mhurhangee/ep-ind-claims huggingface dataset:
A picking device for harvesting stalk crop material, including at least one picking unit arranged on a frame portion of the picking device, with a conveyor device including conveyor chains for conveying the crop material, that endlessly rotate around deflection elements and are provided with a tensioning device, and with mutually spaced picking plates (5, 6) arranged pair-wise beneath the conveyor device and forming along the conveyor device a picking gap, wherein the picking gap is formed between a stationary picking plate and an adjustable picking plate and wherein a width of the picking gap is variable by means of at least the picking plate which is adjustable perpendicularly to the extent of the picking gap, and below which one or more picking rollers are arranged, wherein the tensioning devices are arranged above the stationary picking plate and the adjustable picking plate, wherein the tensioning devices for replacing the conveyor chains and a locking device for releasably fixing a replaceable wear edge associated with the adjustable picking plate are arranged on the frame portion actuably independently of each other and accessible from the exterior.
A recombinant, carboxydotrophic Clostridium bacterium comprising: (a) a pyruvate:ferredoxin oxidoreductase (EC 1.2.7.1); (b) an acetolactate decarboxylase (EC 4.1.1.5); (c) a pyruvate:ferredoxin oxidoreductase (EC 1.2.7.1) and an acetolactate synthase (EC 2.2.1.6); (d) a pyruvate:ferredoxin oxidoreductase (EC 1.2.7.1) and an acetolactate decarboxylase (EC 4.1.1.5); (e) an acetolactate synthase (EC 2.2.1.6) and an acetolactate decarboxylase (EC 4.1.1.5); or (f) a pyruvate:ferredoxin oxidoreductase (EC 1.2.7.1), an acetolactate synthase (EC 2.2.1.6), and an acetolactate decarboxylase (EC 4.1.1.5); wherein each enzyme is an overexpressed endogenous enzyme or an exogenous enzyme; and wherein the bacterium is selected from the group consisting of Clostridium autoethanogenum, Clostridium ljungdahlii, and Clostridium ragsdalei. (a) a pyruvate:ferredoxin oxidoreductase (EC 1.2.7.1); (b) an acetolactate decarboxylase (EC 4.1.1.5); (c) a pyruvate:ferredoxin oxidoreductase (EC 1.2.7.1) and an acetolactate synthase (EC 2.2.1.6); (d) a pyruvate:ferredoxin oxidoreductase (EC 1.2.7.1) and an acetolactate decarboxylase (EC 4.1.1.5); (e) an acetolactate synthase (EC 2.2.1.6) and an acetolactate decarboxylase (EC 4.1.1.5); or (f) a pyruvate:ferredoxin oxidoreductase (EC 1.2.7.1), an acetolactate synthase (EC 2.2.1.6), and an acetolactate decarboxylase (EC 4.1.1.5);
A hydraulic valve comprising a flowrate adjusting cartridge assembly, the cartridge assembly comprising: - a cartridge body; - a stem slidingly disposed in the cartridge body, having a first end; - a shutter integral with the first end of said stem and, when said cartridge assembly is mounted in the hydraulic valve, such to be slidingly placed against a passage opening of the valve for adjusting the flow; - a substantially cylindrical sleeve configured to be rotatively disposed inside the valve, for facing a passage gap of the valve when said cartridge assembly is mounted in the hydraulic valve, and is provided with at least one first shaped opening formed in a portion of an outer cylindrical wall of the sleeve and suitable for enabling to adjust the maximum flow rate of the valve inside a first range of values of the fluid flow rate according to a first graduate scale; characterized in that said sleeve comprises one second shaped opening formed in a portion of said outer cylindrical wall, and such as to adjust the maximum flow rate of the valve inside a second range of values of the fluid flow rate according to a second graduate scale, in order to presetting two operative configurations of the valve, alternative to each other, in two different fluid flow or flow rate ranges; wherein said first range of values through said first shaped opening is 50 l/h - 400 l/h and said second range of values through said second shaped opening is 200 l /h - 800 l/h. - a cartridge body; - a stem slidingly disposed in the cartridge body, having a first end; - a shutter integral with the first end of said stem and, when said cartridge assembly is mounted in the hydraulic valve, such to be slidingly placed against a passage opening of the valve for adjusting the flow; - a substantially cylindrical sleeve configured to be rotatively disposed inside the valve, for facing a passage gap of the valve when said cartridge assembly is mounted in the hydraulic valve, and is provided with at least one first shaped opening formed in a portion of an outer cylindrical wall of the sleeve and suitable for enabling to adjust the maximum flow rate of the valve inside a first range of values of the fluid flow rate according to a first graduate scale;
