mhurhangee/ep-ind-claims huggingface dataset:
A resectoscope apparatus, comprising: a resectoscope having two electrodes (41, 45), adapted to be provided in a conductive solution within a body cavity; a high frequency power supply device for supplying high frequency current between the two electrodes to a living tissue to resect and coagulate the living tissue; a select switch configured to output a select signal when the select switch is pressed; a control circuit; and an output transformer circuit, wherein the high frequency power supply device is configured to supply the high frequency current by using power for vaporizing the conductive solution in the vicinity of a peripheral surface of at least one of the two electrodes (41, 45) when the conductive solution and the two electrodes (41, 45) are in contact, characterized in that the output transformer circuit comprises a first output transformer, a second output transformer, two transformer selectors (132, 133), and a filter circuit including a parallel resonating circuit and a serial resonating circuit; and the control circuit is configured to receive the select signal and, in response thereto, switch the transformer selectors (132, 133) to select one of the first and second output transformers. a resectoscope having two electrodes (41, 45), adapted to be provided in a conductive solution within a body cavity; a high frequency power supply device for supplying high frequency current between the two electrodes to a living tissue to resect and coagulate the living tissue; a select switch configured to output a select signal when the select switch is pressed; a control circuit; and an output transformer circuit, wherein the high frequency power supply device is configured to supply the high frequency current by using power for vaporizing the conductive solution in the vicinity of a peripheral surface of at least one of the two electrodes (41, 45) when the conductive solution and the two electrodes (41, 45) are in contact, characterized in that the output transformer circuit comprises a first output transformer, a second output transformer, two transformer selectors (132, 133), and a filter circuit including a parallel resonating circuit and a serial resonating circuit; and the control circuit is configured to receive the select signal and, in response thereto, switch the transformer selectors (132, 133) to select one of the first and second output transformers.
A vehicle control method, comprising: monitoring an acceleration of a target object in front of a vehicle, wherein a moving direction of the target object is in a same direction as the moving direction of the vehicle; detecting an obstacle in front of the vehicle, wherein the obstacle is a static obstacle, or a dynamic obstacle that is moving in a different direction than the moving direction of the vehicle; characterized in that the vehicle control method further comprises: reducing a current transmission ratio of the vehicle to a target transmission ratio under at least one of a condition that the acceleration of the target object in front of the vehicle meets a preset condition and a condition that the obstacle is detected in front of the vehicle; wherein a transmission ratio is a ratio of a steering angle of a steering wheel of the vehicle to a steering angle of a wheel of the vehicle. monitoring an acceleration of a target object in front of a vehicle, wherein a moving direction of the target object is in a same direction as the moving direction of the vehicle; detecting an obstacle in front of the vehicle, wherein the obstacle is a static obstacle, or a dynamic obstacle that is moving in a different direction than the moving direction of the vehicle; characterized in that the vehicle control method further comprises: reducing a current transmission ratio of the vehicle to a target transmission ratio under at least one of a condition that the acceleration of the target object in front of the vehicle meets a preset condition and a condition that the obstacle is detected in front of the vehicle; wherein a transmission ratio is a ratio of a steering angle of a steering wheel of the vehicle to a steering angle of a wheel of the vehicle. reducing a current transmission ratio of the vehicle to a target transmission ratio under at least one of a condition that the acceleration of the target object in front of the vehicle meets a preset condition and a condition that the obstacle is detected in front of the vehicle; wherein a transmission ratio is a ratio of a steering angle of a steering wheel of the vehicle to a steering angle of a wheel of the vehicle.
Pull-out system for a household appliance, in particular a cooking appliance, having a pull-out system which has rolling elements which are arranged in a rolling element cage, wherein at least the rolling element cage has a lubricant layer, characterised in that the rolling element cage has at least one wear surface on which the rolling elements generate lubricant wear by rotation.
