mhurhangee/patent-ind-claim-en huggingface dataset:
A frame synchronization module (116; 300) comprising: a controller configured to operate on a first stream of first digital sample blocks associated with a first signal and a second stream of second digital sample blocks associated with a second signal; a search correlator configured to find a first unique word, UW, pattern (220;224) within first searchable digital sample blocks corresponding to the first digital sample blocks and a second UW pattern (220; 224) within second searchable digital sample blocks corresponding to the second digital sample blocks; and a buffer configured to: store the first digital sample blocks and the second digital sample blocks; release the buffered first and the second digital sample blocks for flow downstream when the stream of first digital sample blocks and the stream of second digital sample blocks are aligned as indicated by the first UW pattern and the second UW pattern thereby enabling the frame synchronization module (116; 300) to acquire frame synchronization; and store new first digital sample blocks and new second digital sample blocks only after the frame synchronization module (116; 300) has acquired frame synchronization. a controller configured to operate on a first stream of first digital sample blocks associated with a first signal and a second stream of second digital sample blocks associated with a second signal; a search correlator configured to find a first unique word, UW, pattern (220;224) within first searchable digital sample blocks corresponding to the first digital sample blocks and a second UW pattern (220; 224) within second searchable digital sample blocks corresponding to the second digital sample blocks; and a buffer configured to: store the first digital sample blocks and the second digital sample blocks; release the buffered first and the second digital sample blocks for flow downstream when the stream of first digital sample blocks and the stream of second digital sample blocks are aligned as indicated by the first UW pattern and the second UW pattern thereby enabling the frame synchronization module (116; 300) to acquire frame synchronization; and store new first digital sample blocks and new second digital sample blocks only after the frame synchronization module (116; 300) has acquired frame synchronization. store the first digital sample blocks and the second digital sample blocks; release the buffered first and the second digital sample blocks for flow downstream when the stream of first digital sample blocks and the stream of second digital sample blocks are aligned as indicated by the first UW pattern and the second UW pattern thereby enabling the frame synchronization module (116; 300) to acquire frame synchronization; and store new first digital sample blocks and new second digital sample blocks only after the frame synchronization module (116; 300) has acquired frame synchronization.
A Doherty amplifier comprising: an RF input; a main amplifier connected to the RF input; a peaking amplifier connected to the RF input; a combining node at which an output from the main amplifier combines with an output from the peaking amplifier, the combining node being located at a drain bonding pad of the peaking amplifier; an impedance inverter comprising an integrated distributed inductor connected between an output of the main amplifier and the combining node; and a double-section output impedance-matching element configured to match an impedance from the combining node to an impedance of a load plane at an output bonding pad over a bandwidth of interest, the output impedance-matching element comprising an output strip line , first and second shunt capacitors connected between the output strip line and ground, an output capacitor connected between the output strip line and the output bonding pad , an inductive strip line connected between the output bonding pad and ground, and output bond wires configured to bond the output strip line with the combining node . an RF input; a main amplifier connected to the RF input; a peaking amplifier connected to the RF input; a combining node at which an output from the main amplifier combines with an output from the peaking amplifier, the combining node being located at a drain bonding pad of the peaking amplifier; an impedance inverter comprising an integrated distributed inductor connected between an output of the main amplifier and the combining node; and a double-section output impedance-matching element configured to match an impedance from the combining node to an impedance of a load plane at an output bonding pad over a bandwidth of interest, the output impedance-matching element comprising an output strip line , first and second shunt capacitors connected between the output strip line and ground, an output capacitor connected between the output strip line and the output bonding pad , an inductive strip line connected between the output bonding pad and ground, and output bond wires configured to bond the output strip line with the combining node .
