core slidably installed in the cylindrical body and contactable with or separable from the fixed core, a guide portion (34, 44) which protrudes from a portion of the cylindrical body along an inner circumferential surface of the cylindrical body, such that the movable core is linearly moved along a central axis of the fixed core, wherein the fixed core is spaced apart from the cylindrical body by a predetermined distance, wherein the length of the guide portion (34, 44) is formed shorter than the length of the movable core, such that a part of the movable core is spaced apart from the cylindrical body, wherein the inner surface of the guide portion (34, 44) entirely contacts the movable core in a closed or open state of the magnetic switch, characterized in that the fixed core is integrally formed with a plate located between the upper frame and the yoke such that an upper surface of the fixed core is configured as a flange, the flange of the fixed core is coupled to the yoke, which encloses the bobbin.
A nucleic acid molecule encoding a chimeric antigen receptor, wherein the chimeric antigen receptor comprises an amino acid sequence of any of SEQ ID NOs: 32, 33, or 34.
A luminaire comprising a circuit board on which at least one illuminant is arranged, as well as a lens having a lens body of transparent material which is fastened to a circuit board supporting the illuminant by a lens holder above the illuminant, characterised in that an end face section of the lens body is cast/injected onto a holding section of the lens holder facing the circuit board; and in that the lens holder is soldered fast to the circuit board at a solder section comprising a metal material and located outside the lens body.
A method for wireless communications, comprising: generating a compact Downlink Control Information, DCI, format for transmitting DCI for use in at least one of uplink, UL, or downlink, DL, transmissions by a first device of a first type, wherein the compact DCI format corresponds to at least one standard DCI format used by a second device of a second type and comprises a reduced number of bits when compared to the standard DCI format; and transmitting the DCI according to the compact DCI format. generating a compact Downlink Control Information, DCI, format for transmitting DCI for use in at least one of uplink, UL, or downlink, DL, transmissions by a first device of a first type, wherein the compact DCI format corresponds to at least one standard DCI format used by a second device of a second type and comprises a reduced number of bits when compared to the standard DCI format; and transmitting the DCI according to the compact DCI format.
Extracellular vesicles derived from Gram-positive bacteria having cell wall, said Gram-positive bacteria being Staphylococcus, wherein the extracellular vesicles are isolated from an internal body secretion of an animal or a culture of said Gram-positive bacteria.
A display device (1, 2), which is capable of displaying different images to a plurality of viewpoints, the display device (1, 20) comprising: image generating means for generating the images and emitting light beams corresponding to the images thus generated; and a parallax barrier including a transmissive section through which a light beam having been emitted from the image generating means and heading in a particular direction pass, and a barrier light-blocking section (22, 26) which blocks light beams heading in directions other than said direction, the display device being characterized in that: a relation represented by Formula is satisfied: log 1 / T ≥ 4 where T denotes a transmittance of the barrier light-blocking section (22, 26) for the light beams; and the barrier light-blocking section (22, 26) is made up of two or more light-blocking layers each made of a material satisfying a relation represented by a formula: log (1/T) < 4. image generating means for generating the images and emitting light beams corresponding to the images thus generated; and a parallax barrier including a transmissive section through which a light beam having been emitted from the image generating means and heading in a particular direction pass, and a barrier light-blocking section (22, 26) which blocks light beams heading in directions other than said direction, the display device being characterized in that: a relation represented by Formula is satisfied: log 1 / T ≥ 4 a relation represented by Formula is satisfied: log 1 / T ≥ 4 where T denotes a transmittance of the barrier light-blocking section (22, 26) for the light beams; and the barrier light-blocking section (22, 26) is made up of two or more light-blocking layers each made of a material satisfying a relation represented by a formula: log (1/T) < 4.
Positioning actuator for a movable member, for a vehicle, comprising an electric motor housed in a motor casing closed at one end by a cover, the motor comprising a drive shaft that passes through the cover, the drive shaft being rotationally connected to an epicyclic reduction gear having an external ring gear, the cover comprising blocking means preventing the rotation of said cover with respect to the casing of the motor and preventing the rotation of said external ri3ng gear, characterized in that the blocking means comprise at least one element protruding from the cover in a direction perpendicular to the axis of the drive shaft.
Alternator for motor vehicle, comprising a rotor fixedly attached to a rotor shaft and mounted inside a casing which comprises a front bearing with a central housing delimited by an annular support region of axial orientation and by a transverse wall for mounting of a ball bearing supporting the end, known as the front end, of the rotor shaft in rotation, wherein the outer raceway of the ball bearing is axially clamped between the transverse wall and a support piece fixed to the front bearing via fixing screws which are mounted in fixing or passage holes of the front bearing, and wherein the support piece has the form of a plate with a central opening through which the rotor shaft passes and which delimits a contact region with the outer raceway of the ball bearing, characterized in that the support plate has an open slot extending from the central opening to the outer periphery of the support piece.
A safety device with at least one optical safety sensor which sensor which is designed to monitor a flat or spatial monitoring area, with a monitoring area, with a safety output circuit assigned to the safety sensor and having an arrangement of safety outputs which are controlled as a function of signals from the safety sensor, and with switching means by means of which at least one protective field is safety sensor, and having switching means by means of which at least one protective field and at least one signal field can be activated, the safety sensor transmitting a safety signal in the form of a switch-off of the safety outputs if an object is detected with the sensor detects an object within the activated protective field and if within a is detected with the safety sensor and if no permissible object is detected within the activated signal field within a predefined time interval.