mhurhangee/ep-ind-claims huggingface dataset:
A method for the wall assembly of a wall cupboard comprising a plurality of plaques (30, 130 destined for being fixed to the wall, and a plurality of wall-bracket devices inserted in abutments of said cupboard destined for being hooked by means of hooks to openings of said plaques (30, 130), and wherein the interaxis "a" between said abutments must be substantially identical to the interaxis "b" between said plaques (30, 130), characterized in that it comprises the following operative phases: a. removably pre-assembling said plaques (30, 130) on a supporting and positioning instrument (29, 129) with an interaxis "b" between the plaques substantially identical to the interaxis "a" between the abutments of the cupboard to be assembled, so as to obtain a rigid complex; b. fixing said plaques (30, 130) assembled on said instrument (29, 129) of said complex, to the wall; c. separating said instrument (29, 129) from said plaques (30, 130) which remain fixed to the wall; d. assembling said cupboard on said plaques (30, 130) by hooking the hooks of the wall brackets to said openings of the plaques (30, 130). a. removably pre-assembling said plaques (30, 130) on a supporting and positioning instrument (29, 129) with an interaxis "b" between the plaques substantially identical to the interaxis "a" between the abutments of the cupboard to be assembled, so as to obtain a rigid complex; b. fixing said plaques (30, 130) assembled on said instrument (29, 129) of said complex, to the wall; c. separating said instrument (29, 129) from said plaques (30, 130) which remain fixed to the wall; d. assembling said cupboard on said plaques (30, 130) by hooking the hooks of the wall brackets to said openings of the plaques (30, 130).
Wear part (3-7,8,9) for a bucket to a loading or digging machine, which bucket is provided with at least one front edge plate (10,11,12) with a forwardly directed engagement edge, wherein the wear part (3-7,8,9) has a forward direction and a rearward direction and a fastening portion for fixing of the wear part to the bucket, wherein the fastening portion has a spanning surface portion for co-operating in a contact surface area with a clamping surface portion on a fastening unit which is positionable and tightenable through a hole in said front edge plate, and wherein the spanning surface portion is located in a recess in the fastening portion and extends at an angle (α) against said forward direction such that, in use, when tightening said fastening unit a force effecting the wear part (3-7,8,9) in the backward direction will occur, wherein the wear part (3-7,8,9) is provided with means for engagement with said engagement edge, wherein said means for engagement with said engagement edge is a hook portion, and characterised in - that the hook portion includes an inner hook surface for lying against and for co-operation, in operation, with an obliquely upwards, forwardly directed chamfering on the edge plate, said chamfering and thereby the inner hook portion forming an angle (β) of 35°- 60° to a horizontal plane through the front edge plate, and - that the spanning surface portion extends at an angle (α) against said forward direction of 35°- 60°. - that the hook portion includes an inner hook surface for lying against and for co-operation, in operation, with an obliquely upwards, forwardly directed chamfering on the edge plate, said chamfering and thereby the inner hook portion forming an angle (β) of 35°- 60° to a horizontal plane through the front edge plate, and - that the spanning surface portion extends at an angle (α) against said forward direction of 35°- 60°.
A containment body for making a capsule for making beverages, comprising: a bottom wall; a lateral wall connected to the bottom wall at a peripheral portion of it; and an upper edge connected to the lateral wall on a side opposite to the bottom wall and delimiting an access opening for accessing an inner space of the containment body, the inner space being delimited at the bottom by the bottom wall and laterally by the lateral wall, in use a powdered food substance for making a beverage and one or more filtering elements being insertable in the inner space; a central axis of the containment body being identifiable between a central point of the bottom wall and a central point of the access opening; characterised in that the lateral wall, in a zone of it closer to the upper edge than to the bottom wall and distanced both from the bottom wall and the upper edge, is provided with one or more retaining elements projecting towards the central axis in a plane substantially perpendicular to the central axis, the one or more retaining elements forming between them and the bottom wall an undercut seat relative to the line of extension of the central axis, and the one or more retaining elements causing a narrowing of the inner space, perpendicularly to the central axis, relative to the portions of lateral wall which are immediately adjacent to the one or more retaining elements both towards the upper edge and towards the bottom wall. a bottom wall; a lateral wall connected to the bottom wall at a peripheral portion of it; and an upper edge connected to the lateral wall on a side opposite to the bottom wall and delimiting an access opening for accessing an inner space of the containment body, the inner space being delimited at the bottom by the bottom wall and laterally by the lateral wall, in use a powdered food substance for making a beverage and one or more filtering elements being insertable in the inner space; a central axis of the containment body being identifiable between a central point of the bottom wall and a central point of the access opening;
