mhurhangee/patent-ind-claim-en huggingface dataset:
A method implemented at a terminal device, comprising: receiving , from a network node, indication information of time domain resource allocation for a non-remaining minimum system information, non-RMSI, message, and configuration information; and determining a location of time domain resource for the non-RMSI message based at least in part on the indication information and the configuration information, wherein the configuration information comprises a configurable orthogonal frequency division multiplexing, OFDM, symbol offset, and the configuration information is received via Radio Resource Control, RRC, signaling, and wherein the indication information is received as a part of downlink control information, DCI, carried by a Physical Downlink Control Channel, PDCCH, in a control resource set, CORESET; wherein the indication information is from a time domain resource allocation table specified for the non-RMSI message; wherein the time domain resource allocation table comprises at least one of the following parameters: physical downlink shared channel, PDSCH, mapping type, slot level offset, start symbol index and an allocated number of orthogonal frequency division multiplexing, OFDM, symbols, wherein the PDSCH mapping type comprises Type A and/or Type B, and/or the slot level offset comprises 0, 1 and/or integer greater than 1, and/or the start symbol index comprises at least one of the 0, 1, 2, 3, 4, 6, 8, 9, 10, 11, 12, and/or the allocated number of OFDM symbol comprises at least one of 2, 4, 7, and integer greater than 7. receiving , from a network node, indication information of time domain resource allocation for a non-remaining minimum system information, non-RMSI, message, and configuration information; and determining a location of time domain resource for the non-RMSI message based at least in part on the indication information and the configuration information, wherein the configuration information comprises a configurable orthogonal frequency division multiplexing, OFDM, symbol offset, and the configuration information is received via Radio Resource Control, RRC, signaling, and wherein the indication information is received as a part of downlink control information, DCI, carried by a Physical Downlink Control Channel, PDCCH, in a control resource set, CORESET; wherein the indication information is from a time domain resource allocation table specified for the non-RMSI message; wherein the time domain resource allocation table comprises at least one of the following parameters: physical downlink shared channel, PDSCH, mapping type, slot level offset, start symbol index and an allocated number of orthogonal frequency division multiplexing, OFDM, symbols, wherein the PDSCH mapping type comprises Type A and/or Type B, and/or the slot level offset comprises 0, 1 and/or integer greater than 1, and/or the start symbol index comprises at least one of the 0, 1, 2, 3, 4, 6, 8, 9, 10, 11, 12, and/or the allocated number of OFDM symbol comprises at least one of 2, 4, 7, and integer greater than 7.
Method for starting up a closed-loop fuel cell, wherein the method comprises the following steps: a) selecting a closed-loop fuel cell, wherein the closed-loop fuel cell is in the idle state, b) applying a voltage between the hydrogen side and the oxygen side, wherein the electrode of the oxygen side is positively polarized, c) measuring the flowing current between the electrode of the oxygen side and the electrode of the hydrogen side, d) stopping the application of a voltage between the hydrogen side and the oxygen side, f) supplying oxygen to the oxygen side. a) selecting a closed-loop fuel cell, wherein the closed-loop fuel cell is in the idle state, b) applying a voltage between the hydrogen side and the oxygen side, wherein the electrode of the oxygen side is positively polarized, c) measuring the flowing current between the electrode of the oxygen side and the electrode of the hydrogen side, d) stopping the application of a voltage between the hydrogen side and the oxygen side, f) supplying oxygen to the oxygen side.
An output apparatus configured to establish communication with a terminal apparatus and at least one information processing apparatus , the output apparatus comprising: a first list data display process unit configured to display a first list of first output requests for output data that has been registered by an outputting user operating the output apparatus; a selection receiving unit configured to display information on registering users that have registered second output requests for output data and have designated the outputting user operating the output apparatus as a delegate user able to ute all their output requests, and receive a selection of a registering user from the outputting user; an output request acquisition unit configured to make an acquisition request to the information processing apparatus to acquire the second output requests of the registering user selected by the outputting user, and acquire from the information processing apparatus the second output requests of the registering user selected by the outputting user; a second list data display process unit configured to display a second list of the second output requests of the registering user selected by the outputting user; and an output process unit configured to receive from the outputting user a selection of the second output request for output data that is selected from the second list of second output requests of the registering user selected by the outputting user, acquire the output data of the selected second output request from a storage destination, and output the acquired output data. a first list data display process unit configured to display a first list of first output requests for output data that has been registered by an outputting user operating the output apparatus; a selection receiving unit configured to display information on registering users that have registered second output requests for output data and have designated the outputting user operating the output apparatus as a delegate user able to ute all their output requests, and receive a selection of a registering user from the outputting user; an output request acquisition unit configured to make an acquisition request to the information processing apparatus to acquire the second output requests of the registering user selected by the outputting user, and acquire from the information processing apparatus the second output requests of the registering user selected by the outputting user; a second list data display process unit configured to display a second list of the second output requests of the registering user selected by the outputting user; and an output process unit configured to receive from the outputting user a selection of the second output request for output data that is selected from the second list of second output requests of the registering user selected by the outputting user, acquire the output data of the selected second output request from a storage destination, and output the acquired output data.
