mhurhangee/ep-ind-claims huggingface dataset:
An actuating system for an actuatable door, comprising: a rotatable drive shaft; a rotatable latch shaft; a latching device comprising: at least two latches that are non-rotatably mounted to the rotatable latch shaft and adapted for maintaining the actuatable door in a closed position when the at least two latches are in a latched position, a latch securing unit that is adapted for maintaining the at least two latches in the latched position when the latch securing unit is in a securing position, and at least two lock lever counterparts (264, 266) that are non-rotatably mounted to the rotatable latch shaft; and a locking device comprising: a lock lever that is non-rotatably mounted to the rotatable drive shaft and adapted for engaging with the at least two lock lever counterparts (264, 266) to prevent the latch securing unit from disengaging from the securing position thereby locking the at least two latches in the latched position when the lock lever is in a locked position. a rotatable drive shaft; a rotatable latch shaft; a latching device comprising: at least two latches that are non-rotatably mounted to the rotatable latch shaft and adapted for maintaining the actuatable door in a closed position when the at least two latches are in a latched position, a latch securing unit that is adapted for maintaining the at least two latches in the latched position when the latch securing unit is in a securing position, and at least two lock lever counterparts (264, 266) that are non-rotatably mounted to the rotatable latch shaft; and at least two latches that are non-rotatably mounted to the rotatable latch shaft and adapted for maintaining the actuatable door in a closed position when the at least two latches are in a latched position, a latch securing unit that is adapted for maintaining the at least two latches in the latched position when the latch securing unit is in a securing position, and at least two lock lever counterparts (264, 266) that are non-rotatably mounted to the rotatable latch shaft; and a locking device comprising: a lock lever that is non-rotatably mounted to the rotatable drive shaft and adapted for engaging with the at least two lock lever counterparts (264, 266) to prevent the latch securing unit from disengaging from the securing position thereby locking the at least two latches in the latched position when the lock lever is in a locked position.
A Lactobacillus plantarum strain selected from the Lactobacillus plantarum strain deposited at Leibniz-Institut DSMZ - Deutsche Sammlung von Mikroorganismen und Zellkulturen GmbH on October 17 th 2013 under accession number DSM 27870 and the Lactobacillus plantarum strain deposited at Leibniz-Institut DSMZ - Deutsche Sammlung von Mikroorganismen und Zellkulturen GmbH on October 30th 2013 under accession number DSM 26329.
A disc brake for a vehicle, preferably a commercial vehicle, having - a calliper engaging over a brake disc and brake linings on both sides of the brake disc, - a brake application device which can be actuated by a force member and preferably a pneumatic cylinder, - an adjustment device for offsetting the wear of the brake lining and brake disc, which adjustment device is arranged on an adjustment axis extending in the direction of application, and having a drive element which is rotatable about the adjustment axis, and - a brake lever, which is part of the brake application device and is made up of a brake application shaft, which is mounted in the calliper on a pivot axis and is supported in a rotatably movable manner against a pressure piece working against the brake application-side brake lining, and a lever arm connected to the brake application shaft, the pivot centre line of which lever arm extends perpendicularly to the brake application shaft, and which is provided in the region of its outer end with a support for the force member, wherein the brake lever has a clearance in extension of the lever arm inwardly, through which clearance the adjustment axis extends, - a gear, which couples the brake lever to the drive element and is made up of a pin on the brake lever and a link, cooperating therewith, on the drive element, wherein the pin is arranged on the inner end of the lever arm in the plane defined by the pivoting movement of the lever arm, characterized in that the pin has an outwardly curved outer contour over the largest part of its length and that the radius of curvature (R, R',...) of the outer contour is larger at every longitudinal position than half the cross-sectional diameter (r, r',...) of the pin at this position. - a calliper engaging over a brake disc and brake linings on both sides of the brake disc, - a brake application device which can be actuated by a force member and preferably a pneumatic cylinder, - an adjustment device for offsetting the wear of the brake lining and brake disc, which adjustment device is arranged on an adjustment axis extending in the direction of application, and having a drive element which is rotatable about the adjustment axis, and - a brake lever, which is part of the brake application device and is made up of a brake application shaft, which is mounted in the calliper on a pivot axis and is supported in a rotatably movable manner against a pressure piece working against the brake application-side brake lining, and a lever arm connected to the brake application shaft, the pivot centre line of which lever arm extends perpendicularly to the brake application shaft, and which is provided in the region of its outer end with a support for the force member, wherein the brake lever has a clearance in extension of the lever arm inwardly, through which clearance the adjustment axis extends, - a gear, which couples the brake lever to the drive element and is made up of a pin on the brake lever and a link, cooperating therewith, on the drive element, wherein the pin is arranged on the inner end of the lever arm in the plane defined by the pivoting movement of the lever arm,
