mhurhangee/patent-ind-claim-en huggingface dataset:
An overspray detection system, comprising: a mobile agricultural sprayer, a sensor , that senses a spray variable indicative of a presence of the substance, at a sensor location corresponding to a field boundary of a field over which the sprayer is traveling and that receives an overspray detected signal indicative of the sensor sensing the presence of the substance at the sensor location, a pole located at the sensor location, and a sensor mobility system that moves a position of the sensor , and the sensor mobility system is mounted to the pole; the mobile agricultural sprayer comprising: a frame; a tank configured to carry a substance to be sprayed; a spraying mechanism that sprays the substance; and a sensor position control logic configured to generate a sensor position signal to control the sensor mobility system , wherein the overspray detection system is configured to generate control signals to obtain sensor information from the sensor , characterized in that the sensor position control logic generates the sensor position signal to actuate an actuator in the sensor mobility system that moves the sensor relative to the pole. a mobile agricultural sprayer, a sensor , that senses a spray variable indicative of a presence of the substance, at a sensor location corresponding to a field boundary of a field over which the sprayer is traveling and that receives an overspray detected signal indicative of the sensor sensing the presence of the substance at the sensor location, a pole located at the sensor location, and a sensor mobility system that moves a position of the sensor , and the sensor mobility system is mounted to the pole; the mobile agricultural sprayer comprising: a frame; a tank configured to carry a substance to be sprayed; a spraying mechanism that sprays the substance; and a sensor position control logic configured to generate a sensor position signal to control the sensor mobility system , wherein the overspray detection system is configured to generate control signals to obtain sensor information from the sensor , characterized in that the sensor position control logic generates the sensor position signal to actuate an actuator in the sensor mobility system that moves the sensor relative to the pole. a frame; a tank configured to carry a substance to be sprayed; a spraying mechanism that sprays the substance; and a sensor position control logic configured to generate a sensor position signal to control the sensor mobility system , wherein the overspray detection system is configured to generate control signals to obtain sensor information from the sensor , characterized in that the sensor position control logic generates the sensor position signal to actuate an actuator in the sensor mobility system that moves the sensor relative to the pole.
A linear actuator system comprising: a screw member elongated along a longitudinal axis, said screw member comprising a threaded portion and an end portion ; a nut member coaxially received over said screw member and in threaded engagement with said threaded portion of said screw member; a ring member received over said end portion of said screw member; a flange member connected to said end portion of said screw member; and a threaded member in threaded engagement with said flange member, said threaded member comprising a distal end protruding toward said ring member, wherein: said end portion of said screw member comprises a torque transfer feature ; and said ring member is engaged with said torque transfer feature. a screw member elongated along a longitudinal axis, said screw member comprising a threaded portion and an end portion ; a nut member coaxially received over said screw member and in threaded engagement with said threaded portion of said screw member; a ring member received over said end portion of said screw member; a flange member connected to said end portion of said screw member; and a threaded member in threaded engagement with said flange member, said threaded member comprising a distal end protruding toward said ring member, wherein: said end portion of said screw member comprises a torque transfer feature ; and said ring member is engaged with said torque transfer feature.
A device for delivering medicament into skin of a patient, the device comprising: a filling member comprising: a first conduit ; and a second conduit that fluidly communicates with the first conduit to fill the filling member with medicament; wherein the filling member provides two-way medicament flow that: enters a reservoir via the first and second conduits ; exits the reservoir into the first conduit ; and exits the first conduit to a pump; characterized in that the first conduit engages a reservoir pathway connected to the reservoir and a portion of a base connected to the pump, a centerline of the reservoir pathway and a centerline of the portion of the base are substantially in-line with a centerline of the first conduit . a filling member comprising: a first conduit ; and a second conduit that fluidly communicates with the first conduit to fill the filling member with medicament; a first conduit ; and a second conduit that fluidly communicates with the first conduit to fill the filling member with medicament; wherein the filling member provides two-way medicament flow that: enters a reservoir via the first and second conduits ; exits the reservoir into the first conduit ; and exits the first conduit to a pump; characterized in that the first conduit engages a reservoir pathway connected to the reservoir and a portion of a base connected to the pump, a centerline of the reservoir pathway and a centerline of the portion of the base are substantially in-line with a centerline of the first conduit . enters a reservoir via the first and second conduits ; exits the reservoir into the first conduit ; and exits the first conduit to a pump; characterized in that the first conduit engages a reservoir pathway connected to the reservoir and a portion of a base connected to the pump, a centerline of the reservoir pathway and a centerline of the portion of the base are substantially in-line with a centerline of the first conduit .
