mhurhangee/ep-ind-claims huggingface dataset:
Method for detecting an intention of a driver of a vehicle to implement a lane-changing action and/or a turning-off action of the vehicle, the method including the following steps: - generating an actuation intent signal by means of at least one sensor (212; 308) that is arranged or arrangeable at an operating element, wherein the sensor (212; 308) is embodied to generate the actuation intent signal when a predefined approach threshold for an approach of a hand or a finger to the operating element and/or a predefined pressure threshold for a pressure exerted on the operating element by means of the hand or the finger are/is exceeded; - reading the actuation intent signal, which represents a movement of the hand or of the finger of the driver in relation to the operating element for a direction indicator of the vehicle with the intention of actuating the operating element for the purposes of indicating the intention; and - determining an intention information signal using the actuation intent signal, the intention information signal representing information about the intention of the driver; characterized in that a threshold exhibiting hysteresis is used as the approach threshold and/or the pressure threshold. - generating an actuation intent signal by means of at least one sensor (212; 308) that is arranged or arrangeable at an operating element, wherein the sensor (212; 308) is embodied to generate the actuation intent signal when a predefined approach threshold for an approach of a hand or a finger to the operating element and/or a predefined pressure threshold for a pressure exerted on the operating element by means of the hand or the finger are/is exceeded; - reading the actuation intent signal, which represents a movement of the hand or of the finger of the driver in relation to the operating element for a direction indicator of the vehicle with the intention of actuating the operating element for the purposes of indicating the intention; and - determining an intention information signal using the actuation intent signal, the intention information signal representing information about the intention of the driver; characterized in that
A support frame, comprising: a square base; and four vertical beams (112, 113, 114, 115) extending upwards from four corners of the square base, the four vertical beams comprising a first vertical beam, a second vertical beam, a third vertical beam, and a fourth vertical beam, wherein two corners located at a side of the square base are provided with the first vertical beam and the second vertical beam respectively, and the first vertical beam and/or the second vertical beam are formed by detachably connecting at least two sub-units; a top connecting frame connected to an upper end of each of the vertical beams (112, 113, 114, 115), wherein at least part of the top connecting frame is integrally formed with one sub-unit of the first vertical beam and/or one sub-unit of the second vertical beam from the same plate using a bending forming process, wherein two corners located at another side of the square base are provided with the third vertical beam and the fourth vertical beam respectively, characterized in that an upper end of at least one of the third vertical beam and the fourth vertical beam defines a notch recessed downwards, the top connecting frame has an insertion sheet bent outwards, and the insertion sheet is inserted in the notch. a square base; and four vertical beams (112, 113, 114, 115) extending upwards from four corners of the square base, the four vertical beams comprising a first vertical beam, a second vertical beam, a third vertical beam, and a fourth vertical beam, wherein two corners located at a side of the square base are provided with the first vertical beam and the second vertical beam respectively, and the first vertical beam and/or the second vertical beam are formed by detachably connecting at least two sub-units; a top connecting frame connected to an upper end of each of the vertical beams (112, 113, 114, 115), wherein at least part of the top connecting frame is integrally formed with one sub-unit of the first vertical beam and/or one sub-unit of the second vertical beam from the same plate using a bending forming process, wherein two corners located at another side of the square base are provided with the third vertical beam and the fourth vertical beam respectively, characterized in that an upper end of at least one of the third vertical beam and the fourth vertical beam defines a notch recessed downwards, the top connecting frame has an insertion sheet bent outwards, and the insertion sheet is inserted in the notch.
A reader or transmitter (22; 42) for communication with transponders and including an antenna formed of a plurality of turns defining a central axis and an overall inner volume, wherein said antenna includes a first group of turns forming at least two first coils (6, 8, 9; 44, 46) and a second group of turns forming two second coils (16, 17; 48, 50), said first and second groups of turns being powered in phase quadrature and arranged so as to generate a total magnetic field with an approximately constant amplitude over substantially the entire length of said antenna along its central axis and decreasing rapidly outside said antenna as it moves away from the latter.
A structure of a crankshaft (20, 50) for an internal combustion engine, the crankshaft being an integrated crankshaft formed integrally such that crank webs (21,51) each with a crank arm part (21a, 51a) and a counterweight part (21w, 51w) formed continuously from the crank arm part form crank journals (22, 52) around a rotation axis (Cx) of the crankshaft in a protruding manner, the crank arm parts of the crank webs facing each other are joined by a crankpin (23, 53) therebetween, and a thrust receiving surface (21s, 51s) is formed on each of the crank arm parts around a root of the crankpin in an annularly protruding manner to restrict axial movement of a connecting rod, wherein a recessed portion is formed in each of facing surfaces of the facing crank webs at a position near a corner portion continuing from the crankpin to the crank arm part, the position being so close to the crankpin that part of the thrust receiving surface is cut away.