A pneumatic tire comprising: a tread formed with a plurality of blocks (22, 26, 30) partitioned by a plurality of circumferential direction grooves (14, 16, 18) extending along a tire circumferential direction and by a plurality of width direction grooves (20, 24, 28) that intersect with the circumferential direction grooves (14, 16, 18); and inside notched portions (34, 36, 38) formed by notching corner portions on tire width direction insides of tread-in sides of the blocks (22, 26, 30), characterized in that the inside notched portions provided at blocks nearest, in the tire width direction, to the tire equator are notched to a greater extent than the inside notched portions (36, 38) provided at other blocks (26, 30). a tread formed with a plurality of blocks (22, 26, 30) partitioned by a plurality of circumferential direction grooves (14, 16, 18) extending along a tire circumferential direction and by a plurality of width direction grooves (20, 24, 28) that intersect with the circumferential direction grooves (14, 16, 18); and inside notched portions (34, 36, 38) formed by notching corner portions on tire width direction insides of tread-in sides of the blocks (22, 26, 30), characterized in that the inside notched portions provided at blocks nearest, in the tire width direction, to the tire equator are notched to a greater extent than the inside notched portions (36, 38) provided at other blocks (26, 30).
An image processing apparatus comprising: an image sensor including a plurality of first pixels configured to detect an image and a plurality of second pixels configured to generate signals for focus detection, the image sensor being configured to perform a first sampling on both of the plurality of first pixels and the plurality of second pixels, by binning values of at least two of the plurality of the first pixels without binning values of the plurality of second pixels, and to output a first sampling image, based on the first sampling; and an image processor configured to restore values of the plurality of second pixels to be image pixel values for locations of the plurality of second pixels included in the first sampling image by replacing the values of the plurality of second pixels included in the first sampling image with the restored values, to output a restored image based on the restored values of the plurality of second pixels, to subsequently perform binning on pixels of the restored image using a predetermined method, and to output a reduced resolution image with a resolution reduced at a predetermined rate from the restored image, based on the binning on pixels of the restored image. an image sensor including a plurality of first pixels configured to detect an image and a plurality of second pixels configured to generate signals for focus detection, the image sensor being configured to perform a first sampling on both of the plurality of first pixels and the plurality of second pixels, by binning values of at least two of the plurality of the first pixels without binning values of the plurality of second pixels, and to output a first sampling image, based on the first sampling; and an image processor configured to restore values of the plurality of second pixels to be image pixel values for locations of the plurality of second pixels included in the first sampling image by replacing the values of the plurality of second pixels included in the first sampling image with the restored values, to output a restored image based on the restored values of the plurality of second pixels, to subsequently perform binning on pixels of the restored image using a predetermined method, and to output a reduced resolution image with a resolution reduced at a predetermined rate from the restored image, based on the binning on pixels of the restored image.
Method for heat transfer for a vehicle, wherein waste heat contained in an exhaust gas of the vehicle is stored in a heat store of the vehicle, wherein thermal energy stored in the heat store is conducted to at least one of multiple heat sinks, wherein the heat store is thermally couplable to and decouplable from the multiple heat sinks, and wherein, in the coupled state, a heat quantity that is conducted to the at least one heat sink per unit of time is set to a predetermined value, characterized in that, as a transfer medium, a thermal oil is used to couple the heat store to the heat sinks, and in that the thermal oil is designed to be chemically stable up to a temperature of 200°C.
A process for production of malic acid, the process comprising: (a) obtaining a feed comprising one or more of crude maleic anhydride, pure maleic anhydride, crude maleic acid, crude fumaric acid, pure maleic acid, pure fumaric acid, vent gas scrubber solutions from production of maleic anhydride, and vent gas scrubber solutions from production of phthalic anhydride; (b) passing the feed in a tubular reactor assembly to obtain a first product stream comprising unreacted feed and malic acid, wherein the feed is made to undergo hydration reaction in the tubular reactor assembly for a first predetermined time period; and (c) causing further hydration of the first product stream in a stirred tank reactor assembly for a second predetermined time period to obtain a final product stream comprising malic acid. (a) obtaining a feed comprising one or more of crude maleic anhydride, pure maleic anhydride, crude maleic acid, crude fumaric acid, pure maleic acid, pure fumaric acid, vent gas scrubber solutions from production of maleic anhydride, and vent gas scrubber solutions from production of phthalic anhydride; (b) passing the feed in a tubular reactor assembly to obtain a first product stream comprising unreacted feed and malic acid, wherein the feed is made to undergo hydration reaction in the tubular reactor assembly for a first predetermined time period; and (c) causing further hydration of the first product stream in a stirred tank reactor assembly for a second predetermined time period to obtain a final product stream comprising malic acid.