A spectropolarimeter comprising: a retarder having a geometrically changing fast axis, wherein the fast axis direction changes along a polarimetric dimension; a polarization analyzer; and a spectrographic optical platform comprising: a slit in a spatial dimension same as the polarimetric dimension of the retarder; a collimator; a dispersing element for dispersing spectral components of light received from the collimator along a spectral dimension that is perpendicular to the spatial dimension of the slit; a focusing optic; and a two-dimensional detector array. a retarder having a geometrically changing fast axis, wherein the fast axis direction changes along a polarimetric dimension; a polarization analyzer; and a spectrographic optical platform comprising: a slit in a spatial dimension same as the polarimetric dimension of the retarder; a collimator; a dispersing element for dispersing spectral components of light received from the collimator along a spectral dimension that is perpendicular to the spatial dimension of the slit; a focusing optic; and a two-dimensional detector array. a slit in a spatial dimension same as the polarimetric dimension of the retarder; a collimator; a dispersing element for dispersing spectral components of light received from the collimator along a spectral dimension that is perpendicular to the spatial dimension of the slit; a focusing optic; and a two-dimensional detector array.
A method for supporting a sorting process of workpieces, which are arranged on a sorting table and which have been produced with a processing plan using a flatbed machine tool, in particular a laser cutting or punching flatbed machine tool, comprising the steps: providing (step 51) a processing image data set of the processing plan underlying the arrangement of at least one workpiece; imaging-based detecting (step 53) of the sorting table with a plurality of workpieces arranged spatially next to one another, and based thereon generating a first sorting image data set; repeated imaging-based detecting (step 55) of the sorting table, and based thereon generating a second sorting image data set after at least one workpiece of the plurality of workpieces arranged spatially next to one another has been removed from the sorting table; and comparing (step 57) of the first sorting image data set and the second sorting image data set including the processing image data set, wherein a sorting signal is generated containing an information including the type, the location, and/or the shape of the at least one removed workpiece. providing (step 51) a processing image data set of the processing plan underlying the arrangement of at least one workpiece; imaging-based detecting (step 53) of the sorting table with a plurality of workpieces arranged spatially next to one another, and based thereon generating a first sorting image data set; repeated imaging-based detecting (step 55) of the sorting table, and based thereon generating a second sorting image data set after at least one workpiece of the plurality of workpieces arranged spatially next to one another has been removed from the sorting table; and comparing (step 57) of the first sorting image data set and the second sorting image data set including the processing image data set, wherein a sorting signal is generated containing an information including the type, the location, and/or the shape of the at least one removed workpiece.
A tank for liquids comprising: - a chamber for receiving liquids, - a shell at least partially surrounding the chamber, and at least one electrical resistor which can be positioned at least partially inside the chamber, the tank comprising, for receiving the or at least one of the electrical resistors, two opposite holes (5, 6), one provided in the chamber and the other provided in the shell, the holes (5, 6) being connected by a housing body comprising a bottom and a peripheral lateral wall, the housing body and the chamber being made of synthetic material, the housing body, the bottom of which is pierced, forming a sheath for connecting said holes (5, 6) therebetween, the hole in the bottom of the housing body being bordered externally by a rim, the electrical resistor, which can be positioned inside the housing body coaxially with the drilled hole in the bottom of the housing body so as to protrude through said drilled hole into the chamber, being in the form of an elongated body, characterized in that the rim forms a tubular protrusion inserted into the hole of the chamber, and in that the elongated body is provided with a gasket slipped onto the electrical resistance, the gasket pressing in sealing contact with the electrical resistor being configured to gasket, in cooperation with the electrical resistor, the drilled hole of the bottom of the housing body in the inserted state of the electrical resistor in the drilled hole. - a chamber for receiving liquids, - a shell at least partially surrounding the chamber, and at least one electrical resistor which can be positioned at least partially inside the chamber,
A low chromium or chromium-free ferrous alloy, wherein the alloy is formed into or configured to form a material comprising, under equilibrium solidification conditions at 1300K: a total mole fraction of transition metal borides and borocarbides of between 5 and 50 %, wherein a metallic portion of the transition metal borides and borocarbides comprises greater than or equal to 15 wt. % W+Mo; and a mole fraction of isolated carbides in the material between 5 and 40%, wherein isolated carbides are defined as MC type carbides having one or more of the following elements: V, Ti, Nb, Zr, Hf, W, Mo, wherein the alloy comprises in wt. %: B: 1.6 - 2.3 C: 2-3 Cr: 0 - 0.01 Mo: 13-20 Mn: 0 - 3 Ni: 0 - 3 Si: 0 - 1.5 V: 8 - 14; wherein the balance consists of Fe and incidental impurities. a total mole fraction of transition metal borides and borocarbides of between 5 and 50 %, wherein a metallic portion of the transition metal borides and borocarbides comprises greater than or equal to 15 wt. % W+Mo; and a mole fraction of isolated carbides in the material between 5 and 40%, wherein isolated carbides are defined as MC type carbides having one or more of the following elements: V, Ti, Nb, Zr, Hf, W, Mo, wherein the alloy comprises in wt. %: B: 1.6 - 2.3 C: 2-3 Cr: 0 - 0.01 Mo: 13-20 Mn: 0 - 3 Ni: 0 - 3 Si: 0 - 1.5 V: 8 - 14; B: 1.6 - 2.3 C: 2-3 Cr: 0 - 0.01 Mo: 13-20 Mn: 0 - 3 Ni: 0 - 3 Si: 0 - 1.5 V: 8 - 14; wherein the balance consists of Fe and incidental impurities.
