mhurhangee/patent-ind-claim-en huggingface dataset:
A log output device (1, 2-1, ..., 2-n) comprising: a generation unit that generates a log indicating history information of execution of processing; a memory that stores a first list (L1) including first static information indicating that the processing is abnormal, a second list (L2) including second static information indicating that the processing is normal, and a third list (L3) including dynamic information to be used for determining the necessity of output of the log according to the log; a selection unit that determines to output the log generated by the generation unit when the log has the first static information included in the first list (L1), and decides not to output the log generated by the generation unit when the log has the second static information included in the second list (L2); and a registration unit that generates comparison information comprising contents of items of a log that has been output in the past and registers the comparison information as the dynamic information included in the third list (L3), wherein: the selection unit determines the necessity of output of the log generated by the generation unit based on the log and the third list (L3), wherein: in the memory , a maximum registration number of pieces of the comparison information is set as the dynamic information included in the third list (L3), and wherein: the selection unit deletes one of pieces of the comparison information stored in the memory in accordance with a deletion condition so as to limit the number of registered pieces of comparison information to stay below said maximum registration number. a generation unit that generates a log indicating history information of execution of processing; a memory that stores a first list (L1) including first static information indicating that the processing is abnormal, a second list (L2) including second static information indicating that the processing is normal, and a third list (L3) including dynamic information to be used for determining the necessity of output of the log according to the log; a selection unit that determines to output the log generated by the generation unit when the log has the first static information included in the first list (L1), and decides not to output the log generated by the generation unit when the log has the second static information included in the second list (L2); and a registration unit that generates comparison information comprising contents of items of a log that has been output in the past and registers the comparison information as the dynamic information included in the third list (L3), wherein: the selection unit determines the necessity of output of the log generated by the generation unit based on the log and the third list (L3), wherein: in the memory , a maximum registration number of pieces of the comparison information is set as the dynamic information included in the third list (L3), and wherein: the selection unit deletes one of pieces of the comparison information stored in the memory in accordance with a deletion condition so as to limit the number of registered pieces of comparison information to stay below said maximum registration number.
A rocking control device for a two front wheels rocking vehicle having a pair of left and right front wheels and configured to laterally rock a vehicle body, the rocking control device for a two front wheels rocking vehicle comprising: an actuator configured to execute a first rocking control that assist a roll operation of a rider of the two front wheels rocking vehicle and a second rocking control that allows a self-sanding of the two front wheels rocking vehicle without support by the rider during stoppage of the two front wheels rocking vehicle , a high rigidity self-standing controller that executes a high rigidity self-standing control (L6) that locks the rocking of the two front wheels rocking vehicle and that assists said self-standing of the two-wheeled rocking vehicle , and an offset cancellation controller that executes an offset cancellation control (L7) that maintains the self-standing state of the two front wheels rocking vehicle until a predetermined traveling state is established when the high rigidity self-standing control (L6) is switched off, characterised by a switch that switches the second rocking control and the high rigidity self-standing control (L6) to ON or OFF state and wherein the switch uses a throttle grip of the two front wheels rocking vehicle as an operating part. an actuator configured to execute a first rocking control that assist a roll operation of a rider of the two front wheels rocking vehicle and a second rocking control that allows a self-sanding of the two front wheels rocking vehicle without support by the rider during stoppage of the two front wheels rocking vehicle , a high rigidity self-standing controller that executes a high rigidity self-standing control (L6) that locks the rocking of the two front wheels rocking vehicle and that assists said self-standing of the two-wheeled rocking vehicle , and an offset cancellation controller that executes an offset cancellation control (L7) that maintains the self-standing state of the two front wheels rocking vehicle until a predetermined traveling state is established when the high rigidity self-standing control (L6) is switched off, characterised by a switch that switches the second rocking control and the high rigidity self-standing control (L6) to ON or OFF state and wherein the switch uses a throttle grip of the two front wheels rocking vehicle as an operating part.