A manually operated demand delivery liquid pump dispensing device, which includes: - a container to be filled with a storage of the liquid to be dispensed and with air inside the container, said container comprising a bottom part , a top part , and a side wall between said bottom part and said top part, and - a lid which seals an opening in the top part of the container , usable for filling the container, said lid being provided on the upper side thereof with a shallow basin , including, in the centre thereof, a concave dish- shaped cavity and a discharge opening in the region of said dish-shaped cavity of the lid, and with a tube for supplying liquid to said concave dish-shaped cavity from said storage of liquid which may be contained in the container, wherein said tube has an exterior top section extending upwards a distance (d2) corresponding approximately to the depth of the cavity in tubular form from the bottom of said concave dish-shaped cavity , and an interior section extending downwards from said top section into the storage of the liquid which may be contained in the container, wherein said exterior top section extends said distance (d2) above the said bottom in tubular form and is arranged to provide a preventive back valve function. - a container to be filled with a storage of the liquid to be dispensed and with air inside the container, said container comprising a bottom part , a top part , and a side wall between said bottom part and said top part, and - a lid which seals an opening in the top part of the container , usable for filling the container, said lid being provided on the upper side thereof with a shallow basin , including, in the centre thereof, a concave dish- shaped cavity and a discharge opening in the region of said dish-shaped cavity of the lid, and with a tube for supplying liquid to said concave dish-shaped cavity from said storage of liquid which may be contained in the container,
An in vitro method for the prognosis of survival of a patient suffering from a solid cancer, comprising the following steps: a) quantifying, in a tumor tissue sample from said patient, the cell density of CD8+ cells, b) quantifying, in a tumor-induced lymphoid structure from said patient, the cell density of DC-LAMP+ dendritic cells, c) comparing cell density values obtained at step a) and b) with predetermined reference values for each type of cells at each location, and d) providing a favorable prognosis of survival time for said patient when the cell density of CD8+ cells and DC-LAMP+ dendritic cells are higher than said predetermined reference values, providing a poor prognosis of survival time for said patient when the cell density of CD8+ cells and DC-LAMP+ dendritic cells are lower than said predetermined reference values, or providing an intermediate prognosis of survival time for said patient when the cell density of one marker is higher than said predetermined reference value and the cell density of the other marker is lower than said predetermined reference value, wherein the method is used in combination with TNM staging classification. a) quantifying, in a tumor tissue sample from said patient, the cell density of CD8+ cells, b) quantifying, in a tumor-induced lymphoid structure from said patient, the cell density of DC-LAMP+ dendritic cells, c) comparing cell density values obtained at step a) and b) with predetermined reference values for each type of cells at each location, and d) providing a favorable prognosis of survival time for said patient when the cell density of CD8+ cells and DC-LAMP+ dendritic cells are higher than said predetermined reference values, providing a poor prognosis of survival time for said patient when the cell density of CD8+ cells and DC-LAMP+ dendritic cells are lower than said predetermined reference values, or providing an intermediate prognosis of survival time for said patient when the cell density of one marker is higher than said predetermined reference value and the cell density of the other marker is lower than said predetermined reference value, wherein the method is used in combination with TNM staging classification.
A method comprising: receiving, from a first user equipment , UE, by a second UE responsive to the first UE entering an out-of-service, OOS, state, at least one OOS recovery parameter via a wireless personal area network, WPAN, connection ; scanning, by the second UE, while the first UE is in an OOS state and responsive to determining that the WPAN connection is lost or a signal strength of the WPAN connection is less than a predetermined threshold level, a plurality of frequency bands for service based on the at least one OOS recovery parameter; and disabling, by the second UE, scanning of the plurality of frequency bands for service while the first UE is in an OOS state and while the signal strength of the WPAN connection is above the predetermined threshold level. receiving, from a first user equipment , UE, by a second UE responsive to the first UE entering an out-of-service, OOS, state, at least one OOS recovery parameter via a wireless personal area network, WPAN, connection ; scanning, by the second UE, while the first UE is in an OOS state and responsive to determining that the WPAN connection is lost or a signal strength of the WPAN connection is less than a predetermined threshold level, a plurality of frequency bands for service based on the at least one OOS recovery parameter; and disabling, by the second UE, scanning of the plurality of frequency bands for service while the first UE is in an OOS state and while the signal strength of the WPAN connection is above the predetermined threshold level.