A method for providing an assessment of whether a roadway is directional, wherein the assessment is specified by a dimension, by an apparatus installed in a vehicle, the method comprising the steps of: stipulating a dimension if one has not yet been calculated prior to the execution of the method; receiving an output from an apparatus for environment recognition of the vehicle, which output is based on recognition of the environment at an instant; associating a factor with the output, wherein the factor is also based on the speed of the vehicle at an instant associated with the output and on a period of time; mapping the output into a rating value in accordance with a predefined mapping specification, by which the extent to which the property of the environment represented by the output indicates a directional roadway is taken into consideration; associating the factor with the rating value; calculating the dimension based on a sum that is based on the rating value weighted with the associated factor, and on the previously calculated or stipulated dimension; and providing the dimension to driver assistance systems of the vehicle. stipulating a dimension if one has not yet been calculated prior to the execution of the method; receiving an output from an apparatus for environment recognition of the vehicle, which output is based on recognition of the environment at an instant; associating a factor with the output, wherein the factor is also based on the speed of the vehicle at an instant associated with the output and on a period of time; mapping the output into a rating value in accordance with a predefined mapping specification, by which the extent to which the property of the environment represented by the output indicates a directional roadway is taken into consideration; associating the factor with the rating value; calculating the dimension based on a sum that is based on the rating value weighted with the associated factor, and on the previously calculated or stipulated dimension; and providing the dimension to driver assistance systems of the vehicle.
Process for preparing a semi-finished product comprising a PAEK-based resin and reinforcing fibres, comprising the steps of: a. preparing a dispersion comprising a PAEK-based resin in pulverulent form dispersed in an aqueous phase comprising at least one surfactant; b. bringing the reinforcing fibres into contact with said aqueous dispersion; c. drying the fibres impregnated with dispersion; and d. heating the impregnated fibres to a temperature sufficient for the melting of the resin, so as to form a semi-finished product, characterized in that the surfactant is a thermally stable surfactant as defined in the description. a. preparing a dispersion comprising a PAEK-based resin in pulverulent form dispersed in an aqueous phase comprising at least one surfactant; b. bringing the reinforcing fibres into contact with said aqueous dispersion; c. drying the fibres impregnated with dispersion; and d. heating the impregnated fibres to a temperature sufficient for the melting of the resin, so as to form a semi-finished product,
A method, comprising: receiving a plurality of sensor values from an Inertial Measurement Unit; loading the plurality of sensor values and a plurality of true sensor values into a deep learning algorithm; and training the deep learning algorithm to enhance the accuracy of the output signals of the IMU utilizing the plurality of true sensor values, characterized in that the receiving of the plurality of sensor values comprises receiving one or more raw output signals from one or more gyroscopes, one or more accelerometers and one or more non-motion sensors. receiving a plurality of sensor values from an Inertial Measurement Unit; loading the plurality of sensor values and a plurality of true sensor values into a deep learning algorithm; and training the deep learning algorithm to enhance the accuracy of the output signals of the IMU utilizing the plurality of true sensor values, characterized in that the receiving of the plurality of sensor values comprises receiving one or more raw output signals from one or more gyroscopes, one or more accelerometers and one or more non-motion sensors.
