mhurhangee/patent-ind-claim-en huggingface dataset:
A mode detector configured to be attached to a power source and to determine a mode of a circuit based upon the attached power source, comprising: a first latch configured to hold a first input value and output the first held value and an inverse of the first held value; a second latch configured to hold a second input value and output the second held value and an inverse of the second held value; a first output switch connected between a first power source line (Vbat_hv) and a power source output (Vbat_int) of the mode detector, wherein the first output switch is configured to be controlled by the output of the first latch ; a second output switch connected between a second power source line (vbat_lv) and the power source output (Vbat_int) of the mode detector, wherein the second output switch is configured to be controlled by the output of the second latch; a first AND gate with a first input and a second input which is connected to the inverse output of the second latch , wherein the first input is configured to receive a first power on reset signal based upon the first power source line; and a second AND gate with a first input and a second input which is connected to the inverse output of the first latch , wherein the second input is configured to receive a second power on reset signal based upon the second power source line (Vbat_lv), wherein the mode of the circuit is indicated by the outputs of the first latch and the second latch ; and wherein the mode detector further comprises an OR gate with inputs connected to the output of the first latch and the output of the second latch configured to produce a system power on reset signal (POR_INT). a first latch configured to hold a first input value and output the first held value and an inverse of the first held value; a second latch configured to hold a second input value and output the second held value and an inverse of the second held value; a first output switch connected between a first power source line (Vbat_hv) and a power source output (Vbat_int) of the mode detector, wherein the first output switch is configured to be controlled by the output of the first latch ; a second output switch connected between a second power source line (vbat_lv) and the power source output (Vbat_int) of the mode detector, wherein the second output switch is configured to be controlled by the output of the second latch; a first AND gate with a first input and a second input which is connected to the inverse output of the second latch , wherein the first input is configured to receive a first power on reset signal based upon the first power source line; and a second AND gate with a first input and a second input which is connected to the inverse output of the first latch , wherein the second input is configured to receive a second power on reset signal based upon the second power source line (Vbat_lv),
An access control system for controlling access of a user to one or more operating functions of a technical installation , comprising: a receiving device configured to continuously read access authorization data from a mobile data medium ; and an access control device configured to validate the access authorization data , characterized in that the receiving device is further configured to continuously add a dynamic portion to the access authorization data to obtain dynamic access authorization data and to send the dynamic access authorization data to the access control device , and in that the access control device is configured to receive the dynamic access authorization data including the access authorization data and the dynamic portion from the receiving device and to generate a release signal for those operating functions for which the access authorization data is valid, if the dynamic portion corresponds to a defined expectation. a receiving device configured to continuously read access authorization data from a mobile data medium ; and an access control device configured to validate the access authorization data , characterized in that the receiving device is further configured to continuously add a dynamic portion to the access authorization data to obtain dynamic access authorization data and to send the dynamic access authorization data to the access control device , and in that the access control device is configured to receive the dynamic access authorization data including the access authorization data and the dynamic portion from the receiving device and to generate a release signal for those operating functions for which the access authorization data is valid, if the dynamic portion corresponds to a defined expectation.
Open roof construction for a vehicle having a vehicle body with a roof opening in a fixed roof , the fixed roof having an inner roof edge , defining the roof opening and protruding in a downward direction, the open roof construction comprising a stationary part , at least one panel for at least partly opening and closing the roof opening , the panel being movably supported by an operating mechanism, guided in a guide rail of the stationary part , extending along at least a longitudinal side of the roof opening , the panel being movable in vertical and longitudinal directions with respect to the roof opening ; and a sealing assembly provided on the stationary part and comprising a first seal part configured to seal the panel towards the fixed roof , and a second seal part , characterized in that the second seal part is configured to seal the stationary part against an inner part of the fixed roof , and in that the first seal part is connected to the second seal part in a substantially vertically slidable manner.
A medicament delivery device comprising: a case ; a first plunger ; a second plunger arranged telescopically with the first plunger ; a first drive spring biasing the second plunger relative to the case ; and a second drive spring biasing the first plunger relative to the second plunger , characterized in that the second drive spring biases the first plunger relative to the second plunger in a distal direction (D) of the medicament delivery device , wherein the first drive spring is configured to move the second plunger and the first plunger in the distal direction (D) relative to the case , and wherein the second drive spring is configured to move the first plunger in the distal direction (D) relative to the second plunger . a case ; a first plunger ; a second plunger arranged telescopically with the first plunger ; a first drive spring biasing the second plunger relative to the case ; and a second drive spring biasing the first plunger relative to the second plunger , characterized in that the second drive spring biases the first plunger relative to the second plunger in a distal direction (D) of the medicament delivery device , wherein the first drive spring is configured to move the second plunger and the first plunger in the distal direction (D) relative to the case , and wherein the second drive spring is configured to move the first plunger in the distal direction (D) relative to the second plunger .
