Author: claimsbot

1. An audio echo canceller system adjusted to provide an echo attenuated output signal from an echo added input signal including near-end audio in addition to an echo contribution originating from a far-end audio presenter unit receiving a left (L) and a right (R) audio signal, characterized in that the far-end audio presenter unit includes a first adder configured to add L and R creating a non-delayed mono signal, a delay unit configured to delay said non-delayed mono signal with a predefined time creating a delayed mono signal being loaded into one or more main loudspeaker(s), and one or more left and one or more right loudspeaker(s) into which a first and a second L andor R deduced signal respectively are loaded.
2. Audio echo canceller system according to claim 1, characterized in that said delay unit is integrated in a first filter (Hm) following said first adder.
3. Audio echo canceller system according to claim 2, characterized in
a second adder configured to add R filtered by a second filter (Hc) with L filtered by a third filter (Hd) creating said first L andor R deduced signal,
a third adder configured to add L filtered by said second filter (Hc) with R filtered by said third filter (Hd) creating said second L andor R deduced signal.
4. Audio echo canceller system according to claim 1, characterized in
an attenuator following said first adder configured to multiply first adder output with 12 to form said non-delayed mono signal.
5. Audio echo canceller system according to claim 1 or 4, characterized in that the first and second L andor R deduced signal are multiplied with a first gain Gi, respectively, before being loaded into said one or more left and one or more right loudspeaker(s).
6. Audio echo canceller system according to claim 5, characterized in that the first L andor R deduced signal is L, and the second L andor R deduced signal is R.
7. Audio echo canceller system according to claim 5, characterized in
a first subtractor creating the first L andor R deduced signal configured to subtract said non-delayed mono signal multiplied with a second gain Ge from L,
a second subtractor creating the second L andor R deduced signal configured to subtract said non-delayed mono signal multiplied with the second gain Ge from R.
8. A method in an audio echo canceller system providing an echo attenuated output signal from an echo added input signal including near-end audio in addition to an echo contribution originating from a far-end audio presenter unit receiving a left (L) and a right (R) audio signal, characterized in
adding L and R to create a non-delayed mono signal,
delaying said non-delayed mono signal with a predefined time to create a delayed mono signal being loaded into a one or more main loudspeaker(s),
respectively loading a first and a second L andor R deduced signal into one or more left and one or more right loudspeaker(s).
9. A method according to claim 8, characterized in that said step of delaying is carried out in a first filter (Hm).
10. A method according to claim 8 or 9, characterized in
adding R filtered by a second filter (Hc) with L filtered by a third filter (Hd) to create said first L andor R deduced signal,
adding L filtered by said second filter (Hc) with R filtered by said third filter (Hd) to create said second L andor R deduced signal.
11. A method according to claim 8, characterized in that the step of adding L and R to create a non-delayed mono signal further includes attenuating the result with 12 to form said non-delayed mono signal.
12. A method according to claim 8 or 11, characterized in
respectively multiplying the first and second L andor R deduced signal with a first gain Gi before being loaded into said one or more left and one or more right loudspeaker(s).
13. A method according to claim 12, characterized in that the first L andor R deduced signal is L, and the second L andor R deduced signal is R.
14. A method according to claim 12, characterized in
subtracting said non-delayed mono signal multiplied with a second gain Ge from L, to create the first L andor R deduced signal,
subtracting said non-delayed mono signal multiplied with the second gain Ge from R, to create the second L andor R deduced signal.

The claims below are in addition to those above.
All refrences to claim(s) which appear below refer to the numbering after this setence.

1.-21. (canceled)
22. A container comprising:
a body having at least one wall defining at least one cavity for storing dispensable contents and a rim surrounding the cavity and defining a larger opening for filling the cavity;
a cover affixed to the rim to close the larger opening; and
a portion of the body forming a lid, the lid being connected to the body by the cover and a frangible connection, the frangible connection being formed at a transition between the lid and the at least one wall, the cover and at least a portion of the frangible connection at the at least one wall defining a smaller opening for dispensing contents from the cavity upon severance of the frangible connection.
23. A container according to claim 22 further comprising a hinge formed by at least the cover for the lid.
24. A container according to claim 23 wherein the hinge is formed by the cover and the rim.
25. A container according to claim 22 wherein the lid portion includes an exterior surface with a profile complimenting a finger.
26. A container according to claim 25 wherein the profile includes a concave portion.
27. A container according to claim 25 wherein the exterior surface includes at least one grip support protrusion.
28. A container according to claim 22 wherein the lid is reclosable after opening to restrict dispensing of contents through the smaller opening.
29. A container according to claim 28 wherein the lid includes a friction fit protrusion for reclosing of the lid.
30. A container according to claim 22 wherein the body has at least one exterior flat surface.
31. A container according to claim 22 wherein the at least one wall defines two cavities.
32. A container according to claim 31 wherein the lid includes a first lid for one of the two cavities and a second lid for the other of the two cavities.

