mhurhangee/ep-ind-claims huggingface dataset:
A lawn mower comprising: a rotation shaft accommodated in a downwardly-opening housing and extending vertically in the housing; and a cutter blade accommodated in the housing and rotatably mounted on the rotation shaft, the cutter blade being an elongated member extending in opposite horizontal directions with respect to the rotation shaft and having two bent sections formed on respective ones of longitudinally opposite end portions thereof, the two bent sections being bent in opposite horizontal directions of the elongated member as viewed in an axial direction of the rotation shaft, characterized in that the cutter blade has, on each of the bent sections, a convex cutter blade section formed along a convex edge of the bent section and a concave cutter blade section formed along a concave edge of the bent section, and the convex cutter blade section on each of the bent sections has a cutting edge angle (θ1) smaller than a cutting edge angle (θ2) of the concave cutter blade section. a rotation shaft accommodated in a downwardly-opening housing and extending vertically in the housing; and a cutter blade accommodated in the housing and rotatably mounted on the rotation shaft, the cutter blade being an elongated member extending in opposite horizontal directions with respect to the rotation shaft and having two bent sections formed on respective ones of longitudinally opposite end portions thereof, the two bent sections being bent in opposite horizontal directions of the elongated member as viewed in an axial direction of the rotation shaft, the cutter blade has, on each of the bent sections, a convex cutter blade section formed along a convex edge of the bent section and a concave cutter blade section formed along a concave edge of the bent section, and the convex cutter blade section on each of the bent sections has a cutting edge angle (θ1) smaller than a cutting edge angle (θ2) of the concave cutter blade section.
A bending method comprising: acquiring a reference value of an original position of a punch with respect to a die for each processed part before an operation of bending of a workpiece by a bending machine including the punch and the die is started; storing each of the acquired reference values in association with each of the processed parts; reading the reference value associated with the processed part to which the bending is to be executed; acquiring a measurement value of the original position after the operation of the bending of the workpiece is started; calculating, based on the acquired measurement value, a secular change amount from the reference value or a previous measurement value as a secular change correction value for a pushing amount of the punch with respect to the die or the original position of the punch; and resetting, for each predetermined trigger condition, the pushing amount or the original position by using the secular change correction value during an automatic operation of the bending of the workpiece. acquiring a reference value of an original position of a punch with respect to a die for each processed part before an operation of bending of a workpiece by a bending machine including the punch and the die is started; storing each of the acquired reference values in association with each of the processed parts; reading the reference value associated with the processed part to which the bending is to be executed; acquiring a measurement value of the original position after the operation of the bending of the workpiece is started; calculating, based on the acquired measurement value, a secular change amount from the reference value or a previous measurement value as a secular change correction value for a pushing amount of the punch with respect to the die or the original position of the punch; and resetting, for each predetermined trigger condition, the pushing amount or the original position by using the secular change correction value during an automatic operation of the bending of the workpiece.
Unidirectionally switching direct-current contactor, comprising a double break having two contact points (2, 3), which each have a fixed contact (4, 6) and a moveable contact (5, 7), wherein the moveable contacts (5, 7) are arranged on a contact bridge, and wherein a switch arc is formed at each of the contact points (2, 3) when opening the contact points (2, 3), and comprising a light arc quenching device, and comprising a blowing device (18, 19) for blowing at least one of the switch arcs out of the respective contact point (2, 3), characterised in that adjacent to the moveable contact of the first contact point a jumper plate is arranged, wherein the contact bridge and the jumper plate are arranged electrically insulated from each other and the jumper plate is connected potentially to the fixed contact of the second contact point, such that the first switch arc of the first contact point jumps from the contact bridge onto the jumper plate due to the blowing by the blowing device (18, 19), and thus the second switch arc at the second contact point is bridged.
A method for the blow moulding of containers wherein, after having been conditioned thermally, a preform is stretched by a stretch forming bar in a blow mould and is moulded in said blow mould by the action of blowing pressure to form the container and wherein pressurized gas is introduced through the stretch forming bar and into the container and wherein, to form the container, the compressed gas that is coming out of a pressure chamber is laterally introduced into an interior bar region of the stretch forming bar, wherein the stretch forming bar is sealed with respect to its environment via bar seals (65, 66) which delimit a pressure chamber in the direction of the longitudinal axis of the stretch forming bar, characterised in that - the compressed gas is introduced into the interior bar region via a plurality of through openings, wherein the through openings are distributed both along a circumference of the stretch forming bar and in the direction of a longitudinal axis of the stretch forming bar and that the stretch forming bar is guided such that it can be positioned in the area of a pressure chamber with its through openings. - the compressed gas is introduced into the interior bar region via a plurality of through openings, wherein the through openings are distributed both along a circumference of the stretch forming bar and in the direction of a longitudinal axis of the stretch forming bar and that the stretch forming bar is guided such that it can be positioned in the area of a pressure chamber with its through openings.