A method performed by an accessory device in connection with an ostomy appliance configured to be placed on a user having a stoma, the accessory device comprising a camera , an image processor , a memory and a display device , the method comprising: capturing one or more images of the user's stoma ; processing the images, including: identifying the stoma ; and generating indicia representative of a cutting line for the ostomy appliance as a function of the identified stoma , wherein the cutting line defines a hole to be formed on the ostomy appliance ; and providing a visual display on the display device of the accessory device , the visual display including: an appliance representation ; and the indicia on the appliance representation . capturing one or more images of the user's stoma ; processing the images, including: identifying the stoma ; and generating indicia representative of a cutting line for the ostomy appliance as a function of the identified stoma , wherein the cutting line defines a hole to be formed on the ostomy appliance ; and identifying the stoma ; and generating indicia representative of a cutting line for the ostomy appliance as a function of the identified stoma , wherein the cutting line defines a hole to be formed on the ostomy appliance ; and providing a visual display on the display device of the accessory device , the visual display including: an appliance representation ; and the indicia on the appliance representation . an appliance representation ; and the indicia on the appliance representation .
A cooling device for an agricultural harvesting machine , comprising - a radiator screen which is rotatable about an axis of rotation, - at least one scraper , as well as - at least one counter-comb , wherein the radiator screen is dish-shaped in configuration, so that it has a front surface as well as a continuous circumferential surface which extends at an angle to the front surface , wherein, in the region of its front surface as well as its circumferential surface , the radiator screen is respectively formed, at least in part, by a screen surface through which a volumetric flow of cooling air can flow from an environment into an interior of the radiator screen , wherein the scraper is securely connected to the radiator screen in a manner such that it can rotate with the radiator screen , wherein the scraper has a plurality of prominences which are separated from each other, wherein the counter-comb is disposed in a stationary manner with respect to the radiator screen , so that the radiator screen can be rotated relative to the counter-comb , wherein the counter-comb has a plurality of fingers by means of which the counter-comb and the scraper comb each other during the rotation of the radiator screen , so that the fingers of the counter-comb pass through gaps between adjacent prominences of the scraper which rotates with the radiator screen , characterized in that the scraper is disposed on the front surface and the circumferential surface of the radiator screen , wherein at least one prominence of the scraper is formed by a stump of a cone . - a radiator screen which is rotatable about an axis of rotation, - at least one scraper , as well as - at least one counter-comb , wherein the radiator screen is dish-shaped in configuration, so that it has a front surface as well as a continuous circumferential surface which extends at an angle to the front surface , wherein, in the region of its front surface as well as its circumferential surface , the radiator screen is respectively formed, at least in part, by a screen surface through which a volumetric flow of cooling air can flow from an environment into an interior of the radiator screen , wherein the scraper is securely connected to the radiator screen in a manner such that it can rotate with the radiator screen , wherein the scraper has a plurality of prominences which are separated from each other, wherein the counter-comb is disposed in a stationary manner with respect to the radiator screen , so that the radiator screen can be rotated relative to the counter-comb , wherein the counter-comb has a plurality of fingers by means of which the counter-comb and the scraper comb each other during the rotation of the radiator screen , so that the fingers of the counter-comb pass through gaps between adjacent prominences of the scraper which rotates with the radiator screen , characterized in that the scraper is disposed on the front surface and the circumferential surface of the radiator screen , wherein at least one prominence of the scraper is formed by a stump of a cone .
