mhurhangee/ep-ind-claims huggingface dataset:
Arrangement by way of which an opening provided in a top surface of an interior-equipment part of a vehicle, in particular motor vehicle, is released and closed by means of an adjustable covering element, wherein the covering element is formed by a surface-area element and can be transferred from a closed position, in which the covering element occupies said opening, into an open position, in which the covering element releases the opening by being adjusted, and back again, wherein the covering element has two racks (8, 9) which are arranged parallel to one another, at a distance apart, are oriented in the adjustment direction of the covering element and, for their part, each mesh with an associated gearwheel (10, 11), wherein the gearwheels (10, 11) are mounted in a rotatable manner on a frame element, which is connected to the interior-equipment part, and are connected to one another by means of a rotationally driven shaft, wherein at least one gearwheel (10, 11) is connected in a rotationally fixed manner to the shaft, and wherein, as a result of a rotational movement of the gearwheels (10, 11), which mesh with the racks (8, 9), the covering element can be adjusted relative to the frame element and, accordingly, to the opening, characterized in that the racks (8, 9) have a congruent rolling contour, which rolls on the gearwheels (10, 11), wherein the rolling contour either a) is formed in each case by a first, rectilinear rack portion (8a, 9a), which merges into a second, curved rack portion (8b, 9b), which is formed by a sector of an internally toothed spur wheel, or b) is formed in each case by a first, curved rack portion (8a, 9a), which is formed by a sector of an internally toothed spur wheel and merges into a second, curved rack portion (8b, 9b), which is formed by a sector of an internally toothed spur wheel, wherein the rolling circle diameter of the first rack portion (8a, 9a) is selected to be a number of times greater than the rolling circle diameter of the second rack portion (8b, 9b). a) is formed in each case by a first, rectilinear rack portion (8a, 9a), which merges into a second, curved rack portion (8b, 9b), which is formed by a sector of an internally toothed spur wheel, or b) is formed in each case by a first, curved rack portion (8a, 9a), which is formed by a sector of an internally toothed spur wheel and merges into a second, curved rack portion (8b, 9b), which is formed by a sector of an internally toothed spur wheel, wherein the rolling circle diameter of the first rack portion (8a, 9a) is selected to be a number of times greater than the rolling circle diameter of the second rack portion (8b, 9b).
A urea spray SCR control system comprising an SCR catalyst provided in a discharge pipe of an engine, a dosing valve for injecting urea water at an upstream side of the SCR catalyst, and a NOx sensor for measuring an amount of NOx in an exhaust gas, wherein the urea spray SCR control system is configured to control injection of the urea water from the dosing valve, and the urea spray SCR control system includes a plurality of NOx model maps (60-1, 60-2, 60-3) corresponding to an atmospheric pressure condition, an outdoor air temperature, and an engine water temperature, characterized in that during pre-heating control of the NOx sensor the urea spray SCR control system is configured to determine the amount of NOx from each NOx model map (60-1, 60-2, 60-3) on the basis of detection values of atmospheric pressure detection means, outdoor air temperature detection means, and engine water temperature detection means, and is configured to control an amount of injection of the urea water from the dosing valve on the basis of the amount of NOx thus determined.
A milling head for a milling machine for manufacturing plastic spectacle lenses having an axis of rotation (1.1), a coupling part (1.2) for chucking into a milling spindle chuck, a shoulder (1.5) with a stop face (1.5a) for the milling spindle chuck, said shoulder (1.5) adjoining the coupling part (1.2), a shank (1.3) adjoining the shoulder (1.5), as well as a cutting edge ring (1.4) with an outer diameter D, said cutting edge ring (1.4) adjoining the shank (1.3) and having several cutting edges (14a, 14b, 14c) with a radius R, wherein a free length L is provided between the cutting edge ring (1.4) at the height of the outer diameter D and the stop face (1.5a), characterized in that in relation to the amount of the outer diameter D and to the amount of the radius R, the amount of the free length L fulfils the following condition: |L| = 0,18 (|D|-2|R|) + 54 ± a, with a maximum deviation a of 2, and that the shank (1.3) has, over a length l that corresponds to at least 50 % of the length L, a diameter d of between 10 mm and 32 mm or a diameter d of not more than 16 mm or a diameter d of 26 mm. |L| = 0,18 (|D|-2|R|) + 54 ± a,
An exhaust manifold turbocharger arrangement for an internal combustion engine of a motor vehicle, comprising a turbine which can be driven by exhaust gas, a common exhaust manifold turbocharger housing and a bypass channel for bypassing the turbine and a bypass valve device for controlling a bypass flow (c), wherein the bypass valve device has an actuator, an actuator housing and a control element which is arranged in the bypass channel, characterised in that the bypass valve device has a shaft for connecting the actuator to the control element and wherein the actuator housing is connected to the exhaust manifold turbocharger housing in the region of the control element, and wherein the actuator is an electrical rotary drive and the control element is a flap.