A method for authenticating a user from a user terminal, the method comprising: receiving by the user terminal, from a secure processor (ASRV, SE), a software component protected against tampering and reverse-engineering and configured to generate random pixels (PXi) having a probability lower than 100% to be visible in image frames to be displayed; executing the software component by the user terminal, at a rate corresponding to a frame display refresh rate, to generate an image frame at the display refresh rate; activating display of the generated image frames at the frame display refresh rate, the displayed image frames including information (KYL, CC) which is machine unintelligible as being formed of the random pixels, the information becoming intelligible to a user at the display refresh rate; acquiring a response (POSi) from the user in relation with the displayed information; transmitting by the user terminal the response to the secure processor, the user being authenticated when the response corresponds to the information and to a secret data shared by the user and the secure processor. receiving by the user terminal, from a secure processor (ASRV, SE), a software component protected against tampering and reverse-engineering and configured to generate random pixels (PXi) having a probability lower than 100% to be visible in image frames to be displayed; executing the software component by the user terminal, at a rate corresponding to a frame display refresh rate, to generate an image frame at the display refresh rate; activating display of the generated image frames at the frame display refresh rate, the displayed image frames including information (KYL, CC) which is machine unintelligible as being formed of the random pixels, the information becoming intelligible to a user at the display refresh rate; acquiring a response (POSi) from the user in relation with the displayed information; transmitting by the user terminal the response to the secure processor, the user being authenticated when the response corresponds to the information and to a secret data shared by the user and the secure processor.
Active antenna device for transmitting RFID signals, comprising, characterized by: a terminal for receiving a RFID signal to be transmitted; an antenna (18; 50) for generating a radio signal based on the RFID signal to be transmitted; a controller that is configured to control properties of the antenna (18; 50); a coupler between the terminal and the antenna (18; 50) that is configured to decouple a signal portion from the RFID signal to be transmitted; and an energy converter that is connected between the coupler and the controller and configured to provide a power signal for the operation of the controller based on the decoupled signal portion; wherein the active antenna device is an energy self-sufficient device. a terminal for receiving a RFID signal to be transmitted; an antenna (18; 50) for generating a radio signal based on the RFID signal to be transmitted; a controller that is configured to control properties of the antenna (18; 50); a coupler between the terminal and the antenna (18; 50) that is configured to decouple a signal portion from the RFID signal to be transmitted; and an energy converter that is connected between the coupler and the controller and configured to provide a power signal for the operation of the controller based on the decoupled signal portion; wherein the active antenna device is an energy self-sufficient device.
A drill including a shank and a body that is continuous from the shank, the body having an outer peripheral surface with a certain outer diameter and a distal end tapered surface of a certain distal end angle, the drill comprising: a pilot shaft portion projecting from the distal end tapered surface of the body and having an outer peripheral surface of a certain outer diameter smaller than the body, the pilot shaft portion and the body being concentric; an odd number of twisted grooves extending from the outer peripheral surface of the body to the outer peripheral surface of the pilot shaft portion at a certain twisted angle; and an odd number of main cutting edges formed on the distal end tapered surface of the body by forming of the twisted grooves; the pilot shaft portion including a shaft main body portion, and a distal end tapered surface having a certain distal end angle; and the drill further comprising an odd number of auxiliary cutting edges formed on the distal end tapered surface of the pilot shaft portion by forming of the twisted grooves, characterised in that the pilot shaft portion further includes a distal end flat surface that is at a distal end of the shaft main body portion, the distal end tapered surface of the pilot shaft portion being between an outer peripheral surface of the shaft main body portion and the distal end flat surface. a pilot shaft portion projecting from the distal end tapered surface of the body and having an outer peripheral surface of a certain outer diameter smaller than the body, the pilot shaft portion and the body being concentric; an odd number of twisted grooves extending from the outer peripheral surface of the body to the outer peripheral surface of the pilot shaft portion at a certain twisted angle; and an odd number of main cutting edges formed on the distal end tapered surface of the body by forming of the twisted grooves; the pilot shaft portion including a shaft main body portion, and a distal end tapered surface having a certain distal end angle; and the drill further comprising an odd number of auxiliary cutting edges formed on the distal end tapered surface of the pilot shaft portion by forming of the twisted grooves, characterised in that the pilot shaft portion further includes a distal end flat surface that is at a distal end of the shaft main body portion, the distal end tapered surface of the pilot shaft portion being between an outer peripheral surface of the shaft main body portion and the distal end flat surface.
