mhurhangee/ep-ind-claims huggingface dataset:
A method for configuring operating parameters of an access point for providing communications services to at least one user of a wireless communication unit (109, 110), the method comprising: configuring the access point to serve an open access cell, the method characterised by: storing an access cell-specific preferred user list, receiving measurement reports from at least one wireless communication unit located within the serving open access cell, identifying those received measurement reports that are received from wireless communication units that are served by the open access cell and that are included in the access cell-specific preferred user list, and using the identified measurement reports to configure the operating parameters of the access point. configuring the access point to serve an open access cell, the method characterised by: storing an access cell-specific preferred user list, receiving measurement reports from at least one wireless communication unit located within the serving open access cell, identifying those received measurement reports that are received from wireless communication units that are served by the open access cell and that are included in the access cell-specific preferred user list, and using the identified measurement reports to configure the operating parameters of the access point. storing an access cell-specific preferred user list, receiving measurement reports from at least one wireless communication unit located within the serving open access cell, identifying those received measurement reports that are received from wireless communication units that are served by the open access cell and that are included in the access cell-specific preferred user list, and using the identified measurement reports to configure the operating parameters of the access point.
Adjustment securing means for an adjusting screw on a carburettor, in particular on a diaphragm carburettor or the like, in a hand-guided working implement such as a motorised chain saw or the like, consisting of a cap (20, 20'), which is held non-rotatably on a head (12, 13) of an adjusting screw (10, 11) tightened into a carburettor housing, and which is surrounded with slight radial play by an approximately coaxial wall sleeve fixed to the carburettor housing, the rotary angle of the cap (20, 20') being restricted in the wall sleeve, for which purpose a rotation stop fixed to the housing is provided in the direction of rotation of the adjusting screw (10, 11), wherein a through-opening to an engagement opening (14, 15) in the head (12, 13) of the adjusting screw (10, 11) is formed in the cap (20, 20'), characterised in that the cap (20, 20') is made of plastic, wherein the through-opening is formed in a disc of a metallic material, which is held captive in the cap (20, 20'), and wherein the through-opening is restricted by the disc in its shape and aperture width, wherein the engagement opening (14, 15) in the head (12, 13) of the adjusting screw (10, 11) is designed to be flexible in its shape and/or aperture width in order to limit a maximum permitted adjusting torque.
Agricultural implement having a machine frame, at least one functional tool assembly projecting laterally from the machine frame transversely to the direction of travel, and at least one tension strut, by means of which a side wing of the functional tool assembly is braced, which side wing projects laterally from the machine frame transversely to the direction of travel to one side and is mounted so as to swing up and down about a horizontal pivot axis approximately parallel to the direction of travel in order to adapt to the soil during operation, wherein said tension strut is articulated to a front section of the machine frame in the direction of travel and also to said side wing at a lateral distance from the machine frame, wherein the tension strut is telescopic and comprises a spring device between two tension strut sections (17; 14) for transmitting the tractive forces acting on the tension strut during operation.
An attachment device suitable for being pre-positioned on a part intended to be fastened on a metal sheet, the device comprising a nut with a generally parallelepiped shape suitable for cooperating with a screw for fastening the part on the metal sheet and at least one U-shaped clip formed from a single sheet of a resilient material, the nut being placed between the two branches (11, 12) of the clip, characterized in that the nut is held between the two branches (11, 12) by arms (15, 16) made integral with one of the branches of the clip and extending on either side of the nut with an upward incline from the free end of the branch toward the bottom of the U-shaped clip so as to retract at least partially when the clip is pre-positioned on the part.
A pharmaceutical composition for systemic administration comprising a pharmaceutically acceptable carrier and an EGFR-homing vector comprising a double-stranded (ds)RNA molecule, a dsRNA carrier and an EGFR-binding peptide or polypeptide, wherein said dsRNA carrier is linear polyethyleneimine covalently attached to poly(ethylene glycol), and wherein said dsRNA molecule is non-covalently attached to said dsRNA carrier.