Stepped anchor for anchoring in a base or a component, having a plurality of expandable tension members (1, 2), wherein at least two of the tension members (1, 2) have a different defined free anchor length Ltf, characterised in that the respective expansion rigidities of the at least two tension members (1, 2) in the region of the respective free anchor length Ltf thereof are defined in such a manner that the at least two tension members (1, 2) after a simultaneous common expansion by the same expansion path for each tension member (1, 2) have a substantially identical predetermined tension state or a substantially identical predetermined tension.
A brushing device (100, 700) comprising: a motor including a drive shaft with an eccentric portion integrally formed therewith; an output shaft operably connected to the eccentric drive shaft; a power train assembly (130, 730) coupled between the eccentric drive shaft and the output shaft, wherein the power train assembly (130, 730) converts rotation of the eccentric drive shaft into an oscillation movement of the output shaft; a brush head (104, 320) removably connected to the output shaft, wherein oscillating movement of the output shaft causes the brush head (104, 320) to oscillate correspondingly; and a main fluid passage in fluid communication with a fluid source and a brush fluid conduit in the brush head (104, 320), wherein a portion of the main fluid passage is formed within the power train assembly (130, 730). a motor including a drive shaft with an eccentric portion integrally formed therewith; an output shaft operably connected to the eccentric drive shaft; a power train assembly (130, 730) coupled between the eccentric drive shaft and the output shaft, wherein the power train assembly (130, 730) converts rotation of the eccentric drive shaft into an oscillation movement of the output shaft; a brush head (104, 320) removably connected to the output shaft, wherein oscillating movement of the output shaft causes the brush head (104, 320) to oscillate correspondingly; and a main fluid passage in fluid communication with a fluid source and a brush fluid conduit in the brush head (104, 320), wherein a portion of the main fluid passage is formed within the power train assembly (130, 730).
An additive manufacturing method by deposition of molten wire in successive layers on a printing support in a manufacturing chamber to manufacture a three-dimensional part, comprising the following steps: - a feeding step of at least one raw material, - a step of processing the raw material into molten material in a fixed processing unit located outside said manufacturing chamber, - a step of conveying the molten material at its processing temperature and viscosity in a flexible heating tube from said fixed processing unit to a mobile deposition unit located in said manufacturing chamber, and - a step of depositing said molten material in the form of a molten wire in successive layers on said printing support by said mobile deposition unit until the part to be manufactured is obtained. - a feeding step of at least one raw material, - a step of processing the raw material into molten material in a fixed processing unit located outside said manufacturing chamber, - a step of conveying the molten material at its processing temperature and viscosity in a flexible heating tube from said fixed processing unit to a mobile deposition unit located in said manufacturing chamber, and - a step of depositing said molten material in the form of a molten wire in successive layers on said printing support by said mobile deposition unit until the part to be manufactured is obtained.
An image display method, applied in a display driver integrated circuit (DDIC) chip of a display screen including a large-range frequency conversion (ADFR), the method comprising: performing image scanning based on first image frame data issued by an application processor, and performing frame compensation on the first image frame data; stopping, in response to a compensation-stopping instruction issued by the AP, the frame compensation and waiting for the AP to issue second image frame data, the compensation-stopping instruction being used to instruct the AP to prepare to issue the second image frame data; and performing, in response to receiving the second image frame data issued by the AP, image scanning based on the second image frame data and resuming the frame compensation on the second image frame data, wherein the frame compensation is a process of optically compensating a display picture during non-image scans between adjacent image scans based on a Gamma parameter to avoid sudden changes in picture brightness, and wherein the compensation-stopping instruction is generated by AP during image frame data synthesis through a SurfaceFlinger, and the compensation-stopping instruction is issued by the AP to the DDIC chip during a next low level of a Tearing Effect signal generated by the DDIC. performing image scanning based on first image frame data issued by an application processor, and performing frame compensation on the first image frame data; stopping, in response to a compensation-stopping instruction issued by the AP, the frame compensation and waiting for the AP to issue second image frame data, the compensation-stopping instruction being used to instruct the AP to prepare to issue the second image frame data; and performing, in response to receiving the second image frame data issued by the AP, image scanning based on the second image frame data and resuming the frame compensation on the second image frame data, wherein the frame compensation is a process of optically compensating a display picture during non-image scans between adjacent image scans based on a Gamma parameter to avoid sudden changes in picture brightness, and wherein the compensation-stopping instruction is generated by AP during image frame data synthesis through a SurfaceFlinger, and the compensation-stopping instruction is issued by the AP to the DDIC chip during a next low level of a Tearing Effect signal generated by the DDIC.