An ophthalmic surgical laser system comprising: a laser delivery system configured to deliver a pulsed laser beam at a focal point of a target in a patient's eye; the pulsed laser beam having a pulse repetition rate in the range between 5 MHz and 25 MHz; a z-scan device configured to modify a depth of focus of the pulsed laser beam; and a controller operably coupled with the laser delivery system, the xy-scan device and the z-scan device, the controller configured to direct the laser delivery system to output the pulsed laser beam in a desired pattern at the focal point of the target in the eye so as to modify the target, an xy-scan device (7, 27), configured to move the pulsed laser beam in a lateral direction, the system characterized by a resonant optical scanner (3, 23), the scanner oscillating at a frequency between 200 Hz and 21000 Hz, wherein the resonant optical scanner is configured to scan the pulsed laser beam from the laser delivery system in a line; and a scan-line rotator (4, 24), the scan-line rotator configured to rotate the scanned line in a desired orientation. a laser delivery system configured to deliver a pulsed laser beam at a focal point of a target in a patient's eye; the pulsed laser beam having a pulse repetition rate in the range between 5 MHz and 25 MHz; a z-scan device configured to modify a depth of focus of the pulsed laser beam; and a controller operably coupled with the laser delivery system, the xy-scan device and the z-scan device, the controller configured to direct the laser delivery system to output the pulsed laser beam in a desired pattern at the focal point of the target in the eye so as to modify the target, an xy-scan device (7, 27), configured to move the pulsed laser beam in a lateral direction, the system characterized by a resonant optical scanner (3, 23), the scanner oscillating at a frequency between 200 Hz and 21000 Hz, wherein the resonant optical scanner is configured to scan the pulsed laser beam from the laser delivery system in a line; and a scan-line rotator (4, 24), the scan-line rotator configured to rotate the scanned line in a desired orientation.
A measurement system for use in an exercise machine, which exercise machine comprises a lifting mechanism and an engaging member for selectively engaging a number of stacked weights to the lifting mechanism, the measurement system comprising a pair of cooperating members including a range meter and a reflector member, wherein one of the cooperating members is connected to the engaging member, wherein the range meter is directed to measure a distance to the reflector member to determine a distance which correlates to the weight of the selectively engaged weights; characterized in that the other of the cooperating members is connected to the lifting mechanism, such that the reflector member and the range meter follow each other during a weight-lifting motion, the measurement system comprising an operation detection mechanism, comprising a motion sensor, communicatively connected to trigger the range meter to make a distance measurement responsive to detection of operation of the exercise machine, wherein the measurement system is configured to provide a weight measurement based on the determined distance, and a motion repetition measurement based on acceleration detected by the motion sensor. a pair of cooperating members including a range meter and a reflector member, wherein one of the cooperating members is connected to the engaging member, wherein the range meter is directed to measure a distance to the reflector member to determine a distance which correlates to the weight of the selectively engaged weights; characterized in that the other of the cooperating members is connected to the lifting mechanism, such that the reflector member and the range meter follow each other during a weight-lifting motion, the measurement system comprising an operation detection mechanism, comprising a motion sensor, communicatively connected to trigger the range meter to make a distance measurement responsive to detection of operation of the exercise machine, wherein the measurement system is configured to provide a weight measurement based on the determined distance, and a motion repetition measurement based on acceleration detected by the motion sensor.
An apparatus comprising: an implantable flow restriction device including a first portion, a second portion, and a channel therebetween, wherein the first portion and the second portion are diametrically adjustable to alter the blood flow through the channel, wherein the implantable flow restriction device is configured to implant within an aorta of a patient; and wherein the first portion and the second portion are configured to dimensionally adjust the implantable flow restriction device to induce stenosis of the aorta distal of the at least one branch vessel of between 40% and 80% and alter blood flow into the at least one branch vessel of the aorta while maintaining a substantially unrestricted blood flow within the aorta proximal to the at least one branch vessel.
