mhurhangee/patent-ind-claim-en huggingface dataset:
A method of wireless communication by a user equipment, UE, in a network, comprising: receiving a layer 1 signaling or a layer 2 signaling indicating a selected subset of a plurality of physical cell identifications, PCIs, associated with a selected subset of a plurality of transmission-reception points, TRPs, in the network; establishing a plurality of communication channels with the selected subset of the plurality of TRPs, wherein each TRP comprises a corresponding PCI of the plurality of PCIs; and determining one or more PCIs of the plurality of PCIs used as one or more default input cell identifications, IDs, associated with a plurality of physical processings, when no explicit configured input ID is signaled to the UE associated with the plurality of physical processings. receiving a layer 1 signaling or a layer 2 signaling indicating a selected subset of a plurality of physical cell identifications, PCIs, associated with a selected subset of a plurality of transmission-reception points, TRPs, in the network; establishing a plurality of communication channels with the selected subset of the plurality of TRPs, wherein each TRP comprises a corresponding PCI of the plurality of PCIs; and determining one or more PCIs of the plurality of PCIs used as one or more default input cell identifications, IDs, associated with a plurality of physical processings, when no explicit configured input ID is signaled to the UE associated with the plurality of physical processings.
An analyzer apparatus comprising: an ionization unit that ionizes molecules to analyze; a filter unit that forms a field for selectively passing ions generated by the ionization unit ; a detector unit that detects ions that have passed through the filter unit ; an ion drive circuitry that electrically drives the ionization unit ; a field drive circuitry that electrically drives the filter unit ; a control unit that controls outputs of the ion drive circuitry and the field drive circuitry ; a temperature detecting unit that detects a temperature about at least one circuitry out of the ion drive circuitry and the field drive circuitry ; a correction unit that corrects an output setting of the at least one circuitry based on the temperature detected by the temperature detecting unit ; a sensor housing that houses the ionization unit , the filter unit , and the detector unit in order; a chamber in which the sensor housing is housed; a depressurization unit that depressurizes an inside of the chamber ; and a capillary that introduces gas including the molecules to analyze into the ionization unit or a periphery of the ionization unit of the sensor housing . an ionization unit that ionizes molecules to analyze; a filter unit that forms a field for selectively passing ions generated by the ionization unit ; a detector unit that detects ions that have passed through the filter unit ; an ion drive circuitry that electrically drives the ionization unit ; a field drive circuitry that electrically drives the filter unit ; a control unit that controls outputs of the ion drive circuitry and the field drive circuitry ; a temperature detecting unit that detects a temperature about at least one circuitry out of the ion drive circuitry and the field drive circuitry ; a correction unit that corrects an output setting of the at least one circuitry based on the temperature detected by the temperature detecting unit ; a sensor housing that houses the ionization unit , the filter unit , and the detector unit in order; a chamber in which the sensor housing is housed; a depressurization unit that depressurizes an inside of the chamber ; and a capillary that introduces gas including the molecules to analyze into the ionization unit or a periphery of the ionization unit of the sensor housing .
A dressing for treating a tissue site with negative pressure, the dressing comprising: a first layer comprising a polymer film having a plurality of fluid restrictions through the polymer film that are configured to expand in response to a pressure gradient across the polymer film; a second layer coupled to the first layer, the second layer comprising a manifold; a third layer coupled to the second layer opposite the first layer , the third layer comprising a polymer drape; characterized by a fourth layer coupled to the first layer opposite the second layer , the fourth layer comprising a hydrophobic gel having a plurality of apertures . a first layer comprising a polymer film having a plurality of fluid restrictions through the polymer film that are configured to expand in response to a pressure gradient across the polymer film; a second layer coupled to the first layer, the second layer comprising a manifold; a third layer coupled to the second layer opposite the first layer , the third layer comprising a polymer drape; characterized by a fourth layer coupled to the first layer opposite the second layer , the fourth layer comprising a hydrophobic gel having a plurality of apertures .
