mhurhangee/patent-ind-claim-en huggingface dataset:
A GNSS-based control system for irrigation equipment including a boom assembly with a main boom section , an extension boom section and boom drives mounted on said main and extension boom sections respectively, said irrigation equipment having a center-pivot configuration , said main boom section having a proximate end pivotally connected to a central water source and a distal end, said extension boom section having a proximate end hingedly connected to said main boom section distal end, wherein the control system includes: a first GNSS antenna mounted on the boom assembly and being located at said hinged connection of said main boom section distal end and said extension boom section proximate end; a GNSS receiver mounted on the boom assembly and connected to the first GNSS antenna; a second GNSS antenna mounted on the extension boom section in spaced relation outwardly from said first GNSS antenna and connected to the receiver; a controller including a processor connected to and receiving input signals from said receiver, said processor being adapted for: computing position solutions for said antennas using the GNSS ranging signals received by said receiver, and determining a heading of the extension boom section from the GNSS-defined positions of said first GNSS antenna and said second GNSS antenna; and said controller being adapted for controlling said extension boom section drive using said determined heading. a first GNSS antenna mounted on the boom assembly and being located at said hinged connection of said main boom section distal end and said extension boom section proximate end; a GNSS receiver mounted on the boom assembly and connected to the first GNSS antenna; a second GNSS antenna mounted on the extension boom section in spaced relation outwardly from said first GNSS antenna and connected to the receiver; a controller including a processor connected to and receiving input signals from said receiver, said processor being adapted for: computing position solutions for said antennas using the GNSS ranging signals received by said receiver, and determining a heading of the extension boom section from the GNSS-defined positions of said first GNSS antenna and said second GNSS antenna; and computing position solutions for said antennas using the GNSS ranging signals received by said receiver, and determining a heading of the extension boom section from the GNSS-defined positions of said first GNSS antenna and said second GNSS antenna; and said controller being adapted for controlling said extension boom section drive using said determined heading.
Printing bar for inkjet comprising printing heads in a row, mounts , each mount holding a printing head , and adjustment devices for adjusting the printing heads relative to one another, every printing head including a nozzle surface with a geometric centre of gravity (SP) and every printing head connected to its mount in two connecting points (API, AP2), which are adjustable relative to a fixed point (FP) of the mount and connected to one another by an imaginary straight connecting line (VL) passing through the centre of gravity (SP) of the nozzle surface , wherein for every printing head , a first adjustment device and a second adjustment device are in contact with the mount in such a way that adjusting the two adjustment devices in opposite directions causes the printing head to be adjusted in a first degree of freedom and adjusting the two adjustment devices in the same direction causes the printing head to be adjusted in a second degree of freedom, said first degree of freedom defined by a translatory axis (TA) and said second degree of freedom defined by an axis of rotation (RA), characterized in that the adjustments of the two adjustment devices are linear displacements along an axis of rotation and in that each one of the adjustment devices has a taper . printing heads in a row, mounts , each mount holding a printing head , and adjustment devices for adjusting the printing heads relative to one another, every printing head including a nozzle surface with a geometric centre of gravity (SP) and every printing head connected to its mount in two connecting points (API, AP2), which are adjustable relative to a fixed point (FP) of the mount and connected to one another by an imaginary straight connecting line (VL) passing through the centre of gravity (SP) of the nozzle surface , wherein for every printing head , a first adjustment device and a second adjustment device are in contact with the mount in such a way that adjusting the two adjustment devices in opposite directions causes the printing head to be adjusted in a first degree of freedom and adjusting the two adjustment devices in the same direction causes the printing head to be adjusted in a second degree of freedom, said first degree of freedom defined by a translatory axis (TA) and said second degree of freedom defined by an axis of rotation (RA), characterized in that the adjustments of the two adjustment devices are linear displacements along an axis of rotation and in that each one of the adjustment devices has a taper .
A gamma radiation detection device comprising: a scintillator element having a ceramic structure; an optical detector in optical communication with the scintillator element ; a plurality of particles or voids dispersed in the scintillator element wherein the average volume diameter of the particles or voids is in the range 50 nanometres to 1000 nanometres, and wherein the particles are at least one of the following: Al 2 O 3 particles, SiO 2 particles, MgO 2 particles. a scintillator element having a ceramic structure; an optical detector in optical communication with the scintillator element ; a plurality of particles or voids dispersed in the scintillator element wherein the average volume diameter of the particles or voids is in the range 50 nanometres to 1000 nanometres, and wherein the particles are at least one of the following: Al 2 O 3 particles, SiO 2 particles, MgO 2 particles.
