mhurhangee/ep-ind-claims huggingface dataset:
A method for processing messages of a first processor and a second processor in a communication module of a programmable logic controller comprising the first processor, the second processor and a shared memory comprising a first sector for storing high-priority messages and a second sector for storing low-priority messages, the method comprising: determining, by the first processor, a priority order to be processed by the second processor and writing a request message in the first sector or the second sector of the shared memory according to the priority order; processing, by the second processor, communication for the request message of the first sector with precedence over the second sector; characterized in that the method further comprising checking, by the second processor, the priority order of the request message and writing a response message in the first sector or the second sector of the shared memory according to the priority order; and reading, by the first processor, the response message of the first sector with precedence over the second sector and moving to a corresponding message function address. determining, by the first processor, a priority order to be processed by the second processor and writing a request message in the first sector or the second sector of the shared memory according to the priority order; processing, by the second processor, communication for the request message of the first sector with precedence over the second sector; characterized in that the method further comprising checking, by the second processor, the priority order of the request message and writing a response message in the first sector or the second sector of the shared memory according to the priority order; and reading, by the first processor, the response message of the first sector with precedence over the second sector and moving to a corresponding message function address.
A shielding device with a shielding element having at least one fastening eye for fastening the shielding device to a fastening partner piece and for accommodating a fastener; the fastening eye is supported so that it is able to move in a fastening recess of the shielding device, whereas the fastening eye is supported so that it is able to flex in an axial direction relative to the shielding element by means of a flexibly embodied coupling device and when acted on by friction force, is able to move in the fastening recess at least in a radial direction relative to the shielding element, with the friction force being generated by radially outer regions of the coupling device cooperating in a resiliently prestressed fashion with sliding zones of opposing outsides (14, 15) of the shielding element, characterized in that the sliding zones are composed of raised regions in the vicinity of the fastening recesses.
A RF coil compression system for use with an MRI system having a main magnetic field configured to image a patient's breast comprising: a first compression plate configured to be adjacent to the patient's breast comprising a first plurality of RF coil elements, the first compression plate positioned in a plane oriented orthogonal to a direction of the main magnetic field and also orthogonal to a superior-inferior direction, the first RF coil elements having a reception sensitivity to a B1 field substantially oriented in a first direction throughout the breast wherein the first direction is configured to be orthogonal to the main magnetic field of the MRI system; and a second compression plate, configured to be positioned opposing the first compression plate and on an other side of the breast and parallel to the first compression plate and also orthogonal to the superior-inferior direction, the second compression plate comprising a second plurality of RF coil elements, the compression system characterised by the second plurality of RF coil elements having a reception sensitivity to a B1 field oriented in a direction substantially orthogonal to the first direction and to the main magnetic field of the MRI system throughout the patient's breast and further characterised by the first plurality of RF coil elements and the second plurality of RF coil elements each comprising a first butterfly RF coil element, disposed adjacent to a second butterfly RF coil element, wherein the first butterfly RF coil element is configured to overlap the second butterfly RF coil element along a length of the first and the second butterfly RF coil elements. a first compression plate configured to be adjacent to the patient's breast comprising a first plurality of RF coil elements, the first compression plate positioned in a plane oriented orthogonal to a direction of the main magnetic field and also orthogonal to a superior-inferior direction, the first RF coil elements having a reception sensitivity to a B1 field substantially oriented in a first direction throughout the breast wherein the first direction is configured to be orthogonal to the main magnetic field of the MRI system; and a second compression plate, configured to be positioned opposing the first compression plate and on an other side of the breast and parallel to the first compression plate and also orthogonal to the superior-inferior direction, the second compression plate comprising a second plurality of RF coil elements, the compression system characterised by the second plurality of RF coil elements having a reception sensitivity to a B1 field oriented in a direction substantially orthogonal to the first direction and to the main magnetic field of the MRI system throughout the patient's breast and further characterised by the first plurality of RF coil elements and the second plurality of RF coil elements each comprising a first butterfly RF coil element, disposed adjacent to a second butterfly RF coil element, wherein the first butterfly RF coil element is configured to overlap the second butterfly RF coil element along a length of the first and the second butterfly RF coil elements.
A chromatography system comprising a main column comprising a chromatography resin, a first guard column and a second guard column, wherein the first guard column is connected to a first end of the main column, the second guard column is connected to a second end of the main column, wherein a first concentration detector is connected between said first end of the main column and said first guard column and a second concentration detector is connected between said second end of the main column and said second guard column.
