mhurhangee/ep-ind-claims huggingface dataset:
A forceps, comprising: an end effector assembly including first and second jaw members, at least one of the jaw members movable relative to the other between a spaced- apart position, a first approximated position wherein the jaw members define a first gap distance "G" therebetween, and a second approximated position wherein the jaw members (110, 120) define a second gap distance "g" therebetween, at least one of the jaw members adapted to connect to a source of energy; a handle assembly including a movable handle operably coupled to the end effector, the movable handle movable between an initial stage, a first actuated stage, and a second actuated stage for moving the jaw members between the spaced-apart position, the first approximated position, and the second approximated position; characterized by a first switch assembly selectively activatable to supply a first energy to at least one jaw member to seal tissue grasped between the jaw members (110, 120) when the jaw members are disposed in the first approximated position; and a second switch assembly selectively activatable to supply a second energy to the at least one jaw member to cut tissue grasped between the jaw members, wherein the second switch assembly is operably positioned relative to the movable handle, such that the second switch assembly is activated upon movement of the movable handle to the second actuated stage, the handle assembly also including a latching mechanism for releasably retaining the movable handle in the first actuated stage and the second actuated stage, thus allowing the user to lock jaw members (110, 120) in the first approximated position for sealing tissue, and, subsequently, in the second approximated position, for cutting tissue. an end effector assembly including first and second jaw members, at least one of the jaw members movable relative to the other between a spaced- apart position, a first approximated position wherein the jaw members define a first gap distance "G" therebetween, and a second approximated position wherein the jaw members (110, 120) define a second gap distance "g" therebetween, at least one of the jaw members adapted to connect to a source of energy; a handle assembly including a movable handle operably coupled to the end effector, the movable handle movable between an initial stage, a first actuated stage, and a second actuated stage for moving the jaw members between the spaced-apart position, the first approximated position, and the second approximated position; characterized by a first switch assembly selectively activatable to supply a first energy to at least one jaw member to seal tissue grasped between the jaw members (110, 120) when the jaw members are disposed in the first approximated position; and a second switch assembly selectively activatable to supply a second energy to the at least one jaw member to cut tissue grasped between the jaw members, wherein the second switch assembly is operably positioned relative to the movable handle, such that the second switch assembly is activated upon movement of the movable handle to the second actuated stage,
An installation for spraying a fluid comprising a fluid circulation circuit including a sprayer capable of spraying the fluid, a pump and a circulation pipe for the fluid, the pump being suitable for injecting the fluid into the circulation pipe, the circulation pipe being configured to guide the fluid from the pump to the sprayer, the installation further comprising at least one injector configured to inject a liquid separate from the fluid into the circuit, the injector being configured to: • compare a total volume of liquid injected into the circuit to a predetermined volume, and • stop the injection when the total volume of injected liquid is equal to the predetermined volume, the installation being characterized in that a volume flow rate is defined for the liquid injected by the injector into the circuit, the injector being configured to determine at least one value of the volume flow rate and to estimate the injected volume from the measured flow rate value(s). • compare a total volume of liquid injected into the circuit to a predetermined volume, and • stop the injection when the total volume of injected liquid is equal to the predetermined volume,
A process for producing fluorine-containing olefins of the formula CF 3 CA=CHB wherein one of A and B is F or Cl, and the other is H, comprising reacting at least one chlorine-containing compound selected from the formulae - CX 3 CClYCH 2 Z CX 3 CH 2 CHX 2 CX 3 CCl=CH 2 CX 3 CH=CHX CH 2 XCCl=CX 2 CHX 2 CH=CX 2 wherein X each is independently F or Cl, with the proviso that in formula and at least one X is Cl; Y is H or F, and Z is Cl or F if Y is H, and is H if Y is F; and anhydrous HF in the presence of oxidative gas and a fluorination catalyst in which at least one metal element M selected from Groups VIII and IX of the periodic table is present together with chromium. X each is independently F or Cl, with the proviso that in formula and at least one X is Cl; Y is H or F, and Z is Cl or F if Y is H, and is H if Y is F;