A method of manufacturing an artificial biomembrane using a silk matrix, comprising: a first step of inducing a silkworm to spin a planar silk matrix by moving a sheet on which the silkworm is placed, and a second step of subjecting the silk matrix having a cross-section with a first thickness to planar division into two or more silk matrix pieces having a predetermined shape with the first thickness. a first step of inducing a silkworm to spin a planar silk matrix by moving a sheet on which the silkworm is placed, and a second step of subjecting the silk matrix having a cross-section with a first thickness to planar division into two or more silk matrix pieces having a predetermined shape with the first thickness.
A method for detecting Parkinson's disease (PD) in a subject, preferably a human subject, which method comprises: a) measuring the level of a first brain-enriched miRNA in a blood plasma or serum sample collected from the subject, wherein said first brain-enriched miRNA is neuronal miRNA enriched in midbrain that is let-7e; b) measuring the level of a second miRNA in the same sample collected from the subject; c) calculating the ratio of the levels of the miRNA measured in steps (a) and (b); d) comparing the ratio of the levels of the miRNA calculated in step (c) with a corresponding control ratio in age-matched healthy subjects, and e) (i) identifying the subject as being afflicted with PD when the ratio of the levels of the miRNA calculated in step (c) is higher than the corresponding control ratio in age-matched healthy subjects or (ii) identifying the subject as not being afflicted with PD when the ratio of the levels of the miRNA calculated in step (c) is not higher than the corresponding control ratio in age-matched healthy subjects, wherein said first miRNA and said second miRNA are selected from the following pairs: let-7e/miR-335, let-7e/miR-9*, let-7e/miR-132, let-7e/miR-134, let-7e/miR-411, let-7e/miR-146b, let-7e/miR-146a, and let-7e/miR-323-3p. a) measuring the level of a first brain-enriched miRNA in a blood plasma or serum sample collected from the subject, wherein said first brain-enriched miRNA is neuronal miRNA enriched in midbrain that is let-7e; b) measuring the level of a second miRNA in the same sample collected from the subject; c) calculating the ratio of the levels of the miRNA measured in steps (a) and (b); d) comparing the ratio of the levels of the miRNA calculated in step (c) with a corresponding control ratio in age-matched healthy subjects, and e) (i) identifying the subject as being afflicted with PD when the ratio of the levels of the miRNA calculated in step (c) is higher than the corresponding control ratio in age-matched healthy subjects or (ii) identifying the subject as not being afflicted with PD when the ratio of the levels of the miRNA calculated in step (c) is not higher than the corresponding control ratio in age-matched healthy subjects, wherein said first miRNA and said second miRNA are selected from the following pairs: let-7e/miR-335, let-7e/miR-9*, let-7e/miR-132, let-7e/miR-134, let-7e/miR-411, let-7e/miR-146b, let-7e/miR-146a, and let-7e/miR-323-3p.
A display device, comprising: a substrate , comprising a display area and a peripheral area adjacent to the display area ; a plurality of sub-pixels disposed in the display area and arranged along a first direction (D1), wherein the plurality of sub-pixels have a first color, and two adjacent ones of the plurality of sub-pixels have a first pixel pitch (P1) along the first direction (D1); a covering layer disposed in the peripheral area and having a first recess and a second recess , wherein the first recess is disposed between the display area and the second recess and wherein the first recess has a first portion , a second portion and a third portion , the first portion is extended along a second direction (D2) perpendicular to the first direction (D1), the second portion is extended along the first direction (D1), the first portion and the second portion are connected by the third portion ; a first filler layer ; and a sealant layer disposed on the second recess ; wherein at least a part of the first filler layer is disposed in the first recess ; and wherein the first filler layer comprises a first photoresist; and wherein the first portion has a first width (W1) along the first direction (D1); and wherein a ratio of the first width (W1) to the first pixel pitch (P1) is greater than or equal to 0.05 and less than or equal to 0.7, and a distance formed between the first recess and the second recess along the first direction (D1) is greater than a distance formed between the first recess and the display area along the first direction (D1). a substrate , comprising a display area and a peripheral area adjacent to the display area ; a plurality of sub-pixels disposed in the display area and arranged along a first direction (D1), wherein the plurality of sub-pixels have a first color, and two adjacent ones of the plurality of sub-pixels have a first pixel pitch (P1) along the first direction (D1); a covering layer disposed in the peripheral area and having a first recess and a second recess , wherein the first recess is disposed between the display area and the second recess and wherein the first recess has a first portion , a second portion and a third portion , the first portion is extended along a second direction (D2) perpendicular to the first direction (D1), the second portion is extended along the first direction (D1), the first portion and the second portion are connected by the third portion ; a first filler layer ; and a sealant layer disposed on the second recess ; wherein at least a part of the first filler layer is disposed in the first recess ; and wherein the first filler layer comprises a first photoresist; and wherein the first portion has a first width (W1) along the first direction (D1); and wherein a ratio of the first width (W1) to the first pixel pitch (P1) is greater than or equal to 0.05 and less than or equal to 0.7, and a distance formed between the first recess and the second recess along the first direction (D1) is greater than a distance formed between the first recess and the display area along the first direction (D1).