A bellows pump device that supplies pressurized air to a hermetic suction-side air chamber thereby to cause a bellows to perform expansion operation to suck a transport fluid, and supply pressurized air to a hermetic discharge-side air chamber thereby to cause the bellows to perform contraction operation to discharge the transport fluid, the bellows pump device comprising: an electropneumatic regulator (51,52) configured to adjust a first air pressure that is an air pressure of the pressurized air to be supplied to the suction side air chamber, and a second air pressure that is an air pressure of the pressurized air to be supplied to the discharge-side air chamber; and characterized by comprising a control unit configured to control the electropneumatic regulator such that, at least at a time point of end of expansion during expansion operation of the bellows, the first air pressure is lower than the second air pressure. an electropneumatic regulator (51,52) configured to adjust a first air pressure that is an air pressure of the pressurized air to be supplied to the suction side air chamber, and a second air pressure that is an air pressure of the pressurized air to be supplied to the discharge-side air chamber; and characterized by comprising a control unit configured to control the electropneumatic regulator such that, at least at a time point of end of expansion during expansion operation of the bellows, the first air pressure is lower than the second air pressure.
A condenser (40; 140) for a bioreactor exhaust, comprising: an inlet adapted to be fluidically connected to a bioreactor exhaust port, a cooling chamber (3; 103) fluidically connected to said inlet and via a filter device to an outlet, at least one cooling conduit (6;106) in contact with said cooling chamber, a heating conduit in contact with said filter device and a vortex tube arranged to convey a cold gas stream through said cooling conduit and to convey a hot gas stream through said heating conduit, wherein said filter device is mounted in an outer filter housing and said heating conduit is located inside the outer filter housing. an inlet adapted to be fluidically connected to a bioreactor exhaust port, a cooling chamber (3; 103) fluidically connected to said inlet and via a filter device to an outlet, at least one cooling conduit (6;106) in contact with said cooling chamber, a heating conduit in contact with said filter device and a vortex tube arranged to convey a cold gas stream through said cooling conduit and to convey a hot gas stream through said heating conduit, wherein said filter device is mounted in an outer filter housing and said heating conduit is located inside the outer filter housing.
A hearing system for improving speech intelligibility for a hearing aid user in a public place with music included in the background noise, said hearing system including a hearing aid and a personal communication device, and said hearing aid and said personal communication device both including a short range radio transceiver (15, 29) for providing a short range radio communication link, - said hearing aid including: ∘ an input transducer (11, 12) picking up an audio signal from the environment and providing an electric input signal accordingly; ∘ a signal processor processing an electric input signal according to audio processing parameters of the hearing aid, and outputting a processed electric signal; ∘ an output transducer providing an output audio signal based upon the processed electric signal; - said personal communication device including: ∘ a processing unit adapted for retrieving a music stream signal corresponding to the music present in the background noise; ∘ said processing unit adapted to stream the music stream signal to the hearing aid via said short range radio communication link; and - wherein the signal processor of the hearing aid is adapted to to combine the input signal from the input transducer (11, 12) and the music stream signal of the personal communication device in order to reduce the prevalence of the music included in the background noise from the output audio signal delivered by the output transducer. - said hearing aid including: ∘ an input transducer (11, 12) picking up an audio signal from the environment and providing an electric input signal accordingly; ∘ a signal processor processing an electric input signal according to audio processing parameters of the hearing aid, and outputting a processed electric signal; ∘ an output transducer providing an output audio signal based upon the processed electric signal; ∘ an input transducer (11, 12) picking up an audio signal from the environment and providing an electric input signal accordingly; ∘ a signal processor processing an electric input signal according to audio processing parameters of the hearing aid, and outputting a processed electric signal; ∘ an output transducer providing an output audio signal based upon the processed electric signal; - said personal communication device including: ∘ a processing unit adapted for retrieving a music stream signal corresponding to the music present in the background noise; ∘ said processing unit adapted to stream the music stream signal to the hearing aid via said short range radio communication link; and ∘ a processing unit adapted for retrieving a music stream signal corresponding to the music present in the background noise; ∘ said processing unit adapted to stream the music stream signal to the hearing aid via said short range radio communication link; and - wherein the signal processor of the hearing aid is adapted to to combine the input signal from the input transducer (11, 12) and the music stream signal of the personal communication device in order to reduce the prevalence of the music included in the background noise from the output audio signal delivered by the output transducer.