Pens case made of rigid material and comprising an envelope and a cover , said case being suitable for housing at least two pens , the cover being detachable to be separated from the envelope for opening the envelope ,the envelope comprising fastening means and the cover comprising complementary fastening means, so that once the pens case has been opened, said cover can be fixed to the envelope in different places through an interaction between said fastening means and said complementary fastening means, in order to serve as a base intended to maintain the envelope in a given position on an external surface, characterized in that the fastening means comprise two parallel slits and the complementary secondary means comprises two pawns, and in that the cover is fixed to the envelope by an insertion of each pawn in a slit , the position of the cover relative to the envelope being variable along said slits .
A superabsorbent polymer, comprising: a core layer, polymerized with monomers having carboxylic group; a first shell layer, encapsulating an outer surface of the core layer, wherein the first shell layer is formed from a surface crosslinking agent; and a second shell layer, encapsulating an outer surface of the first shell layer, wherein the second shell layer is formed from zingiberaceae extracts; wherein based on a total weight of the core layer and the first shell layer as 100 weight parts, an amount of the zingiberaceae extracts is 0.005 weight parts to 0.2 weight parts. a core layer, polymerized with monomers having carboxylic group; a first shell layer, encapsulating an outer surface of the core layer, wherein the first shell layer is formed from a surface crosslinking agent; and a second shell layer, encapsulating an outer surface of the first shell layer, wherein the second shell layer is formed from zingiberaceae extracts; wherein based on a total weight of the core layer and the first shell layer as 100 weight parts, an amount of the zingiberaceae extracts is 0.005 weight parts to 0.2 weight parts.
A lubrication system (100; 200; 300) for a gear system (150; 205; 305) of a gas turbine engine , the lubrication system comprising: a reservoir (110; 225; 340; 405) configured to store lubricant, the reservoir having an inlet port (130; 220; 355) and a supply port ; and a lubricant collection device (120; 210; 310; 415) configured to collect lubricant from the gear system of the gas turbine engine and direct collected lubricant to the reservoir, characterised in that the reservoir is contained within an annular structure (105; 400) that at least partially defines a core flowpath into a low pressure compressor of the gas turbine engine, and the reservoir is configured to receive collected lubricant from the lubricant collection device by way of a channel within the annular structure and through the inlet port and is configured to return collected lubricant to the gear system through the supply port and a supply line to a pump (215; 320) configured to supply collected lubricant from the reservoir to the gear system. a reservoir (110; 225; 340; 405) configured to store lubricant, the reservoir having an inlet port (130; 220; 355) and a supply port ; and a lubricant collection device (120; 210; 310; 415) configured to collect lubricant from the gear system of the gas turbine engine and direct collected lubricant to the reservoir, characterised in that the reservoir is contained within an annular structure (105; 400) that at least partially defines a core flowpath into a low pressure compressor of the gas turbine engine, and the reservoir is configured to receive collected lubricant from the lubricant collection device by way of a channel within the annular structure and through the inlet port and is configured to return collected lubricant to the gear system through the supply port and a supply line to a pump (215; 320) configured to supply collected lubricant from the reservoir to the gear system.
