mhurhangee/patent-ind-claim-en huggingface dataset:
An imaging device comprising: an imaging portion configured to be provided at a vehicle exterior; an outer peripheral member having an outer wall provided at its distal end, a light transmitting portion being disposed at the outer wall , that houses the imaging portion that captures images via the light transmitting portion , a distal end side of the outer peripheral member extending from a base portion side toward a vehicle transverse direction outer side; and a step portion that is provided at an outer peripheral surface of the outer peripheral member , and that is formed so as to be continuous in the vehicle longitudinal direction of the outer peripheral surface , the outer peripheral surface that is a vehicle upper side being divided by the step portion into a first outer peripheral surface that is at an outer wall side, and a second outer peripheral surface that is at a base portion side of the outer peripheral member , which is a side opposite from the outer wall ; wherein the second outer peripheral surface is lower than the first outer peripheral surface , such that the first outer peripheral surface protrudes out more than the second outer peripheral surface , and a bent portion , which is bent such that the outer wall , in a state where the imaging portion is provided at the vehicle exterior, is directed toward a vehicle rear side, is formed at the outer peripheral member , and the step portion is provided at the bent portion of the outer peripheral member . an imaging portion configured to be provided at a vehicle exterior; an outer peripheral member having an outer wall provided at its distal end, a light transmitting portion being disposed at the outer wall , that houses the imaging portion that captures images via the light transmitting portion , a distal end side of the outer peripheral member extending from a base portion side toward a vehicle transverse direction outer side; and a step portion that is provided at an outer peripheral surface of the outer peripheral member , and that is formed so as to be continuous in the vehicle longitudinal direction of the outer peripheral surface , that is provided at an outer peripheral surface of the outer peripheral member , and that is formed so as to be continuous in the vehicle longitudinal direction of the outer peripheral surface , the outer peripheral surface that is a vehicle upper side being divided by the step portion into a first outer peripheral surface that is at an outer wall side, and a second outer peripheral surface that is at a base portion side of the outer peripheral member , which is a side opposite from the outer wall ; wherein the second outer peripheral surface is lower than the first outer peripheral surface , such that the first outer peripheral surface protrudes out more than the second outer peripheral surface , and a bent portion , which is bent such that the outer wall , in a state where the imaging portion is provided at the vehicle exterior, is directed toward a vehicle rear side, is formed at the outer peripheral member , and the step portion is provided at the bent portion of the outer peripheral member .
Automobile, comprising - a vehicle main body , - a front wheel unit comprising two front wheels which are steerably mounted on the vehicle main body , and - a rear wheel unit comprising at least two rear wheels , which are mounted on the vehicle main body , wherein a least one wheel is mounted on the vehicle main body , so as to be deflectable in the direction of a vertical axis, by means of a wheel suspension swing arm which extends substantially in the longitudinal direction of the automobile , - wherein the wheel suspension swing arm is formed so as to be hollow, having an inner cavity in which a wheel drive shaft is arranged, which is connected on one side to a vehicle drive and on the other side to the associated wheel, for torque transmission, and - wherein the wheel suspension swing arm comprises a tube-like central holm and two angle connectors arranged thereon, characterised in that - the central holm of the wheel suspension swing arm is formed in two parts, having a first holm part and a second holm part , which can be twisted relative to one another about a holm longitudinal axis , and - in that the second holm part , together with the wheel carrier , can be twisted relative to the first holm part by means of an adjustment member for active camber adjustment. - a vehicle main body , - a front wheel unit comprising two front wheels which are steerably mounted on the vehicle main body , and - a rear wheel unit comprising at least two rear wheels , which are mounted on the vehicle main body , wherein a least one wheel is mounted on the vehicle main body , so as to be deflectable in the direction of a vertical axis, by means of a wheel suspension swing arm which extends substantially in the longitudinal direction of the automobile , - wherein the wheel suspension swing arm is formed so as to be hollow, having an inner cavity in which a wheel drive shaft is arranged, which is connected on one side to a vehicle drive and on the other side to the associated wheel, for torque transmission, and - wherein the wheel suspension swing arm comprises a tube-like central holm and two angle connectors arranged thereon, characterised in that - the central holm of the wheel suspension swing arm is formed in two parts, having a first holm part and a second holm part , which can be twisted relative to one another about a holm longitudinal axis , and - in that the second holm part , together with the wheel carrier , can be twisted relative to the first holm part by means of an adjustment member for active camber adjustment.
