mhurhangee/ep-ind-claims huggingface dataset:
A content router comprising: a plurality of interfaces configured to receive and forward a plurality of interests for content and content data in a content oriented network, CON; a cache configured to store content data; and a memory component configured to maintain a forward information base, FIB, that associates content with one or more interfaces on which the interests and content data are received and forwarded, characterized in that the memory component is further configured to maintain an availability FIB, AFIB, that associates content data with one or more corresponding collaborative caching routers in the CON, the caching routers being configured to cache the content data; wherein the content data associated with the collaborative caching content routers in the AFIB are ranked according to content popularity in the CON; wherein at least some of the collaborative caching routers have different corresponding link costs; and wherein the collaborative caching routers that have the lowest link costs are configured to cache the most popular content data. a plurality of interfaces configured to receive and forward a plurality of interests for content and content data in a content oriented network, CON; a cache configured to store content data; and a memory component configured to maintain a forward information base, FIB, that associates content with one or more interfaces on which the interests and content data are received and forwarded, characterized in that the memory component is further configured to maintain an availability FIB, AFIB, that associates content data with one or more corresponding collaborative caching routers in the CON, the caching routers being configured to cache the content data; wherein the content data associated with the collaborative caching content routers in the AFIB are ranked according to content popularity in the CON; wherein at least some of the collaborative caching routers have different corresponding link costs; and wherein the collaborative caching routers that have the lowest link costs are configured to cache the most popular content data.
A method comprising: transmitting feedback information comprising a plurality of bits, wherein the feedback information corresponds to first data, each bit of the plurality of bits indicates a decoding result corresponding to a portion of the first data, and the decoding result corresponding to a portion of the first data is an ACKNOWLEDGEMENT in response to the portion being correctly decoded and a NEGATIVE ACKNOWLEDGEMENT in response to the portion not being correctly decoded; receiving a signal indicating whether the feedback information is received; receiving second data; and determining, based on the feedback information and the signal, that: the second data are a complete retransmission of the first data in response to the signal indicating the feedback information is not received; the second data are a complete retransmission of the first data in response to the signal indicating the feedback information is received and the feedback information indicating none of the portions of the first data is correctly decoded; and the second data are a partial retransmission of the first data in response to the signal indicating the feedback information is received and the feedback information indicating at least one portion of the first data is correctly decoded. transmitting feedback information comprising a plurality of bits, wherein the feedback information corresponds to first data, each bit of the plurality of bits indicates a decoding result corresponding to a portion of the first data, and the decoding result corresponding to a portion of the first data is an ACKNOWLEDGEMENT in response to the portion being correctly decoded and a NEGATIVE ACKNOWLEDGEMENT in response to the portion not being correctly decoded; receiving a signal indicating whether the feedback information is received; receiving second data; and determining, based on the feedback information and the signal, that: the second data are a complete retransmission of the first data in response to the signal indicating the feedback information is not received; the second data are a complete retransmission of the first data in response to the signal indicating the feedback information is received and the feedback information indicating none of the portions of the first data is correctly decoded; and the second data are a partial retransmission of the first data in response to the signal indicating the feedback information is received and the feedback information indicating at least one portion of the first data is correctly decoded. the second data are a complete retransmission of the first data in response to the signal indicating the feedback information is not received; the second data are a complete retransmission of the first data in response to the signal indicating the feedback information is received and the feedback information indicating none of the portions of the first data is correctly decoded; and the second data are a partial retransmission of the first data in response to the signal indicating the feedback information is received and the feedback information indicating at least one portion of the first data is correctly decoded.
A plate assembly for a heat exchanger comprising a first plate connected by brazing to an end plate on one side and to a second plate on the other side, thereby providing a conduit between the first plate and the second plate for a heat exchange fluid, wherein the second plate comprises an opening, characterised in that the first plate comprises a reinforcement element comprising a raised portion in contact with a part of edge area of the opening, wherein the reinforcement element is configured to enable flow of a heat exchange fluid through the opening and between the first plate and the second plate.
