mhurhangee/ep-ind-claims huggingface dataset:
An endoscope assembly comprising an insertion portion that is connected to a handle (200, 404, 1002) at a proximal end of the insertion portion (208, 708, 802, 1222, 1502, 1602) and a bending portion at a distal end of the insertion portion, comprising: an actuator (302, 402, 406, 602); a spring (304, 404, 408), having a proximal end and a distal end, wherein the proximal end of the spring is connected to the actuator and wherein the actuator activates the spring; and, a wire (306, 414, 606, 702, 810), having a proximal end and a distal end, with the proximal end of the wire is connected to the distal end of the spring, wherein the wire stretches along a length of the insertion portion and wherein the distal end of the wire is connected to a proximal end of the bending portion, and wherein the wire stiffens the insertion portion upon activation of the spring; and characterized in that it further comprises a shaft (316, 412, 616, 712) connecting the spring (304, 404, 408) and the wire (306, 414, 606, 702, 810), wherein the shaft has a U-shaped structure comprising: a first wall connected to distal end of the spring (304, 404, 408); and a second wall, parallel to the first wall, connected to the proximal end of the wire (306, 414, 606, 702, 810); and wherein the wire (306, 414, 606, 702, 810) enters the shaft (316, 412, 616, 712) from the external surface of the second wall and is held in place by a stopper on the other side of the second wall.. an actuator (302, 402, 406, 602); a spring (304, 404, 408), having a proximal end and a distal end, wherein the proximal end of the spring is connected to the actuator and wherein the actuator activates the spring; and, a wire (306, 414, 606, 702, 810), having a proximal end and a distal end, with the proximal end of the wire is connected to the distal end of the spring, wherein the wire stretches along a length of the insertion portion and wherein the distal end of the wire is connected to a proximal end of the bending portion, and wherein the wire stiffens the insertion portion upon activation of the spring; and characterized in that it further comprises a shaft (316, 412, 616, 712) connecting the spring (304, 404, 408) and the wire (306, 414, 606, 702, 810), wherein the shaft has a U-shaped structure comprising: a first wall connected to distal end of the spring (304, 404, 408); and a second wall, parallel to the first wall, connected to the proximal end of the wire (306, 414, 606, 702, 810); and wherein the wire (306, 414, 606, 702, 810) enters the shaft (316, 412, 616, 712) from the external surface of the second wall and is held in place by a stopper on the other side of the second wall.. a first wall connected to distal end of the spring (304, 404, 408); and a second wall, parallel to the first wall, connected to the proximal end of the wire (306, 414, 606, 702, 810); and wherein the wire (306, 414, 606, 702, 810) enters the shaft (316, 412, 616, 712) from the external surface of the second wall and is held in place by a stopper on the other side of the second wall..
A method implemented by computer for capturing and processing evidentiary audiovisual and/or multimedia information, comprising: a) capturing audiovisual and/or multimedia information by means of a processing unit located in a user computing device; b) storing said captured audiovisual and/or multimedia information in a first memory of said processing unit; and c) sending said audiovisual and/or multimedia information via a secure channel to a server for storing same as evidence, characterized in that the method comprises performing the following steps: d) a control module of said processing unit receiving, in real time at the same time as said step a), said captured audiovisual and/or multimedia information and acquiring at least data about the date and time of capture of the information; e) said control module comparing said received audiovisual and/or multimedia information with the information stored in said first memory and checking if they match, and f1) performing said step c) if both sets of information match; or if it is detected that both sets of information do not match: f2) sending said information, said audiovisual and/or multimedia information received in said control module together with said data about the date and time, and at least part of said audiovisual and/or multimedia information stored in the first memory to said server via a secure channel. a) capturing audiovisual and/or multimedia information by means of a processing unit located in a user computing device; b) storing said captured audiovisual and/or multimedia information in a first memory of said processing unit; and c) sending said audiovisual and/or multimedia information via a secure channel to a server for storing same as evidence, d) a control module of said processing unit receiving, in real time at the same time as said step a), said captured audiovisual and/or multimedia information and acquiring at least data about the date and time of capture of the information; e) said control module comparing said received audiovisual and/or multimedia information with the information stored in said first memory and checking if they match, and f1) performing said step c) if both sets of information match; or if it is detected that both sets of information do not match: f2) sending said information, said audiovisual and/or multimedia information received in said control module together with said data about the date and time, and at least part of said audiovisual and/or multimedia information stored in the first memory to said server via a secure channel. f1) performing said step c) if both sets of information match; or if it is detected that both sets of information do not match: f2) sending said information, said audiovisual and/or multimedia information received in said control module together with said data about the date and time, and at least part of said audiovisual and/or multimedia information stored in the first memory to said server via a secure channel.
