mhurhangee/patent-ind-claim-en huggingface dataset:
Actuator assembly for a textile machine , the textile machine having a width w, a depth d and a height h, wherein: - the actuator assembly comprises a plurality n of spools distributed along the depth d ; - the actuator assembly comprises a plurality n+1 of magnetic plates distributed along the depth d ; - the magnetic plates and the spools are alternated along the depth d such that each spool is received between two adjacent magnetic plates ; - each magnetic plate comprises an upper permanent magnet and a lower permanent magnet having opposed orientation; - the upper permanent magnets of all the magnetic plates have the same orientation; - the lower permanent magnets of all the magnetic plates have the same orientation; - each spool is movable along the height h between an upper position and a lower position and vice versa, wherein the upper position is at least partially comprised between the upper permanent magnets of the two adjacent magnetic plates and the lower position is at least partially comprised between the lower permanent magnets of the two adjacent magnetic plates ; and - each spool can be electrically powered in two opposed ways. - the actuator assembly comprises a plurality n of spools distributed along the depth d ; - the actuator assembly comprises a plurality n+1 of magnetic plates distributed along the depth d ; - the magnetic plates and the spools are alternated along the depth d such that each spool is received between two adjacent magnetic plates ; - each magnetic plate comprises an upper permanent magnet and a lower permanent magnet having opposed orientation; - the upper permanent magnets of all the magnetic plates have the same orientation; - the lower permanent magnets of all the magnetic plates have the same orientation; - each spool is movable along the height h between an upper position and a lower position and vice versa, wherein the upper position is at least partially comprised between the upper permanent magnets of the two adjacent magnetic plates and the lower position is at least partially comprised between the lower permanent magnets of the two adjacent magnetic plates ; and - each spool can be electrically powered in two opposed ways.
An agricultural harvesting machine , comprising a front attachment for receiving harvested material containing grain components , at least one working assembly for processing the received harvested material as well as an overhead transfer device , wherein the harvested material received by the front attachment passes through the harvesting machine as a flow of harvested material (S), wherein a NIR sensor which detects the flow of harvested material (S) is disposed downstream of the at least one working assembly along the flow of harvested material (S), and in that an evaluation device receives and analyses the signals from the NIR sensor , characterized in that the analysis of the signals is directed towards the determination of a degree of cracking of the grain components (23 to 27) contained in the flow of harvested material .
A compound of structure: or wherein R 5 is an unsubstituted C 1 -C 5 alkyl group; and each Y is independently deuterium or tritium.
A runner assembly for a circumferential seal assembly comprising: a runner defined about an axis of rotation, said runner having an inwardly extending runner mounting flange adjacent to a distal end of said runner ; an axially flexible clamp engaged with said distal end; and a radially flexible clamp engaged with said inwardly extending mounting flange , characterised in that : a radially inwardly extending flange of said radially flexible clamp and a radially inwardly extending flange of said axially flexible clamp are separated by a spacer . a runner defined about an axis of rotation, said runner having an inwardly extending runner mounting flange adjacent to a distal end of said runner ; an axially flexible clamp engaged with said distal end; and a radially flexible clamp engaged with said inwardly extending mounting flange , characterised in that : a radially inwardly extending flange of said radially flexible clamp and a radially inwardly extending flange of said axially flexible clamp are separated by a spacer .
A system for presenting a mixed reality experience to one or more users, the system comprising: a see-through head-mounted display device including a display unit for displaying a virtual object ; and a computing system operatively coupled to the see-through head-mounted display device, the computing system generating the virtual object for display on the see-through head-mounted display device, the computing system positioning the virtual object as being body locked with respect to the see-through head-mounted display device for translation movements when it is determined the virtual object is not in a field of view of the see-through head-mounted display device for at least a determined period of time, whereby the virtual object is insensitive to user head movements about at least one of an x-axis and a z-axis, wherein a y-axis is an axis down through the user's head, the z- axis is straight out from the user's face, perpendicular to the y-axis, and the x-axis is perpendicular to both the y and z axes, and the computing system positioning the virtual object as being world locked when it is determined that the virtual object is in the field of view of the see-through head-mounted display device for at least the determined period of time. a see-through head-mounted display device including a display unit for displaying a virtual object ; and a computing system operatively coupled to the see-through head-mounted display device, the computing system generating the virtual object for display on the see-through head-mounted display device, the computing system positioning the virtual object as being body locked with respect to the see-through head-mounted display device for translation movements when it is determined the virtual object is not in a field of view of the see-through head-mounted display device for at least a determined period of time, whereby the virtual object is insensitive to user head movements about at least one of an x-axis and a z-axis, wherein a y-axis is an axis down through the user's head, the z- axis is straight out from the user's face, perpendicular to the y-axis, and the x-axis is perpendicular to both the y and z axes, and the computing system positioning the virtual object as being world locked when it is determined that the virtual object is in the field of view of the see-through head-mounted display device for at least the determined period of time.
