mhurhangee/ep-ind-claims huggingface dataset:
The laparoscopic instrument (1, 1') comprising a handgrip; a lever pivotally attached to the handgrip; a shank embedded in a sleeve pivotally attached to the handgrip, wherein the proximal end of the shank is embedded in the sleeve, however, on the distal end of the shank actuators (24, 35) are attached to interact with the tissue; a knob mounted on the sleeve for rotating the sleeve along with the shank; a latching mechanism for determining the angular position of the sleeve and shank relative to the handgrip; a string for moving actuators (24, 35), wherein the distal end of the string is connected to said actuators (24, 35), and the proximal end of the string is connected to the lever, wherein the string is located inside the shank, and the movement of the lever is coupled to the movement of the actuators (24, 35), characterized in that the latching mechanism is located at the tip of the handgrip opposite the lever, wherein the tip is provided with latching seats, and the inner part of the knob adjacent to the sleeve is provided with a latching element and a spring. a handgrip; a lever pivotally attached to the handgrip; a shank embedded in a sleeve pivotally attached to the handgrip, wherein the proximal end of the shank is embedded in the sleeve, however, on the distal end of the shank actuators (24, 35) are attached to interact with the tissue; a knob mounted on the sleeve for rotating the sleeve along with the shank; a latching mechanism for determining the angular position of the sleeve and shank relative to the handgrip; a string for moving actuators (24, 35), wherein the distal end of the string is connected to said actuators (24, 35), and the proximal end of the string is connected to the lever, wherein the string is located inside the shank, and the movement of the lever is coupled to the movement of the actuators (24, 35), characterized in that the latching mechanism is located at the tip of the handgrip opposite the lever, wherein the tip is provided with latching seats, and the inner part of the knob adjacent to the sleeve is provided with a latching element and a spring.
A compound of Formula or a pharmaceutically acceptable salt thereof, wherein R 1 is selected from the group consisting of hydrogen, -carbonyl(C 1 -C 8)alkyl(C 1 -C 8)alkylene, -carbonyl(C 1 -C 8)alkyl(C 1 -C 8)alkylene(C 1 -C 8)alkyl, -carbonyl(C 1 -C 8)alkylene(C 6 -C 20)aryl, -carbonyl(C 1 -C 8)alkylene(C 1 -C 8)alkoxy(C 6 -C 20)aryl, - carbonyl(C 1 -C 8)alkylene, -carbonyl(C 1 -C 8)haloalkyl, -carbonyl(C 1 -C 8)alkyl, -carbonyl(C 1 -C 8)alkylOCO(C 1 -C 8)alkyl, -carbonyl(C 1 -C 8)alkylene(C 1 -C 8)alkyl(C 1 -C 8)alkylene, - carbonyl(C 1 -C 8)alkanol(C 1 -C 8)alkyl, -carbonyl(C 1 -C 8)alkylene(C 1 -C 8)alkyl(C 6 -C 20)aryl, - carbonyl(C 1 -C 8)alkylenehalo(C 6 -C 20)aryl, -carbonyl(C 1 -C 8)alkylene(C 3 -C 8)heteroaryl, - carbonyl(C 6 -C 20)aryl, -carbonyl(C 1 -C 8)alkoxy(C 6 -C 20)aryl, -carbonyl(C 1 -C 8)alkyl(C 6 -C 20)aryl, -carbonylhalo(C 6 -C 20)aryl, -carbonyl(C 3 -C 8)cycloalkyl, (C 1 -C 8)alkylene(C 1 -C 8)haloalkyl(C 6 -C 20)aryl, and -carbonyl(C 1 -C 8)alkyl(C 1 -C 8)alkoxy(C 6 -C 20)aryl.
