mhurhangee/patent-ind-claim-en huggingface dataset:
Guide for sliding glazing , in particular for an automobile, said guide being intended to be added and fastened onto a glazing and to cooperate with a sliding joint , said guide comprising a body of elongated shape and having a longitudinal base extending along the axis (A) of elongation of the body and of which a first face is intended to be applied and fastened onto a glazing surface and an opposite second face is intended to cooperate by sliding with said joint, said longitudinal base comprising at at least one free longitudinal end a thinned portion of which the thickness (E), in a direction substantially perpendicular to said first face, decreases at least in the longitudinal direction, characterised in that the thickness (E) decreases in such a way that said second face is flush with said glazing surface on said at least one free end.
Data transmitter configured to send out data of variable lengths while using a first time hopping pattern (140_1) and/or frequency hopping pattern (140_1) and while using a second time hopping pattern (140_2) and/or frequency hopping pattern (140_2), the first time hopping pattern (140_1) and/or frequency hopping pattern (140_1) comprising a fixed length and the second time hopping pattern (140_2) and/or frequency hopping pattern (140_2) comprising a variable length; the data transmitter being configured to generate the second time hopping pattern (140_2) and/or frequency hopping pattern (140_2) on the basis of the portion of the data contained within the first time hopping pattern (140_1) and/or frequency hopping pattern (140_1); wherein the data contained in the first time hopping pattern and/or frequency hopping pattern comprises error protection data, the data transmitter being configured to generate the second time hopping pattern (140_2) and/or frequency hopping pattern (140_2) on the basis of the error protection data or of a portion of the error protection data.
A straddle-type electric vehicle configured by including two approximately rectangular parallelepiped batteries (B), a battery case in which the batteries (B) are housed, battery-side terminals provided on bottom surfaces of the batteries (B), and case-side terminals engaged with the battery-side terminals , characterised in that the two batteries (B) are arranged next to each other in a vehicle width direction, an operation lever for moving the case-side terminals up and down to connect or separate the battery-side terminals and the case-side terminals to/from each other is provided, the operation lever is arranged at a position in a middle in the vehicle width direction between the two batteries (B), the battery-side terminals and the case-side terminals are positioned nearer outer sides in the vehicle width direction, the case-side terminals are arranged while projecting below bottom portions of the battery case , and a down regulator is arranged between the left and right case-side terminals below a bottom portion of the battery case . the two batteries (B) are arranged next to each other in a vehicle width direction, an operation lever for moving the case-side terminals up and down to connect or separate the battery-side terminals and the case-side terminals to/from each other is provided, the operation lever is arranged at a position in a middle in the vehicle width direction between the two batteries (B), the battery-side terminals and the case-side terminals are positioned nearer outer sides in the vehicle width direction, the case-side terminals are arranged while projecting below bottom portions of the battery case , and a down regulator is arranged between the left and right case-side terminals below a bottom portion of the battery case .
An integrated supervisory circuit for an automotive electrical component unit, ECU, adapted to control functions of automotive devices, the electrical component unit, ECU, comprising at least one microcontroller , wherein a mutual supervision is performed between the integrated supervisory circuit and the microcontroller of the electrical component unit, ECU, through a communication interface connecting the supervisory circuit and the microcontroller to keep said electrical component unit, ECU, in an admissible operation state; wherein the integrated supervisory circuit is adapted to generate a warning signal to the microcontroller , the microcontroller being capable to evaluate the warning signal and perform itself the necessary operations to keep an admissible operation state of the electrical component unit, ECU, characterised in that the integrated supervisory circuit is adapted to send the warning signal to the microcontroller of the electrical component unit, ECU, if the integrated supervisory circuit detects an abnormal temperature of the microcontroller being not within a predetermined temperature range, and further characterised in that the integrated supervisory circuit is adapted to restart the microcontroller of the electrical component unit, ECU, if a clock frequency of a clock signal received by the integrated supervisory circuit from the microcontroller is not within a predetermined frequency range. one microcontroller , wherein a mutual supervision is performed between the integrated supervisory circuit and the microcontroller of the electrical component unit, ECU, through a communication interface connecting the supervisory circuit and the microcontroller to keep said electrical component unit, ECU, in an admissible operation state; wherein the integrated supervisory circuit is adapted to generate a warning signal to the microcontroller , the microcontroller being capable to evaluate the warning signal and perform itself the necessary operations to keep an admissible operation state of the electrical component unit, ECU, characterised in that the integrated supervisory circuit is adapted to send the warning signal to the microcontroller of the electrical component unit, ECU, if the integrated supervisory circuit detects an abnormal temperature of the microcontroller being not within a predetermined temperature range, and further characterised in that the integrated supervisory circuit is adapted to restart the microcontroller of the electrical component unit, ECU, if a clock frequency of a clock signal received by the integrated supervisory circuit from the microcontroller is not within a predetermined frequency range.