Multimedia device for a vehicle with a test drive application which can be executed during a test drive of the vehicle , which test drive application is configured to interact with a test driver during the test drive of the vehicle and to activate as a test at least one function system of the vehicle and for each function system activated as a test to request a feedback from the test driver.
A device for the spray-drying agglomeration of particles, comprising (i) in an upper region of a chamber a spray drying segment (A) for drying feed liquid particles, which are sprayed by a feed liquid atomizer (Z1), (ii) in a lower region of the chamber an integrated fluidized bed (B), in which the powder from the spray drying segment from step (i) is sprayed with a binder liquid by means of a nozzle or atomizer construction (Z2) which is attached to the bottom of the fluidized bed, (iii) a dam construction (G) in the fluidized bed (B), which is located in front of the outlet port (H) to a zigzag classifier (P), wherein the particles are constantly kept in motion and whirled up during manufacture and the device is configured such that fine dust arising in the agglomeration is returned to the agglomeration process in the spray drying agglomeration device by the zigzag classifier (P). (i) in an upper region of a chamber a spray drying segment (A) for drying feed liquid particles, which are sprayed by a feed liquid atomizer (Z1), (ii) in a lower region of the chamber an integrated fluidized bed (B), in which the powder from the spray drying segment from step (i) is sprayed with a binder liquid by means of a nozzle or atomizer construction (Z2) which is attached to the bottom of the fluidized bed, (iii) a dam construction (G) in the fluidized bed (B), which is located in front of the outlet port (H) to a zigzag classifier (P),
A method for making a wrought nickel-chromium-molybdenum alloy having homogeneous, two-phase microstructures comprising: a. obtaining a nickel-chromium-molybdenum alloy ingot which contains 18.47 to 20.78 wt.% chromium and 19.24 to 20.87 wt.% molybdenum, 0.08 to 0.62 wt.% aluminum, and optionally: less than 0.76 wt.% manganese, less than 2.10 wt.% iron, less than 0.56 wt.% copper, less than 0.14 wt.% silicon, up to 0.17 wt.% titanium, less than 0.013 wt.% carbon, up to 4 wt. % tungsten, and the balance nickel plus impurities, b. subjecting the ingot to a homogenization treatment at a temperature between 1107°C (2025°F) and 1149°C (2100°F), and, c. hot working the ingot at start temperature between 1107°C (2025°F) and 1149°C (2100°F). a. obtaining a nickel-chromium-molybdenum alloy ingot which contains 18.47 to 20.78 wt.% chromium and 19.24 to 20.87 wt.% molybdenum, 0.08 to 0.62 wt.% aluminum, and optionally: less than 0.76 wt.% manganese, less than 2.10 wt.% iron, less than 0.56 wt.% copper, less than 0.14 wt.% silicon, up to 0.17 wt.% titanium, less than 0.013 wt.% carbon, up to 4 wt. % tungsten, and the balance nickel plus impurities, less than 0.76 wt.% manganese, less than 2.10 wt.% iron, less than 0.56 wt.% copper, less than 0.14 wt.% silicon, up to 0.17 wt.% titanium, less than 0.013 wt.% carbon, up to 4 wt. % tungsten, and the balance nickel plus impurities, b. subjecting the ingot to a homogenization treatment at a temperature between 1107°C (2025°F) and 1149°C (2100°F), and, c. hot working the ingot at start temperature between 1107°C (2025°F) and 1149°C (2100°F).
A method of responding to a touch gesture at a touch-enabled computing device comprising: presenting, at a first computing device , a virtual display of a remote application executing at a remote computing environment provided by a second computing device located remotely relative to the first computing device; presenting an interface control element at a native computing environment of the first computing device, the interface control element being used to indicate at which one of the native computing environment and the remote computing environment touch input received at a touchscreen of the first computing device should be interpreted; receiving a touch gesture at the touchscreen of the first computing device ; determining whether a first portion of the touch gesture occurred at the interface control element and a second portion of the touch gesture did not occur at the interface control element; and based on determining that a first portion of the touch gesture occurred at the interface control element and the second portion of the touch gesture did not occur at the interface control element, interpreting the touch gesture locally at the native computing environment by adjusting a native display of the first computing device or, based on determining otherwise, remoting the touch gesture to the second computing device for interpretation remotely at the remote computing environment by transmitting information corresponding to the touch gesture to the second computing device . presenting, at a first computing device , a virtual display of a remote application executing at a remote computing environment provided by a second computing device located remotely relative to the first computing device; presenting an interface control element at a native computing environment of the first computing device, the interface control element being used to indicate at which one of the native computing environment and the remote computing environment touch input received at a touchscreen of the first computing device should be interpreted; receiving a touch gesture at the touchscreen of the first computing device ; determining whether a first portion of the touch gesture occurred at the interface control element and a second portion of the touch gesture did not occur at the interface control element; and based on determining that a first portion of the touch gesture occurred at the interface control element and the second portion of the touch gesture did not occur at the interface control element, interpreting the touch gesture locally at the native computing environment by adjusting a native display of the first computing device or, based on determining otherwise, remoting the touch gesture to the second computing device for interpretation remotely at the remote computing environment by transmitting information corresponding to the touch gesture to the second computing device .
