mhurhangee/patent-ind-claim-en huggingface dataset:
Device for determining a state of health of an energy store , configured for: - including first process data and a first process capacity of at least one first real charging/discharging process of the energy store ; - generating a first model on the basis of the first process data and the first process capacity for the at least one first charging/discharging process of the energy store , wherein, by applying the first model to the first process data , a simulated process capacity of the first charging/discharging process is calculated, which simulated process capacity corresponds to the first process capacity ; - including second process data and a second process capacity of at least one second charging/discharging process of the energy store ; - determining a state of health of the energy store by using the first model , the second process data , and the second process capacity . - including first process data and a first process capacity of at least one first real charging/discharging process of the energy store ; - generating a first model on the basis of the first process data and the first process capacity for the at least one first charging/discharging process of the energy store , wherein, by applying the first model to the first process data , a simulated process capacity of the first charging/discharging process is calculated, which simulated process capacity corresponds to the first process capacity ; - including second process data and a second process capacity of at least one second charging/discharging process of the energy store ; - determining a state of health of the energy store by using the first model , the second process data , and the second process capacity .
A method of a node configured to provide core network user plane functionality in a communications network to enable paging of a wireless communication device being in an idle state, the method comprising: receiving (S101) an indication that data is to be transmitted in downlink to the wireless communication device ; the method characterised by identifying (S102), in response to the received downlink data indication, a radio access network control plane function ; sending (S103), to the identified radio access network control plane function , a downlink data notification comprising an identifier of the wireless communication device and of a core network control plane function configured to provide mobility management where the wireless communication device currently is registered, thereby enabling for the identified radio access network control plane function to forward the download data notification to the identified core network control plane function configured to provide mobility management to enable the identified core network control plane function configured to provide mobility management to page the wireless communication device . receiving (S101) an indication that data is to be transmitted in downlink to the wireless communication device ; the method characterised by identifying (S102), in response to the received downlink data indication, a radio access network control plane function ; sending (S103), to the identified radio access network control plane function , a downlink data notification comprising an identifier of the wireless communication device and of a core network control plane function configured to provide mobility management where the wireless communication device currently is registered, thereby enabling for the identified radio access network control plane function to forward the download data notification to the identified core network control plane function configured to provide mobility management to enable the identified core network control plane function configured to provide mobility management to page the wireless communication device .
An electrical accessory comprising: - a casing (110; 210; 410') that includes positioner means (122, 123; 222; 600; 600'; 601) for positioning in an electrical accessory container ; and - an electronic circuit (160; 260; 360; 460) that is designed to manipulate control information for controlling a load; - at least one antenna (128; 228; 127; 129; 328, 329; 428; 428'; 426, 427; 429; 529), and - a proximity communication module (180; 280; 380, 381; 480) that is connected to the antenna (128; 228; 127; 129; 328, 329; 428; 428'; 426, 427; 429; 529) and linked to the electronic circuit (160; 260; 360; 460), the electronic circuit (160; 260; 360; 460) being designed to receive data via a wireless proximity connection set up between the electrical accessory (105; 200; 300; 401) and a first neighbouring electrical accessory (201; 100; 102'; 501), characterised in that the electronic circuit is furthermore designed to transmit said data via a wireless proximity connection set up between the electrical accessory (105; 200; 300; 401) and a second neighbouring electrical accessory (106; 101; 200'; 402). - a casing (110; 210; 410') that includes positioner means (122, 123; 222; 600; 600'; 601) for positioning in an electrical accessory container ; and - an electronic circuit (160; 260; 360; 460) that is designed to manipulate control information for controlling a load; - at least one antenna (128; 228; 127; 129; 328, 329; 428; 428'; 426, 427; 429; 529), and - a proximity communication module (180; 280; 380, 381; 480) that is connected to the antenna (128; 228; 127; 129; 328, 329; 428; 428'; 426, 427; 429; 529) and linked to the electronic circuit (160; 260; 360; 460), the electronic circuit (160; 260; 360; 460) being designed to receive data via a wireless proximity connection set up between the electrical accessory (105; 200; 300; 401) and a first neighbouring electrical accessory (201; 100; 102'; 501), characterised in that the electronic circuit is furthermore designed to transmit said data via a wireless proximity connection set up between the electrical accessory (105; 200; 300; 401) and a second neighbouring electrical accessory (106; 101; 200'; 402).