A method in a receiver of determining a timing and a frequency offset of a received signal, the signal being predetermined, comprising: a. correlating, in the receiver, the received signal to each of a plurality of local replicas of a first predetermined signal, wherein the local replicas correspond to respective, different frequency offsets f i, i = 1, 2,..., N, in a frequency offset range [f a, f b], thereby forming a plurality of first correlation results; b. determining a correlation peak at a timing offset T max and a frequency offset F max in the plurality of first correlation results; c. determining at least one frequency offset f j based on F max and at least one other timing t j based on Tmax, wherein f j and t j are also based on characteristics of the first predetermined signal; and the method is characterized by further comprising: d. correlating, in the receiver, the received signal at (T max; F max) and (t j, f j) to a second predetermined signal, thereby forming at least two second correlation results; and e. determining the maximum of the at least two second correlation results, thereby determining the timing and the frequency offset. a. correlating, in the receiver, the received signal to each of a plurality of local replicas of a first predetermined signal, wherein the local replicas correspond to respective, different frequency offsets f i, i = 1, 2,..., N, in a frequency offset range [f a, f b], thereby forming a plurality of first correlation results; b. determining a correlation peak at a timing offset T max and a frequency offset F max in the plurality of first correlation results; c. determining at least one frequency offset f j based on F max and at least one other timing t j based on Tmax, wherein f j and t j are also based on characteristics of the first predetermined signal; and the method is characterized by further comprising: d. correlating, in the receiver, the received signal at (T max; F max) and (t j, f j) to a second predetermined signal, thereby forming at least two second correlation results; and e. determining the maximum of the at least two second correlation results, thereby determining the timing and the frequency offset.
A device for removing an acetabular cup comprising a central body having a first end (10.1) integrally connected to said central body, bearing a first handle, integrally and coaxially provided at said first free end (10.1) of the central body, and a second handle assembled on said first handle transversally to a central axis of the central body, and a second end (10.2) integrally connected to said central body characterised in that: said device comprises a first toothed cup shaped element, integral with the second end (10.2) of the central body, and a second toothed element, arranged in front of said toothed cup-shaped element, coupled so that said second toothed element is made to rotate by said first toothed element when said first toothed element rotates in a previously defined direction.
A method for producing a multi-layer laminate, each layer of the laminate comprising a paper web impregnated with synthetic resin, and the laminate being created by compressing the layers in a press, a core consisting of at least two layers being created in a first press, and one or more outer layers being compressed with one or both outer faces of the core in a second press, characterized in that a patterned pressing plate, which embosses the outer layer, is used in a plate press to press the outer layer onto the core.
A method of data management for a flash memory medium, wherein said flash memory medium includes a plurality of memory blocks, each said memory block includes a plurality of pages, each page includes a data storage area and a redundancy area, said data management method is characterized in that a status flag is set in the redundancy area of each page which has an unfinished state and a finished state to indicate the stage of data writing in the event of an unexpected power cut, and said data management method comprises the steps of: receiving an instruction of writing new data; searching for a memory block as an original memory block into which the new data is to be written according to a logic address specified by the instruction of writing the new data; judging whether the original memory block is blank; if the original memory block is blank, then writing new data into the original memory block; else if the original memory block is not blank, executing the further steps of: searching for a blank memory block; copying data to be preserved from the original memory block to the blank memory block one page at a time; writing the new data into said blank memory block one page at a time, and setting the status flag of the redundancy area of each page in said blank memory block as the unfinished state at the same time as data is written to that page; erasing the data in the original memory block; and setting the status flag of the redundancy area of each page in the blank memory block from the unfinished state to the finished state. receiving an instruction of writing new data; searching for a memory block as an original memory block into which the new data is to be written according to a logic address specified by the instruction of writing the new data; judging whether the original memory block is blank; if the original memory block is blank, then writing new data into the original memory block; else if the original memory block is not blank, executing the further steps of: searching for a blank memory block; copying data to be preserved from the original memory block to the blank memory block one page at a time; writing the new data into said blank memory block one page at a time, and setting the status flag of the redundancy area of each page in said blank memory block as the unfinished state at the same time as data is written to that page; erasing the data in the original memory block; and setting the status flag of the redundancy area of each page in the blank memory block from the unfinished state to the finished state. searching for a blank memory block; copying data to be preserved from the original memory block to the blank memory block one page at a time; writing the new data into said blank memory block one page at a time, and setting the status flag of the redundancy area of each page in said blank memory block as the unfinished state at the same time as data is written to that page; erasing the data in the original memory block; and setting the status flag of the redundancy area of each page in the blank memory block from the unfinished state to the finished state.