An image-capturing device comprising: an image-capturing unit that captures a subject to output the captured image; a detection unit that physically detects a shake angle (θ) when the image-capturing unit has shaken; and a correction processing unit that calculates a correction amount (Δx, Δy) based on an arrangement position (P) of a pixel constituting the image outputted by the image-capturing unit and the shake angle (θ) detected by the detection unit , to correct the image according to the correction amount (Δx, Δy), wherein the correction processing unit performs calculation according to a geometric and optical calculation formula to calculate the correction amount (Δx, Δy) for each pixel, by using a pupil distance (d) as an optical distance from a pupil position (I) of an optical system for forming the image of the subject on a sensor surface (S) of the image-capturing unit to the sensor surface (S) of the image-capturing unit , an arrangement position (P) of a predetermined pixel of the image supplied from the image-capturing unit , an elevation angle (α) from the pupil position (I) with respect to a point on the sensor surface (S) corresponding to the arrangement position (P), and the shake angle (θ). an image-capturing unit that captures a subject to output the captured image; a detection unit that physically detects a shake angle (θ) when the image-capturing unit has shaken; and a correction processing unit that calculates a correction amount (Δx, Δy) based on an arrangement position (P) of a pixel constituting the image outputted by the image-capturing unit and the shake angle (θ) detected by the detection unit , to correct the image according to the correction amount (Δx, Δy), wherein the correction processing unit performs calculation according to a geometric and optical calculation formula to calculate the correction amount (Δx, Δy) for each pixel, by using a pupil distance (d) as an optical distance from a pupil position (I) of an optical system for forming the image of the subject on a sensor surface (S) of the image-capturing unit to the sensor surface (S) of the image-capturing unit , an arrangement position (P) of a predetermined pixel of the image supplied from the image-capturing unit , an elevation angle (α) from the pupil position (I) with respect to a point on the sensor surface (S) corresponding to the arrangement position (P), and the shake angle (θ).
Oral pharmaceutical dosage form containing at least two medicaments, in which form the medicaments are under the form of separately preconstituted tablets which on the one hand are brought together in a leakproof in vivo water-soluble wrapping and on the other hand are separated so that the active principles in the combined medicaments cannot come into contact with one another, and wherein the wrapping is made from two sheets of pharmaceutical material, and at least one separating sheet made of pharmaceutical material.
A machine for making filled pasta comprising a first feeding device for feeding a first layer of pasta dough, a second feeding device for feeding a second layer of pasta dough and a shaping device for shaping the filled pasta , located downstream of the first and second feeding devices , with reference to the direction of unrolling the first and second layers of pasta dough; the shaping device being configured to advance the first and second layers of pasta dough and is also configured, while it advances them, to shape the first and second layers in such a way as to receive the filling and to seal the first and second dough layers to each other to define the joining zone ; the machine being characterized in that it is configured to control the advancing of the first and second layers of pasta dough by the respective feeding device in such a way that at least along a first stretch (T1) of the path of the first layer of dough between the first feeding device for feeding the first layer of pasta dough and the shaping device , an excess length of the first layer of pasta dough forms by gravity a respective bend along the unrolling direction and at least along a first stretch (T1) of the path of the second layer of dough between the second feeding device for feeding the second layer of pasta dough and the shaping device , an excess length of the second layer of pasta dough forms by gravity a respective bend along the unrolling direction. the shaping device being configured to advance the first and second layers of pasta dough and is also configured, while it advances them, to shape the first and second layers in such a way as to receive the filling and to seal the first and second dough layers to each other to define the joining zone ; the machine being characterized in that it is configured to control the advancing of the first and second layers of pasta dough by the respective feeding device in such a way that at least along a first stretch (T1) of the path of the first layer of dough between the first feeding device for feeding the first layer of pasta dough and the shaping device , an excess length of the first layer of pasta dough forms by gravity a respective bend along the unrolling direction and at least along a first stretch (T1) of the path of the second layer of dough between the second feeding device for feeding the second layer of pasta dough and the shaping device , an excess length of the second layer of pasta dough forms by gravity a respective bend along the unrolling direction.