A method of compressing image data that comprise a plurality of pixel values which are associated with a respective pixel, wherein the pixel values are compressed for at least some pixels according to the following steps: - determining an estimated pixel value of the respective pixel in dependence on the pixel value of at least one predetermined other pixel while using at least one estimation rule; - forming a difference value of the respective pixel that corresponds to a predetermined relation between the pixel value and the estimated pixel value of the respective pixel, with the difference value being represented by a first binary word which has a first length (L1), with the first length (L1) being an effective length of the first binary word , characterized by : - encoding the first binary word by at least one second binary word , with the at least one second binary word having a second length (L2) that is a predetermined length of the respective second binary word , wherein the first length (L1) is compared with the second length (L2) to determine whether the first length (L1) is smaller than the second length (L2); wherein the first binary word is completely encoded by a single second binary word when the first length (L1) is smaller than the second length (L2); and wherein the first binary word is otherwise completely encoded by a plurality of second binary words , wherein the second length (L2) is the same for a respective pixel group, wherein the respective pixel group represents a local image region in the image data, and wherein the second length (L2) is selected as proportional to the average first length of the first binary words (L1) of the respective pixel group. - determining an estimated pixel value of the respective pixel in dependence on the pixel value of at least one predetermined other pixel while using at least one estimation rule; - forming a difference value of the respective pixel that corresponds to a predetermined relation between the pixel value and the estimated pixel value of the respective pixel, with the difference value being represented by a first binary word which has a first length (L1), with the first length (L1) being an effective length of the first binary word , - encoding the first binary word by at least one second binary word , with the at least one second binary word having a second length (L2) that is a predetermined length of the respective second binary word , wherein the first length (L1) is compared with the second length (L2) to determine whether the first length (L1) is smaller than the second length (L2); wherein the first binary word is completely encoded by a single second binary word when the first length (L1) is smaller than the second length (L2); and wherein the first binary word is otherwise completely encoded by a plurality of second binary words , wherein the second length (L2) is the same for a respective pixel group, wherein the respective pixel group represents a local image region in the image data, and wherein the second length (L2) is selected as proportional to the average first length of the first binary words (L1) of the respective pixel group.
An adhesive application apparatus for applying a double-sided adhesive on a surface of an object, wherein the double-sided adhesive comprises a first release paper , a second release paper , and a plurality of adhesive strips , the plurality of adhesives strips being spaced apart between the second release paper and the first release paper , wherein the first release paper detaches from the adhesive strip more easily than the second release paper , wherein the adhesive application apparatus comprises: an unwinding mechanism , configured to dispose and unwind the double-sided adhesive ; a first winding mechanism , configured to peel off and wind the first release paper ; an adhesive application mechanism , wherein the adhesive application mechanism and the unwinding mechanism jointly define a first path, the first path being used to guide the adhesive strip to move forward, and the adhesive application mechanism comprises an adhesive application member disposed on one side of the first path, wherein the adhesive application member is configured to apply pressure from the one side of the first path to the double-sided adhesive , to attach the adhesive strip to an object surface; and a second winding mechanism , configured to peel off and wind the second release paper . an unwinding mechanism , configured to dispose and unwind the double-sided adhesive ; a first winding mechanism , configured to peel off and wind the first release paper ; an adhesive application mechanism , wherein the adhesive application mechanism and the unwinding mechanism jointly define a first path, the first path being used to guide the adhesive strip to move forward, and the adhesive application mechanism comprises an adhesive application member disposed on one side of the first path, wherein the adhesive application member is configured to apply pressure from the one side of the first path to the double-sided adhesive , to attach the adhesive strip to an object surface; and a second winding mechanism , configured to peel off and wind the second release paper .