Shortening claw for a lashing chain , comprising a receiving part and a holding part , which secures chain links against unintentional release of chain links of a chain strand of the lashing chain from the receiving part, wherein the receiving part is fork-shaped and comprises a slot-shaped recess for a first chain link of the chain strand , characterized in that the holding part is mounted on the receiving part pivotable between a closure position and an open position with respect to the receiving part, wherein the holding part comprises a link pocket configured to hold a second chain link adjoining the first chain link in the closure position of the shortening claw and a slot-shaped opening configured to receive a third chain link adjoining the second chain link when the shortening claw is closed, wherein the holding part is configured to release the chain strand in its open position and to fix the chain strand in the shortening claw in its closure position. wherein the receiving part is fork-shaped and comprises a slot-shaped recess for a first chain link of the chain strand , characterized in that the holding part is mounted on the receiving part pivotable between a closure position and an open position with respect to the receiving part, wherein the holding part comprises a link pocket configured to hold a second chain link adjoining the first chain link in the closure position of the shortening claw and a slot-shaped opening configured to receive a third chain link adjoining the second chain link when the shortening claw is closed, wherein the holding part is configured to release the chain strand in its open position and to fix the chain strand in the shortening claw in its closure position.
A support assembly of a hub of an internal clutch with an external power input mechanism, comprising: a hub rotatably supported by a first lateral cover and a second lateral cover which are combined by using bearings installed therebetween; and a driving device (A); wherein the first lateral cover and the second lateral cover are fixedly retained to a fixing shaft ; the first lateral cover is formed with at least one through hole for installing the driving device (A); the driving device (A) is operable to transfer external power into the first lateral cover by passing through the driving device (A) so as to drive an internal clutch therein; characterized in that the first lateral cover is formed with an axle hole ; a plurality of buckling strips are installed within the axle hole operable to retain the fixing shaft and a part of the fixing shaft is fixed to a buckling groove so that the first lateral cover is non-rotatably fixed to the fixing shaft . a hub rotatably supported by a first lateral cover and a second lateral cover which are combined by using bearings installed therebetween; and a driving device (A); wherein the first lateral cover and the second lateral cover are fixedly retained to a fixing shaft ; the first lateral cover is formed with at least one through hole for installing the driving device (A); the driving device (A) is operable to transfer external power into the first lateral cover by passing through the driving device (A) so as to drive an internal clutch therein; characterized in that the first lateral cover is formed with an axle hole ; a plurality of buckling strips are installed within the axle hole operable to retain the fixing shaft and a part of the fixing shaft is fixed to a buckling groove so that the first lateral cover is non-rotatably fixed to the fixing shaft .
A method for impregnating concrete with a non-aqueous electrolyte characterized in that an electric field is applied between electrodes mounted on the concrete surface and/or embedded in the concrete such that the non-aqueous electrolyte migrates into the concrete, characterized in that the non-aqueous electrolyte absorbs water and is hygroscopic.