A device (400; 500; 600) for measuring an electric field in a conducting medium, comprising: two electrodes (105a, 105b; 605a) separated by a volume of an insulating medium; a current measurement device coupled to said electrodes (105a, 105b; 605a); characterized in that adjustment elements enabling the adjustment of a variable having the electric conductivity (σ c) of the electric field measurement device depending thereon, said variable being comprised in the group comprising the impedance (Z int) between the two electrodes (105a, 105b) of the electric field measurement device, the distance between the two electrodes (105a, 105b), and an active surface (S A) of at least one of said electrodes. two electrodes (105a, 105b; 605a) separated by a volume of an insulating medium; a current measurement device coupled to said electrodes (105a, 105b; 605a); characterized in that adjustment elements enabling the adjustment of a variable having the electric conductivity (σ c) of the electric field measurement device depending thereon, said variable being comprised in the group comprising the impedance (Z int) between the two electrodes (105a, 105b) of the electric field measurement device, the distance between the two electrodes (105a, 105b), and an active surface (S A) of at least one of said electrodes.
A tyre comprising a tread, wherein in a tread plan view: the tread has 5 or more grooves which converge and connect with each other to form a snow compression zone defined by a line linking the points where adjacent grooves meet; on at least one side of the snow compression zone in the tyre circumferential direction, none of the grooves converging in the snow compression zone runs parallel with the tyre circumferential direction; in each of 5 or more of the grooves, the groove width where the groove meets the snow compression zone is at least 2.0 mm; when virtual grooves (20, 21) are created by extending the groove side walls (30, 31) of each of the 5 or more of the grooves into the snow compression zone, each virtual groove (20, 21) intersects with each of the other virtual grooves (21, 20); and when the groove axis (25, 26) of each of the 5 or more of the grooves is extended into the snow compression zone as far as the other side of the snow compression zone, at least 4 of the groove axes (25, 26) intersect with at least 2 of the other groove axes (26, 25), characterized in that in each of 5 or more of the grooves, the ratio of the groove width where the groove meets the snow compression zone to the total length of the line defining the snow compression zone is at most 20%. the tread has 5 or more grooves which converge and connect with each other to form a snow compression zone defined by a line linking the points where adjacent grooves meet; on at least one side of the snow compression zone in the tyre circumferential direction, none of the grooves converging in the snow compression zone runs parallel with the tyre circumferential direction; in each of 5 or more of the grooves, the groove width where the groove meets the snow compression zone is at least 2.0 mm; when virtual grooves (20, 21) are created by extending the groove side walls (30, 31) of each of the 5 or more of the grooves into the snow compression zone, each virtual groove (20, 21) intersects with each of the other virtual grooves (21, 20); and when the groove axis (25, 26) of each of the 5 or more of the grooves is extended into the snow compression zone as far as the other side of the snow compression zone, at least 4 of the groove axes (25, 26) intersect with at least 2 of the other groove axes (26, 25), characterized in that in each of 5 or more of the grooves, the ratio of the groove width where the groove meets the snow compression zone to the total length of the line defining the snow compression zone is at most 20%.
Mounting unit (1, 101) having at least one mounting rail (2, 102) to which (2, 102) at least one holding clip (3, 103) is releasably fixable, said at least one holding clip (3, 103) having two clip parts (4, 5; 104, 105) which (4, 5; 104, 105), by means of a clamping device (6, 106), are braceable against one another in such a way that, in a holding position, the clip parts (4, 5; 104, 105) clamp the mounting rail (2, 102) in between them at least in a sub-region, wherein the clamping device (6, 106) has a clamping pin (7, 107) which (7, 107) projects from a first clip part (4, 104) and which extends through a passage opening (8, 108) in a second clip part (5, 105), wherein the clamping device (6, 106) has a sleeve-like clamping element (9, 109) for subjecting the second clip part (5, 105) to pressure, which (9, 109), by way of its sleeve interior, is rotatably mounted against or on the clamping pin (7, 107), characterized in that the sleeve-like clamping element (9, 109) has at least one guide path (10, 110) with a curved or helical path profile, on which at least one guide path at least one assigned pin tooth, or clamping protrusion, held on the clamping pin (7, 107) is guided in such a way that a relative rotational movement between the clamping element (9, 109) and the clamping pin (7, 107) is converted into a longitudinal movement of the clamping element (9, 109) on the clamping pin (7, 107).