A cooling appliance comprising a body having a cooling compartment, a door for accessing the respective cooling compartment, an adjustable hinge assembly comprising a housing placed onto the door wherein the housing comprises a pivot, a base bracket adapted to be fixed to the body wherein the base bracket comprises a counterpart pivot which is adapted to engage pivotably with the pivot, wherein the housing accommodates a first screw which upon activation by the user is adapted to move the housing relative to the body in the first horizontal direction characterized in that the housing accommodates a second screw which upon activation by the user is adapted to move the housing relative to the body in the second horizontal direction wherein the said directions (X,Y) form a plane parallel to the ground and wherein the said screws (9,10) extend parallel to each other, the first screw and the second screw, upon activation by the user, move a first adjustment mechanism and a second adjustment mechanism respectively which are accommodated inside the housing in a direction parallel to each other and the adjustable hinge assembly comprises an alignment bed comprising a first recess and a second recess into which the first adjustment mechanism and the second adjustment mechanism are respectively placed and the adjustable hinge assembly comprises an alignment plate placed onto the alignment bed wherein the alignment plate comprises a first slot and a second slot, the first adjustment mechanism being inserted through the first slot into the first recess, and the extension direction of the second slot forming an acute angle (α) in anti-clockwise direction with the movement direction of the second adjustment mechanism.
Derailleur for a bicycle, comprising - a B-knuckle assembly which is designed for mounting on a bicycle frame; - a P-knuckle assembly (58; 158; 258); - a parallelogram assembly by way of which the B-knuckle assembly and the P-knuckle assembly (58; 158; 258) are movably connected to one another; - a cage assembly (60; 160; 260) in which a chain guide pulley and a chain tension pulley are rotatably held, wherein the cage assembly (60; 160; 260) is mounted on the P-knuckle assembly (58; 158; 258) so as to be rotatable about a P-axis; - an angle-of-rotation detection device (72-80; 172, 174, 276, 290) which is designed to detect and/or indicate an angle of rotation between the P-knuckle assembly (58; 158; 258) and the cage assembly (60; 160; 260), characterized in that the angle-of-rotation detection device (72-80; 172, 174, 276, 290) has a first marking (74, 78; 174, 290) which is provided on the P-knuckle assembly (58; 158; 258), and has a second marking (72, 76; 172; 288) which is provided on the cage assembly (60; 160; 260). - a B-knuckle assembly which is designed for mounting on a bicycle frame; - a P-knuckle assembly (58; 158; 258); - a parallelogram assembly by way of which the B-knuckle assembly and the P-knuckle assembly (58; 158; 258) are movably connected to one another; - a cage assembly (60; 160; 260) in which a chain guide pulley and a chain tension pulley are rotatably held, wherein the cage assembly (60; 160; 260) is mounted on the P-knuckle assembly (58; 158; 258) so as to be rotatable about a P-axis; - an angle-of-rotation detection device (72-80; 172, 174, 276, 290) which is designed to detect and/or indicate an angle of rotation between the P-knuckle assembly (58; 158; 258) and the cage assembly (60; 160; 260),
An assembly for puncturing a tissue of a heart, the assembly comprising: a flexible introducer (12, 22, 55, 57) having an interior lumen, a distal curve, and a distal taper; a cannula having an interior lumen with an inner diameter, a distal curve, and a distal blunt end, the cannula being telescopically disposed into the flexible introducer; where the flexible introducer has insufficient columnar strength and unsuitable shape for accessing a predetermined location on the tissue of the heart when the cannula is not disposed within the interior lumen of the introducer and in close proximity to the distal taper thereof, but is able to access the predetermined location on the tissue of the heart when the cannula is disposed within the interior lumen of the introducer and in close proximity to the distal taper thereof; and, a transseptal puncture device (14, 59), the transseptal puncture device being telescopically disposed into the cannula; wherein the transseptal puncture device comprises a proximal portion, an intermediate portion, and a distal portion; wherein the distal portion includes a tip configured to puncture the tissue of the heart; and, wherein the intermediate portion is more flexible than the proximal portion and the distal portion. a flexible introducer (12, 22, 55, 57) having an interior lumen, a distal curve, and a distal taper; a cannula having an interior lumen with an inner diameter, a distal curve, and a distal blunt end, the cannula being telescopically disposed into the flexible introducer; where the flexible introducer has insufficient columnar strength and unsuitable shape for accessing a predetermined location on the tissue of the heart when the cannula is not disposed within the interior lumen of the introducer and in close proximity to the distal taper thereof, but is able to access the predetermined location on the tissue of the heart when the cannula is disposed within the interior lumen of the introducer and in close proximity to the distal taper thereof; and, a transseptal puncture device (14, 59), the transseptal puncture device being telescopically disposed into the cannula; wherein the transseptal puncture device comprises a proximal portion, an intermediate portion, and a distal portion; wherein the distal portion includes a tip configured to puncture the tissue of the heart; and, wherein the intermediate portion is more flexible than the proximal portion and the distal portion.