A recombinant expression vector comprising a nucleic acid sequence encoding a proinsulin aspart sequence suitable for preparing a recombinant insulin aspart analog, wherein the proinsulin aspart sequence has an amino acid sequence as shown in Formula I: R-R 1 -(B 1 -B 27)-B 28 -B 29 -B 30 -R 2 -(A 1 -A 21), wherein R - R 1 is a leading peptide sequence, which meets the following conditions: a. R is one part of super oxide dismutase homolog, which consists of 63 amino acids including active methionine; and two cysteine residues are substituted by serine; wherein, the sequence of R is SEQ ID NO 1: b. the leading peptide does not affect refolding of short-proinsulin aspart, and can be cleaved; c. R 1 is any one of Arg and Lys; R2 is a C-peptide, which consists of any one from Arg or Lys; B 1 -B 27 denotes an amino acid sequence of B1 to B27 in B-chain of native human insulin; A 1 -A 21 denotes an A-chain of native human insulin; B 28 is Aspartic acid; B 29 is Lysine; and B 30 is Threonine; the sequence of (B 1 -B 27)-B 28 -B 29 -B 30 -R 2 -(A 1 -A 21) is one of SEQ ID NO 12 or SEQ ID NO 13; a sequence of SEQ ID NO 12 is: FVNQHLCGSHLVEALYLVCGERGFFYTDKTRGIVEQCCTSICSLYQLENY CN; and a sequence of SEQ ID NO 13 is: FVNQHLCGSHL VEAL YL VCGERGFFYTDKTKGIVEQCCTSICSL YQLENYCN. a. R is one part of super oxide dismutase homolog, which consists of 63 amino acids including active methionine; and two cysteine residues are substituted by serine; wherein, the sequence of R is SEQ ID NO 1: b. the leading peptide does not affect refolding of short-proinsulin aspart, and can be cleaved; c. R 1 is any one of Arg and Lys; R2 is a C-peptide, which consists of any one from Arg or Lys; B 1 -B 27 denotes an amino acid sequence of B1 to B27 in B-chain of native human insulin; A 1 -A 21 denotes an A-chain of native human insulin; B 28 is Aspartic acid; B 29 is Lysine; and B 30 is Threonine; the sequence of (B 1 -B 27)-B 28 -B 29 -B 30 -R 2 -(A 1 -A 21) is one of SEQ ID NO 12 or SEQ ID NO 13; a sequence of SEQ ID NO 12 is: FVNQHLCGSHLVEALYLVCGERGFFYTDKTRGIVEQCCTSICSLYQLENY CN; and a sequence of SEQ ID NO 13 is: FVNQHLCGSHL VEAL YL VCGERGFFYTDKTKGIVEQCCTSICSL YQLENYCN. R2 is a C-peptide, which consists of any one from Arg or Lys; B 1 -B 27 denotes an amino acid sequence of B1 to B27 in B-chain of native human insulin; A 1 -A 21 denotes an A-chain of native human insulin; B 28 is Aspartic acid; B 29 is Lysine; and B 30 is Threonine; the sequence of (B 1 -B 27)-B 28 -B 29 -B 30 -R 2 -(A 1 -A 21) is one of SEQ ID NO 12 or SEQ ID NO 13; a sequence of SEQ ID NO 12 is: FVNQHLCGSHLVEALYLVCGERGFFYTDKTRGIVEQCCTSICSLYQLENY CN; and a sequence of SEQ ID NO 13 is: FVNQHLCGSHL VEAL YL VCGERGFFYTDKTKGIVEQCCTSICSL YQLENYCN. the sequence of (B 1 -B 27)-B 28 -B 29 -B 30 -R 2 -(A 1 -A 21) is one of SEQ ID NO 12 or SEQ ID NO 13; a sequence of SEQ ID NO 12 is: FVNQHLCGSHLVEALYLVCGERGFFYTDKTRGIVEQCCTSICSLYQLENY CN; and a sequence of SEQ ID NO 13 is: FVNQHLCGSHL VEAL YL VCGERGFFYTDKTKGIVEQCCTSICSL YQLENYCN.
