mhurhangee/ep-ind-claims huggingface dataset:
Method for determining a moment during operation of a steam ironing device having a steam generator at which a degree of contamination of the steam generator and its contents exceeds a predetermined maximum, comprising the steps of: - keeping account of a value of an accumulated amount of water that has been supplied to the steam generator since a set starting point; and - comparing the found value to a predetermined threshold value in order to check whether the found value is above the threshold value. - keeping account of a value of an accumulated amount of water that has been supplied to the steam generator since a set starting point; and - comparing the found value to a predetermined threshold value in order to check whether the found value is above the threshold value.
A method of displaying a plurality of items of a navigation system, the method comprising: selecting the plurality of items, wherein the selected plurality of items are of one group attribute, said group attribute being either a category of points of interest or one of traffic conditions; associating the plurality of items with a plurality of graphic attributes respectively in a manner that any two items have different graphic attributes; and displaying the plurality of items using the plurality of graphic attributes; wherein the plurality of graphic attributes include at least one of shapes, decorative frames, background or foreground patterns, geometric figures, colors, symbols and characters; characterized in that the method further comprises: receiving a voice command associated with one of the plurality of graphic attributes with a microphone; recognizing the one of the plurality of graphic attributes associated with the voice command; and selecting an item from the plurality of the items based on the recognized one graphic attribute. selecting the plurality of items, wherein the selected plurality of items are of one group attribute, said group attribute being either a category of points of interest or one of traffic conditions; associating the plurality of items with a plurality of graphic attributes respectively in a manner that any two items have different graphic attributes; and displaying the plurality of items using the plurality of graphic attributes; wherein the plurality of graphic attributes include at least one of shapes, decorative frames, background or foreground patterns, geometric figures, colors, symbols and characters; characterized in that the method further comprises: receiving a voice command associated with one of the plurality of graphic attributes with a microphone; recognizing the one of the plurality of graphic attributes associated with the voice command; and selecting an item from the plurality of the items based on the recognized one graphic attribute. receiving a voice command associated with one of the plurality of graphic attributes with a microphone; recognizing the one of the plurality of graphic attributes associated with the voice command; and selecting an item from the plurality of the items based on the recognized one graphic attribute.
An electrode for an energy storage device characterized in that it comprises a dry electrode film, the dry electrode film comprising a milled dry mixture of dry carbon and dry binder, wherein the dry binder consists of one binder compound, and wherein the dry electrode film is free of processing solvent residue and free from additional hinders other than the dry binder; and a substrate bonded to the dry electrode film.
Method for defense against a threat, comprising the following steps: - detecting the threat by means of at least one detection device, - locking at least one laser weapon system onto the threat, - emitting a laser beam (7.1) of the at least one laser weapon system onto the threat, - striking the laser beam (7.1) of the at least one laser weapon system on a surface of the threat, - the laser beam (7.1) of the at least one laser weapon system heating the surface of the threat at specific points so that the threat is imaged more intensively such that the threat emits a stronger infrared signature and stands out against a background sufficiently for a defense measure, - it being possible for the heating of the surface of the threat to be detected by an infrared seeker head of a defense measure, characterized by: - locking an illumination laser onto the threat, - fixing a laser beam (6.1) of the illumination laser onto the threat so that a fixed point is located in the visible region of the missile, - using the fixed point to align the laser beam (7.1) of the laser weapon system onto the missile, and - deploying the defense measure comprising the IR seeker head from at least one launch device after the threat has been heated. - detecting the threat by means of at least one detection device, - locking at least one laser weapon system onto the threat, - emitting a laser beam (7.1) of the at least one laser weapon system onto the threat, - striking the laser beam (7.1) of the at least one laser weapon system on a surface of the threat, - the laser beam (7.1) of the at least one laser weapon system heating the surface of the threat at specific points so that the threat is imaged more intensively such that the threat emits a stronger infrared signature and stands out against a background sufficiently for a defense measure, - it being possible for the heating of the surface of the threat to be detected by an infrared seeker head of a defense measure, - locking an illumination laser onto the threat, - fixing a laser beam (6.1) of the illumination laser onto the threat so that a fixed point is located in the visible region of the missile, - using the fixed point to align the laser beam (7.1) of the laser weapon system onto the missile, and - deploying the defense measure comprising the IR seeker head from at least one launch device after the threat has been heated.