An air bearing assembly for use with a turbine driven rotatable motor shaft contained within a housing , and including an external air supply for supplying air to actuate the turbine, said air bearing assembly comprising a composite cylindrical air bearing supporting said motor shaft , said composite cylindrical air bearing having alternating segmented porous carbon sections and nonporous carbon sections bonded together, wherein said air bearing assembly further comprises at least one sleeve installed externally and circumferentially about said composite cylindrical air bearing , said sleeve having circumferential openings formed therein, therethrough and therearound such that said circumferential openings are adjacent said porous carbon sections of the composite cylindrical air bearing and are oriented so as to be in longitudinal and circumferential registry with said adjacent porous carbon sections , wherein the circumferential openings are arranged in more than one row around the sleeve, wherein each row of circumferential openings corresponds to a respective porous carbon section ; wherein said housing includes air passageways for delivering said air into and through each said opening externally of said sleeve, and wherein said assembly includes "O"-rings installed circumferentially around said assembly, one at the distal end and one at the proximal end of said assembly, whereby air supplied to said assembly is delivered through said passageways , to and through said circumferential openings in said sleeve, and to and through said porous carbon sections of said composite cylindrical air bearing , and whereby, upon supplying sufficient air to actuate said turbine, to and through said passageways , and thence to and through said porous sections of said composite cylindrical air bearing , said rotatable turbine drives said motor shaft which is supported within said bearing assembly during rotation, and said "O"-rings provide vibration damping of said motor shaft during rotation. wherein the circumferential openings are arranged in more than one row around the sleeve, wherein each row of circumferential openings corresponds to a respective porous carbon section ; wherein said housing includes air passageways for delivering said air into and through each said opening externally of said sleeve, and wherein said assembly includes "O"-rings installed circumferentially around said assembly, one at the distal end and one at the proximal end of said assembly, whereby air supplied to said assembly is delivered through said passageways , to and through said circumferential openings in said sleeve, and to and through said porous carbon sections of said composite cylindrical air bearing , and whereby, upon supplying sufficient air to actuate said turbine, to and through said passageways , and thence to and through said porous sections of said composite cylindrical air bearing , said rotatable turbine drives said motor shaft which is supported within said bearing assembly during rotation, and said "O"-rings provide vibration damping of said motor shaft during rotation.
An optical imaging system for a fast aperture camera, the system being operable to receive radiation from an object space and deliver the received radiation through the optical system so as to form an image at an image surface in an image space , said optical system comprising: a first positively powered lens group (G1, 501) and a second positively powered lens group (G2, 502) arranged in that order from object space to the image space of the optical system and aligned on a common optical axis , wherein the first positively powered lens group comprises a plurality of optical elements, wherein at least one of the plurality of optical elements (G1a 501a) is stationary, and at least one of the plurality of optical elements has an aspheric optical surface; and the second positively powered lens group (G2, 502) is operable to move axially along the common optical axis, wherein at least one optical element of the second lens group has an aspheric optical surface (Fig 7: S32, Fig 12: S25, Fig 15: S22); the second group additionally comprises a pair of positively powered singlet lenses (Fig 7: L18, L19; Fig 12: L15, L16; Fig 15: L13, L14); wherein the pair of positively powered singlet lenses (Fig 7: L18, L19; Fig 12: L15, L16; Fig 15: L13, L14) is arranged adjacent to one another; the pair of positively powered singlet lenses (Fig 7: L18, L19; Fig 12: L15, L16; Fig 15: L13, L14) is positioned as last lenses at the image space end of the optical imaging system; and wherein the lens (Fig 7: L18, Fig 12: L15, Fig 15: L13) of the pair of positively powered singlet lenses that is closer to the object space has a refractive index of 1.808 at 587.56 nm and an Abbe number of 22.8 at 587.56 nm characterised in that said optical imaging system is a fixed focal length optical imaging system and in that said second positively powered lens group (G2, 502) is configured for focusing said optical imaging system.