A multipass cell comprising a cell main body with an inner space into which sample gas is introduced and a pair of spherical mirrors (2A, 2B) including a first mirror (2A, 2B) and a second mirror (2A, 2B) provided oppositely to each other in the inner space, wherein one light passage hole (h) is formed at one of the mirrors (2A, 2B), such that light incident from an incidence window of the cell main body enters the inner space through the light passage hole (h) and is subjected to multireflection between the pair of mirrors (2A, 2B) and exits the inner space through the light passage hole (h) and is emitted from an emission window of the cell main body, characterized in that the pair of mirrors (2A, 2B) is configured such that light spots formed on a reflecting surface of each of the mirrors (2A, 2B) are distributed within an elongated region of each of the mirrors (2A, 2B) through the light multireflection, the elongated region having a predetermined width; each of the mirrors (2A, 2B) is formed into an elongated shape along a longitudinal direction of the elongated region, and is provided in the inner space such that the cell main body is of flat shape; and each of the mirrors (2A, 2B) is configured such that the light spots are distributed along the longitudinal direction of the elongated region by use of spherical mirrors (2A, 2B), wherein one light transmitting plate is provided at the cell main body, and the one light transmitting plate is used as both the incidence window and the emission window. the pair of mirrors (2A, 2B) is configured such that light spots formed on a reflecting surface of each of the mirrors (2A, 2B) are distributed within an elongated region of each of the mirrors (2A, 2B) through the light multireflection, the elongated region having a predetermined width; each of the mirrors (2A, 2B) is formed into an elongated shape along a longitudinal direction of the elongated region, and is provided in the inner space such that the cell main body is of flat shape; and each of the mirrors (2A, 2B) is configured such that the light spots are distributed along the longitudinal direction of the elongated region by use of spherical mirrors (2A, 2B), wherein one light transmitting plate is provided at the cell main body, and the one light transmitting plate is used as both the incidence window and the emission window.
Method to be used when performing drilling in a well bore, comprising: - positioning in the well bore a drill string comprising at least two pipe conduits, an upper end and a lower end coupled to a drilling tool, thereby forming an outer annulus between the well bore wall and the drill string; - drilling a well bore section comprising a fluid trap; - feeding a first fluid with a first density into the outer annulus above the fluid trap, - circulating a second fluid with a second density through the drill string and around the drilling tool; characterized in that: the first density is larger than the second density; a fluid interface between the first fluid and the second fluid is arranged in the outer annulus further down the well bore than the fluid trap; and the densities of the fluids are such that the drill string is buoyant in the first fluid in the outer annulus. - positioning in the well bore a drill string comprising at least two pipe conduits, an upper end and a lower end coupled to a drilling tool, thereby forming an outer annulus between the well bore wall and the drill string; - drilling a well bore section comprising a fluid trap; - feeding a first fluid with a first density into the outer annulus above the fluid trap, - circulating a second fluid with a second density through the drill string and around the drilling tool; characterized in that: the first density is larger than the second density; a fluid interface between the first fluid and the second fluid is arranged in the outer annulus further down the well bore than the fluid trap; and the densities of the fluids are such that the drill string is buoyant in the first fluid in the outer annulus. the first density is larger than the second density; a fluid interface between the first fluid and the second fluid is arranged in the outer annulus further down the well bore than the fluid trap; and the densities of the fluids are such that the drill string is buoyant in the first fluid in the outer annulus.
A vehicle equipped with fuel cells, the vehicle comprising: a motor configured to be driven with electric power output from the fuel cells; and an exhaust pipe arranged to discharge an exhaust fluid from the fuel cells to outside of the vehicle via an outlet; the vehicle being characterized by further comprising: a detector configured to detect the presence of an obstructing object on a road surface where the vehicle is driven; a decision module configured to identify a potential for the obstructing object to block the outlet or to be flowed into the exhaust pipe through the outlet, based on a result of detection by the detector; and a controller configured to, upon identification of the potential for any obstructing object to block the outlet or to be flowed into the exhaust pipe through the outlet by the decision module, stop power generation by the fuel cells. a motor configured to be driven with electric power output from the fuel cells; and an exhaust pipe arranged to discharge an exhaust fluid from the fuel cells to outside of the vehicle via an outlet; the vehicle being characterized by further comprising: a detector configured to detect the presence of an obstructing object on a road surface where the vehicle is driven; a decision module configured to identify a potential for the obstructing object to block the outlet or to be flowed into the exhaust pipe through the outlet, based on a result of detection by the detector; and a controller configured to, upon identification of the potential for any obstructing object to block the outlet or to be flowed into the exhaust pipe through the outlet by the decision module, stop power generation by the fuel cells. a detector configured to detect the presence of an obstructing object on a road surface where the vehicle is driven; a decision module configured to identify a potential for the obstructing object to block the outlet or to be flowed into the exhaust pipe through the outlet, based on a result of detection by the detector; and a controller configured to, upon identification of the potential for any obstructing object to block the outlet or to be flowed into the exhaust pipe through the outlet by the decision module, stop power generation by the fuel cells.
