mhurhangee/patent-ind-claim-en huggingface dataset:
An oral pouched product comprising a filling material and a pouch enclosing the filling material, said pouch being made of a fleece material comprising staple fibres of viscose, wherein at least 25% by weight, such as at least 50% by weight, at least 75% by weight or 100% by weight, of the staple fibres of viscose have a multilobal fibre cross-section with at least three lobes and a linear mass density within the range of from 2.5 to 5 decitex, such as within the range of from 3 to 4 decitex.
Electric vehicle with - an induction coil in an AC charging circuit for inductive coupling with a charging station and for receiving electrical power via an excitation coil for charging an energy storage , and a measuring transducers comprising: - at least one tap arranged to tap at least one AC measured value in an AC charging circuit which comprises the induction coil , - a converter arranged for converting a frequency of the AC measured value into a standard frequency of a energy supply grid, and for outputting at least one AC value with the standard frequency into an AC measuring circuit , and - at least one standard meter arranged in the AC measuring circuit for obtaining an electrical power using the AC value at the standard frequency. - an induction coil in an AC charging circuit for inductive coupling with a charging station and for receiving electrical power via an excitation coil for charging an energy storage , and - at least one tap arranged to tap at least one AC measured value in an AC charging circuit which comprises the induction coil , - a converter arranged for converting a frequency of the AC measured value into a standard frequency of a energy supply grid, and for outputting at least one AC value with the standard frequency into an AC measuring circuit , and - at least one standard meter arranged in the AC measuring circuit for obtaining an electrical power using the AC value at the standard frequency.
Device for reducing the volume of a hatch for accessing a waste feed-in opening of a waste container , the access hatch being delimited by walls which define, in the open position, a waste receiving volume (V) that communicates with the waste feed-in opening , including at least one waste deposit wall , comprising means for attaching to the access hatch and configured to be inserted into said access hatch in a removable manner and comprising a deposit surface configured such that, once the volume reduction device has been inserted into the access hatch , the deposit surface at least partially covers the waste deposit wall such as to reduce the waste receiving volume (V).
A method of determining systolic and diastolic blood pressure, wherein the received data set of separate curves of plethysmographic curve is divided into individual segments with two local minimums given by the beginning (M1) and the end (M2) and one global maximum (M3) that matches one heartbeat of the measured subject and represents one cycle of the heart activity, the course of segments of the plethysmographic curve is then divided into individual sections containing at least one segment with the division up to 20 segments and for the exclusion of the saturated signal from further assessment are according to the constant K a the saturated parts of segments excluded from further assessment and the recommended values are always determined according to a type of the scanning unit as the constant K a respectively its limits, specifically K aMIN a K aMAX , and the course of the plethysmographic curve is then filtered by making averages of consecutive values of the plethysmographic curve , each segment is checked for differences between the amplitude of each segment at the beginning (M1) and the end (M2) of the curve and only selected segments are left, these segments up to 25 %, selected segments are being normed so that the value (Y) of the global maximum (M3) is matched with the value 1 and the value 0 is determined as a result of the arithmetic average of the beginning (M1) and the end (M2) for selected segments with the difference lower than 5 % and/or the values of the plethysmographic curve for the selected segments with the difference lower than 25 % are recalculated in the manner that the beginning and the end of the selected segment have the same value, and are divided into 6 parts under the curve of a segment defined by dividing the segment in time at its maximum (M3) and dividing the amplitude of the segment by two dividings one between 20 to 60 % and 40 to 90 % out of the maximum (M3), where the second dividing must be by percentage larger than the first one and the areas S6, S7, S8, S9, S10, S11 are determined for each part as well as the centers of gravity Tx6, Ty6, Tx7, Ty7, Tx8, Ty8, Tx9, Ty9, Tx10, Ty10, Tx11, Ty11 of each part and the centers of gravity Tx, Ty and the total area S of the whole selected segment , at the same time the constants K indS and K indD are determined as the values of the statistic average of subject checking measurements example for systolic and diastolic pressure and the constants K nS and K nD as the values of the statistic average of the subject controlling measurements divided according to the age category for systolic and diastolic pressure and that together with a determination of the range constants K RS and K RD of the measurement range for systolic and diastolic pressure, the quantity D is determined as the first derivation of the leading edge of each segment and now the systolic blood pressure is determined as a result of K RS ∗ K nS ∗ K indS ∗ D ∗ S8 and the diastolic blood pressure is determined as a result of K RD ∗ K nD ∗ K indD ∗ ((Ty ∗ Tx) ∗ S).