A line stopper arranged to be installed in a skirt portion of a spool of a fishing spinning reel, comprising: a line stopper member comprising a fishing line catching portion (21 21A, 21B) ; and a supporting member disposed under the fishing line catching portion to lock a fishing line between the fishing line catching portion and the supporting member , wherein the line stopper member has a support shaft portion arranged to extend in the radial direction of the skirt portion for connecting said line stopper member with the supporting member , on one of the fishing line catching portion or the supporting member , a protrusion (21b, 11 e) is provided at a left or right side or both the left and right sides of the support shaft portion in a width direction of the supporting member in a plan view where the fishing line catching portion and the supporting member overlap each other such that a fishing line clamping portion is formed between the protrusion (21b, 11 e) and the support shaft portion , characterised in that the protrusion (21b, 11 e) is provided on a front side of the support shaft portion in a plan view where the fishing line catching portion and the supporting member overlap each other. a line stopper member comprising a fishing line catching portion (21 21A, 21B) ; and a supporting member disposed under the fishing line catching portion to lock a fishing line between the fishing line catching portion and the supporting member , wherein the line stopper member has a support shaft portion arranged to extend in the radial direction of the skirt portion for connecting said line stopper member with the supporting member , on one of the fishing line catching portion or the supporting member , a protrusion (21b, 11 e) is provided at a left or right side or both the left and right sides of the support shaft portion in a width direction of the supporting member in a plan view where the fishing line catching portion and the supporting member overlap each other such that a fishing line clamping portion is formed between the protrusion (21b, 11 e) and the support shaft portion , characterised in that the protrusion (21b, 11 e) is provided on a front side of the support shaft portion in a plan view where the fishing line catching portion and the supporting member overlap each other.
A semiconductor device, comprising: a substrate having a magnetic tunneling junction, MTJ, region and a logic region ; an MTJ on the MTJ region , wherein a top view of the MTJ comprises a circle ; and a first metal interconnection on the MTJ , wherein a top view of the first metal interconnection comprises a flat oval or an ellipse overlapping the circle and the circle contacts the flat oval or the ellipse directly. a substrate having a magnetic tunneling junction, MTJ, region and a logic region ; an MTJ on the MTJ region , wherein a top view of the MTJ comprises a circle ; and a first metal interconnection on the MTJ , wherein a top view of the first metal interconnection comprises a flat oval or an ellipse overlapping the circle and the circle contacts the flat oval or the ellipse directly.
A battery testing system , comprising: - a battery test computer comprising a tangible, non-transitory computer-readable medium storing a battery test management system implemented as one or more sets of instructions, wherein the battery test management system comprises a prediction module , a validation module , and a training module , and wherein the battery test computer comprises processing circuitry configured to execute the one or more sets of instructions; - a user interface communicatively coupled to the processing circuitry and configured to provide outputs to a user; wherein the prediction module is configured to predict a result of a standardized battery test conducted on a battery undergoing testing using less than all data required for the standardized battery test conducted on the battery undergoing testing to be completed, and to output, via the user interface , the predicted result and a confidence level associated with the predicted result; wherein the validation module is configured to determine a validity of the predicted result using final test results from the standardized battery test conducted on the battery, and to output, via the user interface , a representation of the validity; wherein the training module is configured to update training data using the validity generated by the validation module to update the prediction module ; wherein the standardized battery test simulates the normal operating conditions that would be experienced by the battery undergoing testing over an average lifetime of the particular type of the battery undergoing testing, characterised in that the prediction module comprises a battery test support vector machine SVM constructed using training data obtained from a plurality of battery samples, and the battery test SVM is a binary classification model configured to classify the battery undergoing testing into a pass category or a fail category based on a first feature and a second feature generated from battery test data obtained during the standardized test, and wherein the prediction module is configured to output, via the user interface , a plurality of predicted results of the standardized battery test for the battery at time intervals occurring before a full duration of the standardized battery test. - a battery test computer comprising a tangible, non-transitory computer-readable medium storing a battery test management system implemented as one or more sets of instructions, wherein the battery test management system comprises a prediction module , a validation module , and a training module , and wherein the battery test computer comprises processing circuitry configured to execute the one or more sets of instructions; - a user interface communicatively coupled to the processing circuitry and configured to provide outputs to a user;
A connection system for detachably affixing a hollow cylindrical component at a recess in a part of a patient's body, comprising an annular element (13; 13'; 13"; 13'") that has a groove extending azimuthally around the outer jacket surface thereof, at least in sections, and comprising a guide element (15; 15'; 15"; 15'"), which can be displaced, before fixation, in the axial direction of the hollow cylindrical component with respect to the annular element, wherein the guide element (15; 15'; 15") and the annular element can be slid into one another at least partially in the axial direction, and comprising a spring element (19; 19'; 19"; 41), which is movably guided in the guide element exclusively perpendicular to the axial direction in such a way that, to establish the fixed state, it plunges at least partially into the groove of the annular element and therefore mutually locks the annular element and the guide element in the axial direction, wherein, in the connected state of the annular element and the guide element, one element is connected to the hollow cylindrical component and the other element is provided for connection or coupling to an edge of the recess by way of a suture ring adapted to be secured to organic tissue at the edge of the recess by way of a sutured connection using thread; characterized in that the spring element protrudes on only one side beyond the guide element radially with respect to the axial direction and can be pressed radially from this side into the guide element in order to plunge into the groove of the annular element and mutually lock the spring element and the guide element; and wherein one of the annular element, the guide element and the spring element comprises at least one of titanium alloy, hard silicone and a polyurethane.