A propulsion unit comprising a nacelle and a bypass turbojet engine, including a cascade thrust reverser equipped with movable thrust reverser cascades disposed around an annular flow path of fresh air of the turbojet engine, and cylinders disposed around the annular flow path, and each having a front end fastened to the turbojet engine, each cylinder further having a rear end which drives in translation movable rear cowls and cascades to open, in the annular flow path, radial passages receiving these cascades , and including lifting points of the turbojet engine disposed around the annular flow path of fresh air of the turbojet engine, this propulsion unit being characterized in that at least one of the lifting points is formed on a support for fastening a front end of a cylinder .
A motor driving apparatus for a home appliance, comprising: an inverter comprising at least one switching element and configured to output alternating current power to a motor ; a vibration sensor configured to detect vibrations associated with driving of the motor ; and a controller configured to generate a control signal for controlling the inverter , wherein the control signal includes a compensation signal for vibration reduction generated based on an output of the vibration sensor , wherein the controller is configured to control the motor to sequentially operate in a low-speed maintenance section, an acceleration section and a high-speed maintenance section, and wherein the control signal including the compensation signal for vibration reduction is generated in at least a portion of the acceleration section, characterized in that the controller is configured to generate the control signal including the compensation signal for vibration reduction within a time period from a start of the acceleration section until a rotational speed of the motor reaches a first reference revolutions per minute, RPM, and wherein the controller is configured to generate a control signal excluding the compensation signal, when the rotational speed of the motor is greater than the first reference RPM. an inverter comprising at least one switching element and configured to output alternating current power to a motor ; a vibration sensor configured to detect vibrations associated with driving of the motor ; and a controller configured to generate a control signal for controlling the inverter , wherein the control signal includes a compensation signal for vibration reduction generated based on an output of the vibration sensor , wherein the controller is configured to control the motor to sequentially operate in a low-speed maintenance section, an acceleration section and a high-speed maintenance section, and wherein the control signal including the compensation signal for vibration reduction is generated in at least a portion of the acceleration section, characterized in that the controller is configured to generate the control signal including the compensation signal for vibration reduction within a time period from a start of the acceleration section until a rotational speed of the motor reaches a first reference revolutions per minute, RPM, and wherein the controller is configured to generate a control signal excluding the compensation signal, when the rotational speed of the motor is greater than the first reference RPM.
A retrievable sensor device, comprising: a sensing element having a sensor , a separation diaphragm , and a sensor cavity in fluid communication with the sensor and the separation diaphragm such that the sensor cavity is configured to transfer a sensed condition received by the separation diaphragm to the sensor for measurement; and an actuator in fluid communication with the sensor cavity , the actuator being configured to adjust a volume of fluid in the sensor cavity and thereby alter a pressure of the sensor cavity , characterised in that the actuator includes a first negative-pressure chamber , a second pressurized chamber , and a sealed valve hermetically separating the first and second chambers. a sensing element having a sensor , a separation diaphragm , and a sensor cavity in fluid communication with the sensor and the separation diaphragm such that the sensor cavity is configured to transfer a sensed condition received by the separation diaphragm to the sensor for measurement; and an actuator in fluid communication with the sensor cavity , the actuator being configured to adjust a volume of fluid in the sensor cavity and thereby alter a pressure of the sensor cavity , characterised in that the actuator includes a first negative-pressure chamber , a second pressurized chamber , and a sealed valve hermetically separating the first and second chambers.