A method implemented at a network exposure node, wherein the network exposure node is a service capability exposure function, SCEF, or network exposure function, NEF, the method comprising: receiving , from a first application server in operator trust domain, configuration information that can be used for data delivery for a terminal device; receiving data from one of the terminal device and the first application server; and forwarding the data to the other of the terminal device and the first application server based on the configuration information; the method being characterized in that the data received from the terminal device is in a form of Internet protocol, IP, data or non-IP data; and wherein the IP data is forwarded through a same interface as is used for the non-IP data; and wherein the same interface is T8 non-IP data delivery, NIDD, interface. receiving , from a first application server in operator trust domain, configuration information that can be used for data delivery for a terminal device; receiving data from one of the terminal device and the first application server; and forwarding the data to the other of the terminal device and the first application server based on the configuration information; the method being characterized in that the data received from the terminal device is in a form of Internet protocol, IP, data or non-IP data; and wherein the IP data is forwarded through a same interface as is used for the non-IP data; and wherein the same interface is T8 non-IP data delivery, NIDD, interface.
Module for projecting a light beam comprising a light source provided with at least one light-emitting diode capable of emitting light rays and an optical element provided with a convergent lens projecting an image of the source to produce the light beam and comprising means for producing a rotation of the optical element relative to the light source , the rotation being of axis (A) perpendicular to the average direction of emission of the rays of the light source , Characterised in that the light source is located in the object focal plane of the lens ., the module being based on the principle of direct imaging of a source with steep emissive edges through an optical system, making it possible to dispense with an intermediate mask, placed at the focus of the convergent lens, to occult part of the beam since all the light emitted in the direction of the area to be illuminated is intrinsically spatially limited by the construction of the said diode.
A method of quantitating sorption of stannous by microbial cells of a biofilm comprising the steps: (a) treating the biofilm with a stannous containing oral care product; (b) labeling microbial cells of the biofilm with a microbial fluorescent probe; (c) incubating the biofilm with a stannous fluorescent probe; and (d) quantitating the labeled cells of the biofilm by measuring fluorescence light emitted from microbial fluorescent labeled cells and by measuring fluorescence light from stannous fluorescent labeled cells. (a) treating the biofilm with a stannous containing oral care product; (b) labeling microbial cells of the biofilm with a microbial fluorescent probe; (c) incubating the biofilm with a stannous fluorescent probe; and (d) quantitating the labeled cells of the biofilm by measuring fluorescence light emitted from microbial fluorescent labeled cells and by measuring fluorescence light from stannous fluorescent labeled cells.
Condensation plant with upwardly directed tube bundles for condensing vapor , having the following features: a) an air chamber has an upwardly widening trapezoidal cross-section with an upper side , a lower side and with two longitudinal sides inclined in opposite directions with respect to a vertical (V), which are formed by the tube bundles , as well as end sides impermeable to cooling air ; b) the upper side has at least one outlet opening for heated cooling air , wherein a fan is arranged in the outlet opening to draw in colder cooling air from the outside through the tube bundles into the air chamber ; c) the tube bundles have heat exchanger tubes which are connected at their ends to vapor distribution lines and to condensate collecting lines , wherein one of the vapor distribution lines and one of the condensate collecting lines is arranged on each of the two longitudinal sides ; the condensation plant is characterized in that d) the tube bundles are each at an angle (W1) in a range from 12° to 18° to a vertical (V), wherein the tube bundles extend at a first distance (A1) from one another on the vapor distribution lines and at a second distance (A2) from one another on the condensate collecting lines , wherein the second spacing (A2) is at least 1/3 of the first spacing (A1). a) an air chamber has an upwardly widening trapezoidal cross-section with an upper side , a lower side and with two longitudinal sides inclined in opposite directions with respect to a vertical (V), which are formed by the tube bundles , as well as end sides impermeable to cooling air ; b) the upper side has at least one outlet opening for heated cooling air , wherein a fan is arranged in the outlet opening to draw in colder cooling air from the outside through the tube bundles into the air chamber ; c) the tube bundles have heat exchanger tubes which are connected at their ends to vapor distribution lines and to condensate collecting lines , wherein one of the vapor distribution lines and one of the condensate collecting lines is arranged on each of the two longitudinal sides ; the condensation plant is characterized in that d) the tube bundles are each at an angle (W1) in a range from 12° to 18° to a vertical (V), wherein the tube bundles extend at a first distance (A1) from one another on the vapor distribution lines and at a second distance (A2) from one another on the condensate collecting lines , wherein the second spacing (A2) is at least 1/3 of the first spacing (A1).