A device (200, 300, 400, 500a, 500b, 1106) comprising: an interconnect interface (202, 302, 402); a memory system (204, 304, 404) comprising: one or more first type memory devices (208, 408) coupled to the interconnect interface (202, 302, 402) to receive first data and configured to function as working memory for an accelerator (206, 306, 406, 806, 1106) of the device (200, 300, 400, 500a, 500b, 1106); one or more second type memory devices (210, 410) coupled to the interconnect interface (202, 302, 402) to receive second data, and wherein the first type relates to high-bandwidth and the second type relates to high-capacity; the accelerator (206, 306, 406, 806, 1106) coupled to the one or more first type memory devices (208, 408) and the one or more second type memory devices (210, 410) and configured to perform an operation using the first data and the second data; and a memory switch arranged to configure one or more connections between the one or more first and second type memory devices (208, 210; 408, 410) and the accelerator (206, 306, 406, 806, 1106), wherein the memory switch is programmable to configure the one or more first type memory devices (208, 408) and the one or more second type memory devices (210, 410), and programmable to configure a specific amount of cache to the accelerator (206, 306, 406, 806, 1106). an interconnect interface (202, 302, 402); a memory system (204, 304, 404) comprising: one or more first type memory devices (208, 408) coupled to the interconnect interface (202, 302, 402) to receive first data and configured to function as working memory for an accelerator (206, 306, 406, 806, 1106) of the device (200, 300, 400, 500a, 500b, 1106); one or more second type memory devices (210, 410) coupled to the interconnect interface (202, 302, 402) to receive second data, and wherein the first type relates to high-bandwidth and the second type relates to high-capacity; one or more first type memory devices (208, 408) coupled to the interconnect interface (202, 302, 402) to receive first data and configured to function as working memory for an accelerator (206, 306, 406, 806, 1106) of the device (200, 300, 400, 500a, 500b, 1106); one or more second type memory devices (210, 410) coupled to the interconnect interface (202, 302, 402) to receive second data, and wherein the first type relates to high-bandwidth and the second type relates to high-capacity; the accelerator (206, 306, 406, 806, 1106) coupled to the one or more first type memory devices (208, 408) and the one or more second type memory devices (210, 410) and configured to perform an operation using the first data and the second data; and a memory switch arranged to configure one or more connections between the one or more first and second type memory devices (208, 210; 408, 410) and the accelerator (206, 306, 406, 806, 1106), wherein the memory switch is programmable to configure the one or more first type memory devices (208, 408) and the one or more second type memory devices (210, 410), and programmable to configure a specific amount of cache to the accelerator (206, 306, 406, 806, 1106).
Gas burner for ovens, or grill, of the type comprising a Venturi tube for mixing fuel gas and primary air, a main distribution chamber, longitudinally extended along the flow forwarding direction of said mixture, and located downstream to said Venturi tube, as well as at least one delivery chamber (22a, 22b) placed outside said main chamber, and provided with flame holes (4; 4a, 4b, 4c, 4d) for the outflow of the gas - primary air mixture, said main chamber and said at least one outer chamber (22a, 22b) being reciprocally fluidically connected, for at least a longitudinal length of said main chamber, by at least one through opening (16a, 16b, 17a, 17b), wherein said at least one through opening (16a, 16b, 17a, 17b) has, relative to said longitudinal forwarding direction of the flow of said mixture, greater cross section in the upstream portion and smaller cross section in the downstream portion of said at least one longitudinal length of said main chamber, wherein said burner comprises an upper shell and an intermediate diaphragm that, once coupled, define at least partially said main chamber, said at least one outer chamber (22a, 22b) and said at least one through opening (16a, 16b, 17a, 17b) for the fuel mixture, characterized in that ribs (18a, 18b; 19a, 19b) project with different heights starting from a lower wall of the intermediate diaphragm, to thereby define first through openings (16a, 16b) for the mixture having cross section greater than the cross section of second through openings (17a, 17b) placed downstream to said first through openings (16a, 16b).
A method for adjusting the slack of a brake assembly comprising a brake disc, a brake pad, an actuator with an output shaft driven in a forward direction to bring the brake pad and brake disc into frictional engagement defining a braking position and a reverse direction to disengage the brake pad and brake disc and to move the brake pad into a rest position, and a slack adjuster for adjusting a predetermined axial slack distance between the brake pad and the brake disc, characterized in that: - the brake pad is moved from the rest position in the reverse direction into a predetermined reference position; and - an adjustment of the axial slack distance between the brake pad and brake disc is initiated. - the brake pad is moved from the rest position in the reverse direction into a predetermined reference position; and - an adjustment of the axial slack distance between the brake pad and brake disc is initiated.