An air purifier suitable for purification of air in an indoor environment of a building wherein the air is to be purified (I), comprising • a body ; • an air inlet opening provided on the body ; • a fan which enables the air to be directed through the air inlet opening into the body ; • an air outlet opening which enables the air purified in the body to be released out of the body ; • a CO 2 absorbing unit into which the air is sucked; • a base dosing unit which supplies a base solution into the CO 2 absorbing unit ; • an acid dosing unit which supplies an acid solution into the CO 2 absorbing unit ; • a control unit which supplies the base solution and the acid solution to the CO 2 absorbing unit in this order; • a CO 2 tube enabling the CO 2 absorbed in the CO 2 absorbing unit to be discharged to outside the environment wherein the air is to be purified (D); • an electrodialysis unit wherein the salt created in the CO 2 absorbing unit is resolved back to acid and base, characterized by • a condenser and • a water electrolysis unit wherein the water received from the condenser is electrolyzed, comprising an anode receptacle and a cathode receptacle , which are suitable to be positioned outside the environment wherein the air is to be purified (D) and which can be mounted as an additional module. • a body ; • an air inlet opening provided on the body ; • a fan which enables the air to be directed through the air inlet opening into the body ; • an air outlet opening which enables the air purified in the body to be released out of the body ; • a CO 2 absorbing unit into which the air is sucked; • a base dosing unit which supplies a base solution into the CO 2 absorbing unit ; • an acid dosing unit which supplies an acid solution into the CO 2 absorbing unit ; • a control unit which supplies the base solution and the acid solution to the CO 2 absorbing unit in this order; • a CO 2 tube enabling the CO 2 absorbed in the CO 2 absorbing unit to be discharged to outside the environment wherein the air is to be purified (D); • an electrodialysis unit wherein the salt created in the CO 2 absorbing unit is resolved back to acid and base, • a condenser and • a water electrolysis unit wherein the water received from the condenser is electrolyzed, comprising an anode receptacle and a cathode receptacle ,
Microelectromechanical and/or nanoelectromechanical device comprising a fixed part with respect to a substrate, at least one suspended part , with respect to the fixed part , configured to be moveable in the plane of said device with respect to the fixed part along at least one first direction (Y), and a first suspension means for suspending said suspended part , said first suspension means comprising at least one suspension element (8.1, 8.2), said suspension element (8.1, 8.2) comprising a first end (8.1") fixed directly to the suspended part and a second end (8.1') connected to the fixed part , said suspension element (8.1, 8.2) having a curved shape contained in the plane and extending between the first end (8.1') and the second end (8.1") and such that during the displacement in the plane of said suspended part , said suspension element (8.1, 8.2) is only deformed elastically, in which said at least one suspension element (8.1, 8.2) is at least of half-ellipse shape, characterized in that the device comprises at least one strain gauge (14.1, 14.2), of which one of the ends of said at least one strain gauge is fixed on the suspension element (8.1, 8.2) and the other is anchored on the fixed part with respect to the substrate.
A method for posting messages in a messaging account, the method comprising: reading, by a smart sensor, a sensor signal to determine sensor data; processing , by the smart sensor, the sensor data to detect a sensor event; processing , by the smart sensor, the sensor event to select a message associated with the sensor event; and interacting , by the smart sensor, with a messaging system based upon the messaging account to post the message in the messaging account. processing , by the smart sensor, the sensor data to detect a sensor event; processing , by the smart sensor, the sensor event to select a message associated with the sensor event; and interacting , by the smart sensor, with a messaging system based upon the messaging account to post the message in the messaging account.
A peptoid compound having a molecular structural formula of: wherein n1 is greater than or equal to 3 and less than or equal to 10; n2 is greater than or equal to 3 and less than or equal to 10; and n1 and n2 are both natural numbers.
A chemical vapor deposition process for depositing a coating, comprising: providing a glass substrate; forming a gaseous mixture comprising a silicon-containing compound, an oxygen-containing compound, a radical scavenger, and a titanium-containing compound; and directing the gaseous mixture toward and along the glass substrate, and reacting the mixture over the glass substrate to form the coating thereover, the coating having a refractive index of 1.48 or more, wherein the coating comprises silicon oxide and titanium oxide, with a ratio of titanium to silicon of less than 1, and wherein the gaseous mixture comprises 0.1 to 5% of the titanium-containing compound by volume. providing a glass substrate; forming a gaseous mixture comprising a silicon-containing compound, an oxygen-containing compound, a radical scavenger, and a titanium-containing compound; and directing the gaseous mixture toward and along the glass substrate, and reacting the mixture over the glass substrate to form the coating thereover, the coating having a refractive index of 1.48 or more, wherein the coating comprises silicon oxide and titanium oxide, with a ratio of titanium to silicon of less than 1, and wherein the gaseous mixture comprises 0.1 to 5% of the titanium-containing compound by volume.