A carrier (5; 205) holding a plurality of bottles (C), the carrier comprising: a plurality of panels (20, 21, 22, 26, 30, 34; 220, 221, 222, 226, 230, 234) that extends at least partially around an interior of the carrier, the plurality of panels comprising a first top panel (20; 220), a second top panel (21; 221), and a back panel (30; 230), the first top panel (20; 220) being foldably connected to the second top panel (21; 221) and the back panel (30; 230), the second top panel (21; 221) being oblique with respect to the first top panel (20; 220) and the back panel (30; 230); a crown retention feature (90; 290) in the back panel (30; 230) adjacent the first top panel (20; 220) at least partially retaining a crown (T) of a first bottle (C) of the plurality of bottles (C); and a crown receiving opening (104; 304) in the second top panel (21; 221), characterized by the crown receiving opening (104; 304) being spaced apart from the first top panel (20; 220) for at least partially receiving a crown (T) and a neck (N) of a second bottle (C) of the plurality of bottles (C) so that the crown (T) and the neck (N) of the second bottle (C) extend at least partially through the crown receiving opening (104; 304) which can display a label on a top portion of the second bottle (C), the plurality of bottles (C) comprises a back row of bottles including the first bottle (C) and a front row of bottles including the second bottle (C), and the carrier (5; 205) is asymmetric so that the carrier (5; 205) is configured differently adjacent the back row than it is configured adjacent the front row. a plurality of panels (20, 21, 22, 26, 30, 34; 220, 221, 222, 226, 230, 234) that extends at least partially around an interior of the carrier, the plurality of panels comprising a first top panel (20; 220), a second top panel (21; 221), and a back panel (30; 230), the first top panel (20; 220) being foldably connected to the second top panel (21; 221) and the back panel (30; 230), the second top panel (21; 221) being oblique with respect to the first top panel (20; 220) and the back panel (30; 230); a crown retention feature (90; 290) in the back panel (30; 230) adjacent the first top panel (20; 220) at least partially retaining a crown (T) of a first bottle (C) of the plurality of bottles (C); and a crown receiving opening (104; 304) in the second top panel (21; 221), characterized by the crown receiving opening (104; 304) being spaced apart from the first top panel (20; 220) for at least partially receiving a crown (T) and a neck (N) of a second bottle (C) of the plurality of bottles (C) so that the crown (T) and the neck (N) of the second bottle (C) extend at least partially through the crown receiving opening (104; 304) which can display a label on a top portion of the second bottle (C), the plurality of bottles (C) comprises a back row of bottles including the first bottle (C) and a front row of bottles including the second bottle (C), and the carrier (5; 205) is asymmetric so that the carrier (5; 205) is configured differently adjacent the back row than it is configured adjacent the front row.
Wireless charging device comprising: - at least a charging antenna ; - a driver circuit electrically connected to said charging antenna and injecting an alternating current (I) in said charging antenna such that said charging antenna produces an alternating magnetic field; - a shielding pattern covering said charging antenna and conductively connected to a point having a fixed electric potential (V 0 ); characterized by a detection circuit designed to detect whether an electric potential of said shielding pattern is equal to said fixed electric potential (V 0 ). - at least a charging antenna ; - a driver circuit electrically connected to said charging antenna and injecting an alternating current (I) in said charging antenna such that said charging antenna produces an alternating magnetic field; - a shielding pattern covering said charging antenna and conductively connected to a point having a fixed electric potential (V 0 );
An isolated polypeptide comprising or consisting of: a. the amino acid sequence set forth in any one of SEQ ID Nos. 2, 21, 23, 24 or 25; or b. a variant of the amino acid sequence of (a) that shares at least 50 %, preferably at least 60, 80 or 90 % sequence identity with any one of the amino acid sequences of (a) over its entire length c. a fragment of the amino acid sequence of (a), the fragment having a length of at least 50, preferably at least 100, more preferably at least 150, most preferably at least 200, 400, or 600 amino acids; wherein the polypeptide is at least partially in beta sheet conformation. a. the amino acid sequence set forth in any one of SEQ ID Nos. 2, 21, 23, 24 or 25; or b. a variant of the amino acid sequence of (a) that shares at least 50 %, preferably at least 60, 80 or 90 % sequence identity with any one of the amino acid sequences of (a) over its entire length c. a fragment of the amino acid sequence of (a), the fragment having a length of at least 50, preferably at least 100, more preferably at least 150, most preferably at least 200, 400, or 600 amino acids;
A liposome within which RNA encoding an immunogen of interest is encapsulated, wherein the liposome comprises at least one lipid which includes a polyethylene glycol moiety, such that polyethylene glycol is present on the liposome's exterior, wherein the average molecular mass of the polyethylene glycol is between lkDa and 3kDa, wherein the immunogen is a spike glycoprotein or an adhesin.
