mhurhangee/patent-ind-claim-en huggingface dataset:
An active pen that is configured to transmit, through coupling capacitance, a signal to a sensor electrode group connected to a sensor controller , the active pen comprising: a pen tip electrode provided on a leading end in a pen axis direction of the active pen ; a peripheral electrode provided behind in the pen axis direction as viewed from the pen tip electrode ; and a signal processing unit that is configured to transmit a downlink signal through the pen tip electrode and that is configured to transmit a reverse-phase signal of the downlink signal from the peripheral electrode at the same time, characterized in that : for enabling detection of a rotation angle of the active pen about the pen axis by the sensor controller , the peripheral electrode includes a plurality of segmented electrodes having anisotropic shapes with respect to rotation about the pen axis, and the signal processing unit is configured to individually switch each of the plurality of segmented electrodes to transmit the downlink signal or to transmit the reverse-phase signal. a pen tip electrode provided on a leading end in a pen axis direction of the active pen ; a peripheral electrode provided behind in the pen axis direction as viewed from the pen tip electrode ; and a signal processing unit that is configured to transmit a downlink signal through the pen tip electrode and that is configured to transmit a reverse-phase signal of the downlink signal from the peripheral electrode at the same time, characterized in that : for enabling detection of a rotation angle of the active pen about the pen axis by the sensor controller , the peripheral electrode includes a plurality of segmented electrodes having anisotropic shapes with respect to rotation about the pen axis, and the signal processing unit is configured to individually switch each of the plurality of segmented electrodes to transmit the downlink signal or to transmit the reverse-phase signal. for enabling detection of a rotation angle of the active pen about the pen axis by the sensor controller , the peripheral electrode includes a plurality of segmented electrodes having anisotropic shapes with respect to rotation about the pen axis, and the signal processing unit is configured to individually switch each of the plurality of segmented electrodes to transmit the downlink signal or to transmit the reverse-phase signal.
A location system comprising one or more master units and one or more slave units ; the or each master unit comprising: a long-range wireless transceiver , a short range wireless transceiver and a location detection means operatively connected to the short-range wireless transceiver wherein the short-range wireless transceiver is adapted to broadcast an of the master unit and the location of the master unit as determined by the master unit's location detection means ; the or each slave unit comprising: a short-range wireless transceiver and a location detection means operatively connected to the short-range wireless transceiver wherein the short-range wireless transceiver is adapted to broadcast an ID of the slave unit and the location of the slave unit as determined by the slave unit's location detection means ; wherein the short-range wireless transceivers of the master and slave units are: adapted to receive the IDs and the locations of other in-range master or slave units ; and to broadcast a first data signal comprising the ID and the location of said master or slave unit and the IDs and locations of other in-range master or slave units ; and wherein the short-range wireless transceivers of the master units are: adapted to receive the first data signals of in-range master or slave units ; and to broadcast a second data signal comprising the IDs and locations of the master and slave units contained in the received first data signals ; and wherein the or each master unit is adapted to selectively broadcast the second data signal via the long-range wireless transceiver . the or each master unit comprising: a long-range wireless transceiver , a short range wireless transceiver and a location detection means operatively connected to the short-range wireless transceiver wherein the short-range wireless transceiver is adapted to broadcast an of the master unit and the location of the master unit as determined by the master unit's location detection means ; the or each slave unit comprising: a short-range wireless transceiver and a location detection means operatively connected to the short-range wireless transceiver wherein the short-range wireless transceiver is adapted to broadcast an ID of the slave unit and the location of the slave unit as determined by the slave unit's location detection means ; wherein the short-range wireless transceivers of the master and slave units are: adapted to receive the IDs and the locations of other in-range master or slave units ; and to broadcast a first data signal comprising the ID and the location of said master or slave unit and the IDs and locations of other in-range master or slave units ; and wherein the short-range wireless transceivers of the master units are: adapted to receive the first data signals of in-range master or slave units ; and to broadcast a second data signal comprising the IDs and locations of the master and slave units contained in the received first data signals ; and wherein the or each master unit is adapted to selectively broadcast the second data signal via the long-range wireless transceiver .