An aqueous gel composition for removing actinide ions, lanthanide ions, fission product ions, or a combination thereof from a porous surface contaminated therewith; the composition comprising a polymer mixture comprising a gel-forming cross-linked polymer and a linear polymer; wherein the linear polymer is present at a concentration that is less than the concentration of the cross-linked polymer; the polymers are anionic, nonionic or a combination thereof, and the polymer mixture is at least about 95% hydrated with an aqueous solution to form a gel; the aqueous solution comprises a molar concentration of about 0.01 M to about 0.5 M of a multi-dentate organic acid chelating agent, and about 0.02 to about 1 M carbonate salt; and the polymer mixture optionally includes at least one particulate sequestering agent; and wherein the carbonate salt optionally is present at a concentration in the range of about 0.25 M to 0.5 M.
Vehicle seat (4, 4a, 4b) comprising a vehicle seat vibration device, having a lower vehicle seat part and an upper vehicle seat part (4a, 4b) which is resiliently mounted with respect to the vehicle seat lower part by means of at least one suspension device, the vehicle seat upper part (4a, 4b) being mounted relative to the lower vehicle seat part such that, when vibrations occur between the vehicle seat upper part (4a, 4b) and the lower vehicle seat part, said vehicle seat upper part is pivotable about a real axis extending in the vehicle width direction, the axis being fixed relative to the vehicle, the axis being located directly in the vehicle seat (4, 4a, 4b), - the vehicle seat upper part (4a, 4b) being connected to the lower vehicle seat part by means of at least one pivot arm extending substantially in the vehicle height direction, such that the vehicle seat upper part (4a, 4b) moves in a forwards and a backwards direction and in an upwards and a downwards direction, - the pivot lever being connected in regions and to the vehicle seat upper part on one side and to the lower vehicle seat part on the other side and being mounted relative to the lower part, characterised in that the regions (41, 42) are swivel axes which are both connected to the pivot arm, and the pivot arm comprising spring elements and which are arranged on the left and right hand sides, relative to the forwards and backwards direction, which spring elements are fastened by their ends to stationary elements and. - the vehicle seat upper part (4a, 4b) being connected to the lower vehicle seat part by means of at least one pivot arm extending substantially in the vehicle height direction, such that the vehicle seat upper part (4a, 4b) moves in a forwards and a backwards direction and in an upwards and a downwards direction, - the pivot lever being connected in regions and to the vehicle seat upper part on one side and to the lower vehicle seat part on the other side and being mounted relative to the lower part, characterised in that
A book comprising an inside leaflet which is bond-bound with pages of the book to provide an advertisement, the inside leaflet comprising: an advertisement printed part having printed on one side a catchphrase or an illustration for advertisement, characterized in that the inside leaflet further comprises a binding part bond-bound with the pages of the book along an edge of the inside leaflet such that the binding part has less portions binding than binding parts of the pages of the book and as such is adapted to leave no traces or marks when the inside leaflet is detached from the book, wherein the binding part comprises a plurality of grooves (121; 221) that are formed with the same shape and are cut out at regular intervals along the edge of the inside leaflet, and wherein an end width between the grooves (121; 221) is narrower than an opening width of each groove. an advertisement printed part having printed on one side a catchphrase or an illustration for advertisement, characterized in that the inside leaflet further comprises a binding part bond-bound with the pages of the book along an edge of the inside leaflet such that the binding part has less portions binding than binding parts of the pages of the book and as such is adapted to leave no traces or marks when the inside leaflet is detached from the book, wherein the binding part comprises a plurality of grooves (121; 221) that are formed with the same shape and are cut out at regular intervals along the edge of the inside leaflet, and wherein an end width between the grooves (121; 221) is narrower than an opening width of each groove.