A system for sorting animals, comprising: a conveyor configured to receive animals and move the animals along a path ; an ultrasound transducer configured to obtain an ultrasound image of an animal located on the path , the ultrasound transducer configured to obtain the ultrasound image while the animal moves along a portion of the path ; a camera configured to obtain a visual image of the animal; a sorter configured to sort the animal into a group; and control circuitry configured to: determine, based on the visual image and the ultrasound image, characteristics of the animal; and control the sorter to sort the animal into the group based on the characteristics; wherein the sorter comprises a mechanical arm controlled by the control circuitry to move between multiple positions such that sorting the animal into a group comprises moving the mechanical arm to direct the animal from the conveyor to a same physical location as other animals in the group. a conveyor configured to receive animals and move the animals along a path ; an ultrasound transducer configured to obtain an ultrasound image of an animal located on the path , the ultrasound transducer configured to obtain the ultrasound image while the animal moves along a portion of the path ; a camera configured to obtain a visual image of the animal; a sorter configured to sort the animal into a group; and control circuitry configured to: determine, based on the visual image and the ultrasound image, characteristics of the animal; and control the sorter to sort the animal into the group based on the characteristics; determine, based on the visual image and the ultrasound image, characteristics of the animal; and control the sorter to sort the animal into the group based on the characteristics; wherein the sorter comprises a mechanical arm controlled by the control circuitry to move between multiple positions such that sorting the animal into a group comprises moving the mechanical arm to direct the animal from the conveyor to a same physical location as other animals in the group.
An anchoring system for a child safety seat comprising - a first coupling device adapted to engage with a harness of the child safety seat , - a second coupling device adapted to engage with a safety belt of a vehicle, - an anchoring means adapted to anchor the first coupling device and the second coupling device , and - a storage system adapted to store at least one of the first coupling device or the second coupling device , wherein the first coupling device is configured to be placed in a respective active position and in a respective inactive position, wherein in the active position the first coupling device is anchored by the anchoring means and placed in a position for engaging with the harness of the child safety seat, and wherein in the inactive position the first coupling device is stored in the storage system ; wherein the second coupling device is configured to be placed in a respective active position and in a respective inactive position, wherein in the active position the second coupling device is anchored by the anchoring means and placed in a position for engaging with the safety belt of the vehicle, and wherein in the inactive position the second coupling device is stored in the storage system ; wherein the anchoring system is configured to be installed in a seating portion of the child safety seat , wherein the first coupling device and the second coupling device are coupled by a coupling mechanism such that moving the first coupling device into the active position causes the second coupling device being moved into the inactive position, and vice versa. - a first coupling device adapted to engage with a harness of the child safety seat , - a second coupling device adapted to engage with a safety belt of a vehicle, - an anchoring means adapted to anchor the first coupling device and the second coupling device , and - a storage system adapted to store at least one of the first coupling device or the second coupling device , wherein the first coupling device is configured to be placed in a respective active position and in a respective inactive position, wherein in the active position the first coupling device is anchored by the anchoring means and placed in a position for engaging with the harness of the child safety seat, and wherein in the inactive position the first coupling device is stored in the storage system ; wherein the second coupling device is configured to be placed in a respective active position and in a respective inactive position, wherein in the active position the second coupling device is anchored by the anchoring means and placed in a position for engaging with the safety belt of the vehicle, and wherein in the inactive position the second coupling device is stored in the storage system ; wherein the anchoring system is configured to be installed in a seating portion of the child safety seat , wherein the first coupling device and the second coupling device are coupled by a coupling mechanism such that moving the first coupling device into the active position causes the second coupling device being moved into the inactive position, and vice versa.
A preparation method of a walnut yogurt, comprising the following steps: 1) roasting peeled walnut kernels at 145°C to 165°C for 5 to 25 min; 2) degreasing the roasted walnut kernels until the fat content is 20% to 50% to obtain semi-degreased walnut kernels; 3) mixing the semi-degreased walnut kernels with a stabilizer, a carbon source and water and then milling the resultant to obtain a walnut slurry; and 4) subjecting the walnut slurry to sufficient mixing, sterilization, inoculation, and fermentation to obtain the walnut yogurt. 1) roasting peeled walnut kernels at 145°C to 165°C for 5 to 25 min; 2) degreasing the roasted walnut kernels until the fat content is 20% to 50% to obtain semi-degreased walnut kernels; 3) mixing the semi-degreased walnut kernels with a stabilizer, a carbon source and water and then milling the resultant to obtain a walnut slurry; and 4) subjecting the walnut slurry to sufficient mixing, sterilization, inoculation, and fermentation to obtain the walnut yogurt.