A mixing unit (2; 202) for a mixer tap , the mixing unit comprising: - a first inlet for a first incoming stream (F1) of fluid having a first temperature (Tf), - a second inlet (50; 250) for a second incoming stream (C1) of fluid having a second temperature (Tc) higher than the first temperature, - mixing means (34; 234) for mixing the first incoming stream with the second incoming stream to form an outgoing stream (M2) of fluid having an outlet temperature (Tm), - a main outlet (52; 252) for the outgoing stream, and - a heat-sensitive actuator (70; 270; 470), comprising: ∘ a first part (72; 272; 472), which is heat-sensitive and which is arranged, at least in part, at the main outlet, and ∘ a second part (76; 276; 476), actuated in translation by the first part along a closing axis (X60; X260), characterized in that the mixing unit (2; 202) comprises a shutter (72, 73; 272, 275; 475), which is actuated by the heat-sensitive actuator (70; 270; 470), so as to move between a closed position, at least partial, of the main outlet (52; 252) and an open position of the main outlet, based on the relative position of the first part (72; 272; 472) and the second part (76; 276; 476) of the heat-sensitive actuator along the closing axis (X60; X260). - a first inlet for a first incoming stream (F1) of fluid having a first temperature (Tf), - a second inlet (50; 250) for a second incoming stream (C1) of fluid having a second temperature (Tc) higher than the first temperature, - mixing means (34; 234) for mixing the first incoming stream with the second incoming stream to form an outgoing stream (M2) of fluid having an outlet temperature (Tm), - a main outlet (52; 252) for the outgoing stream, and - a heat-sensitive actuator (70; 270; 470), comprising: ∘ a first part (72; 272; 472), which is heat-sensitive and which is arranged, at least in part, at the main outlet, and ∘ a second part (76; 276; 476), actuated in translation by the first part along a closing axis (X60; X260), characterized in that the mixing unit (2; 202) comprises a shutter (72, 73; 272, 275; 475), which is actuated by the heat-sensitive actuator (70; 270; 470), so as to move between a closed position, at least partial, of the main outlet (52; 252) and an open position of the main outlet, based on the relative position of the first part (72; 272; 472) and the second part (76; 276; 476) of the heat-sensitive actuator along the closing axis (X60; X260). ∘ a first part (72; 272; 472), which is heat-sensitive and which is arranged, at least in part, at the main outlet, and ∘ a second part (76; 276; 476), actuated in translation by the first part along a closing axis (X60; X260),
A sole structure for an article of footwear having an upper , the sole structure comprising: an outsole defining a first aperture ; a cushioning member disposed on the outsole and defining a second aperture ; a plate disposed between the cushioning member and the upper , the plate comprising: an anterior-most point disposed in a forefoot region of the sole structure; a posterior-most point disposed closer to a heel region of the sole structure than the anterior-most point ; a metatarsophalangeal (MTP) point disposed between the anterior-most point and the posterior-most point , the MTP point opposing an MTP joint of a foot during use; and an anterior curved region having a radius of curvature extending through the forefoot region and a mid-foot region of the sole structure and including a forefoot curved portion extending from the MTP point to the anterior-most point and a mid-foot curved portion extending from the MTP point toward the posterior-most point , wherein overlapping portions of the first aperture and the second aperture expose a region of the plate . an outsole defining a first aperture ; a cushioning member disposed on the outsole and defining a second aperture ; a plate disposed between the cushioning member and the upper , the plate comprising: an anterior-most point disposed in a forefoot region of the sole structure; a posterior-most point disposed closer to a heel region of the sole structure than the anterior-most point ; a metatarsophalangeal (MTP) point disposed between the anterior-most point and the posterior-most point , the MTP point opposing an MTP joint of a foot during use; and an anterior curved region having a radius of curvature extending through the forefoot region and a mid-foot region of the sole structure and including a forefoot curved portion extending from the MTP point to the anterior-most point and a mid-foot curved portion extending from the MTP point toward the posterior-most point , an anterior-most point disposed in a forefoot region of the sole structure; a posterior-most point disposed closer to a heel region of the sole structure than the anterior-most point ; a metatarsophalangeal (MTP) point disposed between the anterior-most point and the posterior-most point , the MTP point opposing an MTP joint of a foot during use; and an anterior curved region having a radius of curvature extending through the forefoot region and a mid-foot region of the sole structure and including a forefoot curved portion extending from the MTP point to the anterior-most point and a mid-foot curved portion extending from the MTP point toward the posterior-most point , wherein overlapping portions of the first aperture and the second aperture expose a region of the plate .