A system for monitoring an entrance region including an entrance to a restricted area, said system comprising: a computer vision sub-system configured to receive a stream of digital images representing at least one view of the entrance region , the computer vision sub-system being configured to process the received stream of digital images for detection of a machine-readable code displayable on a medium carried by an individual in the entrance region , a validation sub-system configured to initiate a validation of the machine-readable code detected by the computer vision sub-system , characterized in that the computer vision sub-system is further configured to perform, based on the received stream of digital images, a location tracking of the machine-readable code within the entrance region , and the system further comprises a feedback sub-system configured to, in dependence of the validation and position data generated by the location tracking, provide a visual indication of a result of the validation on at least one of the medium and the individual carrying the medium . a computer vision sub-system configured to receive a stream of digital images representing at least one view of the entrance region , the computer vision sub-system being configured to process the received stream of digital images for detection of a machine-readable code displayable on a medium carried by an individual in the entrance region , a validation sub-system configured to initiate a validation of the machine-readable code detected by the computer vision sub-system , characterized in that the computer vision sub-system is further configured to perform, based on the received stream of digital images, a location tracking of the machine-readable code within the entrance region , and the system further comprises a feedback sub-system configured to, in dependence of the validation and position data generated by the location tracking, provide a visual indication of a result of the validation on at least one of the medium and the individual carrying the medium .
Ball thread brake for a two-for-one twisting spindle, containing - a tubular brake housing , consisting of an upper housing portion and a lower housing portion detachably connected to the upper housing portion; - a thread inlet tube , which is rotatably coaxially mounted in the upper housing portion ; - an upper brake surface ring , which is associated with the thread inlet tube and the height of which is set by rotation of the thread inlet tube ; - a brake ball , which interacts with said brake surface ring ; - an axially displaceable piston , which is guided, in a sealed manner, in the lower housing portion and which - bears, on the outer side of its upwardly facing crown (9.1), a lower brake surface ring and which - can be adjusted downwards in the axial direction by means of suction counter to the force of a restoring spring , - a brake-force setting device, which acts on the brake unit consisting of the two brake surface rings and of the brake ball, characterised in that , - the brake-force setting device is formed by a brake-force setting spring and/or by the restoring spring which acts from below on the lower brake surface ring , and - the thread inlet tube is rotatably mounted in such a way that axial movement is prevented, and acts on the upper brake surface ring via an element changing a rotary movement into an axial displacement. - a tubular brake housing , consisting of an upper housing portion and a lower housing portion detachably connected to the upper housing portion; - a thread inlet tube , which is rotatably coaxially mounted in the upper housing portion ; - an upper brake surface ring , which is associated with the thread inlet tube and the height of which is set by rotation of the thread inlet tube ; - a brake ball , which interacts with said brake surface ring ; - an axially displaceable piston , which is guided, in a sealed manner, in the lower housing portion and which - bears, on the outer side of its upwardly facing crown (9.1), a lower brake surface ring and which - can be adjusted downwards in the axial direction by means of suction counter to the force of a restoring spring , - bears, on the outer side of its upwardly facing crown (9.1), a lower brake surface ring and which - can be adjusted downwards in the axial direction by means of suction counter to the force of a restoring spring , - a brake-force setting device, which acts on the brake unit consisting of the two brake surface rings and of the brake ball, - the brake-force setting device is formed by a brake-force setting spring and/or by the restoring spring which acts from below on the lower brake surface ring , and - the thread inlet tube is rotatably mounted in such a way that axial movement is prevented, and acts on the upper brake surface ring via an element changing a rotary movement into an axial displacement.