A method for measuring a stator core of an electrical machine, with the steps of a. winding at least one excitation coil around the stator core, b. applying via an excitation device with at least a capacitor, a discontinuous voltage by discharge of said capacitor to the at least one excitation coil to magnetically excite the stator core, c. measuring with at least one detection device (14, 14') a temperature at or vibration of the magnetically excited stator core, and d. deducing that when the temperature measured at the stator core with magnetic excitation takes an extraordinary high value, an interlamination short exists at a corresponding spot, or that when extraordinary values of vibrations are detected, a stability of the stator core diverges at a specific spot. a. winding at least one excitation coil around the stator core, b. applying via an excitation device with at least a capacitor, a discontinuous voltage by discharge of said capacitor to the at least one excitation coil to magnetically excite the stator core, c. measuring with at least one detection device (14, 14') a temperature at or vibration of the magnetically excited stator core, and d. deducing that when the temperature measured at the stator core with magnetic excitation takes an extraordinary high value, an interlamination short exists at a corresponding spot, or that when extraordinary values of vibrations are detected, a stability of the stator core diverges at a specific spot.
A method, comprising: assembling a riser to extend between a vessel and a subsea well location, the riser comprising a first tubular riser section that is made of a first tubular material and a second tubular riser section that is made of a second tubular material different from the first tubular material, the second tubular riser section comprising a passive fracture section formed of walls of the second tubular riser section and configured to fracture passively when exceeding a design loading that will not cause fracture of the first tubular riser section; utilizing the assembled riser during normal operating conditions; and permitting passive fracture of the passive fracture section under design conditions that exceed the design loading. assembling a riser to extend between a vessel and a subsea well location, the riser comprising a first tubular riser section that is made of a first tubular material and a second tubular riser section that is made of a second tubular material different from the first tubular material, the second tubular riser section comprising a passive fracture section formed of walls of the second tubular riser section and configured to fracture passively when exceeding a design loading that will not cause fracture of the first tubular riser section; utilizing the assembled riser during normal operating conditions; and permitting passive fracture of the passive fracture section under design conditions that exceed the design loading.
A method for processing rateless encoded data within a decoder comprising: receiving encoded data that has been encoded with a rateless code; determining a quality metric for a communication medium on which the rateless encoded data has been received; identifying a modulation scheme used in sending the rateless encoded data on the communication medium; determining, based on the identified modulation scheme and the determined quality metric, an amount of mutual information being received for the received rateless encoded data; and decoding the received rateless encoded data, once a predetermined amount of mutual information is received. receiving encoded data that has been encoded with a rateless code; determining a quality metric for a communication medium on which the rateless encoded data has been received; identifying a modulation scheme used in sending the rateless encoded data on the communication medium; determining, based on the identified modulation scheme and the determined quality metric, an amount of mutual information being received for the received rateless encoded data; and decoding the received rateless encoded data, once a predetermined amount of mutual information is received.