1. An arrangement for a vehicle tire having a tread with an inner wall, the arrangement comprising:
a retaining device connected to the inner wall of the tread of the vehicle tire;
a tire pressure sensor unit arranged in the retaining device;
a tire sealing compound arranged between the sensor unit and the inner wall of the tread of the vehicle tire, wherein in an event of a puncture of the inner wall of the tread of the vehicle tire by a foreign object penetrating the inner wall, at least a short-term pressure loss due to the puncture is prevented via the sealing compound sealing the puncture at least nearly tightly.
2. The arrangement according to claim 1, wherein the retaining device comprises a closed bottom section connected to the inner wall of the tread of the vehicle tire, and wherein the sealing compound is arranged between the sensor unit and a side of the closed bottom section of the retaining device facing the sensor unit; and
wherein in an event of a puncture by a foreign object penetrating the inner wall and the bottom section of the retaining element, a short-term pressure loss due to the puncture is prevented by the sealing compound sealing the puncture at least nearly tightly.
3. The arrangement according to claim 1, wherein the retaining device is open at a bottom section thereof connected to the inner wall of the tread of the vehicle tire, such that the sealing compound is applied to the inner wall.
4. The arrangement according to claim 1, further comprising:
a puncture-stopping or low-friction material arranged on or between a side of the sensor unit facing the inner wall of the tread of the vehicle tire and the inner wall.
5. The arrangement according to claim 1, further comprising:
at least one electrical contact point for the sensor unit being provided on the inner wall of the tire; and
wherein the sealing compound is electrically conductive.
6. The arrangement according to claim 2, further comprising:
at least one electrical contact point for the sensor unit being provided on the inner wall of the tire; and
wherein the sealing compound is electrically conductive.
7. The arrangement according to claim 3, further comprising:
at least one electrical contact point for the sensor unit being provided on the inner wall of the tire; and
wherein the sealing compound is electrically conductive.
8. The arrangement according to claim 5, wherein a plurality of electrical contact points are provided and configured on the inner wall of the tire; and
wherein the sensor unit is correspondingly configured in association with the plurality of electrical contact points, the configuration of the plurality of electrical contact points providing a visible positional orientation for mounting of the correspondingly configured sensor unit.
9. The arrangement according to claim 6, wherein a plurality of electrical contact points are provided and configured on the inner wall of the tire; and
wherein the sensor unit is correspondingly configured in association with the plurality of electrical contact points, the configuration of the plurality of electrical contact points providing a visible positional orientation for mounting of the correspondingly configured sensor unit.
10. The arrangement according to claim 7, wherein a plurality of electrical contact points are provided and configured on the inner wall of the tire; and
wherein the sensor unit is correspondingly configured in association with the plurality of electrical contact points, the configuration of the plurality of electrical contact points providing a visible positional orientation for mounting of the correspondingly configured sensor unit.
11. The arrangement according to claim 1, wherein the sensor unit comprises:
a data store configured to store data associated with the vehicle tire; and
a light sensor detecting light incident on the sensor unit after a startup is registered by the sensor unit, whereby installation of the sensor unit in another vehicle tire is inferable by the incident light that occurred after the startup registered by the sensor unit.
12. The arrangement according to claim 11, wherein the sensor unit is operatively configured to block use of at least some of the data stored in the data store upon inferring that the sensor unit was installed in another vehicle tire.
13. The arrangement according to claim 1, wherein the sensor unit is operatively configured to provide a check mode for whether, in a case of a measured pressure lying in a range of ambient air pressure, an acceleration is registered in order to infer whether the vehicle tire is horizontally arranged in order to infer an installation of the sensor unit in another vehicle tire.
14. The arrangement according to claim 13, wherein the sensor unit comprises a data store for storing data associated with the vehicle tire; and
wherein upon inferring the sensor unit was installed in another vehicle tire, at least some of the data stored in the data store is blocked from further use.

The claims below are in addition to those above.
All refrences to claim(s) which appear below refer to the numbering after this setence.

1. A system that determines whether a subset of pending transactions would pass a threshold, the system comprising:
a memory configured to store a system module and a journal module;
a persistent memory; and
a processor configured to execute the system module and the journal module, the system module configured to:
receive at least one threshold related to a data field;
receive an incremental transaction on the data field;
determine whether the incremental transaction would cause the data field to pass the at least one threshold in combination with any subset of other pending incremental transactions; and
if the incremental transaction could cause the data field to pass the at least one threshold,
disallow the incremental transaction until the other pending incremental transactions have resolved, and
then permit the incremental transaction as a serial operation while postponing additional incremental transactions,
wherein the system module is further configured to perform at least one of the following if the incremental transaction is permitted as the serial operation:
send an advisory notice that the at least one threshold has been passed, and
permit the data field to be passed the at least one threshold until a condition is met, the condition associated with an amount of time, and

wherein the journal module is configured to store in the persistent memory the incremental transaction if the incremental transaction could not cause the data field to pass the at least one threshold in combination with the any subset of the other pending incremental transactions.