A yarn winder configured to wind yarns (Y) onto bobbins (B) attached to a winding shaft while traversing the yarns (Y) about fulcrum guides that are aligned in the axial direction of the winding shaft , the fulcrum guides being rollers each having a central axis and having outer circumferential surfaces on which the yarns (Y) are placed, at least one of the fulcrum guides being freely rotatable about the central axis, and the yarn winder comprising a switching mechanism which prevents the at least one of the fulcrum guides from rotating during yarn winding, and cancels prevention of rotation of the at least one of the fulcrum guides at a time other than the yarn winding. the fulcrum guides being rollers each having a central axis and having outer circumferential surfaces on which the yarns (Y) are placed, at least one of the fulcrum guides being freely rotatable about the central axis, and the yarn winder comprising a switching mechanism which prevents the at least one of the fulcrum guides from rotating during yarn winding, and cancels prevention of rotation of the at least one of the fulcrum guides at a time other than the yarn winding.
An object detection device comprising: an object position region detection unit configured to detect, from an input image, a position region of an object included in the image on the basis of a first class definition in which a plurality of classes is defined in advance; a class identification unit configured to identify a class out of the plurality of classes to which the object belongs on the basis of the first class definition; and an object detection result output unit configured to output a detection result of the object on the basis of a detection result of the object position region detection unit and an identification result of the class identification unit , wherein the object detection result output unit is configured to output class information of the object as the detection result of the object on the basis of a second class definition in which a plurality of classes is defined in advance, the second class definition associated with the first class definition, and the number of classes defined in the second class definition is smaller than the number of classes defined in the first class definition, and wherein the first class definition is defined by subdividing each class defined in the second class definition. an object position region detection unit configured to detect, from an input image, a position region of an object included in the image on the basis of a first class definition in which a plurality of classes is defined in advance; a class identification unit configured to identify a class out of the plurality of classes to which the object belongs on the basis of the first class definition; and an object detection result output unit configured to output a detection result of the object on the basis of a detection result of the object position region detection unit and an identification result of the class identification unit , wherein the object detection result output unit is configured to output class information of the object as the detection result of the object on the basis of a second class definition in which a plurality of classes is defined in advance, the second class definition associated with the first class definition, and the number of classes defined in the second class definition is smaller than the number of classes defined in the first class definition, and wherein the first class definition is defined by subdividing each class defined in the second class definition.
A non-transitory computer readable medium for a system comprising a guide catheter and an imaging probe extendable distally beyond a distal end of the guide catheter , the distal end of the guide catheter having a catheter frame of reference, the non-transitory computer readable medium containing computer executable instructions, to be run on a computer, for planning a procedure to deploy an interventional instrument including: instructions for receiving data associated with an insertion length between the distal end of the guide catheter and an imaging plane of the imaging probe ; instructions for receiving data associated with the catheter frame of reference; instructions for determining a relative movement between the imaging probe and the distal end of the guide catheter , based upon the insertion length; instructions for receiving an image of an anatomic structure from the imaging probe while extended at the insertion length beyond the distal end of the guide catheter , the image having an image frame of reference; instructions for receiving location data associated with a target structure identified in the image, wherein the received location data is in the image frame of reference; and instructions for transforming the location data associated with the target structure from the image frame of reference to the catheter frame of reference based on the insertion length. instructions for receiving data associated with an insertion length between the distal end of the guide catheter and an imaging plane of the imaging probe ; instructions for receiving data associated with the catheter frame of reference; instructions for determining a relative movement between the imaging probe and the distal end of the guide catheter , based upon the insertion length; instructions for receiving an image of an anatomic structure from the imaging probe while extended at the insertion length beyond the distal end of the guide catheter , the image having an image frame of reference; instructions for receiving location data associated with a target structure identified in the image, wherein the received location data is in the image frame of reference; and instructions for transforming the location data associated with the target structure from the image frame of reference to the catheter frame of reference based on the insertion length.