A device for generating a controlled ion flow, the device being portable and comprising: - an ionization chamber, suitable to be kept at a vacuum pressure, and configured to ionize gaseous particles contained therein; - at least one inlet member, configured to inhibit or allow and/or adjust an inlet in the ionization chamber of a gaseous flow (Fi) of said gaseous particles; - at least one ion outlet member, configured to inhibit or allow and/or adjust an output gaseous flow (Fo) and an ion flow, exiting the ionization chamber, of the generated ions; wherein the at least one inlet member comprises a gaseous flow adjusting interface, having a plurality of nano-holes, of sub-micrometric dimensions, suitable to be opened or closed, in a controlled manner, to inhibit or allow a respective plurality of gas micro-flows through the at least one inlet member; and wherein the at least one outlet member comprises an orifice, suitable to be opened or closed, in a controlled manner, so as to control an output conductance for the output gaseous flow (Fo). - an ionization chamber, suitable to be kept at a vacuum pressure, and configured to ionize gaseous particles contained therein; - at least one inlet member, configured to inhibit or allow and/or adjust an inlet in the ionization chamber of a gaseous flow (Fi) of said gaseous particles; - at least one ion outlet member, configured to inhibit or allow and/or adjust an output gaseous flow (Fo) and an ion flow, exiting the ionization chamber, of the generated ions;
A method of determining a heading by means of an inertial device providing measurements by means of at least one vibratory gyro, the method comprising the steps of: · positioning the inertial device in such a manner that the gyro extends close to a plane that is substantially horizontal; · orienting the inertial device successively in a predetermined number of orientations about a vertical axis, the predetermined number being greater than one; characterized in that · for each orientation, adjusting the electric angle of the vibratory gyro to a predetermined value, the predetermined value of the electric angle being the same for all of the orientations of the inertial device, and taking a measurement; and · determining the heading from the measurements and an angle between the orientations. · positioning the inertial device in such a manner that the gyro extends close to a plane that is substantially horizontal; · orienting the inertial device successively in a predetermined number of orientations about a vertical axis, the predetermined number being greater than one; characterized in that · for each orientation, adjusting the electric angle of the vibratory gyro to a predetermined value, the predetermined value of the electric angle being the same for all of the orientations of the inertial device, and taking a measurement; and · determining the heading from the measurements and an angle between the orientations.
An enteral syringe for use with a syringe pump comprising: an elongated body (20, 40) having a first non-circular cross-section and a hollow cavity therein; and a plunger (30, 46) operable to selectively travel within the hollow cavity, the plunger having a second non-circular cross-section that substantially conforms to the first non- circular cross-section; the enteral syringe is configured such that it is compatible with a syringe pump which is designed to receive and secure circular-shaped syringes; wherein the elongated body has a distal end which is configured to be coupled to a fluid dispenser of the syringe pump and a proximal end which is configured to be coupled to a depressor of the syringe pump; characterised in that: the first and second non-circular cross-sections are tear-drop shaped.
A process for preparing the compound of Formula I or a mixture of stereoisomers: wherein each R 1, R 2, R 3 and R 4 are independently hydrogen, C 1 -C 15 alkyl, C 6 -C 12 aryl, C 7 -C 15 aralkyl or C 7 -C 15 alkaryl; or R 1 and R 2 or R 3 and R 4 taken together can form a saturated or unsaturated cyclic ring, wherein said saturated or unsaturated cyclic ring may be optional substituted by a C 1 -C 6 alkyl; each m is independently 1, 2, 3 or 4; and n is 2 to 18; comprising reacting a compound of Formula A: wherein R 3, R 4 and m are defined above; with a diol compound of Formula B in the presence of a catalyst and, optionally a solvent; and an entrainer or vacuum and/or inert gas to remove water generated in the process in order to push the reaction forward H O-(CH 2) n -OH Formula B wherein n is defined above; and wherein the temperature of the reaction ranges from 150°C to 250°C.
Method for measuring a property of a target particle comprising: calibrating a suspended microchannel resonator to determine the relationship between the resonance frequency of the resonator and the detected mass due to the presence of a particle inside the resonator; introducing a single target particle along with a fluid into the resonator and measuring the shift in resonance frequency; and calculating at least one of mass, volume or size of the single target particle from the shift in resonance frequency. calibrating a suspended microchannel resonator to determine the relationship between the resonance frequency of the resonator and the detected mass due to the presence of a particle inside the resonator; introducing a single target particle along with a fluid into the resonator and measuring the shift in resonance frequency; and calculating at least one of mass, volume or size of the single target particle from the shift in resonance frequency.