A method for manufacturing foam core materials comprising: locating into a mold a solid activatable material, the activatable material being amenable to plastic deformation and pliable enough to take on the general contours and shape of the mold prior to activation of the activatable material; simultaneously activating and shaping the material into a foam core defined by the mold wherein the activatable material conforms to the shape of the mold due to the force of expansion of the activatable material during the activation and is free of any post-activation shaping process. locating into a mold a solid activatable material, the activatable material being amenable to plastic deformation and pliable enough to take on the general contours and shape of the mold prior to activation of the activatable material; simultaneously activating and shaping the material into a foam core defined by the mold wherein the activatable material conforms to the shape of the mold due to the force of expansion of the activatable material during the activation and is free of any post-activation shaping process.
An imaging optical system comprising a first lens having a negative refractive power, a second lens having a positive refractive power, an aperture stop and a third lens having a positive refractive power, which are arranged from the object side to the image side, wherein the imaging optical system comprises no more than three lenses, characterized in that when distance between the image-side principal point of the first lens and the object-side principal point of the second lens is represented by |d|, signed distance is represented by d = -|d| when the image-side principal point of the first lens is located closer to the image than the object-side principal point of the second lens , and the composite focal length of the first lens and the second lens is represented by f12, the relationships d < 0 and 0.005 < d / f 12 < 16 are established, and wherein when the common principal axis of the first lens , the second lens and the third lens is defined as the optical axis, distance between the point on the optical axis and on the image-side surface of the third lens and the image plane is represented by t3, and distance between the point on the optical axis and on the object-side surface of the first lens and the point on the optical axis and on the image-side surface of the third lens is represented by t, the relationship t 3 / t > 0.5 is established. wherein the imaging optical system comprises no more than three lenses, characterized in that when distance between the image-side principal point of the first lens and the object-side principal point of the second lens is represented by |d|, signed distance is represented by d = -|d| when the image-side principal point of the first lens is located closer to the image than the object-side principal point of the second lens , and the composite focal length of the first lens and the second lens is represented by f12, the relationships d < 0 and 0.005 < d / f 12 < 16 are established, and wherein when the common principal axis of the first lens , the second lens and the third lens is defined as the optical axis, distance between the point on the optical axis and on the image-side surface of the third lens and the image plane is represented by t3, and distance between the point on the optical axis and on the object-side surface of the first lens and the point on the optical axis and on the image-side surface of the third lens is represented by t, the relationship t 3 / t > 0.5 is established.
Composite particle, comprising a carrier particle and an at least partial surface coating, characterised in that the carrier particle comprises a quartz and a layered silicate, and the surface of the composite particle has at least one hydrophilic region and at least one hydrophobic region.
