mhurhangee/ep-ind-claims huggingface dataset:
A method, performed by an electronic device, for adjusting at least one image capturing parameter in a preview mode, the method comprising: capturing a preview image of a scene including at least one text object based on a set of image capturing parameters; identifying a plurality of text regions in the preview image; selecting a target focus region from the plurality of text regions; and adjusting the at least one image capturing parameter based on the target focus region, wherein the adjusting comprises: determining a brightness value of the target focus region in the preview image; calculating a difference between the brightness value of the target focus region and a predetermined brightness value; and adjusting the exposure parameter in the at least one image capturing parameter based on the difference, wherein the at least one image capturing parameter comprises at least one exposure parameter. capturing a preview image of a scene including at least one text object based on a set of image capturing parameters; identifying a plurality of text regions in the preview image; selecting a target focus region from the plurality of text regions; and adjusting the at least one image capturing parameter based on the target focus region, wherein the adjusting comprises: determining a brightness value of the target focus region in the preview image; calculating a difference between the brightness value of the target focus region and a predetermined brightness value; and adjusting the exposure parameter in the at least one image capturing parameter based on the difference, wherein the at least one image capturing parameter comprises at least one exposure parameter. determining a brightness value of the target focus region in the preview image; calculating a difference between the brightness value of the target focus region and a predetermined brightness value; and adjusting the exposure parameter in the at least one image capturing parameter based on the difference, wherein the at least one image capturing parameter comprises at least one exposure parameter.
A terminal to be connected with a coated conducting wire, the terminal comprising: a main terminal body and a cylindrical crimp portion integrally formed with a transition portion placed therebetween, the crimp portion being sealed except for a section thereof into which the coated conducting wire is inserted, a surface being formed on at least a part of the transition portion, the surface extending continuously from a sealing portion provided on the transition portion side toward side portions of the main terminal body, and a bottom portion of the transition portion and the surface separating from each other as the bottom portion of the transition portion and the surface approach the side portions of the main terminal portion from the sealing portion; characterised in that in the side portions of the main terminal body, a notch is formed in at least a part of a section between a connecting portion of the main terminal body with the transition portion and an upper portion of the main terminal body; wherein the notch is formed continuously from side surfaces of the main terminal body up to an upper surface of the main terminal body and a part of the upper portion of the main terminal body is cut out to form the notch, and thus the notch is formed continuously from the side portions to the upper portion of the main terminal body; and wherein side portions of the transition portion and the surface gradually rise up from the sealing portion and become continuous with the notch. a main terminal body and a cylindrical crimp portion integrally formed with a transition portion placed therebetween, the crimp portion being sealed except for a section thereof into which the coated conducting wire is inserted, a surface being formed on at least a part of the transition portion, the surface extending continuously from a sealing portion provided on the transition portion side toward side portions of the main terminal body, and a bottom portion of the transition portion and the surface separating from each other as the bottom portion of the transition portion and the surface approach the side portions of the main terminal portion from the sealing portion; in the side portions of the main terminal body, a notch is formed in at least a part of a section between a connecting portion of the main terminal body with the transition portion and an upper portion of the main terminal body; wherein the notch is formed continuously from side surfaces of the main terminal body up to an upper surface of the main terminal body and a part of the upper portion of the main terminal body is cut out to form the notch, and thus the notch is formed continuously from the side portions to the upper portion of the main terminal body; and wherein side portions of the transition portion and the surface gradually rise up from the sealing portion and become continuous with the notch.
A foam-molded body of a resin composition containing a polycarbonate resin having at least a structural unit derived from a dihydroxy compound represented by the following formula: a branching agent containing two or more functional groups selected from carbodiimide, isocyanate, epoxy, silane, acid anhydride and oxazoline, per molecule; and a thermoplastic resin; wherein the average diameter of bubbles in said foam-molded body is 100 μm or less; wherein the average diameter of bubbles is obtained by using SEM, as shown in the description. a polycarbonate resin having at least a structural unit derived from a dihydroxy compound represented by the following formula: a branching agent containing two or more functional groups selected from carbodiimide, isocyanate, epoxy, silane, acid anhydride and oxazoline, per molecule; and a thermoplastic resin; wherein the average diameter of bubbles in said foam-molded body is 100 μm or less; wherein the average diameter of bubbles is obtained by using SEM, as shown in the description.