A radio frequency amplifier, comprising: a transistor (120, 220) with a control terminal and first and second current carrying terminals; a shunt circuit (150, 250) coupled between the first current carrying terminal and a ground reference node, wherein the shunt circuit (150, 250) includes a first shunt inductor (134, 234, 434), a second shunt inductor (135, 235, 435), and a shunt capacitor (142, 442) coupled in series, wherein the second shunt inductor (135, 235, 435) and the shunt capacitor (142, 442) form a series resonant circuit in proximity to a center operating frequency of the amplifier, wherein an RF cold point node (248, 448) is present between the first (134, 234, 434) and second (135, 235, 435) shunt inductors; and an envelope frequency termination circuit (149, 249) coupled between the RF cold point node (248, 448) and the ground reference node wherein the envelope frequency termination circuit comprises: an envelope inductor, an envelope resistor, and an envelope capacitor coupled in series between the RF cold point node and the ground reference node. a transistor (120, 220) with a control terminal and first and second current carrying terminals; a shunt circuit (150, 250) coupled between the first current carrying terminal and a ground reference node, wherein the shunt circuit (150, 250) includes a first shunt inductor (134, 234, 434), a second shunt inductor (135, 235, 435), and a shunt capacitor (142, 442) coupled in series, wherein the second shunt inductor (135, 235, 435) and the shunt capacitor (142, 442) form a series resonant circuit in proximity to a center operating frequency of the amplifier, wherein an RF cold point node (248, 448) is present between the first (134, 234, 434) and second (135, 235, 435) shunt inductors; and an envelope frequency termination circuit (149, 249) coupled between the RF cold point node (248, 448) and the ground reference node wherein the envelope frequency termination circuit comprises: an envelope inductor, an envelope resistor, and an envelope capacitor coupled in series between the RF cold point node and the ground reference node.
A system for determining the position of a mobile receiver unit comprising: a plurality of static transmitter stations (4, 6) each configured to transmit an ultrasonic signal (40, 44, 46, 42) comprising a phase-shifting signature specific to the static transmitter station; a mobile receiver unit configured to receive an ultrasonic signal (40, 44, 46, 42) from one of the transmitter stations (4, 6); processing means (26; 14) configured to use the received signature to identify the source transmitter station; and processing means (26; 14) configured to use the received signal and the identity of the source transmitter station to determine information relating to the position of the mobile receiver unit, characterised in that each signature comprises a first pattern, binary-phase-shift-key (BPSK)-encoded on a first carrier, and a second pattern, BPSK-encoded on a second carrier, wherein the first and second carriers are at the same frequency, and wherein the first carrier is 90 degrees out of phase with the second carrier. a plurality of static transmitter stations (4, 6) each configured to transmit an ultrasonic signal (40, 44, 46, 42) comprising a phase-shifting signature specific to the static transmitter station; a mobile receiver unit configured to receive an ultrasonic signal (40, 44, 46, 42) from one of the transmitter stations (4, 6); processing means (26; 14) configured to use the received signature to identify the source transmitter station; and processing means (26; 14) configured to use the received signal and the identity of the source transmitter station to determine information relating to the position of the mobile receiver unit,
A superconducting latch system comprising: an output portion that retains a state of the latch system; and a bi-stable loop that comprises a set superconducting loop coupled between a set input and the output portion, and a reset superconducting loop coupled between a reset input and the output portion, characterised in that the set superconducting loop and the reset superconducting loop are both inductively coupled and DC biased to produce a first bi-stable current in the set superconducting loop and a second bi-stable current in the reset superconducting loop, the second bi-stable current being of opposite polarity of the first bi-stable current, and the superconducting latch system is configured to receive a positive single flux quantum pulse on the set input when the superconducting latch system is in a reset state and to generate a SFQ current in the output portion representative of the latch system being in a set state. an output portion that retains a state of the latch system; and a bi-stable loop that comprises a set superconducting loop coupled between a set input and the output portion, and a reset superconducting loop coupled between a reset input and the output portion, characterised in that