A method to be performed in a second terminal in a communication system, the method comprising: identifying whether a first synchronization signal is received from a first terminal, the first synchronization signal being transmitted in a first transmission timing within a first frame of a plurality of frames ; identifying, as a result of the first synchronization signal being received, a second transmission timing within a second frame of the plurality of frames to transmit a second synchronization signal ; and transmitting the second synchronization signal in the second transmission timing without transmitting the first synchronization signal; wherein the first transmission timing and second transmission timing are determined based on a first offset value and a second offset value, respectively, such that the first transmission timing is different from the second transmission timing. identifying whether a first synchronization signal is received from a first terminal, the first synchronization signal being transmitted in a first transmission timing within a first frame of a plurality of frames ; identifying, as a result of the first synchronization signal being received, a second transmission timing within a second frame of the plurality of frames to transmit a second synchronization signal ; and transmitting the second synchronization signal in the second transmission timing without transmitting the first synchronization signal; wherein the first transmission timing and second transmission timing are determined based on a first offset value and a second offset value, respectively, such that the first transmission timing is different from the second transmission timing.
A mechanical assembly including two rotor parts of a turbomachine, one of the parts being a compressor shaft, the other part being a turbine shaft, at least one of these parts having a portion with external threading , said assembly further including, for the transmission of axial forces between these two parts, a nut with internal threading able to cooperate with said external threading to axially block by tightening the other part with respect to the first part and allow the transmission of axial forces between these two parts, characterized in that the pitch of the external threading and/or the pitch of the nut varies/vary along the axial height (Ax) of the threading, the space between the thread of said external threading and the thread of the nut progressively decreasing from the first thread to the rear thread in the expected direction for the axial force (F), and characterized in that the pitch variation (V p ) from one thread to another along the axial height of the threading is constant.
Motor controller for driving and controlling the electrical motor (51; 51-2) of a blood pump for percutaneous insertion, the blood pump comprising an electrical motor for driving the blood pump , the electrical motor (51; 51-2) comprising at least three motor winding units (Lu, Lv, Lw), wherein each motor winding unit (Lu, Lv, Lw) is arranged and configured to be individually connected to a power supply via separate phase supply lines (Lu1, Lu2; Lv1, Lv2; Lw1, Lw2) connected to respective motor winding unit terminals (LuE1, LuE2; LvE1, LvE2; LwE1, LwE2), the motor controller comprising corresponding phase supply line driving units (DH1, DH2, DH3; DL1, DL2, DL3) for each motor winding unit (Lu, Lv, Lw) which are respectively connected through the corresponding phase supply lines (Lu1, Lu2; Lv1, Lv2; Lw1, Lw2) with one of the motor winding units (Lu, Lv, Lw), and a control unit configured to control the phase supply line driving units (DH1, DH2, DH3; DL1, DL2, DL3) to operate the electrical motor (51; 51-2), wherein the control unit is configured to detect a fault in one of the motor winding units (Lu, Lv, Lw), characterized in that the control unit is further configured, in case of a detected faulty motor winding unit, to adjust driving parameters for the faulty motor winding unit and to further operate the electrical motor (51; 51-2) by all motor winding units.
An organic light emitting display apparatus comprising: an anode electrode disposed on a substrate ; an auxiliary electrode disposed on the substrate ; an organic emission layer disposed on the anode electrode ; a cathode electrode disposed on the organic emission layer and on the auxiliary electrode ; an insulating bank disposed on the auxiliary electrode , the bank overlapping a first portion of the auxiliary electrode and exposing a second portion of the auxiliary electrode ; and a partition wall comprising: a first partition wall disposed on part of the exposed second portion of the auxiliary electrode ; a second partition wall disposed on the first partition wall and overlapping the exposed second portion of the auxiliary electrode , a top of the second partition wall being wider than its bottom; wherein, the second partition wall leaves a separation space between the second partition wall and the bank ; and the auxiliary electrode is exposed in the separation space, the cathode electrode being electrically connected to the auxiliary electrode through the separation space, characterized in that the second partition wall contacts the bank and is supported by the first partition wall and the bank . an anode electrode disposed on a substrate ; an auxiliary electrode disposed on the substrate ; an organic emission layer disposed on the anode electrode ; a cathode electrode disposed on the organic emission layer and on the auxiliary electrode ; an insulating bank disposed on the auxiliary electrode , the bank overlapping a first portion of the auxiliary electrode and exposing a second portion of the auxiliary electrode ; and a partition wall comprising: a first partition wall disposed on part of the exposed second portion of the auxiliary electrode ; a second partition wall disposed on the first partition wall and overlapping the exposed second portion of the auxiliary electrode , a top of the second partition wall being wider than its bottom; wherein, the second partition wall leaves a separation space between the second partition wall and the bank ; and the auxiliary electrode is exposed in the separation space, the cathode electrode being electrically connected to the auxiliary electrode through the separation space, characterized in that the second partition wall contacts the bank and is supported by the first partition wall and the bank . a first partition wall disposed on part of the exposed second portion of the auxiliary electrode ; a second partition wall disposed on the first partition wall and overlapping the exposed second portion of the auxiliary electrode , a top of the second partition wall being wider than its bottom; wherein, the second partition wall leaves a separation space between the second partition wall and the bank ; and the auxiliary electrode is exposed in the separation space, the cathode electrode being electrically connected to the auxiliary electrode through the separation space, characterized in that the second partition wall contacts the bank and is supported by the first partition wall and the bank .