Pneumatic vehicle tyre having a profiled tread with channels which are delimited inwardly in a radial direction R of the tyre by a channel base, and having profile block elements which are delimited by channels (5, 7) and which, outwardly in the radial direction, is formed by a radially outer surface and, to form the delimiting channel, is formed in each case with a flank (10, 12) which forms the channel wall, which flank extends outwardly in the radial direction from the channel base (9, 14), wherein at least some of the profile block elements are delimited in an axial direction A of the tyre toward at least one side by a circumferential channel and in the circumferential direction U of the tyre by oblique channels which open into the circumferential channel such that their direction of extent encloses an acute angle with respect to the circumferential channel U, characterized in that the profile block element delimited in the acute angle between circumferential channel and oblique channel is formed, between the radially outer surface and its first flank pointing toward the circumferential channel, with a first bevel and, between the radially outer surface and its second flank pointing toward the oblique channel, with a second bevel, wherein the first bevel intersects the radially outer surface in a first intersection line S 1 and the second bevel intersects the radially outer surface in a second intersection line S 2 which intersects the intersection line S 1, wherein the first bevel, in its section planes formed perpendicular to the circumferential direction U, is inclined so as to enclose an angle of inclination α with respect to the radial R, and the second bevel, in its section planes formed perpendicular to the second section line S 2, is inclined so as to enclose an angle of inclination β with respect to the radial R, wherein the angle of inclination α decreases continuously, proceeding from the opening-in point, along the extent of the first bevel along the intersection line S 1, and wherein the angle of inclination β decreases continuously, proceeding from the opening-in point, along the extent of the second bevel along the intersection line S 2.
A system for controlling vehicle usage, comprising: a device configured to repeatedly transmit a lock command from a directional antenna, said directional antenna mounted above ground and angled downward to create a lock zone in which vehicle use is restricted; and a plurality of vehicles, each vehicle comprising a brake mechanism, and comprising an RF communication circuit that is responsive to the lock command by activating the brake mechanism. a device configured to repeatedly transmit a lock command from a directional antenna, said directional antenna mounted above ground and angled downward to create a lock zone in which vehicle use is restricted; and a plurality of vehicles, each vehicle comprising a brake mechanism, and comprising an RF communication circuit that is responsive to the lock command by activating the brake mechanism.
A method for the manufacture of a fermented milk product with at least a malty flavour and aroma comprising: - providing a milk source, - forming an amino acid supplemented milk source, - adding to the amino acid supplemented milk source a Lactococcus lactis subsp. lactis biovar diacetylactis, deposited as CNCM I-1962, to form a mixture; and - fermenting the mixture to manufacture the fermented milk product. - providing a milk source, - forming an amino acid supplemented milk source, - adding to the amino acid supplemented milk source a Lactococcus lactis subsp. lactis biovar diacetylactis, deposited as CNCM I-1962, to form a mixture; and - fermenting the mixture to manufacture the fermented milk product.
A device for feeding and accumulating film made of plastic material wound on a reel on a bagging machine, comprising: - a frame, - a reel of film made of plastic material, - means for supporting at least one reel of film made of plastic material mounted on the frame, - a first and a second group (G1, G2) of rollers for redirecting the film made of plastic material, the rollers of the first and second groups (G1, G2) being positioned in two respective rows which are parallel to each other, the film being designed to be wound alternatively on the rollers of the two groups (G1, G2), thus forming a plurality of loops, - means for the relative actuation of the first and second groups (g1, G2), to vary the distance between them and the extension of the loops, - means for activating the actuation means, configured to be controlled by the state of tension of the film made of plastic material, characterised in that the activation means comprising a pendulum device having a first roller for redirecting the film made of plastic material, wherein the pendulum device comprises two oscillating levers for supporting the first redirecting roller, the levers being designed to oscillate around a predetermined respective axis which is parallel to the rollers, and detection members for detecting the inclination of the oscillating levers, wherein the detection members comprise a cam element fixed to one of the levers, and a sensor facing the cam element and operatively connected to it so as to detect the degree of oscillation of the levers relative to the predetermined axis. - a frame, - a reel of film made of plastic material, - means for supporting at least one reel of film made of plastic material mounted on the frame, - a first and a second group (G1, G2) of rollers for redirecting the film made of plastic material, the rollers of the first and second groups (G1, G2) being positioned in two respective rows which are parallel to each other, the film being designed to be wound alternatively on the rollers of the two groups (G1, G2), thus forming a plurality of loops, - means for the relative actuation of the first and second groups (g1, G2), to vary the distance between them and the extension of the loops, - means for activating the actuation means, configured to be controlled by the state of tension of the film made of plastic material,
An oral composition comprising 0.1%-95% [6,7-Bis-(2-methoxyethoxy)quinazolin-4-yl]-(3-ethynylphenyl)amine, or a pharmaceutically acceptable salt thereof, and a pharmaceutically acceptable carrier.