A diving board stand comprising: a fulcrum casting , the fulcrum casting being a fulcrum base including a cast-in wing formation providing a point for attachment when mounting the stand to a pedestal or platform; a fulcrum roller configured to be supported over the fulcrum base and movable on the fulcrum base; an actuator wheel connected to one end of the fulcrum roller that can be turned to roll the fulcrum roller ; a rear anchor for connecting the diving board stand to a rear end of a diving board, the rear anchor comprising a tray ; and an alignment beam for connecting the fulcrum base to the rear anchor , wherein an end of the alignment beam nests into the tray and is connected to the rear anchor , the alignment beam at its other end being connected to the fulcrum base by an alignment beam mounting bracket . a fulcrum casting , the fulcrum casting being a fulcrum base including a cast-in wing formation providing a point for attachment when mounting the stand to a pedestal or platform; a fulcrum roller configured to be supported over the fulcrum base and movable on the fulcrum base; an actuator wheel connected to one end of the fulcrum roller that can be turned to roll the fulcrum roller ; a rear anchor for connecting the diving board stand to a rear end of a diving board, the rear anchor comprising a tray ; and an alignment beam for connecting the fulcrum base to the rear anchor , wherein an end of the alignment beam nests into the tray and is connected to the rear anchor , the alignment beam at its other end being connected to the fulcrum base by an alignment beam mounting bracket .
A touch panel comprising: a substrate having a first surface and a second surface opposite to the first surface ; an intermediate layer on the first surface of the substrate ; a transparent electrode on the intermediate layer ; the touch panel being characterized in that it comprises an outer dummy layer formed on a dummy area (DA) of the first surface around an effective area (AA) for detecting a position of an input device; wherein the outer dummy layer is in direct physical contact with the first surface of the substrate , wherein the second surface of the substrate is a contact surface for an input device, wherein the transparent electrode includes indium tin oxide, the content of tin being 10% or less. a substrate having a first surface and a second surface opposite to the first surface ; an intermediate layer on the first surface of the substrate ; a transparent electrode on the intermediate layer ; the touch panel being characterized in that it comprises an outer dummy layer formed on a dummy area (DA) of the first surface around an effective area (AA) for detecting a position of an input device; wherein the outer dummy layer is in direct physical contact with the first surface of the substrate , wherein the second surface of the substrate is a contact surface for an input device, wherein the transparent electrode includes indium tin oxide, the content of tin being 10% or less.
A system (10; 50; 90; 130) for determining an absolute position of a device, the system comprising: a high resolution track (14; 54; 94; 134) having a plurality of North/South pole pairs, each pole of each North/South pole pair being the same size; a sensor and processing unit (22; 62; 102; 142) associated with the high resolution track (14; 54; 94; 134) and configured to determine a position of the device over one of the North/South pole pairs of the high resolution track; a reference track (18; 58; 98; 138) having a plurality of North/South pole pairs arranged to define a single-track Gray code segment; an array of Hall effect sensors (26; 66; 106; 146) associated with the reference track (18; 58; 98; 138) and configured to determine a coarse absolute position of the device over the single-track Gray code segment and to output a reference signal to the sensor and processing unit (22; 62; 102; 142) indicative of the coarse absolute position of the device over the single-track Gray code segment, wherein the sensor and processing unit is configured to combine the reference signal with the position of the device over one of the North/South pole pairs of the high resolution track (14; 54; 94; 134) to determine an initial, fine absolute position of the device; and an up/down hardware counter adapted to increment or decrement the initial fine absolute position determined by the sensor and processing unit (22; 62; 102; 142) using a signal generated from the high resolution track (14; 54; 94; 134), and without any further software-based processing, to maintain and continuously update the fine absolute position of the device. a high resolution track (14; 54; 94; 134) having a plurality of North/South pole pairs, each pole of each North/South pole pair being the same size; a sensor and processing unit (22; 62; 102; 142) associated with the high resolution track (14; 54; 94; 134) and configured to determine a position of the device over one of the North/South pole pairs of the high resolution track; a reference track (18; 58; 98; 138) having a plurality of North/South pole pairs arranged to define a single-track Gray code segment; an array of Hall effect sensors (26; 66; 106; 146) associated with the reference track (18; 58; 98; 138) and configured to determine a coarse absolute position of the device over the single-track Gray code segment and to output a reference signal to the sensor and processing unit (22; 62; 102; 142) indicative of the coarse absolute position of the device over the single-track Gray code segment, wherein the sensor and processing unit is configured to combine the reference signal with the position of the device over one of the North/South pole pairs of the high resolution track (14; 54; 94; 134) to determine an initial, fine absolute position of the device; and an up/down hardware counter adapted to increment or decrement the initial fine absolute position determined by the sensor and processing unit (22; 62; 102; 142) using a signal generated from the high resolution track (14; 54; 94; 134), and without any further software-based processing, to maintain and continuously update the fine absolute position of the device.