A monitoring apparatus for monitoring at least one processing tool during processing of an effluent stream by said processing tool wherein the effluent stream is from a semiconductor processing tool , said monitoring apparatus comprising: reception logic operable to receive processing characteristic data generated during said processing of said effluent stream; segregation logic operable to segregate said processing characteristic data into contributing processing characteristic data associated with contributing periods which contribute to a condition of said at least one processing tool and non-contributing processing characteristic data associated with non-contributing periods which fail to contribute to said condition; and fault logic operable to: utilise said contributing processing characteristic data and to exclude said non-contributing processing characteristic data when determining a status of said condition; combine contributing processing characteristic data from said contributing periods to provide combined contributing processing characteristic data; extrapolate said combined contributing processing characteristic data to estimate future contributing processing characteristic data; and provide an indication of a number of contributing periods until said future contributing processing characteristic data crosses a fault threshold. reception logic operable to receive processing characteristic data generated during said processing of said effluent stream; segregation logic operable to segregate said processing characteristic data into contributing processing characteristic data associated with contributing periods which contribute to a condition of said at least one processing tool and non-contributing processing characteristic data associated with non-contributing periods which fail to contribute to said condition; and fault logic operable to: utilise said contributing processing characteristic data and to exclude said non-contributing processing characteristic data when determining a status of said condition; combine contributing processing characteristic data from said contributing periods to provide combined contributing processing characteristic data; extrapolate said combined contributing processing characteristic data to estimate future contributing processing characteristic data; and provide an indication of a number of contributing periods until said future contributing processing characteristic data crosses a fault threshold. utilise said contributing processing characteristic data and to exclude said non-contributing processing characteristic data when determining a status of said condition; combine contributing processing characteristic data from said contributing periods to provide combined contributing processing characteristic data; extrapolate said combined contributing processing characteristic data to estimate future contributing processing characteristic data; and provide an indication of a number of contributing periods until said future contributing processing characteristic data crosses a fault threshold.
A mixture of human milk oligosaccharides (HMOs) consisting essentially of 6'-O-sialyllactose (6'-SL), lacto-N-neotetraose (LNnT) and sialyllacto-N-tetraose c (LST c).
Golf club head, in particular golf putter head, with a blade part with a blade surface and with two brackets starting opposite the blade surface from the side end sections of the blade part and crossing each other without contacting, characterised in that the blade part is a monopart together with the brackets made of a high-strength aluminium alloy.
A titanium matrix based on a tension-free metal knitted fabric for guided tissue regeneration, wherein said matrix is made of a warp-knitted mesh fabric knitted from titanium threads, wherein the structure of the mesh fabric being in the form of a combined, plain, two-bar metal knitted fabric formed on the basis of primary and derived weaves and having alternating wales consisting of one and two titanium threads respectively, and wherein the titanium threads have a contoured surface.
Cylinder running surface of a cylinder of a reciprocating piston engine with recesses in the form of grooves spaced apart from one another, whereby plateaus are formed between adjacent grooves and with recesses in the form of plateau grooves in the region of the plateaus , wherein the grooves are formed consistently over the entire working height (H) of the cylinder running surface with the same intersection angle (α), the grooves having a greater depth than the plateau grooves and the first plateau regions are formed with a first orientation of plateau grooves , characterized in that , at least second plateau regions are formed with a second orientation of plateau grooves , the first orientation and the second orientation differing from one another.