Method for operating a vehicle, comprising the following steps: - sensing the surroundings of the vehicle, - detecting a steering angle, specified by means of a steering device, for a vehicle wheel, - determining a collision probability for the vehicle when the steering angle is unchanged, on the basis of the sensed surroundings of the vehicle and the detected steering angle, - correcting the steering angle if the determined collision probability is greater than or equal to a predetermined collision probability threshold value, in order to prevent a collision, - wherein the steering angle is corrected only within a steering direction which is specified by means of the steering device, - wherein it is determined whether the specified steering direction of the steering device has to be changed even when the steering angle is corrected, in order to prevent the collision, and wherein, if this is the case, a warning to change the steering direction is output. - sensing the surroundings of the vehicle, - detecting a steering angle, specified by means of a steering device, for a vehicle wheel, - determining a collision probability for the vehicle when the steering angle is unchanged, on the basis of the sensed surroundings of the vehicle and the detected steering angle, - correcting the steering angle if the determined collision probability is greater than or equal to a predetermined collision probability threshold value, in order to prevent a collision, - wherein the steering angle is corrected only within a steering direction which is specified by means of the steering device, - wherein it is determined whether the specified steering direction of the steering device has to be changed even when the steering angle is corrected, in order to prevent the collision, and wherein, if this is the case, a warning to change the steering direction is output.
Method for the maintenance of a first wind energy installation from a group of wind energy installations (14, 15) comprising the following steps: a. identifying a future maintenance time period in which a boost power of the group of wind energy installations (14, 15) is greater than a prescribed threshold value, wherein the boost power results from a wind speed predicted for the future maintenance time period, said wind speed being greater than a rated wind speed; b. reducing the power of the first wind energy installation after the start of the maintenance time period and drawing a boost power from a plurality of wind energy installations from the group of wind energy installations (14, 15); c. carrying out a maintenance process at the first wind energy installation. a. identifying a future maintenance time period in which a boost power of the group of wind energy installations (14, 15) is greater than a prescribed threshold value, wherein the boost power results from a wind speed predicted for the future maintenance time period, said wind speed being greater than a rated wind speed; b. reducing the power of the first wind energy installation after the start of the maintenance time period and drawing a boost power from a plurality of wind energy installations from the group of wind energy installations (14, 15); c. carrying out a maintenance process at the first wind energy installation.
A storage container comprising: a body portion that has an opening portion in one surface and has multiple shelf plates disposed at regular intervals in a vertical direction so as to support tabular objects to be stored internally and horizontally, and spacers that are disposed between the multiple shelf plates and maintain an interval between the vertically adjacent shelf plates; and a cover that covers a side surface of the body portion, other than the opening portion of the body portion, and an upper plate that covers a top and a lower plate that covers a bottom of the body portion; a shutter portion comprising multiple shield plates which are disposed so as to be supported by the lower plate while being accumulated in the direction vertical to the placement surface of a tabular object to cover the opening portion corresponding to the multiple shelf plates, each of the plurality of shield plates being movable vertically and restricted in horizontal movement by a position restriction member, the shutter portion being configured such that any particular shield plate and the other shield plates disposed on the particular shield plate, can be lifted up to make a small open space for accessing only a particular shelf plate corresponding to the particular shield plate, and wherein the body portion comprises a nozzle portion to supply clean gas internally, and a minute space between the shutter portion and the body portion is provided so as to flow out the gas supplied from the nozzle portion to the outside through the space to escape a small amount of the gas in the container. a body portion that has an opening portion in one surface and has multiple shelf plates disposed at regular intervals in a vertical direction so as to support tabular objects to be stored internally and horizontally, and spacers that are disposed between the multiple shelf plates and maintain an interval between the vertically adjacent shelf plates; and a cover that covers a side surface of the body portion, other than the opening portion of the body portion, and an upper plate that covers a top and a lower plate that covers a bottom of the body portion; a shutter portion comprising multiple shield plates which are disposed so as to be supported by the lower plate while being accumulated in the direction vertical to the placement surface of a tabular object to cover the opening portion corresponding to the multiple shelf plates, each of the plurality of shield plates being movable vertically and restricted in horizontal movement by a position restriction member, the shutter portion being configured such that any particular shield plate and the other shield plates disposed on the particular shield plate, can be lifted up to make a small open space for accessing only a particular shelf plate corresponding to the particular shield plate, and wherein the body portion comprises a nozzle portion to supply clean gas internally, and a minute space between the shutter portion and the body portion is provided so as to flow out the gas supplied from the nozzle portion to the outside through the space to escape a small amount of the gas in the container.