A connector (1; 1A) comprising: at least one signal terminal (3A, 3B) having conductivity; a housing having insulating property and holding the at least one signal terminal (3A, 3B); a shell having conductivity and covering the housing; and an upper ground terminal having conductivity and a lower ground terminal having conductivity, the upper ground terminal comprises a contact portion being in contact with a contact inner surface of the shell, wherein the housing comprises an outer insulating shell and an inner insulating shell, the shell covers the inner insulating shell of the housing, the at least one signal terminal (3A, 3B) has a signal terminal mating side connecting portion (15A, 15B) extending in a fore-and-aft direction, the upper ground terminal and the lower ground terminal are held by the inner insulating shell of the housing so as to face each other via the at least one signal terminal (3A, 3B) with a space left therebetween in an up-and-down direction, the inner insulating shell of the housing has at least one signal terminal insertion holes (31A, 31B) into which the at least one signal terminal (3A, 3B) is inserted, characterized in that the outer insulating shell and the inner insulating shell are integrated together, and the inner insulating shell of the housing has an upper ground terminal insertion hole into which the upper ground terminal is inserted and a lower ground terminal insertion hole into which the lower ground terminal is inserted. at least one signal terminal (3A, 3B) having conductivity; a housing having insulating property and holding the at least one signal terminal (3A, 3B); a shell having conductivity and covering the housing; and an upper ground terminal having conductivity and a lower ground terminal having conductivity, the upper ground terminal comprises a contact portion being in contact with a contact inner surface of the shell, wherein the housing comprises an outer insulating shell and an inner insulating shell, the shell covers the inner insulating shell of the housing, the at least one signal terminal (3A, 3B) has a signal terminal mating side connecting portion (15A, 15B) extending in a fore-and-aft direction, the upper ground terminal and the lower ground terminal are held by the inner insulating shell of the housing so as to face each other via the at least one signal terminal (3A, 3B) with a space left therebetween in an up-and-down direction, the inner insulating shell of the housing has at least one signal terminal insertion holes (31A, 31B) into which the at least one signal terminal (3A, 3B) is inserted, characterized in that the outer insulating shell and the inner insulating shell are integrated together, and the inner insulating shell of the housing has an upper ground terminal insertion hole into which the upper ground terminal is inserted and a lower ground terminal insertion hole into which the lower ground terminal is inserted.
An arrangement of two pull-out guides for a drawer being configured to be mounted to opposing sides of a furniture carcass, comprising: - a carcass rail configured to be arranged on a side of a furniture carcass, - a drawer rail configured to be arranged on a drawer, the drawer rail being displaceably supported on the carcass rail in an opening- and closing direction (OR, SR), wherein the drawer rail has an upper side facing towards the drawer and a lower side spaced from the upper side by at least one side limb, and - a bearing device for a synchronization rod of a synchronization device of the arrangement, wherein the bearing device includes a fastening region for the synchronization rod, wherein at least one drive device (1, 1') for the drawer is provided and the synchronization device is a synchronization device comprising the synchronization rod for synchronizing movements of the drawer rail or of movements of the at least one drive device (1, 1'), wherein the at least one drive device (1, 1') is arranged between the drawer rail and the carcass rail, wherein the fastening region is that region in which the synchronization rod contacts the bearing device, characterized in that the fastening region is arranged below the underside of the drawer rail. - a carcass rail configured to be arranged on a side of a furniture carcass, - a drawer rail configured to be arranged on a drawer, the drawer rail being displaceably supported on the carcass rail in an opening- and closing direction (OR, SR), wherein the drawer rail has an upper side facing towards the drawer and a lower side spaced from the upper side by at least one side limb, and - a bearing device for a synchronization rod of a synchronization device of the arrangement, wherein the bearing device includes a fastening region for the synchronization rod, at least one drive device (1, 1') for the drawer is provided and the synchronization device is a synchronization device comprising the synchronization rod for synchronizing movements of the drawer rail or of movements of the at least one drive device (1, 1'), wherein the at least one drive device (1, 1') is arranged between the drawer rail and the carcass rail, wherein the fastening region is that region in which the synchronization rod contacts the bearing device, characterized in that the fastening region is arranged below the underside of the drawer rail.