An apparatus comprising: an input for receiving a plurality of data streams carrying misaligned common content; a plurality of buffers (201, 202, 203) configured to delay one or more of the data streams to align the common content, each buffer (201, 202, 203) for storing data blocks (141, 142, 143) of a respective one of the plurality of data streams; and an output for selecting a data block from the plurality of buffers (201, 202, 203) to form a next data block in an output packet stream comprising the common content; characterised in that each data block (141, 142, 143) is stored in a respective buffer along with quality information (211, 212, 213) corresponding to said data block and selecting a data block (141, 142, 143) from the plurality of buffers is carried out in dependence on the quality information (211, 212, 213); wherein the output is further configured to select a number of data blocks from the plurality of buffers (201, 202, 203) to form the number of next data blocks in the output packet stream, and is further configured to determine whether any of the next data blocks are selected from a first buffer of the plurality of buffers and, if not, using a receive path associated with that first buffer for another application. an input for receiving a plurality of data streams carrying misaligned common content; a plurality of buffers (201, 202, 203) configured to delay one or more of the data streams to align the common content, each buffer (201, 202, 203) for storing data blocks (141, 142, 143) of a respective one of the plurality of data streams; and an output for selecting a data block from the plurality of buffers (201, 202, 203) to form a next data block in an output packet stream comprising the common content; characterised in that each data block (141, 142, 143) is stored in a respective buffer along with quality information (211, 212, 213) corresponding to said data block and selecting a data block (141, 142, 143) from the plurality of buffers is carried out in dependence on the quality information (211, 212, 213); wherein the output is further configured to select a number of data blocks from the plurality of buffers (201, 202, 203) to form the number of next data blocks in the output packet stream, and is further configured to determine whether any of the next data blocks are selected from a first buffer of the plurality of buffers and, if not, using a receive path associated with that first buffer for another application.
Stabiliser, comprising the reaction product of at least one macromer with at least one C 4-30 -alkyl(meth)acrylate in at least one polyether polyol 1 in the presence of at least one free radical polymerisation catalyst and optionally at least one chain transfer agent, the at least one macromer being at least one molecule which comprises in its structure one or more polymerisable double bonds, able to copolymerise with C 4-30 -alkyl(meth)acrylates and which furthermore comprises in its structure one or more hydroxyl-terminated polyether chains, wherein the weight ratio of the reaction product of at least one macromer with at least one C 4-30 -alkyl(meth)acrylate to the at least one polyether polyol 1 is in the range of from 20:80 to 80:20, wherein the stabiliser has a particle size D50 smaller than 0.5 μm as determined by static laser diffraction using a Mastersizer 2000 (Malvern Instruments Ltd) after dilution of the sample with isopropanol in order to obtain an optical concentration suitable for the measurement.
A control method of an operation of a measuring apparatus having a plurality of mechanism units (2, 3, 4, 5) used for measurement of an analyte, the method comprising steps of: issuing operation commands corresponding to each mechanism units by an operation instructor that instructs an operation of a plurality of mechanism units; sequentially transmitting by a first communicator provided in correspondence with the operation instructor, the operation commands issued by the operation instructor to the corresponding mechanism units; respectively receiving by a plurality of second communicators provided in correspondence with each of the mechanism units, the operation commands transmitted from the first communicator; temporarily storing by a plurality of drivers (223, 323, 523, 823) provided in correspondence with the respective mechanism units, the corresponding operation commands received by the second communicators; concurrently transmitting by the first communicator, an operation start instructing signal for instructing start of operation to the plurality of mechanism units; receiving by the second communicators, the operation start instructing signal transmitted from the first communicator; and respectively driving by the drivers (223, 323, 523, 823), the corresponding mechanism units in accordance with the corresponding stored operation commands upon reception of the operation start instructing signal by the second communicators. issuing operation commands corresponding to each mechanism units by an operation instructor that instructs an operation of a plurality of mechanism units; sequentially transmitting by a first communicator provided in correspondence with the operation instructor, the operation commands issued by the operation instructor to the corresponding mechanism units; respectively receiving by a plurality of second communicators provided in correspondence with each of the mechanism units, the operation commands transmitted from the first communicator; temporarily storing by a plurality of drivers (223, 323, 523, 823) provided in correspondence with the respective mechanism units, the corresponding operation commands received by the second communicators; concurrently transmitting by the first communicator, an operation start instructing signal for instructing start of operation to the plurality of mechanism units; receiving by the second communicators, the operation start instructing signal transmitted from the first communicator; and respectively driving by the drivers (223, 323, 523, 823), the corresponding mechanism units in accordance with the corresponding stored operation commands upon reception of the operation start instructing signal by the second communicators.