A method of sol-gel coating an aluminum or aluminum alloy substrate, the method comprising: (i) contacting a first alkoxysilane with water and an inorganic acid to form a first composition; (ii) contacting a zirconium alkoxide with a first organic acid to form a second composition; (iii) contacting the first composition with the second composition to form a mixture; (iv) contacting one or more second alkoxysilanes and a second organic acid with the mixture to form a sol-gel composition, the sol-gel composition having a ratio of a number of moles of silicon to a number of moles of zirconium (n Si /n Zr) ranging from 5 to 10; (v) adding a photoinitiator to the sol-gel composition; (vi) applying the sol-gel composition on an aluminum or aluminum alloy substrate a plurality of times to form a plurality of sol-gel layers; (vii) curing at least one of the plurality of sol-gel layers by UV radiation; and (viii) thermally curing the plurality of sol-gel layers to form a corrosion-resistant coating comprising the plurality of sol-gel layers. (i) contacting a first alkoxysilane with water and an inorganic acid to form a first composition; (ii) contacting a zirconium alkoxide with a first organic acid to form a second composition; (iii) contacting the first composition with the second composition to form a mixture; (iv) contacting one or more second alkoxysilanes and a second organic acid with the mixture to form a sol-gel composition, the sol-gel composition having a ratio of a number of moles of silicon to a number of moles of zirconium (n Si /n Zr) ranging from 5 to 10; (v) adding a photoinitiator to the sol-gel composition; (vi) applying the sol-gel composition on an aluminum or aluminum alloy substrate a plurality of times to form a plurality of sol-gel layers; (vii) curing at least one of the plurality of sol-gel layers by UV radiation; and (viii) thermally curing the plurality of sol-gel layers to form a corrosion-resistant coating comprising the plurality of sol-gel layers.
A method for providing reinforced interlayer connections during layered deposition modelling, comprising the steps of: a) depositing a plurality of layers (1, 2) of extrudable material with an extruder head on a build plate extending in an x and y direction; b) positioning a layer engagement member at an x-y location above the plurality of layers (1, 2) where interlayer connection between the plurality of layers (1, 2) is to be reinforced; c) lowering the layer engagement member for engagement with the plurality of layers (1, 2) wherein a pressing surface of the layer engagements member is lowered at least below an upper surface of a second most upper layer, thereby locally fusing an upper layer and the second most upper layer at the x-y location; and d) raising the layer engagement member from the plurality of layers (1, 2). a) depositing a plurality of layers (1, 2) of extrudable material with an extruder head on a build plate extending in an x and y direction; b) positioning a layer engagement member at an x-y location above the plurality of layers (1, 2) where interlayer connection between the plurality of layers (1, 2) is to be reinforced; c) lowering the layer engagement member for engagement with the plurality of layers (1, 2) wherein a pressing surface of the layer engagements member is lowered at least below an upper surface of a second most upper layer, thereby locally fusing an upper layer and the second most upper layer at the x-y location; and d) raising the layer engagement member from the plurality of layers (1, 2).
Power tool with a housing, on which a guide track is fixed, wherein the power tool has a drive motor which serves to drive a saw chain, guided on the guide track, in a running direction, wherein the saw chain has at least one cutting tooth (55, 58) which forms a roof of the saw chain, wherein the drive motor drives the saw chain via a chain wheel which is arranged in a chain wheel space, wherein the chain wheel space is covered by a chain wheel cover and wherein the chain wheel space has a peripheral wall which defines the chain wheel space adjacently to the roof of the saw chain, wherein the chain wheel space has an ejection opening for material that has been cut which opens out on the roof of the saw chain, wherein the guide track has a longitudinal middle axis which intersects the saw chain adjacently to the chain wheel in a first deflection area and adjacently to a tip of the guide track in a second deflection area, wherein the saw chain is driven in a first portion in the running direction from the first deflection area to the second deflection area and in a second portion from the second deflection area to the first deflection area, and wherein the saw chain leaves the chain wheel space at an outlet opening which is arranged on the first portion, wherein the ejection opening opens in the running direction before the first deflection area into the chain wheel space, wherein the distance (b, c, d, e) between the peripheral wall of the chain wheel space and the roof of the saw chain, when the saw chain is upright, over at least 50% of the stretch from the first deflection area to the outlet opening over the whole width (k) of the saw chain is less than approximately 18 mm, wherein a channel extends between the saw chain and the peripheral wall, characterised in that a guide part is arranged at the inlet opening into the channel and conveys material that has been cut to the ejection opening, wherein the guide part has a guide surface which defines the ejection opening, wherein the guide surface is orientated rearwards and downwards with respect to the usual placing position of the power tool and conveys chippings towards the ground.