A two component moisture curing silicone composition having a base component and catalyst package component in which, the catalyst package comprises: (i) An (R 4 O) m (Y 1) 3-m - Si terminated organic polymer, where R 4 is a C 1-10 alkyl group, Y 1 is an alkyl groups containing from 1 to 8 carbons and m is 1, 2 or 3, which organic polymer is selected from polyethers, hydrocarbon polymers, acrylate polymers, polyurethanes and polyureas; (ii) One or more dipodal silanes in accordance with the formula: (R 4 O) m (Y 1) 3-m - Si (CH 2) x -(NHCH 2 CH 2) t - Q(CH 2) x - Si(OR 4) m (Y 1) 3-m, where R 4 is a C 1-10 alkyl group, Y 1 is an alkyl groups containing from 1 to 8 carbons, Q is a chemical group containing a heteroatom with a lone pair of electrons; each x is an integer of from 1 to 6,t is 0 or 1 and each m is independently 1, 2 or 3; and (iii) a non-dipodal adhesion promoter; (iv) a tin based catalyst and optionally (v) a cross-linker. (i) An (R 4 O) m (Y 1) 3-m - Si terminated organic polymer, where R 4 is a C 1-10 alkyl group, Y 1 is an alkyl groups containing from 1 to 8 carbons and m is 1, 2 or 3, which organic polymer is selected from polyethers, hydrocarbon polymers, acrylate polymers, polyurethanes and polyureas; (ii) One or more dipodal silanes in accordance with the formula: (R 4 O) m (Y 1) 3-m - Si (CH 2) x -(NHCH 2 CH 2) t - Q(CH 2) x - Si(OR 4) m (Y 1) 3-m, where R 4 is a C 1-10 alkyl group, Y 1 is an alkyl groups containing from 1 to 8 carbons, Q is a chemical group containing a heteroatom with a lone pair of electrons; each x is an integer of from 1 to 6,t is 0 or 1 and each m is independently 1, 2 or 3; and (iii) a non-dipodal adhesion promoter; (iv) a tin based catalyst and optionally (v) a cross-linker.
A box for packaging, the box including: (i) an aperture for packing or unpacking the box; (ii) one or more securing panels adapted to operatively secure the aperture closed; (iii) adhesive tape in contact with the one or more securing panels to secure the at least one aperture closed; and (iv) a wall panel, wherein the adhesive tape traverses two flaps of the wall panel, the two flaps being configured to hingeably open parallel to each other to thereby assist in removing the adhesive tape from the one or more securing panels, wherein the wall panel includes three perforated regions (16a, 16b, 16c) that are configured to each divide when hingeably opening the two flaps along any combination of curved, jagged, or substantially straight lines, the two flaps share one of the perforated regions, characterised in that the two flaps hingeably open along parallel folds in the wall panel, wherein the adhesive tape is aligned perpendicular to the parallel folds. (i) an aperture for packing or unpacking the box; (ii) one or more securing panels adapted to operatively secure the aperture closed; (iii) adhesive tape in contact with the one or more securing panels to secure the at least one aperture closed; and (iv) a wall panel, wherein the adhesive tape traverses two flaps of the wall panel, the two flaps being configured to hingeably open parallel to each other to thereby assist in removing the adhesive tape from the one or more securing panels,
A stationary support for centring a rotationally symmetrical workpiece in the space, consisting of: - two housing shells (4, 5) arranged at a distance from one another and firmly connected together, - a middle stationary support arm arranged between the two housing shells (4, 5) that is mounted in the housing shells (4, 5) by means of an actuation piston so as to be moved in an axial direction towards the workpiece, and - two outer stationary support arms (11, 12) that are in a driving connection with the middle stationary support arm by means of a guide slide which has a control track on two opposite outside sides, on which a roller attached to the free ends of both outer stationary supports (11, 12) is arranged which roll along the control track, characterised in that, the particular control track of the guide slide has at least two control sections (21, 22, 25) and that at least two rollers spaced apart from one another are provided on the particular outer stationary support arm (11, 12), which are in an active contact with one each of the control sections (21, 22, 25) depending on the position of the guide slide in the housing shells (4, 5). - two housing shells (4, 5) arranged at a distance from one another and firmly connected together, - a middle stationary support arm arranged between the two housing shells (4, 5) that is mounted in the housing shells (4, 5) by means of an actuation piston so as to be moved in an axial direction towards the workpiece, and - two outer stationary support arms (11, 12) that are in a driving connection with the middle stationary support arm by means of a guide slide which has a control track on two opposite outside sides, on which a roller attached to the free ends of both outer stationary supports (11, 12) is arranged which roll along the control track,
Ratchet arrangement for tensioning coilable articles, having a base part which rotatably bears a ratchet wheel provided with a toothing, a hand lever which is mounted on the same axis of rotation as the ratchet wheel in such a way as to be able to pivot relative to the base part, and a pawl mechanism for engaging in the toothing, wherein the pawl mechanism is composed of an entraining pawl, which is mounted movably on the hand lever, and of a locking pawl, which is mounted pivotably on a pawl axis arranged on the base part and on which there is formed, facing away from the pawl axis, a locking face which is directed towards a working flank of the toothing, characterized in that the locking pawl is provided, spatially separate from the pawl axis, with a support face for bearing against a counter-face formed on the base part, said support face facing away from the locking face.