A sensor for sensing a predetermined particle in a fluid, wherein the sensor comprises (i) an electrode and (ii) a recognition element functionally coupled to the electrode; wherein the electrode comprises an electrode face configured accessible to the fluid, to the predetermined particle in the fluid, and to a redox mediator in the fluid; wherein the recognition element is configured for at least temporarily selectively binding with the predetermined particle, and configured to limit access of the redox mediator to the electrode face during the binding of the predetermined particle with the recognition element, wherein: - the predetermined particle comprises a biological particle selected from the group comprising an extracellular vesicle, a tumor-derived extracellular vesicle (tdEV), a virus, a DNA-containing particle, a particle modified with DNA, an RNA-containing particle, a particle modified with RNA, a platelet, an allergen, a bacterium, a peptide, a polypeptide, a protein, a lipoprotein, a hormone, a biopolymer, and an enzyme; - the recognition element comprises a biological recognition element for the predetermined particle; - the recognition element is configured at the electrode face; and - a characteristic dimension (d) of the electrode face is selected from the range of 30-1500 nm and a size of the electrode face is configured for detecting the predetermined particle on a single particle level, wherein the characteristic dimension (d) of the electrode face is selected to match the predetermined particle, and wherein the characteristic dimension (d) is selected from the group consisting of a length, a width, and an equivalent circular diameter; and wherein the sensor comprises an array of electrodes, wherein each electrode is functionally coupled to a respective recognition element, wherein the array comprises at least two electrodes, wherein each of the electrodes is configured for individually sensing a predetermined particle. - the predetermined particle comprises a biological particle selected from the group comprising an extracellular vesicle, a tumor-derived extracellular vesicle (tdEV), a virus, a DNA-containing particle, a particle modified with DNA, an RNA-containing particle, a particle modified with RNA, a platelet, an allergen, a bacterium, a peptide, a polypeptide, a protein, a lipoprotein, a hormone, a biopolymer, and an enzyme; - the recognition element comprises a biological recognition element for the predetermined particle; - the recognition element is configured at the electrode face; and - a characteristic dimension (d) of the electrode face is selected from the range of 30-1500 nm and a size of the electrode face is configured for detecting the predetermined particle on a single particle level, wherein the characteristic dimension (d) of the electrode face is selected to match the predetermined particle, and wherein the characteristic dimension (d) is selected from the group consisting of a length, a width, and an equivalent circular diameter; and
A display device, comprising: a display panel comprising a plurality of pixels; a back cover overlapping the display panel; a roller configured to wind or unwind the back cover and the display panel, the roller includes at least one flat portion and a curved portion; and a fixing member configured to fix the back cover to the roller, characterised in that the fixing member is disposed between the roller and the back cover on the at least one flat portion and a part of the curved portion. a display panel comprising a plurality of pixels; a back cover overlapping the display panel; a roller configured to wind or unwind the back cover and the display panel, the roller includes at least one flat portion and a curved portion; and a fixing member configured to fix the back cover to the roller, characterised in that the fixing member is disposed between the roller and the back cover on the at least one flat portion and a part of the curved portion.
A process for the manufacturing of the dimeric complex compound 5 of formula which comprises: 1) preparing a solution of DO3A tri-tert-butyl ester of formula 1A in an organic solvent; 2) preparing a solution of a compound of formula 2 in an organic solvent; 3) admixing the solutions prepared according to steps 1) and 2) to obtain a solution of a compound of formula 3 4) without isolating the compound from the solution of step 3), removing the tert-butyl protecting groups from the compound of formula 3 to obtain a solution of a respective free ligand of formula 4 5) without isolating the free ligand of formula 4, adding a molar excess of gadolinium metal ions to the solution of step 4) to obtain a solution of the respective dimeric complex of formula 5; 6) adding to the solution of the dimeric complex of formula 5 a precipitating agent to precipitate a portion of free gadolinium metal ions; and 7) isolating the dimeric complex, wherein the reaction solvent in all the steps following the preparation of the compound of formula 3 is an aqueous solvent. 1) preparing a solution of DO3A tri-tert-butyl ester of formula 1A in an organic solvent; 2) preparing a solution of a compound of formula 2 in an organic solvent; 3) admixing the solutions prepared according to steps 1) and 2) to obtain a solution of a compound of formula 3 4) without isolating the compound from the solution of step 3), removing the tert-butyl protecting groups from the compound of formula 3 to obtain a solution of a respective free ligand of formula 4 5) without isolating the free ligand of formula 4, adding a molar excess of gadolinium metal ions to the solution of step 4) to obtain a solution of the respective dimeric complex of formula 5; 6) adding to the solution of the dimeric complex of formula 5 a precipitating agent to precipitate a portion of free gadolinium metal ions; and 7) isolating the dimeric complex,