A photo sharing method comprising: receiving, from a user, a party photo sharing instruction regarding a to-be-shared party photo set, wherein the to-be-shared party photo set comprises at least one party photo; acquiring a face recognition result, obtained by conducting face detection on each party photo contained in the to-be-shared party photo set, and determining a face image set comprising the clustering results of all detected faces contained in the to-be-shared party photo set, where each cluster corresponds to multiple face images of one person; determining the number of occurrences of face images representing the same person in the face image set according to the face recognition result; deleting, from the face image set, all the face images representing the same person whose number of occurrences is smaller than a preset number; determining, from each contact photo contained in a contact list, each contact photo respectively matched with each face image in the face image set, each matched contact photo being a target contact photo; and respectively sending the to-be-shared party photo set to each target contact according to contact information corresponding to the target contact photo. receiving, from a user, a party photo sharing instruction regarding a to-be-shared party photo set, wherein the to-be-shared party photo set comprises at least one party photo; acquiring a face recognition result, obtained by conducting face detection on each party photo contained in the to-be-shared party photo set, and determining a face image set comprising the clustering results of all detected faces contained in the to-be-shared party photo set, where each cluster corresponds to multiple face images of one person; determining the number of occurrences of face images representing the same person in the face image set according to the face recognition result; deleting, from the face image set, all the face images representing the same person whose number of occurrences is smaller than a preset number; determining, from each contact photo contained in a contact list, each contact photo respectively matched with each face image in the face image set, each matched contact photo being a target contact photo; and respectively sending the to-be-shared party photo set to each target contact according to contact information corresponding to the target contact photo.
Aqueous-based composition which comprises a) 1 to 20 weight% octenidine, b) 0.001 to 1 weight% at least one stabilizer selected selected from α-tocopherol, 2,6-di-tert-butyl-4-methylphenol, tocopherol acetate, 2-tert-butyl-4-hydroxyanisole and/or 3-tert-butyl-4-hydroxyanisole, dodecyl gallate and ascorbic acid and c) 0.1 to 20 weight% at least one fatty alcohol polyalkoxylate. a) 1 to 20 weight% octenidine, b) 0.001 to 1 weight% at least one stabilizer selected selected from α-tocopherol, 2,6-di-tert-butyl-4-methylphenol, tocopherol acetate, 2-tert-butyl-4-hydroxyanisole and/or 3-tert-butyl-4-hydroxyanisole, dodecyl gallate and ascorbic acid c) 0.1 to 20 weight% at least one fatty alcohol polyalkoxylate.
A robotic system comprising: a surgical tool being moveable along a path; a manipulator supporting said surgical tool and being configured to move said surgical tool along the path; a path generator being configured to determine the path; an orientation generator being configured to determine at least first and second acceptable orientations for said surgical tool with respect to the path; a manipulator controller in communication with said path generator and said orientation generator; a sensor being configured to sense forces applied to said surgical tool; and wherein said manipulator controller is configured to: instruct said manipulator to autonomously move said surgical tool along the path in the first acceptable orientation; identify an altered orientation for said surgical tool with respect to the path based on forces sensed by said sensor; compare the altered orientation to the second acceptable orientation; and maintain said surgical tool in the first acceptable orientation along the path in response to determining that the altered orientation does not correspond to the second acceptable orientation. a surgical tool being moveable along a path; a manipulator supporting said surgical tool and being configured to move said surgical tool along the path; a path generator being configured to determine the path; an orientation generator being configured to determine at least first and second acceptable orientations for said surgical tool with respect to the path; a manipulator controller in communication with said path generator and said orientation generator; a sensor being configured to sense forces applied to said surgical tool; and wherein said manipulator controller is configured to: instruct said manipulator to autonomously move said surgical tool along the path in the first acceptable orientation; identify an altered orientation for said surgical tool with respect to the path based on forces sensed by said sensor; compare the altered orientation to the second acceptable orientation; and maintain said surgical tool in the first acceptable orientation along the path in response to determining that the altered orientation does not correspond to the second acceptable orientation. instruct said manipulator to autonomously move said surgical tool along the path in the first acceptable orientation; identify an altered orientation for said surgical tool with respect to the path based on forces sensed by said sensor; compare the altered orientation to the second acceptable orientation; and maintain said surgical tool in the first acceptable orientation along the path in response to determining that the altered orientation does not correspond to the second acceptable orientation.