A seal assembly for a bearing compartment of a gas turbine engine, the seal assembly comprising: a seal carrier; a seal element, wherein at least a portion of the seal element is within the seal carrier; a seal plate in contact with the seal element, wherein the seal plate is configured to rotate relative to the seal element; and characterized in that the seal assembly further comprises: a trough extending around the seal plate, wherein the trough comprises an annular channel positioned to capture oil slung from the seal plate; and a screen disposed in the annular channel of the trough, wherein the screen comprises perforations and is configured to separate the oil captured by the trough from windage produced by the seal plate. a seal carrier; a seal element, wherein at least a portion of the seal element is within the seal carrier; a seal plate in contact with the seal element, wherein the seal plate is configured to rotate relative to the seal element; and characterized in that the seal assembly further comprises: a trough extending around the seal plate, wherein the trough comprises an annular channel positioned to capture oil slung from the seal plate; and a screen disposed in the annular channel of the trough, wherein the screen comprises perforations and is configured to separate the oil captured by the trough from windage produced by the seal plate.
A two-stroke engine (101; 102) capable of performing at least a gas mode operation using a flammable gas as a main fuel, the two-stroke engine comprising: a plurality of cylinders; characterized by an exhaust valve provided in each of the plurality of cylinders; and an air-fuel ratio controller (70; 74), wherein the air-fuel ratio controller (70; 74) at a time of the gas mode operation has a function of calculating an average air-fuel ratio inside the plurality of cylinders, and of controlling the average air-fuel ratio by adjusting an air flow volume which is supplied to the plurality of cylinders, and a function of calculating an air-fuel ratio inside each cylinder, and of controlling the air-fuel ratio by adjusting a closing timing of the exhaust valve. a plurality of cylinders; characterized by an exhaust valve provided in each of the plurality of cylinders; and an air-fuel ratio controller (70; 74), wherein the air-fuel ratio controller (70; 74) at a time of the gas mode operation has a function of calculating an average air-fuel ratio inside the plurality of cylinders, and of controlling the average air-fuel ratio by adjusting an air flow volume which is supplied to the plurality of cylinders, and a function of calculating an air-fuel ratio inside each cylinder, and of controlling the air-fuel ratio by adjusting a closing timing of the exhaust valve. a function of calculating an average air-fuel ratio inside the plurality of cylinders, and of controlling the average air-fuel ratio by adjusting an air flow volume which is supplied to the plurality of cylinders, and a function of calculating an air-fuel ratio inside each cylinder, and of controlling the air-fuel ratio by adjusting a closing timing of the exhaust valve.
A method of making an absorbent structure for use in an absorbent article, said method comprising the steps of: a. providing a first fibrous web material, wherein the first fibrous web material is a heterogeneous mass comprising a fibrous web and one or more open cell foam pieces intermixed within the fibrous web or enrobing one or more fibers within the fibrous web; b. providing a second fibrous web material; c. providing a pair of rolls forming a nip through which said first fibrous web material and second fibrous web material can be processed, said pair of rolls being selected from the processes consisting of ring rolling, SELF, micro-SELF, nested SELF, rotary knife aperturing, hot pin, 3D embossing, SAN, and embossed stabilized formation; d. deforming both the first fibrous web material and the second fibrous web material by processing through said pair of rolls to form the absorbent structure. a. providing a first fibrous web material, wherein the first fibrous web material is a heterogeneous mass comprising a fibrous web and one or more open cell foam pieces intermixed within the fibrous web or enrobing one or more fibers within the fibrous web; b. providing a second fibrous web material; c. providing a pair of rolls forming a nip through which said first fibrous web material and second fibrous web material can be processed, said pair of rolls being selected from the processes consisting of ring rolling, SELF, micro-SELF, nested SELF, rotary knife aperturing, hot pin, 3D embossing, SAN, and embossed stabilized formation; d. deforming both the first fibrous web material and the second fibrous web material by processing through said pair of rolls to form the absorbent structure.