A DNA construct for use in a viral vector production system, wherein the viral vector production system comprises a set of nucleic acid sequences encoding the components required for the production of the viral vector, wherein the vector genome comprises a nucleic acid sequence comprising a binding site operably linked to a nucleotide of interest, wherein the binding site is capable of interacting with an RNA-binding protein such that translation of the nucleotide of interest is repressed in a viral vector production cell, wherein the DNA construct comprises a nucleic acid sequence with a binding site operably linked to a nucleotide of interest, wherein the binding site is capable of interacting with an RNA-binding protein such that translation of the nucleotide of interest is repressed in a viral vector production cell, wherein the RNA-binding protein is tryptophan RNA-binding attenuation protein (TRAP), wherein the nucleotide of interest gives rise to a therapeutic effect. wherein the viral vector production system comprises a set of nucleic acid sequences encoding the components required for the production of the viral vector, wherein the vector genome comprises a nucleic acid sequence comprising a binding site operably linked to a nucleotide of interest, wherein the binding site is capable of interacting with an RNA-binding protein such that translation of the nucleotide of interest is repressed in a viral vector production cell, wherein the DNA construct comprises a nucleic acid sequence with a binding site operably linked to a nucleotide of interest, wherein the binding site is capable of interacting with an RNA-binding protein such that translation of the nucleotide of interest is repressed in a viral vector production cell, wherein the RNA-binding protein is tryptophan RNA-binding attenuation protein (TRAP), wherein the nucleotide of interest gives rise to a therapeutic effect.
A welded material manufacturing method of performing friction stir welding with abutting portions (W1a) of plate materials interposed between a first shoulder and a second shoulder of a rotating tool, the method comprising: a process of preparing a welding jig which is disposed so as to straddle a line extended from an abutment line of the abutting portions (W1a) and which supports an end tab that extends along the extended line from below, wherein a groove portion which is disposed along the extended line and through which the first shoulder can pass and an open portion (H1,H2) penetrating the welding jig in a direction intersecting with the extended line and communicating with the groove portion are formed in the welding jig; a process of disposing the plate materials so as to abut each other; a process of disposing the welding jig at an end portion of the abutment line; a process of installing the end tab on the welding jig and aligning the end tab with respect to the plate materials such that the end tab is supported on the extended line of the abutment line; a process of disposing the first shoulder and a probe connected to the first shoulder at the open portion (H1,H2) of the welding jig; a process of disposing the second shoulder at a position corresponding to the first shoulder and the probe; a process of connecting the second shoulder and the probe so as to interpose the end tab between the first shoulder and the second shoulder; and a process of executing the friction stir welding. a process of preparing a welding jig which is disposed so as to straddle a line extended from an abutment line of the abutting portions (W1a) and which supports an end tab that extends along the extended line from below, wherein a groove portion which is disposed along the extended line and through which the first shoulder can pass and an open portion (H1,H2) penetrating the welding jig in a direction intersecting with the extended line and communicating with the groove portion are formed in the welding jig; a process of disposing the plate materials so as to abut each other; a process of disposing the welding jig at an end portion of the abutment line; a process of installing the end tab on the welding jig and aligning the end tab with respect to the plate materials such that the end tab is supported on the extended line of the abutment line; a process of disposing the first shoulder and a probe connected to the first shoulder at the open portion (H1,H2) of the welding jig; a process of disposing the second shoulder at a position corresponding to the first shoulder and the probe; a process of connecting the second shoulder and the probe so as to interpose the end tab between the first shoulder and the second shoulder; and a process of executing the friction stir welding.
Control device for a ground compaction device which can be driven by a drive motor, comprising: - a running direction operating element, which is pivotable about a first axis, for predetermining a running direction of the ground compaction device by an operator; and comprising - a rotational speed operating element, which is pivotable about a second axis, for setting a rotational speed of the drive motor; wherein - the first axis and the second axis are congruent and form a common pivot axis, characterised in that - the running direction operating element is designed as a handlebar; - the handlebar is fastened to a shaft bolt, the centre axis of which corresponds to the common pivot axis; and wherein - the handlebar can be pivoted together with the shaft bolt about the common pivot axis. - a running direction operating element, which is pivotable about a first axis, for predetermining a running direction of the ground compaction device by an operator; and comprising - a rotational speed operating element, which is pivotable about a second axis, for setting a rotational speed of the drive motor; - the first axis and the second axis are congruent and form a common pivot axis, characterised in that - the running direction operating element is designed as a handlebar; - the handlebar is fastened to a shaft bolt, the centre axis of which corresponds to the common pivot axis; and wherein - the handlebar can be pivoted together with the shaft bolt about the common pivot axis.