A pistol-to-rifle conversion kit comprising: a rifle body that comprises a lower receiver, which includes a grip mounting portion, which is rearwardly adjacent to a trigger guard, which is rearwardly adjacent to a magazine well receiving portion, said rifle body being straight and non-pivoting from a rear buttstock mounting portion to a forward projectile exiting portion; and an auxiliary trigger sliding mounted in said rifle body and comprising an elongate member and a forward trigger interface member, which extends from a forward portion of said elongate member and which is configured to interface with a trigger of a pistol mounted in said rifle body, and a trigger member which extends from said elongate member for directly contacting a shooter's finger. a rifle body that comprises a lower receiver, which includes a grip mounting portion, which is rearwardly adjacent to a trigger guard, which is rearwardly adjacent to a magazine well receiving portion, said rifle body being straight and non-pivoting from a rear buttstock mounting portion to a forward projectile exiting portion; and an auxiliary trigger sliding mounted in said rifle body and comprising an elongate member and a forward trigger interface member, which extends from a forward portion of said elongate member and which is configured to interface with a trigger of a pistol mounted in said rifle body, and a trigger member which extends from said elongate member for directly contacting a shooter's finger.
A microparticle composition comprising: (a) microparticles with a diameter of 0.5 to 10 μm comprising a polymer, which is a poly(α-hydroxy acid); and (b) a polypeptide-containing molecule adsorbed to the microparticles, wherein the polypeptide-containing molecule is an antigen, and wherein the microparticle composition is formed in the absence of surfactant.
A method for processing a sliding event, comprising: when receiving a first sliding event by an electronic device comprising a slide cover, determining whether a second sliding event is received within a preset time interval, wherein the first sliding event and the second sliding event refer to two adjacent sliding operations on the sliding cover of the electronic device, which are detected by the electronic device; and when determining that the second sliding event is received within the preset time interval, when a screen of the electronic device is in a locked mode, responding to neither of the first sliding event and the second sliding event, or when the screen of the electronic device is in an unlocked mode, responding to either of the first sliding event and the second sliding event. when receiving a first sliding event by an electronic device comprising a slide cover, determining whether a second sliding event is received within a preset time interval, wherein the first sliding event and the second sliding event refer to two adjacent sliding operations on the sliding cover of the electronic device, which are detected by the electronic device; and when determining that the second sliding event is received within the preset time interval, when a screen of the electronic device is in a locked mode, responding to neither of the first sliding event and the second sliding event, or when the screen of the electronic device is in an unlocked mode, responding to either of the first sliding event and the second sliding event. when a screen of the electronic device is in a locked mode, responding to neither of the first sliding event and the second sliding event, or when the screen of the electronic device is in an unlocked mode, responding to either of the first sliding event and the second sliding event.