A high-voltage fusing apparatus, comprising a current fuse, a temperature fuse, and a current-carrying fuse; wherein the current fuse is connected in series with the temperature fuse; a series branch of the current fuse and the temperature fuse is connected in parallel with the current-carrying fuse; a resistance value of the current fuse is greater than a resistance value of the temperature fuse; and a resistance value of the current-carrying fuse is less than the resistance value of the current fuse; and a fusing temperature of the current-carrying fuse is lower than a fusing temperature of the temperature fuse, and the high-voltage fusing apparatus further comprises an insulating shell and a cover plate, characterised in that the insulating shell and the cover plate form a current fusing cavity, a temperature fusing cavity and a current-carrying fusing cavity to package the current fuse, the temperature fuse and the current-carrying fuse, respectively, wherein the current fusing cavity, the temperature fusing cavity and the current-carrying fusing cavity are isolated from each other; and the insulating shell and the cover plate are sealed by a sealing adhesive. the current fuse is connected in series with the temperature fuse; a series branch of the current fuse and the temperature fuse is connected in parallel with the current-carrying fuse; a resistance value of the current fuse is greater than a resistance value of the temperature fuse; and a resistance value of the current-carrying fuse is less than the resistance value of the current fuse; and a fusing temperature of the current-carrying fuse is lower than a fusing temperature of the temperature fuse, and the high-voltage fusing apparatus further comprises an insulating shell and a cover plate, characterised in that the insulating shell and the cover plate form a current fusing cavity, a temperature fusing cavity and a current-carrying fusing cavity to package the current fuse, the temperature fuse and the current-carrying fuse, respectively, wherein the current fusing cavity, the temperature fusing cavity and the current-carrying fusing cavity are isolated from each other; and the insulating shell and the cover plate are sealed by a sealing adhesive.
Training device comprising two gripping elements, a rotating body made from solid material formed as a massive flywheel and arranged between these gripping elements, and having two passages extending through the rotating body, through which passages a rope connected to the gripping elements is guided, wherein the rotating body is able to be moved in rotation around an axis of rotation after twisting the rope and by repeated pulling on the rope, characterised in that, the passages are formed to run at least partially at an angle relative to the axis of rotation in such a way that, in the training operation, due to the tensile force exerted when pulling on the rope, this is pushed against a wall region of the passages as a result of the non-parallel alignment of the passages, such that the friction between the rope and the wall region of the passages is increased.
Harvesting device with two pivotably mounted rakes (15, 16; 45, 46; 65, 66) pivotable between a position in which they are pivoted towards each other and a position in which they are pivoted away from each other, wherein each rake (15, 16; 45, 46; 65, 66) comprises a plurality of fingers (17, 18, 19, 20), which are arranged next to one another in a direction of view parallel to a pivot axis of a rake (15, 16; 45, 46; 65, 66), and with a drive unit comprising at least one drive element pivoting the rakes (15, 16; 45, 46; 65, 66) to and fro about their pivot axis in opposite directions in operation, wherein each rake (15, 16; 45, 46; 65, 66) is held by a rake support, wherein each rake (15, 16; 45, 46; 65, 66) has an inner finger (17, 18) facing the other rake (15, 16; 45, 46; 65, 66), wherein a first gap and a second gap are formed in the direction of view parallel to a pivot axis of a rake (15, 16; 45, 46; 65, 66) in the position in which the rakes (15, 16; 45, 46; 65, 66) are pivoted towards each other, wherein the first gap is at least partially bounded by the rake support and the drive element and wherein the second gap is at least partially bounded by the inner finger of the first rake (15, 45, 65) and by the inner finger of the second rake (16, 46, 66), characterised in that the harvesting device has a locking device (33; 53; 73), which comprises at least one locking element (34, 35; 54, 55; 74, 75), which is moved with a rake (15, 16; 45, 46; 65, 66) and extends in the direction of view parallel to a pivot axis of a rake (15, 16; 45, 46; 65, 66) between the first gap and the second gap, and in that the locking device (33; 53; 73) separates the first gap and the second gap in each position of the rakes (15, 16; 45, 46; 65, 66) in such a way that the gaps (29, 30) are in the direction of view parallel to a pivot axis of a rake (15, 16; 45, 46; 65, 66) at most connected by way of a gap of no more than 5 mm.