A flow cytometer system comprising: a flow cytometer instrument operable to output flow cytometry investigation response data, the response data comprising a time series signal data trace corresponding with detection during the flow cytometry investigation of light from the sample fluid in a wavelength range that is indicative of the presence of a particle attribute in the sample fluid; and a processor operable to receive the flow cytometry response data output by the flow cytometer instrument, the processor being further operable to separately batch process a plurality of different time interval batches of data points of the time series signal data trace to: determine a batch-specific noise characteristic for said batch of data points; determine a batch-specific signal peak threshold for said batch of data points as a function of the batch-specific noise characteristic; and identify signal peaks in said batch of data points indicative of the presence of the particle attribute in the sample fluid using threshold criteria including the batch-specific signal peak threshold. a flow cytometer instrument operable to output flow cytometry investigation response data, the response data comprising a time series signal data trace corresponding with detection during the flow cytometry investigation of light from the sample fluid in a wavelength range that is indicative of the presence of a particle attribute in the sample fluid; and a processor operable to receive the flow cytometry response data output by the flow cytometer instrument, the processor being further operable to separately batch process a plurality of different time interval batches of data points of the time series signal data trace to: determine a batch-specific noise characteristic for said batch of data points; determine a batch-specific signal peak threshold for said batch of data points as a function of the batch-specific noise characteristic; and identify signal peaks in said batch of data points indicative of the presence of the particle attribute in the sample fluid using threshold criteria including the batch-specific signal peak threshold. determine a batch-specific noise characteristic for said batch of data points; determine a batch-specific signal peak threshold for said batch of data points as a function of the batch-specific noise characteristic; and identify signal peaks in said batch of data points indicative of the presence of the particle attribute in the sample fluid using threshold criteria including the batch-specific signal peak threshold.
A golf club head comprising: an iron-type golf club head body ; a face plate ; and a filler positioned behind the face plate, wherein the face plate includes: a first surface configured to face away from the iron-type golf club head body and contact a golf ball during use; a second surface, opposite the first surface, configured to face and engage with the iron-type golf club head body; and a plurality of horizontally oriented score lines formed in the first surface; wherein a thickness of the face plate varies, characterized in that the second surface defines a plurality of horizontal thicker regions of the face plate, and that each of the plurality of horizontal thicker regions of the face plate is positioned behind a corresponding horizontal score line of the plurality of score lines. an iron-type golf club head body ; a face plate ; and a filler positioned behind the face plate, wherein the face plate includes: a first surface configured to face away from the iron-type golf club head body and contact a golf ball during use; a second surface, opposite the first surface, configured to face and engage with the iron-type golf club head body; and a plurality of horizontally oriented score lines formed in the first surface; wherein a thickness of the face plate varies, characterized in that the second surface defines a plurality of horizontal thicker regions of the face plate, and that each of the plurality of horizontal thicker regions of the face plate is positioned behind a corresponding horizontal score line of the plurality of score lines. a first surface configured to face away from the iron-type golf club head body and contact a golf ball during use; a second surface, opposite the first surface, configured to face and engage with the iron-type golf club head body; and a plurality of horizontally oriented score lines formed in the first surface; wherein a thickness of the face plate varies, characterized in that the second surface defines a plurality of horizontal thicker regions of the face plate, and that each of the plurality of horizontal thicker regions of the face plate is positioned behind a corresponding horizontal score line of the plurality of score lines.
Valve, in particular for controlling a medium in a cooling or heating circuit, - with a housing , which has a connection point for insertion into a connection device, - wherein the connection point has a passage opening which connects at least one feed opening and at least one outlet opening , - with a valve seat assigned to the passage opening , which is closable by a valve closing member , - with a regulating chamber in the connection point , which is formed between the feed opening and the through-opening or between the through-opening and the outlet opening , - wherein the valve has a safety element and wherein the valve closing member is arrangeable in three positions: - a filling position , in which the securing element holds the valve closing member raised relative to the valve seat and releases the passage opening, - a working position in which the valve closing member is lifted by a drive or relative to the valve seat and releases the passage opening, - a closing position in which the valve closing member closes the valve seat, characterized in - that the securing element is movable into an external engagement position with respect to the valve closing member after the valve closing member has been moved from the filling position into the working position for the first time and the valve closing member is then be moveable into the closing position . - with a housing , which has a connection point for insertion into a connection device, - wherein the connection point has a passage opening which connects at least one feed opening and at least one outlet opening , - with a valve seat assigned to the passage opening , which is closable by a valve closing member , - with a regulating chamber in the connection point , which is formed between the feed opening and the through-opening or between the through-opening and the outlet opening , - wherein the valve has a safety element and wherein the valve closing member is arrangeable in three positions: - a filling position , in which the securing element holds the valve closing member raised relative to the valve seat and releases the passage opening, - a working position in which the valve closing member is lifted by a drive or relative to the valve seat and releases the passage opening, - a closing position in which the valve closing member closes the valve seat, - that the securing element is movable into an external engagement position with respect to the valve closing member after the valve closing member has been moved from the filling position into the working position for the first time and the valve closing member is then be moveable into the closing position .