A horizontal conveyor apparatus comprising a horizontal conveyor track with an endless conveyor apparatus as well as at least one transport device, which is disposed on the horizontal conveyor track and which can be carried along by the endless conveyor apparatus, wherein the endless conveyor apparatus has a drive, wherein the drive is connected to a controller, wherein the horizontal conveyor track has a sensor for the controller, wherein the transport device has an impulse generator, which cooperates with the sensor, characterized in that the sensor is disposed on the bottom side of the horizontal conveyor track, wherein the surface of the horizontal conveyor track is not pierced and the impulse generator is mounted in a chamber in the transport device.
A method for obtaining high quality graphene by repairing reduced graphene oxide, the method comprising the following steps: dispersing the reduced graphene oxide into a solvent to obtain a graphene dispersion liquid, adding a first Lewis acid and a compound containing a methyl or methylene group to obtain the first mixture, reacting the first mixture in a microwave environment of which power is 300 to 900w for 0.5 to 2 hours, refluxing for 3 to 5 hours; separating, purifying and drying to obtain the first crude product; adding the first crude product into a second Lewis acid, adding an aromatic hydrocarbon repairing agent to obtain the second mixture, reacting the second mixture to obtain a molten solid, separating and purifying said molten solid to obtain the second crude product, wherein the aromatic hydrocarbon repairing agent is at least one of naphthalene, anthracene, phenanthrene, coronene, pyrene and perylene; and, mixing the second crude product, a metal powder catalyst and a third Lewis acid to obtain the third mixture, reacting the third mixture in the atmosphere of a protection gas containing a carbon source at a temperature of 450-500 °C for 1-2 hours, and annealing in a vacuum environment for 5 to 8 hours under the temperature of 200°C to 350°C, cooling to room temperature, separating and purifying said third mixture to obtain a repaired reduced graphene oxide. dispersing the reduced graphene oxide into a solvent to obtain a graphene dispersion liquid, adding a first Lewis acid and a compound containing a methyl or methylene group to obtain the first mixture, reacting the first mixture in a microwave environment of which power is 300 to 900w for 0.5 to 2 hours, refluxing for 3 to 5 hours; separating, purifying and drying to obtain the first crude product; adding the first crude product into a second Lewis acid, adding an aromatic hydrocarbon repairing agent to obtain the second mixture, reacting the second mixture to obtain a molten solid, separating and purifying said molten solid to obtain the second crude product, wherein the aromatic hydrocarbon repairing agent is at least one of naphthalene, anthracene, phenanthrene, coronene, pyrene and perylene; and, mixing the second crude product, a metal powder catalyst and a third Lewis acid to obtain the third mixture, reacting the third mixture in the atmosphere of a protection gas containing a carbon source at a temperature of 450-500 °C for 1-2 hours, and annealing in a vacuum environment for 5 to 8 hours under the temperature of 200°C to 350°C, cooling to room temperature, separating and purifying said third mixture to obtain a repaired reduced graphene oxide.
A multipolar electric switch device with an integrated remote triggering system, each pole including a movable contact able to be moved between two positions, respectively in contact with and at a distance from a fixed contact corresponding to the closing and to the opening of an electric line and located between two devices for connecting to said line, the device moreover comprising a mechanical lock placed between a control handle jutting out from the frontage of a casing and a movable-contact holder, by means of which the manual displacements of the handle are passed on to the movable contacts, and which ensures opening of the contacts in the case of triggering caused by the receiving an opening signal conveyed by a control line in the triggering system, characterized in that the triggering system is made in the form of a one-piece module contained and plugged into the casing between a fixed contact and the connecting device (6,7) on the fixed contact side of a same line, the module being conformed so as to be guided and positioned in the casing, electrically connected to said line becoming the control line by means of flexible conductive strips (10, 10') jutting out from the module and elastically deforming upon contact with a terminal connected to the connecting device (6,7) and to the fixed contact respectively, and mechanically maintained by at least one clip and the structure of the casing, said module comprising an actuator able to cause triggering of the mechanical lock if the control line conveys an opening signal.