Device for checking pharmaceutical products, in particular hard gelatine capsules, by means of at least one radiation source, preferably embodied as an x-ray radiation source, comprising a conveying apparatus, by means of which the products are incrementally conveyed into a radiation region of the radiation source, wherein the radiation is detected on the side of the products lying opposite to the radiation source by means of at least one sensor element coupled to an evaluation apparatus, wherein the conveying apparatus is embodied as a conveying wheel, rotatable in steps about a vertically disposed axis, wherein the products are disposed in receptacles of the conveying wheel during the conveyance thereof in the radiation region, wherein the receptacles are embodied as vertically disposed receptacle bores for the products, and wherein the receptacle bores are disposed in format parts which are exchangeably fastened to the conveying wheel, characterized in that the format part consists of a material, in particular a plastic, transmissive to the radiation of the radiation source, in that the central axis of the radiation cone of the x-ray radiation sources extends perpendicular to the longitudinal axis of the products such that the products are irradiated in a plane perpendicular to the longitudinal axis thereof and in that the products are irradiated within the conveying wheel.
A device comprising: a device package that is separate and remote from an associated cellular phone; and a controller provided within the package for interacting with the associated cellular phone via a phone communication module to allow a user to manage at least incoming calls to the cellular phone using one or more user interface components provided within the package to interact with the user, the user interface components including one or more of a vibrating incoming call indicator, a display, a touch screen, and an accelerometer, wherein the controller is adapted to notify the user if the associated cellular phone is nearing a limit of a communication range between the device package and the cellular phone, characterised in that, the controller is adapted to send the incoming call directly to voicemail, wherein the incoming call is sent to voicemail in response to a selection action by the user via the user interface components. a device package that is separate and remote from an associated cellular phone; and a controller provided within the package for interacting with the associated cellular phone via a phone communication module to allow a user to manage at least incoming calls to the cellular phone using one or more user interface components provided within the package to interact with the user, the user interface components including one or more of a vibrating incoming call indicator, a display, a touch screen, and an accelerometer, wherein the controller is adapted to notify the user if the associated cellular phone is nearing a limit of a communication range between the device package and the cellular phone, characterised in that, the controller is adapted to send the incoming call directly to voicemail, wherein the incoming call is sent to voicemail in response to a selection action by the user via the user interface components.
A weaving device for the manufacture of a piece of a textile article from a continuous thread-type element, said device comprising: - a support, which is flat, or is flat and comprises one or more non-flat zone(s), preferably convex, or consists of one or more non-flat zone(s), preferably convex - winding segments, - a means suitable for positioning or removing winding segments on the support according to the outline of a shape to be manufactured corresponding to the pattern of the textile article, - a means suitable for delivering and winding the thread-type element around the winding segments, - a supply of thread-type element, - optionally a base for one or more coil (s) of a thread-type element (9, said device is characterized in that - mechanical electronic means for moving the means suitable for positioning or removing winding segments on the support and suitable for delivering and winding the thread-type element around the winding segments in three dimensions along the axes "X", "Y" and "Z" in a system of rectangular coordinates as well as on 2 axes of alpha and beta rotations in an angular system according to a predetermined sequence and pattern, and - a control system comprising a software controlling the movement of the means suitable for positioning or removing winding segments on the support and suitable for delivering and winding the thread-type element around the winding segments allowing the winding segments to be placed on the support, and to carry out the winding of the thread-type element around of said winding segments. - a support, which is flat, or is flat and comprises one or more non-flat zone(s), preferably convex, or consists of one or more non-flat zone(s), preferably convex is flat and comprises one or more non-flat zone(s), preferably convex, or consists of one or more non-flat zone(s), preferably convex - winding segments, - a means suitable for positioning or removing winding segments on the support according to the outline of a shape to be manufactured corresponding to the pattern of the textile article, - a means suitable for delivering and winding the thread-type element around the winding segments, - a supply of thread-type element, - optionally a base for one or more coil (s) of a thread-type element (9, said device is characterized in that - mechanical electronic means for moving the means suitable for positioning or removing winding segments on the support and suitable for delivering and winding the thread-type element around the winding segments in three dimensions along the axes "X", "Y" and "Z" in a system of rectangular coordinates as well as on 2 axes of alpha and beta rotations in an angular system according to a predetermined sequence and pattern, and - a control system comprising a software controlling the movement of the means suitable for positioning or removing winding segments on the support and suitable for delivering and winding the thread-type element around the winding segments allowing the winding segments to be placed on the support, and to carry out the winding of the thread-type element around of said winding segments.