Attachment tool , in particular an attachable compactor , which can be coupled to an excavator, comprising a housing having a lower part and an upper part which are connected via flexible buffer devices , and comprising a replaceable attachment , in particular a compactor plate , the attachment being detachably fixable to the housing by means of a locking device, characterized in that the lower housing part is formed substantially in one piece as a cast part.
A processor-implemented method for performing lawful interception in a communication network, the method comprising: detecting (502; 606) in real-time adulteration in communication data, in a communication session involving a target user identified for lawful interception, based on a comparison of a set of adulteration parameters derived from the communication data with associated thresholds within a set of thresholds; analyzing (504; 608) adulterated content in the communication data to determine feasibility of correcting the adulterated content based on satisfaction of predefined criteria comprising meeting a confidence level of accuracy in correcting the adulterated content; correcting (506; 610), selectively, the adulterated content based on satisfaction of the predefined criteria; and sending the selectively corrected adulterated content to a lawful interception gateway. detecting (502; 606) in real-time adulteration in communication data, in a communication session involving a target user identified for lawful interception, based on a comparison of a set of adulteration parameters derived from the communication data with associated thresholds within a set of thresholds; analyzing (504; 608) adulterated content in the communication data to determine feasibility of correcting the adulterated content based on satisfaction of predefined criteria comprising meeting a confidence level of accuracy in correcting the adulterated content; correcting (506; 610), selectively, the adulterated content based on satisfaction of the predefined criteria; and sending the selectively corrected adulterated content to a lawful interception gateway.
A user interface device comprising: a display controller configured to display a first object (P1,..., P8) corresponding to a first subject and a second object (P1,..., P8) corresponding to a second subject; a detection unit configured to detect an input instructing a change of an arrangement of the first and second objects (P1,..., P8); wherein the display controller is configured to display a result of a search relating to the first and second subjects in response to an instruction detected by the detection unit , the result depending on the change of the arrangement; wherein the display controller is configured to narrow down the result when a distance between the first and second objects (P1,..., P8) becomes small in response to an input; wherein the display controller is configured to change the displayed results from a result of a search conducted based on a logical sum of the first and second subjects to a result of a search conducted based on a logical product of the first and second subjects when a distance between the first and second objects (P1,..., P8) becomes small in response to the input; and wherein the display controller is configured to generate different search results depending on a case where the input instructs dislocation of the second object and stay of the first object and a case where the input instructs dislocation of the first object and stay of the second object. a display controller configured to display a first object (P1,..., P8) corresponding to a first subject and a second object (P1,..., P8) corresponding to a second subject; a detection unit configured to detect an input instructing a change of an arrangement of the first and second objects (P1,..., P8); wherein the display controller is configured to display a result of a search relating to the first and second subjects in response to an instruction detected by the detection unit , the result depending on the change of the arrangement; wherein the display controller is configured to narrow down the result when a distance between the first and second objects (P1,..., P8) becomes small in response to an input; wherein the display controller is configured to change the displayed results from a result of a search conducted based on a logical sum of the first and second subjects to a result of a search conducted based on a logical product of the first and second subjects when a distance between the first and second objects (P1,..., P8) becomes small in response to the input; and wherein the display controller is configured to generate different search results depending on a case where the input instructs dislocation of the second object and stay of the first object and a case where the input instructs dislocation of the first object and stay of the second object.