Welding gun for welding a welding stud to a substrate in a welding direction, comprising a holding apparatus for holding the welding stud during a welding operation, wherein the welding stud has a contact surface which is intended to make contact with the substrate before and/or during the welding operation, furthermore comprising a stud-lifting device for conveying the holding apparatus counter to the welding direction as far as an immersion start position, furthermore comprising a stud-immersing device for conveying the holding apparatus from the immersion start position in the welding direction, furthermore comprising a bearing element with a bearing surface for supporting the welding gun on the substrate , characterized by a device for adapting the immersion start position relative to the bearing surface in the welding direction and for moving the stud-lifting device relative to the bearing surface in the welding direction, comprising a locking element for locking the stud-lifting device in two or more different positions relative to the bearing surface , and comprising a driving element which is movable between a driving position and a release position, wherein, in the driving position, the driving element transmits a movement of the holding apparatus counter to the welding direction to the stud-lifting device , and wherein, in the release position, the driving element enables a movement of the holding apparatus counter to the welding direction relative to the stud-lifting device .
A compound selected from the group consisting of: or pharmaceutically acceptable salts thereof.
A control method for an electric vehicle that is provided with a motor that gives braking force or driving force to the vehicle in accordance with an accelerator operation amount, wherein the control method is configured to carry out the following steps: controlling the braking force when the accelerator operation amount is smaller than a given value; controlling the driving force when the accelerator operation amount is the given value or larger; estimating disturbance torque that acts on the motor as a resistance component relating to a gradient; executing correction by which the braking force or the driving force is increased and decreased based on an estimated value of the disturbance torque so that the resistance component is canceled; and determining whether or not the accelerator operation amount is a partial-state equivalent which is an accelerator operation amount that generates neither acceleration nor deceleration of the vehicle; reducing an amount of the correction at least either when the accelerator operation amount is larger than the partial-state equivalent on a downhill road, or when the accelerator operation amount is smaller than the partial-state equivalent on an uphill road, wherein the control method is characterized in that the partial-state equivalent is calculated by taking into account the road gradient. controlling the braking force when the accelerator operation amount is smaller than a given value; controlling the driving force when the accelerator operation amount is the given value or larger; estimating disturbance torque that acts on the motor as a resistance component relating to a gradient; executing correction by which the braking force or the driving force is increased and decreased based on an estimated value of the disturbance torque so that the resistance component is canceled; and determining whether or not the accelerator operation amount is a partial-state equivalent which is an accelerator operation amount that generates neither acceleration nor deceleration of the vehicle; reducing an amount of the correction at least either when the accelerator operation amount is larger than the partial-state equivalent on a downhill road, or when the accelerator operation amount is smaller than the partial-state equivalent on an uphill road, wherein the control method is characterized in that the partial-state equivalent is calculated by taking into account the road gradient.
A rotating feed distributor for a crusher comprising: a housing defining an internal working part zone ; a rotatable chute to receive crushable material to be fed to a crusher, the chute defining at least part of an internal bore provided with an inlet and an outlet ; a sheave provided externally at and rotatably coupled with the chute ; a power means and drive transmission mounted within the working part zone , at least part of the drive transmission coupled to the sheave to provide rotation of the chute relative to the housing ; characterised by that, a first seal ring is provided at a first region of the chute to provide at least partial closure of a first gap region between the first region of the chute and a first part of the housing that is internal facing relative to the working part zone and inhibit ingress of dust into the working part zone . a housing defining an internal working part zone ; a rotatable chute to receive crushable material to be fed to a crusher, the chute defining at least part of an internal bore provided with an inlet and an outlet ; a sheave provided externally at and rotatably coupled with the chute ; a power means and drive transmission mounted within the working part zone , at least part of the drive transmission coupled to the sheave to provide rotation of the chute relative to the housing ; characterised by that, a first seal ring is provided at a first region of the chute to provide at least partial closure of a first gap region between the first region of the chute and a first part of the housing that is internal facing relative to the working part zone and inhibit ingress of dust into the working part zone .