A tyre pressure monitoring unit comprising a measurement and transmission electronics unit for measuring and wirelessly transmitting pressure information, a power source for supplying power to the measurement and transmission electronics unit, and a plastic body, in which the measurement and transmission electronics unit and also the power source are embedded, characterised by a metal carrier sheet, which carries the measurement and transmission electronics unit and also the power source and protrudes out from the plastic body with a fastening portion, which has a fastening hole.
A cerclage instrument being inserted into a stomach perorally for cerclaging two gastric walls (FW, RW) in the stomach, the cerclage instrument comprising: a cylindrical main unit; a pair of holes formed on the main unit that are capable of retracting the gastric walls (FW, RW); a tissue-dissecting instrument for dissecting a mucosa of the two gastric walls (FW, RW) retracted into the main unit from the pair of holes; and a tissue-cerclage instrument for cerclaging the two gastric walls (FW, RW) in which the mucosa have been dissected. a cylindrical main unit; a pair of holes formed on the main unit that are capable of retracting the gastric walls (FW, RW); a tissue-dissecting instrument for dissecting a mucosa of the two gastric walls (FW, RW) retracted into the main unit from the pair of holes; and a tissue-cerclage instrument for cerclaging the two gastric walls (FW, RW) in which the mucosa have been dissected.
A poly(amide-imide) copolymer that is a reaction product of a substituted or unsubstituted aromatic diamine having a maximum absorption wavelength in a range from 500 nanometers to 700 nanometers in a visible light region, a diamine represented by Chemical Formula 1, a dicarbonyl compound represented by Chemical Formula 2, and a tetracarboxylic acid dianhydride represented by Chemical Formula 3: Chemical Formula 1 NH 2 -A-NH 2 wherein in Chemical Formula 1, A is a ring system including two or more C6 to C30 aromatic rings linked by a single bond, wherein each of the two or more aromatic rings is independently unsubstituted or substituted by an electron-withdrawing group; wherein, in Chemical Formula 2, R 3 is a substituted or unsubstituted phenylene or a substituted or unsubstituted biphenylene group, and each X is an identical or a different halogen atom, wherein, in Chemical Formula 3, R 10 is a single bond, -O-, -S-, -C(=O)-, -CH -, -C(=O)NH-, -S(=O) 2 -, - Si(CH 3) 2 -, -(CH 2) p -, -(CF 2) q -, -C(C n H 2n+1) 2 -, -C(C n F 2n+1) 2 -, -(CH 2) p C(C n H 2n+1) 2 (CH 2) q -, or - (CH 2) p C(C n F 2n+1) 2 (CH 2) q - wherein 1 ≤ n ≤ 10, 1 ≤ p ≤ 10, and 1 ≤ q ≤ 10, R 12 and R 13 are each independently a halogen, a hydroxy group, a substituted or unsubstituted C1 to C10 aliphatic organic group, a substituted or unsubstituted C6 to C20 aromatic organic group, an alkoxy group of formula -OR 201, wherein R 201 is a C1 to C10 aliphatic organic group, or a silyl group of formula -SiR 210 R 211 R 212, wherein R 210, R 211, and R 212 are each independently hydrogen or a C1 to C10 aliphatic organic group, n7 and n8 are each independently an integer ranging from 0 to 3. R 10 is a single bond, -O-, -S-, -C(=O)-, -CH -, -C(=O)NH-, -S(=O) 2 -, - Si(CH 3) 2 -, -(CH 2) p -, -(CF 2) q -, -C(C n H 2n+1) 2 -, -C(C n F 2n+1) 2 -, -(CH 2) p C(C n H 2n+1) 2 (CH 2) q -, or - (CH 2) p C(C n F 2n+1) 2 (CH 2) q - wherein 1 ≤ n ≤ 10, 1 ≤ p ≤ 10, and 1 ≤ q ≤ 10, R 12 and R 13 are each independently a halogen, a hydroxy group, a substituted or unsubstituted C1 to C10 aliphatic organic group, a substituted or unsubstituted C6 to C20 aromatic organic group, an alkoxy group of formula -OR 201, wherein R 201 is a C1 to C10 aliphatic organic group, or a silyl group of formula -SiR 210 R 211 R 212, wherein R 210, R 211, and R 212 are each independently hydrogen or a C1 to C10 aliphatic organic group, n7 and n8 are each independently an integer ranging from 0 to 3.