A heat exchanger comprising: a first manifold ; a second manifold separated from the first manifold; a plurality of heat exchange tube segments arranged in spaced parallel relationship and fluidly coupling the first manifold and the second manifold, the plurality of heat exchange tube segments including a fold forming a first tube bank and a second tube bank parallel to one another and wherein the first tube bank and the second tube bank are configured for sequential flow there through of a first heat transfer fluid; and a first bend formed in the first tube bank and the second tube bank; characterised in that : the tube segments comprise a tube depth measured from a leading edge to a trailing edge of the tube segment wherein the tube depth is less than 14 millimeters, and wherein the heat exchanger further comprises a second bend formed in the first and second tube bank, the bends having an angle other that 180°. a first manifold ; a second manifold separated from the first manifold; a plurality of heat exchange tube segments arranged in spaced parallel relationship and fluidly coupling the first manifold and the second manifold, the plurality of heat exchange tube segments including a fold forming a first tube bank and a second tube bank parallel to one another and wherein the first tube bank and the second tube bank are configured for sequential flow there through of a first heat transfer fluid; and a first bend formed in the first tube bank and the second tube bank; characterised in that : the tube segments comprise a tube depth measured from a leading edge to a trailing edge of the tube segment wherein the tube depth is less than 14 millimeters, and wherein the heat exchanger further comprises a second bend formed in the first and second tube bank, the bends having an angle other that 180°. the tube segments comprise a tube depth measured from a leading edge to a trailing edge of the tube segment wherein the tube depth is less than 14 millimeters, and wherein the heat exchanger further comprises a second bend formed in the first and second tube bank, the bends having an angle other that 180°.
A resin composition comprising: (A) a polyphenylene ether derivative having an N-substituted maleimide structure-containing group and a structural unit represented by the following general formula (I) in one molecule, wherein the N-substituted maleimide structure-containing group is a group containing a bismaleimide structure in which the nitrogen atoms of the two maleimide groups bond to each other via an organic group, (B) at least one thermosetting resin selected from the group consisting of an epoxy resin, a cyanate resin and a maleimide compound, and (C) a styrenic thermoplastic elastomer: wherein R 1 each independently represents an aliphatic hydrocarbon group having 1 to 5 carbon atoms, or a halogen atom, and x represents an integer of 0 to 4. (A) a polyphenylene ether derivative having an N-substituted maleimide structure-containing group and a structural unit represented by the following general formula (I) in one molecule, wherein the N-substituted maleimide structure-containing group is a group containing a bismaleimide structure in which the nitrogen atoms of the two maleimide groups bond to each other via an organic group, (B) at least one thermosetting resin selected from the group consisting of an epoxy resin, a cyanate resin and a maleimide compound, and (C) a styrenic thermoplastic elastomer: wherein R 1 each independently represents an aliphatic hydrocarbon group having 1 to 5 carbon atoms, or a halogen atom, and x represents an integer of 0 to 4.
Process for the preparation of polycyclic aliphatic dialdehydes by hydroformylation of polycyclic aliphatic diolefins in the presence of synthesis gas over a metal catalyst system modified with organophosphorus ligands with a transition metal of the 8 th -10 th subgroup, characterized in that the hydroformylation is carried out by means of a water-soluble diphosphine or triarylphosphine complex catalyst at a pressure of greater than or equal to 0.5 MPa and less than or equal to 10 MPa and at a temperature of greater than or equal to 70°C and less than or equal to 150°C in a homogeneous liquid reaction phase, the homogeneous liquid phase comprising at least one non-aqueous solvent, olefins and/or their mono- and/or dialdehydes as reaction products and an aqueous catalyst solution, the mass ratios of these components in the solution being controlled so as to obtain a single-phase solution under the reaction conditions.