A control ring for use in a gas turbine engine , the control ring comprising: a control ring segment defining a centerline axis, wherein the control ring segment includes an inner diameter surface and an outer diameter surface ; and a thermally isolating contact operatively connected to at least one of the inner diameter surface and the outer diameter surface, wherein the thermally isolating contact has lower thermal conductivity than the control ring; wherein the control ring segment includes a cavity on the outer diameter surface with a thermally isolating inlay defined therein, wherein the thermally isolating inlay extends to the outer diameter surface and defines the thermally isolating contact, and/or wherein the control ring segment includes a cavity on the inner diameter surface with a thermally isolating inlay defined therein, wherein the thermally isolating inlay extends to the inner diameter surface and defines the thermally isolating contact; and wherein the control ring is suitable for use in a blade tip clearance system including a control ring carrier and said control ring being defined within said carrier . a control ring segment defining a centerline axis, wherein the control ring segment includes an inner diameter surface and an outer diameter surface ; and a thermally isolating contact operatively connected to at least one of the inner diameter surface and the outer diameter surface, wherein the thermally isolating contact has lower thermal conductivity than the control ring; wherein the control ring segment includes a cavity on the outer diameter surface with a thermally isolating inlay defined therein, wherein the thermally isolating inlay extends to the outer diameter surface and defines the thermally isolating contact, and/or wherein the control ring segment includes a cavity on the inner diameter surface with a thermally isolating inlay defined therein, wherein the thermally isolating inlay extends to the inner diameter surface and defines the thermally isolating contact; and wherein the control ring is suitable for use in a blade tip clearance system including a control ring carrier and said control ring being defined within said carrier .
A method comprising: receiving, by a packet-filtering system comprising at least one processor and memory and configured to filter packets in accordance with a plurality of packet-filtering rules, a plurality of packets comprising unencrypted data; storing at least a portion of the unencrypted data based on determining, by the packet-filtering system, a portion of the packets comprising the unencrypted data that correspond to one or more network-threat indicators; filtering, by the packet-filtering system and based on the plurality of packet-filtering rules, the determined portion of the packets comprising the unencrypted data that correspond to the one or more network-threat indicators; receiving, after the filtering the determined portion of the packets comprising the unencrypted data, packets comprising encrypted data; correlating, by the packet-filtering system and based on determining that the encrypted data is associated with the stored at least the portion of the unencrypted data, the packets comprising the encrypted data with the packets comprising the unencrypted data; determining, based on the correlating, a portion of the packets comprising the encrypted data that correspond to the one or more network-threat indicators; filtering, by the packet-filtering system, the determined portion of the packets comprising the encrypted data that correspond to the one or more network-threat indicators; and transmitting packets, of the plurality of packets, that do not correspond to the one or more network-threat indicators to their intended destinations. receiving, by a packet-filtering system comprising at least one processor and memory and configured to filter packets in accordance with a plurality of packet-filtering rules, a plurality of packets comprising unencrypted data; storing at least a portion of the unencrypted data based on determining, by the packet-filtering system, a portion of the packets comprising the unencrypted data that correspond to one or more network-threat indicators; filtering, by the packet-filtering system and based on the plurality of packet-filtering rules, the determined portion of the packets comprising the unencrypted data that correspond to the one or more network-threat indicators; receiving, after the filtering the determined portion of the packets comprising the unencrypted data, packets comprising encrypted data; correlating, by the packet-filtering system and based on determining that the encrypted data is associated with the stored at least the portion of the unencrypted data, the packets comprising the encrypted data with the packets comprising the unencrypted data; determining, based on the correlating, a portion of the packets comprising the encrypted data that correspond to the one or more network-threat indicators; filtering, by the packet-filtering system, the determined portion of the packets comprising the encrypted data that correspond to the one or more network-threat indicators; and transmitting packets, of the plurality of packets, that do not correspond to the one or more network-threat indicators to their intended destinations.