An air purifier, comprising: a housing with an air inlet and an air outlet; an electric field filter disposed inside the housing, the electric field filter comprising: a filter frame disposed at the air outlet; a filter provided in the filter frame; a grid base disposed under the filter frame; the filter frame and the grid base being integrated as a hermetic whole; and wherein the electric field filter further comprises an upper shield mesh, a lower shield mesh and a high voltage discharge filament, the high voltage discharge filament and the filter being interposed between the upper and lower shield meshes; a blower disposed inside the housing and at the air inlet; and an air passage is disposed inside the housing, the air passage having one end connecting with the grid base and the other end connecting with the blower, characterized in that a high voltage connector is disposed outside the electric field filter, comprising a connector upper shell being provided outside the high voltage connector, and a connector lower shell matching with the connector upper shell, the connector lower shell being disposed on the housing. a housing with an air inlet and an air outlet; an electric field filter disposed inside the housing, the electric field filter comprising: a filter frame disposed at the air outlet; a filter provided in the filter frame; a grid base disposed under the filter frame; the filter frame and the grid base being integrated as a hermetic whole; a filter frame disposed at the air outlet; a filter provided in the filter frame; a grid base disposed under the filter frame; the filter frame and the grid base being integrated as a hermetic whole; and wherein the electric field filter further comprises an upper shield mesh, a lower shield mesh and a high voltage discharge filament, the high voltage discharge filament and the filter being interposed between the upper and lower shield meshes; a blower disposed inside the housing and at the air inlet; and an air passage is disposed inside the housing, the air passage having one end connecting with the grid base and the other end connecting with the blower, characterized in that a high voltage connector is disposed outside the electric field filter, comprising a connector upper shell being provided outside the high voltage connector, and a connector lower shell matching with the connector upper shell, the connector lower shell being disposed on the housing.
Body fitting element with negative pressure controlled stiffness comprising a gas tight envelope, a plurality of layers fitted in the envelope and a valve adapted to evacuate the interior of the envelope, characterized in that the layers comprise a core made of a textile of polyethylene terephthalate fibers and a first cover layer made of polyurethane at both sides of the core.
RFID transponder chip, which includes: - at least one antenna to pick-up radio-frequency signals, - a rectifier to store charge on at least one capacitor at a rectified voltage from the picked-up radio-frequency signals, - a power-on reset circuit to maintain a logic unit in a reset state if a level of the rectified voltage on the capacitor is less than a level of a power-on reset or wake-up voltage of the power-on reset circuit above which the logic unit can operate, characterized in that the RFID transponder chip further includes a non-volatile memory, in which are stored one or several trim power-on reset values, said non-volatile memory being directly connected to the power-on reset circuit in order to be able to provide directly at least one trim power-on reset value to trim the power-on reset circuit, first when the rectified voltage increases after the reception of radio-frequency signals and at a level of the rectified voltage below a level of the wake-up voltage. - at least one antenna to pick-up radio-frequency signals, - a rectifier to store charge on at least one capacitor at a rectified voltage from the picked-up radio-frequency signals, - a power-on reset circuit to maintain a logic unit in a reset state if a level of the rectified voltage on the capacitor is less than a level of a power-on reset or wake-up voltage of the power-on reset circuit above which the logic unit can operate,
A method for displaying an image, the method comprising: receiving a user input to move an application icon at a first display surface on a first panel of an electronic device, the electronic device further including a second display surface on a second panel that is separated from the first display surface on the first panel by a gap, wherein the user input is a dragging operation indicating a movement of the application icon towards the gap; determining speed and direction of the movement of the application icon towards the gap based on the user input; predicting, using the determined speed and direction of movement of the application icon, whether the application icon is to be moved across the gap; launching an application associated with the application icon in response to the application icon being moved across the gap above a predetermined speed; and displaying at least a portion of a user interface for the application associated with the application icon at the second display surface. receiving a user input to move an application icon at a first display surface on a first panel of an electronic device, the electronic device further including a second display surface on a second panel that is separated from the first display surface on the first panel by a gap, wherein the user input is a dragging operation indicating a movement of the application icon towards the gap; determining speed and direction of the movement of the application icon towards the gap based on the user input; predicting, using the determined speed and direction of movement of the application icon, whether the application icon is to be moved across the gap; launching an application associated with the application icon in response to the application icon being moved across the gap above a predetermined speed; and displaying at least a portion of a user interface for the application associated with the application icon at the second display surface.