An interface display method intended to be performed by a terminal, comprising: transmitting location information to a server; receiving a dialect that the server returns, wherein the dialect corresponds to the location information that the server acquires; and displaying, according to the dialect, a user interface including a dialect operation item, wherein the dialect operation item is an operation item expressed using an expression in the dialect, wherein displaying according to the dialect the user interface including the dialect operation item comprises: acquiring a dialect file corresponding to the dialect; for a default operation item in the user interface, finding an expression in the dialect file which corresponds to the default operation item; and displaying the user interface including the default operation item expressed using the expression, and wherein at least two dialects correspond to the location information, wherein acquiring the dialect file corresponding to the dialect comprises: detecting whether a historically used dialect is included in the at least two dialects, the historically used dialect being a dialect that conforms to user's usage habits; and if a historically used dialect is included in the at least two dialects, acquiring a dialect file corresponding to the historically used dialect. transmitting location information to a server; receiving a dialect that the server returns, wherein the dialect corresponds to the location information that the server acquires; and displaying, according to the dialect, a user interface including a dialect operation item, wherein the dialect operation item is an operation item expressed using an expression in the dialect, wherein displaying according to the dialect the user interface including the dialect operation item comprises: acquiring a dialect file corresponding to the dialect; for a default operation item in the user interface, finding an expression in the dialect file which corresponds to the default operation item; and displaying the user interface including the default operation item expressed using the expression, and wherein at least two dialects correspond to the location information, wherein acquiring the dialect file corresponding to the dialect comprises: detecting whether a historically used dialect is included in the at least two dialects, the historically used dialect being a dialect that conforms to user's usage habits; and if a historically used dialect is included in the at least two dialects, acquiring a dialect file corresponding to the historically used dialect. detecting whether a historically used dialect is included in the at least two dialects, the historically used dialect being a dialect that conforms to user's usage habits; and if a historically used dialect is included in the at least two dialects, acquiring a dialect file corresponding to the historically used dialect.
A device for working, by melting, a metallic component, comprising a first material feed device for feeding a wire-shaped material and a second material feed device for feeding a powdery material, as well as a radiation source, the first material feed device being designed to feed the wire-shaped material in the direction of a surface of the metallic component; and the second material feed device being designed to feed the powdery material in the direction of the surface of the metallic component, the radiation source being configured to fuse the wire-shaped material and/or the second material feed device by way of at least one energy beam, emitted by the radiation source, after exiting a nozzle, and before or while impinging on a surface of the metallic component, and the at least one energy beam being directed at the wire-shaped material, the powdery material and/or a molten bath created by the wire-shaped material and the powdery material, characterized in that: a changing device is arranged in a transition region that is arranged between the first material feed, the second material feed and the component and formed by a channel, which is designed to carry out a change between only feeding the wire-shaped material and only feeding the powdery material in an automated manner, or to superimpose the wire-shaped material and the powdery material, proceeding from the transition region, and to feed these together in the direction of the surface of the metallic component; and in that the device comprises a control device, which is designed to control the change between the first material and the second material in the transition region arranged in front of the nozzle. the first material feed device being designed to feed the wire-shaped material in the direction of a surface of the metallic component; and the second material feed device being designed to feed the powdery material in the direction of the surface of the metallic component, the radiation source being configured to fuse the wire-shaped material and/or the second material feed device by way of at least one energy beam, emitted by the radiation source, after exiting a nozzle, and before or while impinging on a surface of the metallic component, and the at least one energy beam being directed at the wire-shaped material, the powdery material and/or a molten bath created by the wire-shaped material and the powdery material, characterized in that: a changing device is arranged in a transition region that is arranged between the first material feed, the second material feed and the component and formed by a channel, which is designed to carry out a change between only feeding the wire-shaped material and only feeding the powdery material in an automated manner, or to superimpose the wire-shaped material and the powdery material, proceeding from the transition region, and to feed these together in the direction of the surface of the metallic component; and in that the device comprises a control device, which is designed to control the change between the first material and the second material in the transition region arranged in front of the nozzle.
A high-speed controller area network, CAN communication system, which is compatible with a CAN communication system, using passband modulation, the system characterized in that a high-speed CAN controller configured to provide a standard CAN transmission bit stream and a high-speed CAN transmission bit stream; and a high-speed CAN transmitter configured to add a first signal obtained by modulating the high-speed CAN transmission bit stream in a passband and a second signal based on the standard CAN transmission bit stream to generate a combined signal, and transmit the combined signal to a CAN bus.