A locking/unlocking device comprising: a drive unit configured to drive a lock mechanism of an opening/closing device ; a magnetic detection unit configured to detect a change in a magnetic field based on a change in a relative position between a movable section and a fixed section of the opening/closing device; and a control unit configured to determine an open/closed state of the opening/closing device on a basis of the change in the magnetic field detected by the magnetic detection unit and activate the drive unit to lock or unlock the lock mechanism on a basis of the open/closed state; wherein the magnetic detection unit notifies the control unit of a detection result at a predetermined output cycle; the control unit changes the output cycle of the magnetic detection unit based on the open/closed state of the opening/closing device; and the output cycle of the magnetic detection unit after the opening/closing device is shifted from a closed state to an open state is shorter than the output cycle of the magnetic detection unit while the opening/closing device is in the closed state. a drive unit configured to drive a lock mechanism of an opening/closing device ; a magnetic detection unit configured to detect a change in a magnetic field based on a change in a relative position between a movable section and a fixed section of the opening/closing device; and a control unit configured to determine an open/closed state of the opening/closing device on a basis of the change in the magnetic field detected by the magnetic detection unit and activate the drive unit to lock or unlock the lock mechanism on a basis of the open/closed state; wherein the magnetic detection unit notifies the control unit of a detection result at a predetermined output cycle; the control unit changes the output cycle of the magnetic detection unit based on the open/closed state of the opening/closing device; and the output cycle of the magnetic detection unit after the opening/closing device is shifted from a closed state to an open state is shorter than the output cycle of the magnetic detection unit while the opening/closing device is in the closed state.
Damped and compact hinge device for doors, shutters and hatches of an apparatus or furnishing for closing and opening a respective door and comprising, in an operating condition of assembly to the apparatus, a first member fixed to a body of the apparatus and a second member fixed to the door of said apparatus or made in said door; said device comprises a friction shoe sliding on a respective friction wall means of the first member and connected to the second member by means of interconnection means causing the sliding of the friction shoe along the friction wall means following the rotation of the second member for opening and closing the door; it comprises a linear resilient means having a first end fixed to a connection of the first member and a second end connected to a first fixing pin of a first end of a lever means for transmitting to the latter an elastic force away from the second member , said lever means is connected to the friction shoe by means of a swiveling connection means ; the connection of the first member for the corresponding end of the resilient means is placed on the side of the geometrical plane defined by the friction wall means opposite to that of the friction shoe or is placed on the same side of the first fixing pin and of the friction shoe in respect to said geometrical plane defined by the friction wall means and the distance of said connection from this plane is lower than the distance of the first fixing pin from the same geometric plane so as to incline the resilient means with respect to the plane and to transmit to the lever means an elastic force with a direct component towards said geometrical plane by pressing the friction shoe against the frictional wall means ; said device being characterized in that said first and second members are mutually connected by means of a pivot pin for the rotation of door around the rotation geometric axis of said pivot pin between extreme opening (A) and closing (C) conditions; the second end of the lever means , opposite to its end bearing the first fixing pin , is provided with a first mobile pin sliding along first slot means of the first member or of an element fixed thereto , said first slot means being parallel or inclined with respect to the friction wall means ; the interconnection means comprise a rocker arm means having a first end linked to the first mobile pin and having the opposite end rotatably connected to the second member by a third fixing pin spaced from the pivot pin ; the median portion of the rocker arm means has a second mobile pin sliding into a second slot means of the first member or of an element fixed thereto , said second slot means being rectilinear or curved, or "S" or "C" shaped, or similar.
A gas sensor comprising a sensor device formed by stacking a first solid electrolyte layer , a spacer layer , and a second solid electrolyte layer ; there being formed between a lower surface of the second solid electrolyte layer and an upper surface of the first solid electrolyte layer a gas inlet port , a first diffusion rate-limiting portion , a buffer space , a second diffusion rate-limiting portion , a first inner vacancy , a third diffusion rate-limiting portion and a second inner vacancy ; the sensor device including an inner pump electrode and an outer pump electrode disposed respectively on an inner side and an outer side of the second solid electrolyte layer having oxygen-ion conductivity, the sensor device detecting concentration of a particular gas in an object gas to be measured by the operations of introducing the object gas into the first inner vacancy to which the inner pump electrode is exposed and pumping out oxygen in the gas chamber to the outside from the inner pump electrode through the outer pump electrode , and a heater disposed adjacent to the sensor device to be capable of heating the sensor device , the gas inlet port , the buffer space , the first inner vacancy and the second inner vacancy being provided in a hollow space in the spacer layer ; and wherein the inner pump electrode is formed in a tunnel-like shape within the first inner vacancy , characterized in that the gas sensor further comprises a characteristic stabilizing layer covering the outer pump electrode and made of a porous body with a thickness of 10 to 100 μm and a thickness variation of 20% or less.