A flow-conducting grille designed as a pre-conducting grille for arranging on a suction region of a fan, wherein the flow-conducting grille has a grille web structure about an axial center line (ML), which grille web structure comprises radial webs spaced apart in the circumferential direction and coaxial circumferential webs spaced apart in the radial direction and an outer ring , wherein an inflow side of the flow-conducting grille extends flat and parallel to a radial plane of the flow-conducting grille , wherein the first coaxial circumferential web viewed in the radial direction has an extent from the inflow side to an outflow side, which is inclined radially outward with respect to the axial center line by an angle (α), characterized in that the second coaxial circumferential web viewed in the radial direction has an extent from the inflow side to an outflow side, which is inclined radially inward with respect to the axial center line by an angle (β).
A switch assembly comprising a switch and a drive system for the switch , the drive system including - a motor for driving the switch ; - a control device with a power section for supplying power to the motor and a control unit for initiating a switching operation of the switch by control of the power section ; and - a protection circuit , configured - in the event of a malfunction of the control unit to detect a first error signal via a state contact of the control unit ; and - in the event of a malfunction of the power section to detect a second error signal via a state contact of the power section ; - to initiate a safety measure depending on the first and the second error signal; - wherein the control device is configured to activate the protection circuit prior to the switching operation being initiated and to deactivate it following successful execution of the switching operation. - a motor for driving the switch ; - a control device with a power section for supplying power to the motor and a control unit for initiating a switching operation of the switch by control of the power section ; and - a protection circuit , configured - in the event of a malfunction of the control unit to detect a first error signal via a state contact of the control unit ; and - in the event of a malfunction of the power section to detect a second error signal via a state contact of the power section ; - to initiate a safety measure depending on the first and the second error signal; - in the event of a malfunction of the control unit to detect a first error signal via a state contact of the control unit ; and - in the event of a malfunction of the power section to detect a second error signal via a state contact of the power section ; - to initiate a safety measure depending on the first and the second error signal; - wherein the control device is configured to activate the protection circuit prior to the switching operation being initiated and to deactivate it following successful execution of the switching operation.
A medical connector assembly, comprising: a multi-patient connector having a first fluid passageway and a frame adapted to receive one or more single-patient connectors and to support the multi-patient connector ; and one or more single-patient connectors , each of the single-patient connectors comprising: a housing having a proximal end opposite a distal end with a central fluid passage along a longitudinal axis extending therebetween; a connector having a central channel , the connector removably coupled to the housing and movable relative to the housing between the proximal end and the distal end; characterised in that each of the single-patient connectors further comprises a flange extending around the distal end of the housing ; a cap removably engaged to the flange; and a seal disposed around a perimeter of the flange ; and wherein each of the one or more single-patient connectors is removably engageable with the multi-patient connector to establish a fluid path therethrough by (a) sliding the housing of the single-patient connector relative to the multi-patient connector into a groove of the frame in a direction perpendicular to the longitudinal axis to remove the cap from the flange so that the seal slidably engages the frame and thereby aligns the central channel of the connector with the first fluid passageway of the multi-patient connector , and (b) moving the connector relative to the housing in a direction from the proximal end toward the distal end of the housing ; wherein the frame includes a shroud configured to envelop the housing of the single-patient connector ; and wherein as the single-patient connector is slid within the shroud the cap is removed by the shroud without exposing the distal end of the housing of the single-patient connector. a multi-patient connector having a first fluid passageway and a frame adapted to receive one or more single-patient connectors and to support the multi-patient connector ; and one or more single-patient connectors , each of the single-patient connectors comprising: a housing having a proximal end opposite a distal end with a central fluid passage along a longitudinal axis extending therebetween; a connector having a central channel , the connector removably coupled to the housing and movable relative to the housing between the proximal end and the distal end; a housing having a proximal end opposite a distal end with a central fluid passage along a longitudinal axis extending therebetween; a connector having a central channel , the connector removably coupled to the housing and movable relative to the housing between the proximal end and the distal end; a flange extending around the distal end of the housing ; a cap removably engaged to the flange; and a seal disposed around a perimeter of the flange ; wherein the frame includes a shroud configured to envelop the housing of the single-patient connector ; and wherein as the single-patient connector is slid within the shroud the cap is removed by the shroud without exposing the distal end of the housing of the single-patient connector.
Electrical switching device for house or building installation, which electrical switching device is embodied as a flush-mounted or surface-mounted installation device and is constructed from at least one first switching part that is able to be installed in a stationary manner and at least one second switching part that is detachable from the first switching part that is able to be installed in a stationary manner, wherein the at least one second switching part is formed from at least one transparent material and has at least one touch-sensitive switching area with which operator control processes of the switching device are implementable, characterized in that the second switching part is equipped with a personalization function and with a transfer function, wherein a switching function of the second switching part is transferable as a result of the separation of the second switching part from the first switching part .