A contamination detector for determining the suitability for circulation of coins, in particular for a coin sorting machine, wherein the contamination detector comprises at least one control means and two contamination detecting means, each having at least one photosensor, wherein in particular the two contamination detecting means each further include at least two light sources (11, 13, 15) of different colors, wherein the contamination detector comprises at least one coin transport path for transporting coins, and wherein the contamination detecting means are arranged along the coin transport path and are spaced perpendicularly thereto, a first contamination detecting means being arranged at the level of a ring/core transition region of a 1-euro coin and a second contamination detecting means being arranged at the level of the diameter of a 2-cent coin above a base line of the coin transport path, characterized in that the two contamination detecting means are arranged on a common circuit board.
A method for preparing a vanadium-nitrogen alloy free of conglutination and oxidation after sintering, the method comprising: a) mixing and pressing a vanadium-containing compound, an agglutinant, and a carbon-premixed reducing agent to yield a spherical raw material having a diameter of between 30 and 60 mm, and air drying the spherical raw material, a mixing ratio of components being as follows: the vanadium-containing compound, 100 parts by weight; the carbon-premixed reducing agent, between 15 and 30 parts by weight; the agglutinant, between 3 and 8 parts by weight, and the vanadium-containing compound being vanadium pentoxide or vanadium trioxide; and b) mixing the spherical raw material and between 30 and 100 parts by weight of a granular carbonaceous reducing agent to yield a mixture, and continually feeding the mixture into a shaft kiln of a medium frequency induction furnace, purging the shaft kiln with pure nitrogen and maintaining a furnace pressure at between 0.01 and 0.03 MPa, drying the mixture at a temperature of between 100 and 600 °C, carbonizing and nitriding at a temperature of between 900 and 1350 °C, cooling a resulting product to be less than 100 °C, and discharging, the feeding of the mixture and the discharging of the product being carried out once every 6-8 hours. a) mixing and pressing a vanadium-containing compound, an agglutinant, and a carbon-premixed reducing agent to yield a spherical raw material having a diameter of between 30 and 60 mm, and air drying the spherical raw material, a mixing ratio of components being as follows: the vanadium-containing compound, 100 parts by weight; the carbon-premixed reducing agent, between 15 and 30 parts by weight; the agglutinant, between 3 and 8 parts by weight, and the vanadium-containing compound being vanadium pentoxide or vanadium trioxide; and b) mixing the spherical raw material and between 30 and 100 parts by weight of a granular carbonaceous reducing agent to yield a mixture, and continually feeding the mixture into a shaft kiln of a medium frequency induction furnace, purging the shaft kiln with pure nitrogen and maintaining a furnace pressure at between 0.01 and 0.03 MPa, drying the mixture at a temperature of between 100 and 600 °C, carbonizing and nitriding at a temperature of between 900 and 1350 °C, cooling a resulting product to be less than 100 °C, and discharging, the feeding of the mixture and the discharging of the product being carried out once every 6-8 hours.
A polyethylene tape, fiber, or monofilament comprising an ethylene/alpha-olefin polymer having: a density greater than 0.945 g/cc as determined according to ASTM D-792; a melt index, I 2.16, from 1.2 g/10 min to 2.0 g/10 min as determined according to ASTM D1238 at 190°C, 2.16 kg; a melt flow ratio, I 10 /I 2.16, between 7.0 and 9.0, wherein I10 is determined according to ASTM D1238 at 190°C, 10.0 kg; and a molecular weight distribution, Mw/Mn, of less than 5.5, both of Mw and Mn being measured by gel permeation chromatography; wherein when the tape, fiber, or monofilament is machine direction oriented at a stretch ratio of at least 1:5, the tape, fiber, or monofilament exhibits the following properties: a young's modulus, as measured according to EN ISO 527-3, of greater than 2,500 MPa; and a tensile energy, as measured according to EN ISO 527-3, of greater than 1.0 Joules; wherein the polyethylene tape, fiber, or monofilament refers to a tape, fiber, or monofilament that is made from 100% polyethylene out of the total polymer content. a density greater than 0.945 g/cc as determined according to ASTM D-792; a melt index, I 2.16, from 1.2 g/10 min to 2.0 g/10 min as determined according to ASTM D1238 at 190°C, 2.16 kg; a melt flow ratio, I 10 /I 2.16, between 7.0 and 9.0, wherein I10 is determined according to ASTM D1238 at 190°C, 10.0 kg; and a molecular weight distribution, Mw/Mn, of less than 5.5, both of Mw and Mn being measured by gel permeation chromatography; wherein when the tape, fiber, or monofilament is machine direction oriented at a stretch ratio of at least 1:5, the tape, fiber, or monofilament exhibits the following properties: a young's modulus, as measured according to EN ISO 527-3, of greater than 2,500 MPa; and a tensile energy, as measured according to EN ISO 527-3, of greater than 1.0 Joules; wherein the polyethylene tape, fiber, or monofilament refers to a tape, fiber, or monofilament that is made from 100% polyethylene out of the total polymer content. a young's modulus, as measured according to EN ISO 527-3, of greater than 2,500 MPa; and a tensile energy, as measured according to EN ISO 527-3, of greater than 1.0 Joules; wherein the polyethylene tape, fiber, or monofilament refers to a tape, fiber, or monofilament that is made from 100% polyethylene out of the total polymer content.