Syringe body of a syringe having a piercing means arranged at the distal end of the syringe body, wherein a safety device for avoiding stab wounds is arranged on the syringe body, the safety device comprising a sleeve element which extends along an axial direction and surrounds the piercing means and the syringe body at least in part, the sleeve element, at the distal end thereof, having a contact portion which is in contact with at least a portion of a patient's skin when using the syringe and which defines an opening face, wherein at least a portion of the opening face comprises a segment which forms an angle α together with the axial direction, the angle α being in a range between 20° and 70°, the safety device comprising a collar element which is arranged rotatably in a circumferential direction on the distal end region of the syringe body and locks the safety device on the syringe body along the axial direction, the collar element comprising at least one guide projection which engages in at least one guide track of the sleeve element, the guide projection being guided in the at least one guide track of the sleeve element substantially in the axial direction when the syringe body moves relative to the sleeve element, wherein, during an application of the syringe, the at least one guide projection is guided from a first track region to a second track region and a portion of the piercing means passes through the opening face and into the patient's skin at an angle deviating from 90°.
A compound selected from the group consisting of -8-bromo-6-(2-fluorophenyl)-4-methyl-4H-benzo[f]imidazo[1,5-a][1,4]diazepine-3-carboxylic acid; -8-cyclopropyl-6-(2-fluorophenyl)-4-methyl-4H-benzo[f]imidazo[1,5-a][1,4]diazepine-3-carboxylic acid; -8-chloro-6-(2-fluorophenyl)-4-methyl-4H-benzo[f]imidazo[1,5-a][1,4]diazepine-3-carboxylic acid; and -8-bromo-4-methyl-6-(pyridin-2-yl)-4H-benzo[f]imidazo[1,5-a][1,4]diazepine-3-carboxylic acid; or a pharmaceutically acceptable salt thereof. -8-bromo-6-(2-fluorophenyl)-4-methyl-4H-benzo[f]imidazo[1,5-a][1,4]diazepine-3-carboxylic acid; -8-cyclopropyl-6-(2-fluorophenyl)-4-methyl-4H-benzo[f]imidazo[1,5-a][1,4]diazepine-3-carboxylic acid; -8-chloro-6-(2-fluorophenyl)-4-methyl-4H-benzo[f]imidazo[1,5-a][1,4]diazepine-3-carboxylic acid; and -8-bromo-4-methyl-6-(pyridin-2-yl)-4H-benzo[f]imidazo[1,5-a][1,4]diazepine-3-carboxylic acid;
A processor configured to receive data from a tracker arrangement (20, 22, 24) of a rotary wing aircraft and to implement a method for aiding landing of the rotary wing aircraft in conditions of reduced visibility to a pilot of the rotary wing aircraft, the method comprising: determining a line of sight (140, 204) of the pilot based on data from the tracker arrangement (20, 22, 24); obtaining a location of a designated landing point (144, 162, 192) with respect to the rotary wing aircraft; generating a synthetic representation of a landing area at the designated landing point according to the determined line of sight of the pilot, the synthetic representation comprising simulated three dimensional conformal symbology (220-224, 242-248, 254-264, 282-290, 302, 304, 320-326) representative of three dimensional markers fixed relative to the designated landing point; providing the synthetic representation to be displayed on a head mounted display of the pilot, obtaining changes in location of the rotary wing aircraft with respect to the designated landing point; and changing the size and/or shape of the symbology to be displayed to the pilot such that it is conformal with the obtained changes in location of the rotary wing aircraft with respect to the designated landing point. determining a line of sight (140, 204) of the pilot based on data from the tracker arrangement (20, 22, 24); obtaining a location of a designated landing point (144, 162, 192) with respect to the rotary wing aircraft; generating a synthetic representation of a landing area at the designated landing point according to the determined line of sight of the pilot, the synthetic representation comprising simulated three dimensional conformal symbology (220-224, 242-248, 254-264, 282-290, 302, 304, 320-326) representative of three dimensional markers fixed relative to the designated landing point; providing the synthetic representation to be displayed on a head mounted display of the pilot, obtaining changes in location of the rotary wing aircraft with respect to the designated landing point; and changing the size and/or shape of the symbology to be displayed to the pilot such that it is conformal with the obtained changes in location of the rotary wing aircraft with respect to the designated landing point.