A method of comprising: Causing , at least in part, a presentation of a first user interface associated with an, at least in part, locked state of a device , resulting from a user having locked the device ; Causing , at least in part, a rendering of at least a portion of a second user interface associated with the first user interface , wherein the second user interface is associated with one or more applications, one or more services, or a combination thereof, and wherein the at least a portion of the second user interface is rendered while the device is in the locked state; and Processing and/or facilitating a processing of one or more interactions with the first user interface , the at least a portion of the second user interface, or a combination thereof to cause, at least in part, a change of the device to an, at least in part, unlocked state. Causing , at least in part, a presentation of a first user interface associated with an, at least in part, locked state of a device , resulting from a user having locked the device ; Causing , at least in part, a rendering of at least a portion of a second user interface associated with the first user interface , wherein the second user interface is associated with one or more applications, one or more services, or a combination thereof, and wherein the at least a portion of the second user interface is rendered while the device is in the locked state; and Processing and/or facilitating a processing of one or more interactions with the first user interface , the at least a portion of the second user interface, or a combination thereof to cause, at least in part, a change of the device to an, at least in part, unlocked state.
A compound selected from the group consisting of the compounds below: 501 618 502 619 503 620 504 621 505 622 506 623 507 624 508 625 509 626 510 627 511 628 512 629 513 630 514 631 515 632 516 633 517 634 518 635 519 636 520 637 521 638 522 639 523 640 524 641 525 642 526 643 527 644 528 645 529 646 530 647 531 648 532 649 533 650 534 651 535 652 536 653 537 654 538 655 539 656 540 657 541 658 542 659 543 660 544 661 545 662 546 663 547 664 548 665 549 666 550 667 551 668 552 669 553 670 554 671 555 672 556 673 557 674 558 675 559 676 560 677 561 678 562 679 563 680 564 681 565 682 566 683 567 684 568 685 569 686 570 687 571 688 572 689 573 690 574 691 575 692 576 693 577 694 578 695 579 696 580 697 581 698 582 699 583 700 584 701 585 702 586 703 587 704 588 705 589 706 590 707 591 708 592 709 593 710 594 711 595 712 596 713 597 714 598 715 599 716 600 717 601 718 602 719 603 720 604 721 605 722 606 723 607 724 608 725 609 726 610 727 611 728 612 729 613 730 614 731 615 732 616 733 617 734 735 or a pharmaceutically acceptable salt thereof.
Method for operating a vehicle , wherein the vehicle receives a starting signal for starting the vehicle via a communication network, wherein the vehicle starts autonomously in response to the starting signal only when one or more predetermined conditions have been satisfied, characterized in that the one or more conditions comprise the fact that a current time must be within a predetermined time window so that the vehicle starts autonomously in response to the starting signal, wherein the predetermined time window corresponds to a parking time of the vehicle in a parking space.
System with an electrical apparatus and a connecting device , wherein the electrical apparatus comprises a control unit , a first interface device and a second interface device , and wherein a wire-bound first communication path is provided between the control unit and the connecting device via the first interface device and a second communication path is provided between the control unit and the second interface device , and wherein the system has a coupling device , the coupling device can be set into a first coupling state and into a second coupling state, the first communication path is led through the coupling device in the first coupling state and is interrupted in the coupling device in the second coupling state, and the control unit is designed to detect an attack on the system via the second interface device and, in the event of a detected attack, to set the coupling device from the first coupling state into the second coupling state.
A toilet cover plate hinge seat easy to disassemble and assemble, comprising a seat body, mounting assemblies for fixing the seat body to a toilet ceramic body each of the mounting assemblies comprising a bolt , a nut , a fixing frame and a fastener , wherein the fixing frame is provided below or in a support mounting hole on the toilet ceramic body, the fixing frame is sleeved outside the bolt, and the fixing frame has a guide groove; the nut being matched with the bolt; a screw hole of the nut being correspondingly positioned at a lower threading position of the bolt; and the bolt passing through the ceramic body and threadedly connecting to the nut; characterized in that the nut extends radially to form an insertion pin, the fastener being gripped on the outer side of the fixing frame and is provided with an insertion hole (3-3) into which the nut is inserted, whereby the nut passes through the insertion hole of the fastener and an opening (2-3) of the fixing frame.
Device for determining a cardiac output for a cardiac support system , wherein the device comprises the following features: a support structure , which has at least one strut and a connection portion for connecting the device to an element of the cardiac support system , wherein the at least one strut is connected to the connection portion and can be moved away, in particular folded away, from the element ; and a sensor apparatus , which is coupled to the at least one strut and is designed to sense a blood flow. a support structure , which has at least one strut and a connection portion for connecting the device to an element of the cardiac support system , wherein the at least one strut is connected to the connection portion and can be moved away, in particular folded away, from the element ; and a sensor apparatus , which is coupled to the at least one strut and is designed to sense a blood flow.