Clamping component which is composed of metal for clamping a profile body which is composed of metal, comprising at least one clamping face which is matched to the profile body and comprising at least one blade with a cutting edge which protrudes beyond the clamping face, so that the blade can penetrate the profile body when the clamping component clamps the profile body, wherein the clamping component comprises an engagement means for introducing a clamping force, wherein, when the clamping component is fixedly clamped on the profile body, the cutting edge first makes contact with the profile body at a point, wherein a region of the cutting edge, which region increases in size, then penetrates the profile body, characterized in that the cutting edge is convexly curved with respect to the clamping face, and in that the cutting edge is arranged substantially transverse to a longitudinal axis of the profile body.
Device for a vehicle for contactless data transmission between the vehicle and a mobile device, preferably for NFC communication of the vehicle with an identification transmitter: - at least one electronic processing means for data transmission, - at least one transmission path (UTx), which connects a respective transmission terminal (Tx) of the processing means to an antenna in order to provide at least one transmission signal, - at least one receive path (URx) which connects the antenna to a respective receive terminal (Rx) of the processing means in order to detect at least one receive signal, wherein at least two resistor elements are provided in each case in the receive path (URx) in order to adjust the receive signal at the receive terminal (Rx), wherein one of the resistor elements of the respective receive path (URx) is connected directly to the antenna in order to tap the receive signal directly at the antenna, and wherein at least one of the resistor elements forms a low-pass filter together with the processing means, preferably a capacitance at the receiving terminal (Rx). - at least one electronic processing means for data transmission, - at least one transmission path (UTx), which connects a respective transmission terminal (Tx) of the processing means to an antenna in order to provide at least one transmission signal, - at least one receive path (URx) which connects the antenna to a respective receive terminal (Rx) of the processing means in order to detect at least one receive signal, wherein at least two resistor elements are provided in each case in the receive path (URx) in order to adjust the receive signal at the receive terminal (Rx), wherein one of the resistor elements of the respective receive path (URx) is connected directly to the antenna in order to tap the receive signal directly at the antenna, and wherein at least one of the resistor elements forms a low-pass filter together with the processing means, preferably a capacitance at the receiving terminal (Rx).
Cable processing device comprising - an assembly station for processing cable ends of cables (3, 4), - a cable conveying device for transporting the cable (3, 4) to the assembly station, which device extends along a longitudinal machine axis (x) and is controllable via a control device, - a cable pretreatment station having at least one straightening unit (6, 7) for straightening a cable (3, 4), it being possible to bring the straightening unit (6, 7) into a working position in which the straightening unit (6, 7) extends along the longitudinal machine axis (x), characterized in that the cable processing device further comprises: - a detection device for detecting the working position of the at least one straightening unit (6, 7), the detection device being connected to the control device and the control device being designed to activate the cable conveying device in order to thread the cable (3, 4) upon reaching the working position and/or to activate the cable conveying device in order to unthread the cable (3, 4) upon leaving the working position. - an assembly station for processing cable ends of cables (3, 4), - a cable conveying device for transporting the cable (3, 4) to the assembly station, which device extends along a longitudinal machine axis (x) and is controllable via a control device, - a cable pretreatment station having at least one straightening unit (6, 7) for straightening a cable (3, 4), it being possible to bring the straightening unit (6, 7) into a working position in which the straightening unit (6, 7) extends along the longitudinal machine axis (x), characterized in that the cable processing device further comprises: - a detection device for detecting the working position of the at least one straightening unit (6, 7), the detection device being connected to the control device and the control device being designed to activate the cable conveying device in order to thread the cable (3, 4) upon reaching the working position and/or to activate the cable conveying device in order to unthread the cable (3, 4) upon leaving the working position. - a detection device for detecting the working position of the at least one straightening unit (6, 7), the detection device being connected to the control device and the control device being designed to activate the cable conveying device in order to thread the cable (3, 4) upon reaching the working position and/or to activate the cable conveying device in order to unthread the cable (3, 4) upon leaving the working position.