A method of carrying out a movement along a specified path with a robot in an at least partially automated manner, wherein the method comprises the following steps: determining a deployment position ( x n) on a current path portion ( Y a1) of the specified path, for which a distance parameter, which is defined on the basis of a distance between a current position ( x a1) of the robot and the current path portion, satisfies a predetermined condition, wherein the current path portion is a path portion of the specified path on which a movement is to be carried out next, and wherein the distance parameter satisfies the predetermined condition as long as is less than, or equal to, the distance parameter for all positions in a sub-portion of the current path portion; and carrying out a movement to the deployment position with the robot as long as a deployment condition is satisfied. determining a deployment position ( x n) on a current path portion ( Y a1) of the specified path, for which a distance parameter, which is defined on the basis of a distance between a current position ( x a1) of the robot and the current path portion, satisfies a predetermined condition, wherein the current path portion is a path portion of the specified path on which a movement is to be carried out next, and wherein the distance parameter satisfies the predetermined condition as long as is less than, or equal to, the distance parameter for all positions in a sub-portion of the current path portion; and carrying out a movement to the deployment position with the robot as long as a deployment condition is satisfied.
A process for preparing a powder solid dispersion comprising quercetin, phospholipids and a carrier that is very soluble to freely soluble in water and that is selected from the group consisting of mono- and di-saccharides; polyalcohols; soluble oligo- and poly-saccharides, said process comprising dissolving or suspending in an anhydrous organic solvent and under heating quercetin, phospholipids and the carrier and then removing the solvent to obtain the powder solid dispersion, wherein the process is carried out using solvents containing less than 5% wt. of water and it does not comprise any steps of dissolution in water.
A prosthetic acetabular cup impaction plate comprising an annular cup engaging surface comprising an annular array of first shape portions (3, 4, 5, 6) which are shaped and configured as convex or concave shapes which substantially complement portions of the natural contoured shape of an acetabular rim of an acetabulum, characterised in that the first shape portions (3, 4, 5, 6) substantially complement portions of the natural contoured shape of an acetabular rim of a right side acetabulum, in which said first shape portions (3, 4, 5, 6) are intersected by an annular array of second shape portions (3a, 4a, 5a, 6a) which are shaped and configured as convex or concave shapes which substantially complement portions of the natural contoured shape of an acetabular rim of a left side acetabulum, and in which the annular array of first shape portions (3, 4, 5, 6) and the annular array of second shape portions (3a, 4a, 5a, 6a) are mirror representations of one another about a line of symmetry (B-B).
A method for determining a wrap force or a payout percentage at which to wrap a load with packaging material, the method comprising: dispensing packaging material to a load by relative rotation between the load and a packaging material dispenser; forming a rope or rolled cable from an edge portion of the packaging material; intentionally forming a tear in a portion of the packaging material; identifying a first wrap force or a first payout percentage at which the tear exhibits a first behavior; identifying a second wrap force or a second payout percentage at which the tear exhibits a second behavior; and selecting a first intermediate wrap force or a first intermediate payout percentage between the first wrap force or the first payout percentage and the second wrap force or the second payout percentage, for wrapping the load. dispensing packaging material to a load by relative rotation between the load and a packaging material dispenser; forming a rope or rolled cable from an edge portion of the packaging material; intentionally forming a tear in a portion of the packaging material; identifying a first wrap force or a first payout percentage at which the tear exhibits a first behavior; identifying a second wrap force or a second payout percentage at which the tear exhibits a second behavior; and selecting a first intermediate wrap force or a first intermediate payout percentage between the first wrap force or the first payout percentage and the second wrap force or the second payout percentage, for wrapping the load.
A dosing and conveying apparatus for flowable bulk material which can be removed from a storage container, comprising a downpipe in which a bulk cone forming element and a discharge element delimiting a passage gap are arranged and, between the bulk cone forming element and the discharge element, a rotatably driven dosing element at a distance from each other, characterized in that the discharge element is arranged as a discharge ring with a centric borehole, and the outer diameter of the discharge element corresponds to the inner diameter of the downpipe, or corresponds approximately thereto.