An encapsulating film, comprising: a first layer comprising a resin component and a moisture scavenger of 5 to 250 parts by weight with respect to 100 parts by weight of the resin component; and a second layer comprising a resin component having a ratio (M1/M2) of the tensile modulus at 25 °C after curing of the first layer to the tensile modulus at 25 °C after curing of the second layer of 1 × 10 -6 to 0.5, wherein the tensile modulus at 25 °C after curing of the first layer is 0.001 to 400 MPa. a first layer comprising a resin component and a moisture scavenger of 5 to 250 parts by weight with respect to 100 parts by weight of the resin component; and a second layer comprising a resin component having a ratio (M1/M2) of the tensile modulus at 25 °C after curing of the first layer to the tensile modulus at 25 °C after curing of the second layer of 1 × 10 -6 to 0.5, wherein the tensile modulus at 25 °C after curing of the first layer is 0.001 to 400 MPa.
A beverage preparation device for preparing beverages, in particular cold beverages, by means of beverage substrate packages, preferably substrate capsules, the beverage preparation device comprising an injection chamber for injecting a liquid, in particular water, into a beverage substrate package located in the injection chamber, the beverage preparation device further comprising pumping means for pumping the liquid to the injection chamber, the injection chamber being defined by a housing, in particular a multi-part housing, and a beverage obtained by injecting the liquid into the beverage substrate package and flowing out into the injection chamber through a beverage substrate package opening being dischargeable from the injection chamber through an outlet channel, the outlet channel being formed, at least partially, preferably entirely, on an outlet component of the beverage preparation device, the outlet component being detachably fixable in place relative to the housing of the injection chamber by means of fixing means of the beverage preparation device, and the fixing means being configured in such a manner that the outlet component is translationally displaceable in the direction of the injection chamber along an axis of rotation by a fixing rotation of the outlet component about the axis of rotation, preferably after a preceding translational plugging movement along the axis of rotation, and the fixing means having handle means on opposite sides of the axis of rotation of the fixing means, the handle means extending axially away from the injection chamber and in the radial direction with respect to the axis of rotation, a handle portion of said handle means being formed by the outlet channel, whereas a radially opposite handle portion is formed by a platelet-shaped axial protrusion, the handle means being configured in such a manner that they can be held between thumb and forefinger in order to introduce a torque for fixing or detaching the fixing means into the outlet component.
A hair iron characterized by comprising: a fan configured to blow air; a regenerable drying agent; a first clamping component; a second clamping component; and a heater configured to heat the air blown by the fan and to heat the regenerable drying agent, wherein the air heated by the heater passes through the regenerable drying agent configured to pass the air heated by the heater characterized in that the first clamping component is cylindrical, the plate-like heater is arranged at the interior of the first clamping component. a fan configured to blow air; a regenerable drying agent; a first clamping component; a second clamping component; and a heater configured to heat the air blown by the fan and to heat the regenerable drying agent, wherein the air heated by the heater passes through the regenerable drying agent configured to pass the air heated by the heater characterized in that the first clamping component is cylindrical, the plate-like heater is arranged at the interior of the first clamping component.
A process for the preparation of brivaracetam, a compound of formula I, or a salt thereof, the process comprising: i) reacting a compound of formula VI with L-menthol to obtain a compound of formula IV, wherein X= Cl, Br, I, OMs or OTs; ii) reacting the compound of formula IV with -2-aminobutanamide, a compound of formula III, to obtain a diastereomeric mixture, a compound of formula II; iii) separating the desired diastereomer, a compound of formula IIA and the undesired diastereomer, a compound of formula IIB, from the diastereomeric mixture, the compound of formula II; and iv) cyclizing the compound of formula IIA, to obtain brivaracetam the compound of formula I. i) reacting a compound of formula VI with L-menthol to obtain a compound of formula IV, wherein X= Cl, Br, I, OMs or OTs; ii) reacting the compound of formula IV with -2-aminobutanamide, a compound of formula III, to obtain a diastereomeric mixture, a compound of formula II; iii) separating the desired diastereomer, a compound of formula IIA and the undesired diastereomer, a compound of formula IIB, from the diastereomeric mixture, the compound of formula II; and iv) cyclizing the compound of formula IIA, to obtain brivaracetam the compound of formula I.