A duty ratio control device for controlling a control duty ratio that determines a magnitude of voltage to be applied to a motor mounted on an electric power tool, the duty ratio control device comprising: a duty ratio calculation unit that is adapted to, when an acceleration manipulation for accelerating a rotation speed of the motor is performed, calculate the control duty ratio per predetermined timing based on a value of at least one parameter so that the rotation speed of the motor reaches a target rotation speed corresponding to the acceleration manipulation, wherein the control duty ratio is calculated to be larger as the value of the at least one parameter is larger; and a parameter setting unit that is adapted to set the value of the at least one parameter based on at least one of an operation state of the motor and a remaining amount of power of a battery pack based on a battery voltage of the battery pack that is adapted to supply electric power to the motor, wherein the value of the at least one parameter set for a reacceleration manipulation is larger than the value of the at least one parameter set for an initial acceleration manipulation, the reacceleration manipulation being an acceleration manipulation performed again during a deceleration period in which the motor is being decelerated by a stopping manipulation for stopping rotation of the motor, but before the motor is in a stopped state, in which the rotation speed of the motor is below a predetermined speed or equal to zero, and the initial acceleration manipulation being the acceleration manipulation performed when the motor is in the stopped state. a duty ratio calculation unit that is adapted to, when an acceleration manipulation for accelerating a rotation speed of the motor is performed, calculate the control duty ratio per predetermined timing based on a value of at least one parameter so that the rotation speed of the motor reaches a target rotation speed corresponding to the acceleration manipulation, wherein the control duty ratio is calculated to be larger as the value of the at least one parameter is larger; and a parameter setting unit that is adapted to set the value of the at least one parameter based on at least one of an operation state of the motor and a remaining amount of power of a battery pack based on a battery voltage of the battery pack that is adapted to supply electric power to the motor, wherein the value of the at least one parameter set for a reacceleration manipulation is larger than the value of the at least one parameter set for an initial acceleration manipulation, the reacceleration manipulation being an acceleration manipulation performed again during a deceleration period in which the motor is being decelerated by a stopping manipulation for stopping rotation of the motor, but before the motor is in a stopped state, in which the rotation speed of the motor is below a predetermined speed or equal to zero, and the initial acceleration manipulation being the acceleration manipulation performed when the motor is in the stopped state.
A method for producing therapeutic, prophylactic or diagnostic recombinant proteins or viral particles from a host cell system comprising contacting a host cell system with at least one chemical agent, excluding simvastatin, wherein the chemical agent is of Formula 2: wherein each of R and R o is, independently C 1-6 alkyl (primary, secondary or tertiary), C 3-7 cycloalkyl or ring A each of R 1, R 2, R 3, R 4 and R 5 is, independently hydrogen, C 1-4 alkyl, C 1-4 alkoxy, trifluoromethyl, fluoro, chloro, phenoxy, benzyloxy or hydroxy, with the provisos that not more than one of R 1 and R 2 is trifluoromethyl, not more than one of R 1 and R 2 is phenoxy, not more than one of R 1 and R 2 is benzyloxy, not more than one of R 1 and R 2 is hydroxy, not more than one of R 3 -R 5 is the trifluoromethyl, not more than one of R 3 -R 5 is hydroxyl: X is -(CH 2) 2 - or -CH≡CH- (cis and/or trans): Z is wherein Q is with the proviso that Q may be only when X is -CH=CH and/or R 6 is C 1-3 alkyl, R 6 is hydrogen or C 1-3 alkyl, R 7 is hydrogen, R 8 or M, R 8 is a physiologically acceptable and hydrolyzable ester group; and M is a pharmaceutically acceptable cation..
Nut for a hose fitting, said nut comprising a central through opening, an internal thread and a turning grip, the turning grip being connected to the nut in a rotatably fixed and axially slidable manner, the turning grip comprising multiple axial grooves and the nut correspondingly comprising multiple protrusions cooperating with the axial grooves in a positive fit, characterized in that the turning grip has multiple bulges at an outer diameter which are distributed over the circumference, that the bulges extend in axial direction and that the axial grooves are arranged in the bulges.