A method of wireless communication utilizing hybrid automatic repeat request, HARQ, the method comprising: generating (702; 802) a first information block (502; 602) comprising first information bits (504, 506; 604) that comprise a first subset of information bits and a second subset of information bits ; encoding (704; 804) the first information block (502; 602) utilizing polar coding to generate a first polar code block; transmitting (706; 806) the first polar code block; receiving a negative acknowledgment, NACK, or receiving no HARQ feedback in response to the first polar code block; generating (710; 810) a second information block (510; 608) for a first HARQ retransmission, the second information block (510; 608) comprising second information bits (506; 610) and third information bits (512; 612), wherein the second information bits (506; 610) comprise the second subset of information bits , and wherein the third information bits (512; 612) comprise first new information bits different from the first information bits (504, 506; 604); encoding (712; 812) the second information block (510; 608) utilizing polar coding to generate a second polar code block; and transmitting (714; 814) the second polar code block, characterized in that the number of bits in the third information bits is selected in accordance with a target block error rate, BLER, and the sum of the number of bits in the second information bits and the number of bits in the third information bits is equal to the number of bits in the first subset of information bits. generating (702; 802) a first information block (502; 602) comprising first information bits (504, 506; 604) that comprise a first subset of information bits and a second subset of information bits ; encoding (704; 804) the first information block (502; 602) utilizing polar coding to generate a first polar code block; transmitting (706; 806) the first polar code block; receiving a negative acknowledgment, NACK, or receiving no HARQ feedback in response to the first polar code block; generating (710; 810) a second information block (510; 608) for a first HARQ retransmission, the second information block (510; 608) comprising second information bits (506; 610) and third information bits (512; 612), wherein the second information bits (506; 610) comprise the second subset of information bits , and wherein the third information bits (512; 612) comprise first new information bits different from the first information bits (504, 506; 604); encoding (712; 812) the second information block (510; 608) utilizing polar coding to generate a second polar code block; and transmitting (714; 814) the second polar code block, characterized in that the number of bits in the third information bits is selected in accordance with a target block error rate, BLER, and the sum of the number of bits in the second information bits and the number of bits in the third information bits is equal to the number of bits in the first subset of information bits.
A collating device for collating material sheets and producing a material sheet booklet for a document type selected from a plurality of different identification, value, or security document types, wherein the material sheet booklet to be produced comprises the collated material sheets in a document-type-specific sequence, wherein the collating device comprises: supply stations , which are each stocked with material sheets of a consistent material sheet type and have a material sheet carrier with a support surface for providing an individual material sheet , a material sheet receiving device for collecting the material sheets for the material sheet booklet to be produced, wherein the material sheet receiving device is configured to receive material sheets one at a time in the document-type-specific sequence from the support surfaces of the material sheet carriers at the individual supply stations of the document-type-specific sequence, characterised in that a fixing device is provided, which is configured, in the document-type-specific sequence at each of the supply stations , to fix the material sheet to be received there to the material sheet received directly beforehand by the material sheet receiving device in accordance with the document-type-specific sequence, so that the relative orientation of the material sheet to be received in relation to the material sheet received directly beforehand is defined and then the document-type-specific material sheet booklet is produced. supply stations , which are each stocked with material sheets of a consistent material sheet type and have a material sheet carrier with a support surface for providing an individual material sheet , a material sheet receiving device for collecting the material sheets for the material sheet booklet to be produced, wherein the material sheet receiving device is configured to receive material sheets one at a time in the document-type-specific sequence from the support surfaces of the material sheet carriers at the individual supply stations of the document-type-specific sequence, characterised in that a fixing device is provided, which is configured, in the document-type-specific sequence at each of the supply stations , to fix the material sheet to be received there to the material sheet received directly beforehand by the material sheet receiving device in accordance with the document-type-specific sequence, so that the relative orientation of the material sheet to be received in relation to the material sheet received directly beforehand is defined and then the document-type-specific material sheet booklet is produced.
A method of establishing a shift point for shifting an automatic transmission in a powered vehicle during a full throttle shift from a first gear ratio to a second gear ratio, the transmission having a controller, comprising: receiving torque data from a data bus electrically coupled to the controller, the torque data including a maximum torque value; converting the torque data to power data; calculating a gear step value based on the first gear ratio and second gear ratio; determining a first speed value (SB) and a first power value (PB) based on the power data, wherein determining the first speed value (SB) includes determining an input speed at the maximum torque value and computing a product of the input speed and the calculated gear step, and wherein determining the first power value (PB) includes determining the first power value (PB) at the first speed value (SB); computing a second speed value (SA) based on the gear step value and the first speed value (SB). determining a second power value (PA) based on the second speed value (SA); comparing the first power value (PB) and the second power value (PA) to one another; and setting the shift point based on the result of comparing the first power value (PB) and the second power value (PA). receiving torque data from a data bus electrically coupled to the controller, the torque data including a maximum torque value; converting the torque data to power data; calculating a gear step value based on the first gear ratio and second gear ratio; determining a first speed value (SB) and a first power value (PB) based on the power data, wherein determining the first speed value (SB) includes determining an input speed at the maximum torque value and computing a product of the input speed and the calculated gear step, and wherein determining the first power value (PB) includes determining the first power value (PB) at the first speed value (SB); computing a second speed value (SA) based on the gear step value and the first speed value (SB). determining a second power value (PA) based on the second speed value (SA); comparing the first power value (PB) and the second power value (PA) to one another; and setting the shift point based on the result of comparing the first power value (PB) and the second power value (PA).