A method performed by one or more processors, comprising: identifying content accessed on a computing device by a user; determining actionable content based on the content accessed on the computing device by the user; identifying at least one additional computing device associated with the user, the additional computing device being separate from the computing device on which the content was accessed; providing the actionable content to the additional computing device; identifying at least one application which is executable by the additional computing device; and causing the additional computing device to use the actionable content with the identified application. identifying content accessed on a computing device by a user; determining actionable content based on the content accessed on the computing device by the user; identifying at least one additional computing device associated with the user, the additional computing device being separate from the computing device on which the content was accessed; providing the actionable content to the additional computing device; identifying at least one application which is executable by the additional computing device; and causing the additional computing device to use the actionable content with the identified application.
Mast-securing system - having at least one band-tight support, which has a flexible strap, which is designed to surround a wooden mast circumferentially at least to some extent, - having a first tensioning cable, which is designed to brace the band-tight support against a lateral surface of the wooden mast and to be anchored in an area surrounding the wooden mast, - having a second tensioning cable, which is designed to be fastened on the band-tight support and to be anchored in the area surrounding the wooden mast, - wherein the band-tight support has a first eyelet, on which the first tensioning cable is fastened, and - wherein the band-tight support has a second eyelet, on which the second tensioning cable is fastened, characterized in that - the first tensioning cable surrounds the band-tight support circumferentially at least to some extent. - having at least one band-tight support, which has a flexible strap, which is designed to surround a wooden mast circumferentially at least to some extent, - having a first tensioning cable, which is designed to brace the band-tight support against a lateral surface of the wooden mast and to be anchored in an area surrounding the wooden mast, - having a second tensioning cable, which is designed to be fastened on the band-tight support and to be anchored in the area surrounding the wooden mast, - wherein the band-tight support has a first eyelet, on which the first tensioning cable is fastened, and - wherein the band-tight support has a second eyelet, on which the second tensioning cable is fastened, - the first tensioning cable surrounds the band-tight support circumferentially at least to some extent.
A method for preparing a chiral heterocyclic compound with Hedgehog pathway antagonist activity according to formula I: which method comprises: i) mixing (1S, 2S)-(+)-N-p-toluenesulfonyl-1,2-diphenylethylenediamine, dichloro (p-methyl cumene) ruthenium dimer, amine and formic acid-acetonitrile solution to give a mixed solution; mixing compound in acetonitrile solution with the mixed solution to react; adjusting the pH of the system to 8.0 by sodium bicarbonate; performing extraction and purification to prepare ii) coupling reaction of the compound and compound to prepare compound and iii) oxidizing the methylthio of the compound and reacting with 4-hydroxypiperazine to obtain the chiral heterocyclic compound i) mixing (1S, 2S)-(+)-N-p-toluenesulfonyl-1,2-diphenylethylenediamine, dichloro (p-methyl cumene) ruthenium dimer, amine and formic acid-acetonitrile solution to give a mixed solution; mixing compound in acetonitrile solution with the mixed solution to react; adjusting the pH of the system to 8.0 by sodium bicarbonate; performing extraction and purification to prepare ii) coupling reaction of the compound and compound to prepare compound and iii) oxidizing the methylthio of the compound and reacting with 4-hydroxypiperazine to obtain the chiral heterocyclic compound
An unsaturated bioreactor comprising a CO feeding system, a H 2 O feeding system, an effluent recirculation system, and a H 2 collection system, wherein the bioreactor is loaded with a porous solid support, at least 10% of which has a pore volume size which results in a water suction of about 0.01 to about 1.0 bar as compared to free water, wherein said water suction level for said at least 10% of the pore volumes is obtained by loading the bioreactor with a solid support which comprises (i) particles having a diameter of 0.1 mm to 10 mm for at least 20% of the particles; or (ii) a spongy material having a pore size of 0.1 mm to 10 mm for at least 10% of its pores; or (iii) a filamentous material, wherein the diameter of inter-filamentous spaces is from 0.1 mm to 10 mm for at least 10% of its inter-filamentous spaces; or (iv) any mixture of (i) to (iii), and wherein the solid support is inoculated with micro-organisms catalysing water-gas shift reaction; and the bioreactor comprises a solid phase, a liquid phase and a gaseous phase, wherein the volume of the gaseous phase is 20% to 80% of the volume of the bioreactor, wherein the bioreactor is not a trickle bed reactor. (i) particles having a diameter of 0.1 mm to 10 mm for at least 20% of the particles; or (ii) a spongy material having a pore size of 0.1 mm to 10 mm for at least 10% of its pores; or (iii) a filamentous material, wherein the diameter of inter-filamentous spaces is from 0.1 mm to 10 mm for at least 10% of its inter-filamentous spaces; or (iv) any mixture of (i) to (iii),