Plate heat exchanger comprising an active region through which, for heat exchange between different process media (A - E), the process media (A - R) can flow during operation of the plate heat exchanger , an inactive empty layer which is in fluid connection with an environment of the plate heat exchanger , an inactive leak detection layer which is arranged between the active region and the empty layer , wherein the leak detection layer is separated from the active region by means of a separating plate , and an analysis unit for chemically analyzing a process medium (A - E) penetrating from the active region into the leak detection layer due to a leak on or in the separating plate , in order to detect the leak.
A process for producing a composite component, comprising the steps of: i) applying an aqueous composition comprising a polychloroprene dispersion and/or a polyurethane dispersion a) to at least one nonwoven web; ii) coagulating the aqueous composition on the nonwoven web by contacting with a coagulant and/or heating to 80 to 220°C in order to form a semifinished product comprising a binder formed from the aqueous composition; iii) optionally applying a decoration including an adhesive film; iv) then shaping the semifinished product from step ii) or iii) by pressing and/or heating to 30 to 220°C, in order to obtain the composite component; and v) optionally applying a layer, preferably of a thermoplastic polymer or resin, to a portion or the whole surface of the composite component and then optionally applying a decoration, characterized in that the aqueous composition comprises at least one thickener b). i) applying an aqueous composition comprising a polychloroprene dispersion and/or a polyurethane dispersion a) to at least one nonwoven web; ii) coagulating the aqueous composition on the nonwoven web by contacting with a coagulant and/or heating to 80 to 220°C in order to form a semifinished product comprising a binder formed from the aqueous composition; iii) optionally applying a decoration including an adhesive film; iv) then shaping the semifinished product from step ii) or iii) by pressing and/or heating to 30 to 220°C, in order to obtain the composite component; and v) optionally applying a layer, preferably of a thermoplastic polymer or resin, to a portion or the whole surface of the composite component and then optionally applying a decoration, characterized in that the aqueous composition comprises at least one thickener b).
A system for interconnecting duct sections of a solids return system of a boiler , comprising: • a first conduit defining a female joint portion , • a second conduit defining a male joint portion that is received by the female joint portion , • a lateral breach formed between an outer peripheral surface of the male joint portion and an inner peripheral surface of the female joint portion , • an insulating pillow , characterized in that the system further comprises: • a rope seal positioned within the lateral breach and being configured to inhibit the incursion of solids into the lateral breach , and wherein the rope seal is positioned radially outward of the outer peripheral surface of the male joint portion and radially inward of the inner peripheral surface of the female joint portion , and wherein the insulating pillow is received about the male joint portion and abuts a distal end surface of the female joint portion . • a first conduit defining a female joint portion , • a second conduit defining a male joint portion that is received by the female joint portion , • a lateral breach formed between an outer peripheral surface of the male joint portion and an inner peripheral surface of the female joint portion , • an insulating pillow , • a rope seal positioned within the lateral breach and being configured to inhibit the incursion of solids into the lateral breach , and wherein the rope seal is positioned radially outward of the outer peripheral surface of the male joint portion and radially inward of the inner peripheral surface of the female joint portion , and
A medical device for altering lung volume, the medical device comprising: a core formed of a biodegradable material, wherein the core is configured to be inserted into an airway in a linear configuration and to transition to a coiled configuration after insertion to fold the airway onto itself; characterized in that the medical device further comprises a first bioabsorbable material different from the biodegradable material, the first bioabsorbable material configured to cause a local inflammatory response to deactivate a portion of a lung as the core degrades. a core formed of a biodegradable material, wherein the core is configured to be inserted into an airway in a linear configuration and to transition to a coiled configuration after insertion to fold the airway onto itself; characterized in that the medical device further comprises a first bioabsorbable material different from the biodegradable material, the first bioabsorbable material configured to cause a local inflammatory response to deactivate a portion of a lung as the core degrades.