Housing for a drive of a door or of a window, having a hydraulic chamber, which is filled with hydraulic liquid, and a pressure-equalizing chamber which is separated from the hydraulic chamber filled with hydraulic liquid by a pressure- and/or temperature-dependent closure, wherein the closure is provided in a through-hole in a sleeve which can be inserted into the housing, characterized in that at least one additional guide channel (10, 12) is provided along the sleeve and through which hydraulic liquid and/or air can pass freely and which, starting from the head side of the sleeve facing the pressure-equalizing chamber, opens into an annular channel on the sleeve or into a channel leading from the housing in order to further guide the hydraulic liquid and/or air from the pressure-equalizing chamber.
A terminal comprising a processor, a memory unit and a display screen, the terminal to be used by a near end user for a telecommunications with a far end user, the telecommunications being activated by the near end user when selecting on the terminal information corresponding to that far end user, the information including a plurality of information value types (108, 109, 110) whereby at least two out of the plurality of information value types (108, 109, 110) have a different value type attribute (105, 106, 107), whereby each value type attribute (105, 106, 107) is correlated with the location of the terminal within different possible areas with respect to the location of the far end user while the combination of a value type (108, 109, 110) and a value type attribute (105, 106, 107) identifies the far end user, that combination being required to setup the telecommunications, wherein the memory unit contains instructions to be executed when such telecommunications towards a far end user is activated by the near end user, the instructions implementing a method of importing specific data from the selected information of that far end user, the method comprising the step of: • Locating the terminal of the near end user; • Associating that location of the terminal with one of the different possible areas identified by a specific value type attribute (105, 106, 107); • Extracting accordingly the specific data comprising that value type attribute (105, 106, 107) out of the selected information from the far end user for setting up the activated telecommunications; wherein the terminal comprises a memory unit where the information of the far end user is stored in a predefined format using vCard while the property names and property parameters of the vCard are embedded as XML-code in a webpage and wherein the terminal comprises a memory unit for the storage of a directory with information of different far end users in the predefined format, the selection on the terminal by the near end user of the far end user information out of that directory being performed using a browser available on that terminal, that browser allowing to retrieve further information in the predefined format by setting up a connection with a gateway, the gateway comprising a parser adapted to retrieve information originally in Lightweight Directory Access Protocol, LDAP, to forward to the terminal the retrieved information in that predefined format embedded in a web page. • Locating the terminal of the near end user; • Associating that location of the terminal with one of the different possible areas identified by a specific value type attribute (105, 106, 107); • Extracting accordingly the specific data comprising that value type attribute (105, 106, 107) out of the selected information from the far end user for setting up the activated telecommunications;
An emulsion with lupin protein that contains at least lupin protein and plant fat emulsified in water, wherein the lupin protein has a mass fraction in the emulsion of < 3%, the plant fat has a mass fraction in the emulsion of > 3%, and a ratio of fat mass to protein mass in the emulsion is > 2, characterized in that a mass fraction of lupin fats in the emulsion is less than 0.2%, and the emulsion is obtainable by comminution of the fat particles at temperatures above 30°C using a homogenizer at pressures of > 200*10 3 hPa. wherein the lupin protein has a mass fraction in the emulsion of < 3%, the plant fat has a mass fraction in the emulsion of > 3%, and a ratio of fat mass to protein mass in the emulsion is > 2, characterized in that a mass fraction of lupin fats in the emulsion is less than 0.2%, and the emulsion is obtainable by comminution of the fat particles at temperatures above 30°C using a homogenizer at pressures of > 200*10 3 hPa.
A shaft alignment apparatus comprising: a controller configured to control the shaft alignment apparatus and set a shaft alignment position, which is a mounting position with respect to an eyeglass lens, of a lens holding shaft (40A, 40B) configured to hold the eyeglass lens during processing of the eyeglass lens, and wherein the shaft alignment position is set other than at a geometric center of a target lens shape in to which the eyeglass lens is to be processed, wherein a processing inappropriate region in a vicinity of the shaft alignment position is set not to overlap with a position of a hole to be formed through the eyeglass lens, characterized in that the controller acquires hole arrangement information indicating an arrangement of the hole to be formed through the eyeglass lens, and sets the shaft alignment position based on the acquired hole arrangement information. a controller configured to control the shaft alignment apparatus and set a shaft alignment position, which is a mounting position with respect to an eyeglass lens, of a lens holding shaft (40A, 40B) configured to hold the eyeglass lens during processing of the eyeglass lens, and wherein the shaft alignment position is set other than at a geometric center of a target lens shape in to which the eyeglass lens is to be processed, wherein a processing inappropriate region in a vicinity of the shaft alignment position is set not to overlap with a position of a hole to be formed through the eyeglass lens, characterized in that the controller acquires hole arrangement information indicating an arrangement of the hole to be formed through the eyeglass lens, and sets the shaft alignment position based on the acquired hole arrangement information.