A method performed by a first electronic device having one or more processors and memory storing one or more programs for execution by the one or more processors, the method comprising: detecting a first selection of a "PLAY" button or other control at the first electronic device, wherein the first selection of the control is a momentary selection in the form of a tap or a short press of said "PLAY" button or said other control and wherein the momentary selection has a limited duration in time such as 1 second, 2 seconds, 3 seconds, etc.; in response thereto, determining a current media presentation context associated with media content that is currently paused at a second electronic device distinct from the first electronic device; the method being characterized in that: if the current media presentation context satisfies a first condition, such that the media content was paused at the second electronic device within a time period before detecting the first selection: presenting, at the first electronic device, the media content from the paused position; else if the current media presentation context fails to satisfy the first condition, such that the media content was not paused at the second electronic device within said time period: presenting, at the first electronic device, second media content. detecting a first selection of a "PLAY" button or other control at the first electronic device, wherein the first selection of the control is a momentary selection in the form of a tap or a short press of said "PLAY" button or said other control and wherein the momentary selection has a limited duration in time such as 1 second, 2 seconds, 3 seconds, etc.; in response thereto, determining a current media presentation context associated with media content that is currently paused at a second electronic device distinct from the first electronic device; the method being characterized in that: if the current media presentation context satisfies a first condition, such that the media content was paused at the second electronic device within a time period before detecting the first selection: presenting, at the first electronic device, the media content from the paused position; else if the current media presentation context fails to satisfy the first condition, such that the media content was not paused at the second electronic device within said time period: presenting, at the first electronic device, second media content. if the current media presentation context satisfies a first condition, such that the media content was paused at the second electronic device within a time period before detecting the first selection: presenting, at the first electronic device, the media content from the paused position; else if the current media presentation context fails to satisfy the first condition, such that the media content was not paused at the second electronic device within said time period: presenting, at the first electronic device, second media content.
A long-range optical device having at least two observation parts (3, 4), the objective-side and ocular-side ends (30, 55) of which are each arranged in the region of the objective or the ocular and each having an observation beam path (11; 12) in the two observation parts (3, 4) and at least one measurement beam path of a laser range finder, wherein the two observation parts (3, 4) are interconnected and arranged next to each other essentially parallel and spaced at a predeterminable distance apart via at least one connection element, and a free space is provided, which extends between sub-regions (22, 23) facing each other of the outermost enclosures of the observation parts (3, 4) lying opposite each other, wherein the observation parts (3, 4) are interconnected by two connection elements (7, 56) and when the device is viewed vertically from above with respect to a plane in which longitudinal axes (8, 9) of the observation parts (3, 4) are arranged, the free space is delimited by the sub-regions (22, 23) facing each other and front faces (29, 31) facing each other of the connection elements (7, 56), wherein the free space is kept clear of parts projecting therein and, when the device is viewed vertically from above with respect to the plane, extends over a length aligned parallel to the longitudinal axis (8, 9) of the observation parts (3, 4) of 20% - 90%, preferably 30% - 80 % of the length of the observation parts (3, 4) so that the fingertips of a user can protrude without obstruction between the two observation parts (3, 4), and wherein all observation beam paths (11, 12) and all measurement beam paths are arranged outside this free space and the optical, the opto-electronic and electronic components and the electrical supply of the laser range finder are arranged in at least one of the observation parts (3, 4), - wherein the observation beam paths (11; 12) each comprise a focusing device that can be adjusted by means of an adjustment mechanism, and at least a part of a beam path of a laser transmitter is integrated into one of the observation beam paths (11; 12), - wherein the merger of the beam path of the laser transmitter with one of the observation beam paths (11; 12) and the transition of the beam path of a target mark into the observation beam path (11; 12) are located on a common surface of a deflecting prism. - wherein the observation beam paths (11; 12) each comprise a focusing device that can be adjusted by means of an adjustment mechanism, and at least a part of a beam path of a laser transmitter is integrated into one of the observation beam paths (11; 12), - wherein the merger of the beam path of the laser transmitter with one of the observation beam paths (11; 12) and the transition of the beam path of a target mark into the observation beam path (11; 12) are located on a common surface of a deflecting prism.