A remote control apparatus that has a main potion which is connected to an electric apparatus through a power line and a communication line and that has an internal I/F interface unit which inputs and outputs a signal to and from the main potion, wherein said I/F interface unit includes input/output means for transmitting and receiving a signal to and from an external device, a first resonance circuit and a second resonance circuit, each of which is formed of a coil and a capacitor, power receiving means in which electric power obtained from the first resonance circuit is a power supply of the I/F interface unit, and communication means for transmitting and receiving a signal to and from the main portion using the second resonance circuit, wherein the main portion includes a third resonance circuit and a fourth resonance circuit, each of which is formed of a coil and a capacitor, wherein the third resonance circuit is adapted to have power supplied from a power supply circuit of the electric apparatus, and transmits power to the first resonance circuit using electromagnetic induction, and the fourth resonance circuit is coupled to the second resonance circuit and is electrically connectable to a functional unit of the electric apparatus; and wherein by receiving electric power from the main portion in a non-contact state and by communicating with the main portion in a non-contact state, said I/F interface unit is insulated from a power supply of the main portion
An induction heating device comprising: a casing; a first induction heating module disposed within the casing; a first heat sink disposed below the first induction heating module to dissipate heat from the first induction heating module; a first heat pipe passing through the first heat sink and configured to discharge the dissipated heat to an outside of the first induction heating module; an air-discharge fan disposed inside the casing and configured to discharge air to an outside of the casing; and a cooling fan disposed inside the casing opposite to the air-discharge fan and configured to blow air to the air-discharge fan; wherein a portion of the first heat pipe is disposed on an air-flow path between the cooling fan and the air-discharge fan. a casing; a first induction heating module disposed within the casing; a first heat sink disposed below the first induction heating module to dissipate heat from the first induction heating module; a first heat pipe passing through the first heat sink and configured to discharge the dissipated heat to an outside of the first induction heating module; an air-discharge fan disposed inside the casing and configured to discharge air to an outside of the casing; and a cooling fan disposed inside the casing opposite to the air-discharge fan and configured to blow air to the air-discharge fan; wherein a portion of the first heat pipe is disposed on an air-flow path between the cooling fan and the air-discharge fan.
Device for receiving a part of a motor vehicle, said receiving device being equipped with a module for referencing said part, which referencing module is configured in such a way as to collaborate with at least one opening (4a, 4b) in said part, with a module for centring said part, and with a module for holding said part with respect to a frame of reference of said receiving device, said frame of reference is an orthonormal frame of reference defined by three axes X, Y and Z, the referencing module being configured so as to offer adjustment along two distinct axes respectively parallel to the axes Y and Z, characterized in that the holding module is configured to offer adjustment in three distinct axes respectively parallel to the axes X, Y and Z.
An AC light emitting diode, comprising: a plurality of light emitting cells two-dimensionally arranged on a single substrate; and wires electrically connecting the light emitting cells; wherein the light emitting cells are connected in series by the wires to form a serial array (11, 13), the single substrate is a non-polar substrate, and the light emitting cells have non-polar GaN-based semiconductor layers (25, 27, 29) grown on the non-polar substrate, wherein the light emitting cells are spaced apart from one another at distances from 10 to 30 μm. a plurality of light emitting cells two-dimensionally arranged on a single substrate; and wires electrically connecting the light emitting cells; wherein the light emitting cells are connected in series by the wires to form a serial array (11, 13), the single substrate is a non-polar substrate, and the light emitting cells have non-polar GaN-based semiconductor layers (25, 27, 29) grown on the non-polar substrate, wherein the light emitting cells are spaced apart from one another at distances from 10 to 30 μm.