An audio providing apparatus comprising: an object renderer configured to render an object audio signal to output object-channel signals based on geometric information of an audio object and an output speaker layout; a channel renderer configured to convert a plurality of input channel signals into a plurality of output channel signals based on the output speaker layout, wherein the plurality of input channel signals are corresponded to an input layout and the plurality of output channel signals are corresponded to the output speaker layout; and a mixer configured to mix and output the object-channel signals with the plurality of output channel signals, wherein the channel renderer is configured to convert by calculating a phase difference between correlated input channel signals among the plurality of input channel signals, moving one of correlated input channel signals by the calculated phase difference, and combining the plurality of input channel signals including the moved one of the correlated input channel signal, and downmixing the plurality of input channel signals to the plurality of output channel signals based on that a number of the plurality of input channel signals being greater than a number of the plurality of output channel signals. an object renderer configured to render an object audio signal to output object-channel signals based on geometric information of an audio object and an output speaker layout; a channel renderer configured to convert a plurality of input channel signals into a plurality of output channel signals based on the output speaker layout, wherein the plurality of input channel signals are corresponded to an input layout and the plurality of output channel signals are corresponded to the output speaker layout; and a mixer configured to mix and output the object-channel signals with the plurality of output channel signals, wherein the channel renderer is configured to convert by calculating a phase difference between correlated input channel signals among the plurality of input channel signals, moving one of correlated input channel signals by the calculated phase difference, and combining the plurality of input channel signals including the moved one of the correlated input channel signal, and downmixing the plurality of input channel signals to the plurality of output channel signals based on that a number of the plurality of input channel signals being greater than a number of the plurality of output channel signals.
A method, performed by a client device , comprising: determining to send a query to a network access node , wherein the network access node is shared by a plurality of serving networks, each serving network including at least one connectivity access network, each serving network identified with a serving network identifier; selecting a first serving network identifier to associate with the query, wherein the first serving network identifier provides the identity of a first server of a connectivity access network to which the query is to be forwarded; and sending the query to the network access node, wherein the query includes the first serving network identifier to direct the query to the first server. determining to send a query to a network access node , wherein the network access node is shared by a plurality of serving networks, each serving network including at least one connectivity access network, each serving network identified with a serving network identifier; selecting a first serving network identifier to associate with the query, wherein the first serving network identifier provides the identity of a first server of a connectivity access network to which the query is to be forwarded; and sending the query to the network access node, wherein the query includes the first serving network identifier to direct the query to the first server.
An optical fiber cable comprising: a plurality of stranded core subunits , each core subunit comprising a flexible sheath and a plurality of ribbons arranged in a ribbon group , wherein the ribbon group includes a medial subgroup of stacked optical fiber ribbons with at least one set of lateral subgroups on opposite sides thereof, wherein each subgroup is progressively smaller starting at the medial subgroup and moving to the lateral subgroups , wherein each ribbon of the plurality of ribbons comprises a plurality of optical fibers such that 50-70% of the cross-sectional area inside the sheath is occupied by the optical fibers ; and a jacket surrounding the plurality of stranded core subunits , characterized in that the sheath is tight in that it conforms to a shape of the ribbon group and keeps all of the individual ribbons acting as a whole during longitudinal translation between the subunits inside the cable during cable bending, wherein the sheath comprises an extruded polymer material having a modulus of elasticity less than 800 MPa at room temperature, and the jacket comprises at least two strength elements , each strength element on diametrically opposite sides of the cable , wherein the at least two strength elements comprise two pairs of strength elements, each pair of strength elements embedded within the jacket on diametrically opposite sides of the cable. a plurality of stranded core subunits , each core subunit comprising a flexible sheath and a plurality of ribbons arranged in a ribbon group , wherein the ribbon group includes a medial subgroup of stacked optical fiber ribbons with at least one set of lateral subgroups on opposite sides thereof, wherein each subgroup is progressively smaller starting at the medial subgroup and moving to the lateral subgroups , wherein each ribbon of the plurality of ribbons comprises a plurality of optical fibers such that 50-70% of the cross-sectional area inside the sheath is occupied by the optical fibers ; and a jacket surrounding the plurality of stranded core subunits , characterized in that the sheath is tight in that it conforms to a shape of the ribbon group and keeps all of the individual ribbons acting as a whole during longitudinal translation between the subunits inside the cable during cable bending, wherein the sheath comprises an extruded polymer material having a modulus of elasticity less than 800 MPa at room temperature, and the jacket comprises at least two strength elements , each strength element on diametrically opposite sides of the cable , wherein the at least two strength elements comprise two pairs of strength elements, each pair of strength elements embedded within the jacket on diametrically opposite sides of the cable.