Cooking appliance with a cooking chamber and a water connection on the cooking chamber side, having a cartridge holder with a water sprinkling piece , which has - a top side water inlet connecting piece which can be connected to the water connection and - a fastening region for a cartridge to be arranged in the cooking chamber , characterised in that the water sprinkling piece has an intermediate section between the fastening region and the water inlet connection , from which pressurised water entering the water inlet connecting piece leaves again at the side, - and that the water sprinkling piece - is designed to laterally deflect water (W) leaving the water connection in order to sprinkle the walls (2a-2c) of the cooking chamber with water (W) and wherein - the cartridge holder additionally has a water distribution piece (9; 41), which has at least one radially extending water guiding duct (18-20; 42-44, 46, 47) for the beam formation of the deflected water (W) leaving the water sprinkling piece . - a top side water inlet connecting piece which can be connected to the water connection and - a fastening region for a cartridge to be arranged in the cooking chamber , characterised in that the water sprinkling piece has an intermediate section between the fastening region and the water inlet connection , from which pressurised water entering the water inlet connecting piece leaves again at the side, - and that the water sprinkling piece - is designed to laterally deflect water (W) leaving the water connection in order to sprinkle the walls (2a-2c) of the cooking chamber with water (W) and wherein - the cartridge holder additionally has a water distribution piece (9; 41), which has at least one radially extending water guiding duct (18-20; 42-44, 46, 47) for the beam formation of the deflected water (W) leaving the water sprinkling piece .
A robotic end effector comprising: a hub; a plurality of soft robotic actuators , the soft robotic actuators comprising an elastomeric outer surface surrounding an internal void , wherein the soft robotic actuator is configured to curl when an inflation fluid is supplied to the internal void; a plurality of moveable jaws for securing the plurality of soft robotic actuators to the hub; a mechanical actuator configured to move the moveable jaws with respect to one another to adjust a distance between the soft robotic actuators; a suction cup configured to apply a vacuum force to a target object to be grasped; a controller configured to activate the mechanical actuator to move the moveable jaws and position the soft robotic actuators with respect to the target object; and wherein the suction cup creates a vacuum by application of air pressure, and the controller controls the amount of air pressure applied to cause the suction cup to withdraw via a driveable actuator upon contact with the target object. a hub; a plurality of soft robotic actuators , the soft robotic actuators comprising an elastomeric outer surface surrounding an internal void , wherein the soft robotic actuator is configured to curl when an inflation fluid is supplied to the internal void; a plurality of moveable jaws for securing the plurality of soft robotic actuators to the hub; a mechanical actuator configured to move the moveable jaws with respect to one another to adjust a distance between the soft robotic actuators; a suction cup configured to apply a vacuum force to a target object to be grasped; a controller configured to activate the mechanical actuator to move the moveable jaws and position the soft robotic actuators with respect to the target object; and wherein the suction cup creates a vacuum by application of air pressure, and the controller controls the amount of air pressure applied to cause the suction cup to withdraw via a driveable actuator upon contact with the target object.
Drawer container , in particular for a beverage station comprising a housing with opposite side walls which comprise a plurality of rails extending in parallel in pairs opposite each other and a plurality of support struts arranged between the rails , wherein the rails are manufactured in one piece with the side walls and support struts and in a correctly installed drawer container are arranged horizontally facing each other on an inner side of the side walls and in the rails a plurality of drawers are guided and at least one of the drawers has a lock which positively interacts with a support strut in order to lock the drawer.