A pair of cabins comprising: a first cabin ; a second cabin ; wherein the first cabin and the second cabin are adjacent to each other and are defined by a first outer wall , a second outer wall , a third outer wall and a fourth outer wall ; the first outer wall , second outer wall , third outer wall and fourth outer wall defining a substantially rectangular area containing the first cabin and the second cabin ; wherein the first outer wall meets the second outer wall at a ninety degree angle , the second outer wall meets the third outer wall at a ninety degree angle , the third outer wall meets the fourth outer wall at a ninety degree angle , and the fourth outer wall meets the first outer wall at a ninety degree angle ; wherein the first cabin and second cabin are also sharing a common wall separating the first cabin from the second cabin ; and wherein the common wall separating the first cabin from the second cabin is operatively connected to the first outer wall , the second outer wall , the third outer wall , or the fourth outer wall at an angle other than ninety degrees . a first cabin ; a second cabin ; wherein the first cabin and the second cabin are adjacent to each other and are defined by a first outer wall , a second outer wall , a third outer wall and a fourth outer wall ; the first outer wall , second outer wall , third outer wall and fourth outer wall defining a substantially rectangular area containing the first cabin and the second cabin ; wherein the first outer wall meets the second outer wall at a ninety degree angle , the second outer wall meets the third outer wall at a ninety degree angle , the third outer wall meets the fourth outer wall at a ninety degree angle , and the fourth outer wall meets the first outer wall at a ninety degree angle ; wherein the first cabin and second cabin are also sharing a common wall separating the first cabin from the second cabin ; and wherein the common wall separating the first cabin from the second cabin is operatively connected to the first outer wall , the second outer wall , the third outer wall , or the fourth outer wall at an angle other than ninety degrees .
A method of preventing or reducing symptoms or disease caused by Xylella fastidiosa in a plant, comprising: contacting said plant with at least one bacteriophage virulent to Xylella fastidiosa and Xanthomonas species selected from the group consisting of bacteriophages of the Xfas100 phage type and bacteriophages of the Xfas300 phage type, wherein the Xfas100 phage type displays the following characteristics: (a) the bacteriophage is capable of lysing said Xylella fastidiosa and Xanthomonas bacteria; (b) the bacteriophage infects a cell by binding to a Type IV pilus; (c) the bacteriophage comprises a non-contractile tail and a capsid size ranging from 55-77 nm in diameter, with a morphology typical of Siphoviridae family; and (d) the genomic size of the bacteriophage is 55500bp to 56200 bp; and further wherein the Xfas300 phage type displays the following characteristics: (e) the bacteriophage is capable of lysing said Xylella fastidiosa and Xanthomonas bacteria; (f) the bacteriophage infects a cell by binding to a Type IV pilus; (g) the bacteriophage comprises a morphology typical of Podoviridae family characterized by a non-contractile tail with a capsid size ranging from 58-68 nm in diameter; and (h) the genomic size of the bacteriophage is 43300bp to 44600 bp; wherein (i) the Xfas100 phage type comprises a genome with a DNA sequence selected from the group consisting of SEQ ID NO:11, SEQ ID NO:12, SEQ ID NO:13, SEQ ID NO:14, SEQ ID NO:15, SEQ ID NO:16, SEQ ID NO:17, and SEQ ID NO:18; or the Xfas300 phage type comprises a genome with a DNA sequence selected from the group consisting of SEQ ID NO:19, SEQ ID NO:20, SEQ ID NO:21, SEQ ID 22, SEQ ID NO:23, and SEQ ID NO:24; or wherein (ii) said virulent bacteriophage is at least one bacteriophage selected from the Xfas100 phage type and/or the Xfas300 phage type, wherein the Xfas100 phage type is at least one bacteriophage selected from the group consisting of: Xfas103, and Xfas106; and the Xfas300 phage type is at least one bacteriophage selected from the group consisting of: Xfas302, Xfas303, Xfas304, and Xfas306; wherein said phage types have been deposited under ATCC Accession Numbers PTA-13096, PTA-13095, PTA-13098, PTA-13099, PTA-13100, and PTA-13097, respectively, for phages Xfas103, Xfas106, Xfas302, Xfas303, Xfas304, and Xfas306. (a) the bacteriophage is capable of lysing said Xylella fastidiosa and Xanthomonas bacteria; (b) the bacteriophage infects a cell by binding to a Type IV pilus; (c) the bacteriophage comprises a non-contractile tail and a capsid size ranging from 55-77 nm in diameter, with a morphology typical of Siphoviridae family; and (d) the genomic size of the bacteriophage is 55500bp to 56200 bp; and further wherein the Xfas300 phage type displays the following (e) the bacteriophage is capable of lysing said Xylella fastidiosa and Xanthomonas bacteria; (f) the bacteriophage infects a cell by binding to a Type IV pilus; (g) the bacteriophage comprises a morphology typical of Podoviridae family characterized by a non-contractile tail with a capsid size ranging from 58-68 nm in diameter; and (h) the genomic size of the bacteriophage is 43300bp to 44600 bp;