Door-lock device for appliances, in particular for dishwashers, comprising: - a support, - a lock wheel rotationally carried by said support around an axis of rotation, in which the lock wheel comprises a hub and a plurality of locking arms radially protruding from said hub, wherein said hub comprises a plurality of retention surfaces, and - at least one retention element elastically pressed into contact with said hub to hold the lock wheel in a plurality of locking positions, characterized in said door-lock device further comprising two retention elements which act upon respective hub sections which protrude laterally from parts that are opposite to said locking arms, and wherein said retention elements are housed within their respective seats of said support and are movable in a direction that is orthogonal with respect to said axis of rotation. - a support, - a lock wheel rotationally carried by said support around an axis of rotation, in which the lock wheel comprises a hub and a plurality of locking arms radially protruding from said hub, wherein said hub comprises a plurality of retention surfaces, and - at least one retention element elastically pressed into contact with said hub to hold the lock wheel in a plurality of locking positions, said door-lock device further comprising two retention elements which act upon respective hub sections which protrude laterally from parts that are opposite to said locking arms, and wherein said retention elements are housed within their respective seats of said support and are movable in a direction that is orthogonal with respect to said axis of rotation.
A knife with a blade carrier on which a blade is mounted, wherein the blade carrier is mounted so as to be movable by means of a handle between a safety position, in which the blade is arranged in the housing, and a cutting position, in which the blade protrudes from the housing, wherein a blade change is possible when the housing is arranged relative to the handle in an open position and wherein the knife has at least one safety device, by means of which a movement into the cutting position and/or into the open position is preventable, wherein the safety device has an operating mechanism, which is connected in terms of movement to a lock element, characterised in that the operating mechanism is movable at least into a first position, in which the lock element is arranged in the movement path of the handle such that the lock element locks a movement into the open position and is movable into a second position in which the lock element is arranged in the movement path of the handle such that the lock element locks a movement into the cutting position.
In vitro method for diagnosing and/or monitoring in a subject a gastrointestinal stromal tumor, comprising: detecting in a test sample derived from the subject one or more mutations at the DNA level in any one or both of the marker genes cKIT the sequence of which is represented in figure 9 (GenBank acc. no. NM_000222.2) and PDGFRA sequence of which is represented in figure 10 (GenBank acc. no. NM_006206.4) and determining the amount of mutated DNA, wherein the amount of mutated DNA is determined by directly comparing mutated and wild-type DNA fractions; wherein the DNA is circulating DNA; wherein the presence of any one of the mutations detected in the test sample is indicative of a gastrointestinal stromal tumorin the subject, and wherein an elevated amount of mutated DNA is indicative of gastrointestinal stromal tumor progression. detecting in a test sample derived from the subject one or more mutations at the DNA level in any one or both of the marker genes cKIT the sequence of which is represented in figure 9 (GenBank acc. no. NM_000222.2) and PDGFRA sequence of which is represented in figure 10 (GenBank acc. no. NM_006206.4) and determining the amount of mutated DNA, wherein the amount of mutated DNA is determined by directly comparing mutated and wild-type DNA fractions; wherein the DNA is circulating DNA; wherein the presence of any one of the mutations detected in the test sample is indicative of a gastrointestinal stromal tumorin the subject, and wherein an elevated amount of mutated DNA is indicative of gastrointestinal stromal tumor progression.
Collective concentric flue duct for connecting a plurality of stoves (1, 1'), wherein the CLV comprises an inner pipe for the discharge of flue gases and an outer pipe for the supply of combustion air, wherein the inner pipe extends further at the top than the outer pipe, wherein the outer pipe is closed at the bottom, and wherein the inner pipe is provided at the bottom with a water outlet, characterized in that a flue gas connecting element and a combustion air connecting element are provided for each of the plurality of stoves for connecting respectively a flue gas outlet and a combustion air inlet of the stove to respectively the inner pipe and the outer pipe, wherein each flue gas connecting element is formed to guide moisture droplets from the flue gas outlet against the inner wall of the inner pipe.
DC/DC converter, which can be used as an upward and downward converter and in which by means of one or more semiconductor switches (T T, T H), such as transistors, an inductance (L 1) in the form of an active energy store, can be periodically charged and discharged, characterised in that to avoid voltage overshoots for at least one semiconductor switch (T T, T H) an RCD element is provided, wherein the capacitor (C T, C H) and the diode (D T, D H) of the RCD element are connected to one another in series and the resistor (R, R T, R H) of the RCD element can be connected either in parallel to the diode (D T, D H) or disconnected from it by means of a switch (S, S T, S H), and wherein the diode (D T, D H) of the RCD element is arranged such that it blocks in the conducting direction of the semiconductor switch (T T, T H).