Exhaust-gas-heat-recovery system for an internal combustion engine , having a pump for conveying an operating fluid, having an evaporator for converting the operating fluid from the liquid state of matter into the gaseous state of matter, having a condenser for liquefying the operating fluid, and having an expansion engine through which the gaseous operating fluid flows, wherein, on a housing of the expansion engine , there is arranged a sensor by way of which a function of the expansion engine is able to be monitored, characterized in that the sensor is designed as a piezoresistive motion sensor and the expansion engine is designed as an axial piston expander , wherein the perpendicular to the bearing surface of the sensor is at a right angle to the direction of movement of the piston of the axial piston expander .
An indirect rear viewing system for a motor vehicle comprising a supporting element for fastening at least one reflective element , wherein the carrying element has a coupling region for a position-variable fastening / attachment to an adjusting element which in turn can be attached to the vehicle, wherein the coupling region contacts a counter contact region of the adjusting element , interlocking anti-rotation means being present on the supporting element and on the adjusting element , characterized in that the anti-rotation means form an index geometry , which in a first operating state permits an adjustment of the supporting element relative to the adjusting element about two axes of rotation , which are transverse to one another, and in at least a second operating state permits a basic position change of the supporting element relative to the adjusting element about a third axis of rotation , which is aligned transversely to the other two axes of rotation .
A method for sharing three-dimensional gameplay of a video game to a social network, comprising: receiving a request as a button press on a controller device to share a recorded gameplay portion to a social network, the recorded gameplay portion defined by three-dimensional recorded video, gaze direction data of the user's eyes, and game state data recorded during the gameplay portion; generating a two-dimensional video clip based on the three-dimensional recorded video using a video conversion process; sharing the two-dimensional video clip to the social network; wherein the method is executed by a processor; and wherein generating the two-dimensional video clip includes determining, based on the gaze direction data and game state data, an object situated at a given focal depth as the object the user was looking at and setting, for the video conversion process, a focal depth for a frame of the two-dimensional video clip at the focal depth of said object. receiving a request as a button press on a controller device to share a recorded gameplay portion to a social network, the recorded gameplay portion defined by three-dimensional recorded video, gaze direction data of the user's eyes, and game state data recorded during the gameplay portion; generating a two-dimensional video clip based on the three-dimensional recorded video using a video conversion process; sharing the two-dimensional video clip to the social network; wherein the method is executed by a processor; and wherein generating the two-dimensional video clip includes determining, based on the gaze direction data and game state data, an object situated at a given focal depth as the object the user was looking at and setting, for the video conversion process, a focal depth for a frame of the two-dimensional video clip at the focal depth of said object.
Control system with a control valve , wherein the control system is preferably provided to control the speed or position of fluid consumers such as hydraulic motors or servomotors, which need to be controlled from the fluid supply side by adjusting a throttle cross-section of the control valve , preferably in the form of a throttle valve, independent of load, comprising - at least one the electronic pressure compensator and - at least one load pressure feedback , wherein the electronic pressure compensator records the pressure, viewed in the fluid flow direction, before (p 0 ) and after (p L ) the control valve and adjusts the throttle cross-section by incorporating a flow characteristic curve determination (Q Ventil, soll ) using a fluid resistance such that an approximately constant volume flow rate always flows through said throttle cross-section, wherein the load pressure feedback is used to actively absorb vibrations by filtering the pressure on the load side with its vibration frequency band, characterised in that the vibration frequency band is high-pass filtered in such a way that only the high filtered frequencies influence adjustment of the control valve and the low frequencies pass through a dead time or delay block with PT1 behaviour, said frequencies being subtracted from the actual load pressure signal at a summation point ; and in that the control output from the load pressure feedback is subtracted from the control signal for the electronic pressure compensator forming the valve opening signal Y soll for the control valve . - at least one the electronic pressure compensator and - at least one load pressure feedback , wherein the electronic pressure compensator records the pressure, viewed in the fluid flow direction, before (p 0 ) and after (p L ) the control valve and adjusts the throttle cross-section by incorporating a flow characteristic curve determination (Q Ventil, soll ) using a fluid resistance such that an approximately constant volume flow rate always flows through said throttle cross-section, wherein the load pressure feedback is used to actively absorb vibrations by filtering the pressure on the load side with its vibration frequency band, characterised in that the vibration frequency band is high-pass filtered in such a way that only the high filtered frequencies influence adjustment of the control valve and the low frequencies pass through a dead time or delay block with PT1 behaviour, said frequencies being subtracted from the actual load pressure signal at a summation point ; and in that the control output from the load pressure feedback is subtracted from the control signal for the electronic pressure compensator forming the valve opening signal Y soll for the control valve .