A method for operating an air-jet spinning device after a spinning interruption, wherein, in the fibre band running direction (R), a drafting system for drafting a fibre band is arranged upstream of the air-jet spinning device and a thread take-up device for drawing off a thread spun by means of the air-jet spinning device is arranged downstream of the air-jet spinning device , which thread take-up device can be driven by an individual motor, after a spinning interruption, the thread end of the spun thread which has run onto a take-up package is picked up by means of a suction nozzle and transferred to a thread-end preparation device arranged downstream of the air-jet spinning device in the fibre band running direction (R), the thread end is processed in the thread-end preparation device and subsequently transferred into the area of the outlet opening of the spinning cone , and the thread end is transported to the inlet opening of the spinning cone by means of the thread take-up device , which is reversibly driven by an individual motor, characterised in that the thread end is positioned within the air-jet spinning device at a distance in front of the inlet opening by means of the thread take-up device , which is reversibly driven by an individual motor, and the drafting system of the workstation in question is started up and the fibre band is conveyed through a fibre band guide of the nozzle block into the area of the inlet opening of the spinning cone and is pieced there to the prepared thread end of the spun thread , the thread end of the spun thread which has run onto the take-up package being picked up by means of the suction nozzle which is a component of each workstation of an air-spinning machine. after a spinning interruption, the thread end of the spun thread which has run onto a take-up package is picked up by means of a suction nozzle and transferred to a thread-end preparation device arranged downstream of the air-jet spinning device in the fibre band running direction (R), the thread end is processed in the thread-end preparation device and subsequently transferred into the area of the outlet opening of the spinning cone , and the thread end is transported to the inlet opening of the spinning cone by means of the thread take-up device , which is reversibly driven by an individual motor, characterised in that the thread end is positioned within the air-jet spinning device at a distance in front of the inlet opening by means of the thread take-up device , which is reversibly driven by an individual motor, and the drafting system of the workstation in question is started up and the fibre band is conveyed through a fibre band guide of the nozzle block into the area of the inlet opening of the spinning cone and is pieced there to the prepared thread end of the spun thread , the thread end of the spun thread which has run onto the take-up package being picked up by means of the suction nozzle which is a component of each workstation of an air-spinning machine.
An inspection device that has a substitute currency for gaming of which a value can be specified by an external appearance, a color, or a dimension as an inspection target and inspects a substitute currency for gaming including an RFID in which information of the substitute currency for gaming is recorded, the inspection device comprising: an RFID reading device that reads the information of the substitute currency for gaming from the RFID of the substitute currency for gaming placed at a predetermined location; a camera device that images and records the substitute currency for gaming using a camera; and a management control device that specifies and stores a total number of substitute currency for gaming at the predetermined location by using a result of the imaging performed by the camera device ; wherein the management control device has a function of checking the number of the substitute currency for gaming at the predetermined location from information supplied from the RFID reading device and inspecting a mismatch between the number of the substitute currency for gaming acquired from the RFID reading device and the total number of the substitute currency for gaming acquired from the result of the imaging performed by the camera device and uses this inspection for detection of a defect of the substitute currency for gaming or a fake substitute currency for gaming. an RFID reading device that reads the information of the substitute currency for gaming from the RFID of the substitute currency for gaming placed at a predetermined location; a camera device that images and records the substitute currency for gaming using a camera; and a management control device that specifies and stores a total number of substitute currency for gaming at the predetermined location by using a result of the imaging performed by the camera device ; wherein the management control device has a function of checking the number of the substitute currency for gaming at the predetermined location from information supplied from the RFID reading device and inspecting a mismatch between the number of the substitute currency for gaming acquired from the RFID reading device and the total number of the substitute currency for gaming acquired from the result of the imaging performed by the camera device and uses this inspection for detection of a defect of the substitute currency for gaming or a fake substitute currency for gaming.