Filter for treating a fluid in a piping, in particular of a water supply network, said filter comprising: - a main body comprising at least one internal chamber ; - a filtering element for treating the fluid, said filtering element comprising at least one magnetic element housed at least partially in said chamber and adapted to intercept and trap the ferrous impurities that are present in the fluid to be treated, characterized in that said filter comprises: - at least one magnetic detector associated with said main body for detecting the magnetic field generated by said at least one magnetic element , said at least one magnetic detector consisting of at least one magnetic sensor adapted to measure the magnetic field generated by said at least one magnetic element ; - a control unit associated with said at least one magnetic sensor, said control unit being adapted to process the magnetic field information received from said at least one magnetic sensor and to provide an indication about the quantity of impurities that have accumulated on the filtering element . - a main body comprising at least one internal chamber ; - a filtering element for treating the fluid, said filtering element comprising at least one magnetic element housed at least partially in said chamber and adapted to intercept and trap the ferrous impurities that are present in the fluid to be treated, - at least one magnetic detector associated with said main body for detecting the magnetic field generated by said at least one magnetic element , said at least one magnetic detector consisting of at least one magnetic sensor adapted to measure the magnetic field generated by said at least one magnetic element ; - a control unit associated with said at least one magnetic sensor, said control unit being adapted to process the magnetic field information received from said at least one magnetic sensor and to provide an indication about the quantity of impurities that have accumulated on the filtering element .
A cooperative control method for a photovoltaic optimizer and a photovoltaic inverter , applicable to a grid-connected photovoltaic system comprising N photovoltaic components , N photovoltaic optimizers and one photovoltaic inverter , the N photovoltaic components being respectively connected to input sides of the N photovoltaic optimizers , and output sides of the N photovoltaic optimizers being connected to a DC side of the photovoltaic inverter , N being an integer greater than or equal to 1, the cooperative control method being characterized by comprising: determining (S01) an operation parameter of the grid-connected photovoltaic system, the operation parameter reflecting an overall conversion efficiency of the grid-connected photovoltaic system; judging (S02) whether the operation parameter is lower than a preset value; and adjusting (S03) a voltage of the DC side of the photovoltaic inverter until the operation parameter is not lower than the preset value, in a case that the operation parameter is lower than the preset value. determining (S01) an operation parameter of the grid-connected photovoltaic system, the operation parameter reflecting an overall conversion efficiency of the grid-connected photovoltaic system; judging (S02) whether the operation parameter is lower than a preset value; and adjusting (S03) a voltage of the DC side of the photovoltaic inverter until the operation parameter is not lower than the preset value, in a case that the operation parameter is lower than the preset value.
A LED lighting device , comprising: a housing , a light source component , an optical lens located above the light source component and configured to distribute light for the light source component , a reflector in contact with the optical lens , and a surface ring assembled on the reflector ; the housing , the light source component , the optical lens , the reflector and the surface ring being sequentially arranged; the surface ring being fixed on the housing to delimit a receiving chamber , the light source component , the optical lens and the reflector being all located in the receiving chamber ; the LED lighting device having a light exit , the light source component comprising a light source base plate and LED light source particles located on the light source base plate , light of the LED light source particles sequentially passing through the optical lens and the reflector and then emitting through the light exit , wherein the light source component comprises three portions corresponding to a first lens , a second lens and a third lens of the optical lens , respectively, the first lens that is centrally located is a dot lens and corresponds to at least one LED light source particle , the second lens and the third lens are both annular lenses surrounding the first lens , and a height of the first lens is greater than a height of the second lens and is greater than a height of the third lens , and the second lens and the third lens have a same height. the housing , the light source component , the optical lens , the reflector and the surface ring being sequentially arranged; the surface ring being fixed on the housing to delimit a receiving chamber , the light source component , the optical lens and the reflector being all located in the receiving chamber ; the LED lighting device having a light exit , the light source component comprising a light source base plate and LED light source particles located on the light source base plate , light of the LED light source particles sequentially passing through the optical lens and the reflector and then emitting through the light exit , wherein the light source component comprises three portions corresponding to a first lens , a second lens and a third lens of the optical lens , respectively, the first lens that is centrally located is a dot lens and corresponds to at least one LED light source particle , the second lens and the third lens are both annular lenses surrounding the first lens , and a height of the first lens is greater than a height of the second lens and is greater than a height of the third lens , and the second lens and the third lens have a same height.