A method for producing a component of a sliding bearing , comprising the following steps: - providing a metal bolt with a cylindrical lateral surface and two end faces , - coating the lateral surface of the bolt with a soldering flux or a solder material , - providing a metal sheet made of bronze, forming the metal sheet into a cylindrical sleeve having a longitudinal slot , wherein a first side of the metal sheet forming an inner side of the sleeve is coated with a solder material , before or after forming, when the soldering flux is applied to the lateral surface of the bolt , or wherein the first side of the metal sheet forming an inner side of the sleeve is coated with a soldering flux , before or after forming, when the solder material is applied to the lateral surface of the bolt , so that either the lateral surface of the bolt or the inner side of the sleeve is formed to have the soldering flux , - sliding the sleeve onto the lateral surface of the bolt , - integrally bonding the lateral surface and the sleeve by means of a soldering process, - closing the longitudinal slot of the sleeve , in particular by welding, and - optionally machining a second side of the metal sheet facing away from the bolt . - providing a metal bolt with a cylindrical lateral surface and two end faces , - coating the lateral surface of the bolt with a soldering flux or a solder material , - providing a metal sheet made of bronze, forming the metal sheet into a cylindrical sleeve having a longitudinal slot , wherein a first side of the metal sheet forming an inner side of the sleeve is coated with a solder material , before or after forming, when the soldering flux is applied to the lateral surface of the bolt , or wherein the first side of the metal sheet forming an inner side of the sleeve is coated with a soldering flux , before or after forming, when the solder material is applied to the lateral surface of the bolt , so that either the lateral surface of the bolt or the inner side of the sleeve is formed to have the soldering flux , - sliding the sleeve onto the lateral surface of the bolt , - integrally bonding the lateral surface and the sleeve by means of a soldering process, - closing the longitudinal slot of the sleeve , in particular by welding, and - optionally machining a second side of the metal sheet facing away from the bolt .
A method of producing a (4-benzyl-4-hydroxypiperidin-1-yl)(2-halogenopyridin-3-yl)methanone or a salt thereof, which comprises reacting a 2-halogenonicotinic acid chloride or a salt thereof and 4-benzyl-4-hydroxypiperidine benzoate in the presence of a base.
Active wheel air deflector assembly for the attachment to a motor vehicle, which comprises at least one actuator , wheel air deflectors for the front wheels of the motor vehicle, and swivelable holders for the wheel air deflectors , wherein the holder is made of a base , which is flat, structured, and is provided with edges, and at which arms engage, which are connected to a shaft , so that the entire holder is twisted, with the aid of the shaft , about the axis of the shaft , and the wheel air deflector attached thereto is swiveled, characterized in that the wheel air deflectors are reversibly mounted on the particular holder , so that detachment is easily possible.
An indoor unit comprising: a securing plate provided at an upper edge of a sidewall of a drain pan for collecting drain water generated from a heat exchanger; and an antimicrobial-agent-containing case that contains an antimicrobial agent and includes a container portion positioned in an area where the drain water is collected, a case-attaching portion conforming to the securing plate and being detachably attached to the securing plate , and an arm connecting the container portion and the case-attaching portion , characterized in that the antimicrobial-agent-containing case is attached to the securing plate from an opening of an air inlet from which air is taken into a body , wherein a recess-shaped attaching space is provided below the securing plate provided on the drain pan so that a state of attaching of the antimicrobial-agent-containing case is readily checked. a securing plate provided at an upper edge of a sidewall of a drain pan for collecting drain water generated from a heat exchanger; and an antimicrobial-agent-containing case that contains an antimicrobial agent and includes a container portion positioned in an area where the drain water is collected, a case-attaching portion conforming to the securing plate and being detachably attached to the securing plate , and an arm connecting the container portion and the case-attaching portion , a container portion positioned in an area where the drain water is collected, a case-attaching portion conforming to the securing plate and being detachably attached to the securing plate , and an arm connecting the container portion and the case-attaching portion , characterized in that the antimicrobial-agent-containing case is attached to the securing plate from an opening of an air inlet from which air is taken into a body , wherein a recess-shaped attaching space is provided below the securing plate provided on the drain pan so that a state of attaching of the antimicrobial-agent-containing case is readily checked.