A control unit for an internal combustion engine, the engine comprising a direct injector directly injecting fuel into a cylinder and a port injector injecting fuel into an intake port of the cylinder, the control unit comprising: an injection volume calculator to calculate a direct injection volume indicating a volume of the fuel injected from the direct injector; a port injection controller to control a port injection volume indicating a volume of the fuel injected from the port injector; an overlap period controller to control an overlap period during which both an intake valve and an exhaust valve of the cylinder are open; and a changer to vary both the port injection volume and the overlap period based on the direct injection volume, wherein the changer increases the port injection volume equivalent to a decrement in the direct injection volume and reduces the overlap period when the direct injection volume decreases, and the changer reduces the overlap period as the port injection volume increases, a decrement value of the overlap period being set greater as an increment value of the port injection volume is greater. an injection volume calculator to calculate a direct injection volume indicating a volume of the fuel injected from the direct injector; a port injection controller to control a port injection volume indicating a volume of the fuel injected from the port injector; an overlap period controller to control an overlap period during which both an intake valve and an exhaust valve of the cylinder are open; and a changer to vary both the port injection volume and the overlap period based on the direct injection volume, wherein the changer increases the port injection volume equivalent to a decrement in the direct injection volume and reduces the overlap period when the direct injection volume decreases, and the changer reduces the overlap period as the port injection volume increases, a decrement value of the overlap period being set greater as an increment value of the port injection volume is greater.
A reception apparatus constituting a communication apparatus that performs one-to-many communication with a plurality of counterpart communication apparatuses mounted on a train, which are respective sources of packets, the reception apparatus comprising: a packet processor that processes received packets; a filter that extracts control packets to be used for controlling devices mounted on the train from among packets received from a counterpart communication apparatus and outputs the extracted controlled packets to a buffer, said buffer including a timer to count an interval between control packets sequentially inputted to the packet processor each time a control packet received from the filter is inputted, and being configured to adjust the interval between the control packets to a specified value or more and outputs the input packet to the packet processor. a packet processor that processes received packets; a filter that extracts control packets to be used for controlling devices mounted on the train from among packets received from a counterpart communication apparatus and outputs the extracted controlled packets to a buffer, said buffer including a timer to count an interval between control packets sequentially inputted to the packet processor each time a control packet received from the filter is inputted, and being configured to adjust the interval between the control packets to a specified value or more and outputs the input packet to the packet processor.
Fixing device for sanitary items (6,7,30) on a wall part and / or on a wall by means of at least one via fastening bolts the fastening device attachable support member to which the Sanitary articles (6, 7, 30) can be screwed on, inserted and / or locked, whereby the supporting part consists of at least one plate which is directly over one or several fastening bolts can be connected to the wall and with one or several openings or also arranged side by side Elongated holes are provided which are open at least to one side and thus form slot openings so that the plate laterally on the Fastening bolt, namely between the wall and the front of Sanitary items (6,7,30), such as wash basins, can be inserted, the fastening bolts provided in the wall extending through the Extend slot openings, and that by means of these fastening bolts also additional devices such as towel holder or soap dish holder, can be connected directly or indirectly to the plate in a fixed or movable manner, characterized, that several slot openings arranged next to one another for receiving of the fastening bolt with one another via at least one slot opening are connected and in the area of the slot openings and / or in the area at least one fastening element of a sanitary object on one Side or on the back of the plate one or more torques Securing elements are provided which, when the plate and / or are loaded counteract the sanitary object from adjusting or rotating the plate, the torque securing elements consisting of at least two Locking elements or beads or knobs exist, one below the other are arranged and at least one locking element, a bead or a Knob with the help of a screw bolt in one in the plate in Installation condition next to each other and additionally provided Slotted hole adjustable and / or slidably received and can be fastened at right angles to the side by side Slot openings are arranged.