A printing plate handling system (14; 20) comprising: a gas chuck for producing a film of gas between the printing plate and the gas chuck; a magnetic chuck configured to alternately attract the printing plate to the film of gas and to release the printing plate; and an actuator subsystem for moving the magnetic chuck closer to and away from the gas chuck to alternately pick up the printing plate and release the printing plate respectively; wherein the gas chuck is moveably mounted with respect to the magnetic chuck; and wherein when the printing plate is picked up by the magnetic chuck, the printing plate is lifted against the force of gravity and is held in a non-contact state with respect to both chucks (40;42). a gas chuck for producing a film of gas between the printing plate and the gas chuck; a magnetic chuck configured to alternately attract the printing plate to the film of gas and to release the printing plate; and an actuator subsystem for moving the magnetic chuck closer to and away from the gas chuck to alternately pick up the printing plate and release the printing plate respectively; wherein the gas chuck is moveably mounted with respect to the magnetic chuck; and wherein when the printing plate is picked up by the magnetic chuck, the printing plate is lifted against the force of gravity and is held in a non-contact state with respect to both chucks (40;42).
Reciprocating internal combustion engine in accordance with the four-stroke principle, with a crankcase and at least one cylinder which is arranged therein and in which a working piston is guided by a crankshaft, with at least one cylinder head which closes the cylinder and the inlet and outlet channels of which are controlled by at least in each case one inlet and outlet valve loaded by a closing spring, which inlet and outlet valves are actuable by transmission elements driven by a camshaft, and with a brake control device, by means of which a pressure build-up in the outlet system, in particular in the outlet channels, and/or an additional opening of at least one outlet valve takes place, wherein a hydraulic valve-lash-adjusting element is installed in at least one of the transmission elements or in a component, which is inserted in the transmission element, between camshaft and at least one inlet and/or outlet valve, which valve-lash-adjusting element has a piston, a cylinder housing part interacting with the piston, a return spring installed inbetween and a non-return valve, and that one or two actuable stop devices are provided which limit the movement of the piston in relation to the cylinder housing part and/or of the cylinder housing part in relation to the transmission element or to the component at least in one direction of movement, characterized in that each actuable stop device has a stop ring (5, 5a) which is guided in the transmission element or component, is loaded in one direction of movement by means of the force of a spring (7, 7a) and is loadable in the opposite direction by means of hydraulic pressure fluid, and in that a stop body on which the stop ring (5, 5a) is supportable or on which the stop rings (5, 5a) are supportable is fastened to the cylinder housing part.
A method of providing visual feedback for a display panel corresponding to a touch path on a touch panel, the method comprising: generating a polygon corresponding to a vertex array defining edges of the touch path; determining start edges and stop edges of the polygon for a row of pixels; generating bin offsets comprising values corresponding to the start edges and the stop edges; generating an accumulator value corresponding to each of the pixels based on the bin offsets, wherein generating the accumulator value comprises: initializing a count; iterating each bin offset in order; adding to the count for bin offset values corresponding to start edges and subtracting from the count for bin offset values corresponding to stop edges; and entering the count as the accumulator value corresponding to the iterated bin offset; generating a mask overlay comprising bits having values determined by whether a respective one of the accumulator values is greater than zero; and overlaying an image with the mask overlay in advance of an application processor rendering an image based on the touch path. generating a polygon corresponding to a vertex array defining edges of the touch path; determining start edges and stop edges of the polygon for a row of pixels; generating bin offsets comprising values corresponding to the start edges and the stop edges; generating an accumulator value corresponding to each of the pixels based on the bin offsets, wherein generating the accumulator value comprises: initializing a count; iterating each bin offset in order; adding to the count for bin offset values corresponding to start edges and subtracting from the count for bin offset values corresponding to stop edges; and entering the count as the accumulator value corresponding to the iterated bin offset; initializing a count; iterating each bin offset in order; adding to the count for bin offset values corresponding to start edges and subtracting from the count for bin offset values corresponding to stop edges; and entering the count as the accumulator value corresponding to the iterated bin offset; generating a mask overlay comprising bits having values determined by whether a respective one of the accumulator values is greater than zero; and overlaying an image with the mask overlay in advance of an application processor rendering an image based on the touch path.
An orthopedic device comprising: a plate; a first elongate belt member having first and second end portions (12A, 12B); a second belt member having first and second end portions (14A, 14B); a closure system coupling the first belt member to the plate, the second end portion of the second belt member connecting to the second end portion of the first belt member via the closure system; a first flexible belt attachment secured to the closure system and extending therefrom, the first belt attachment removably securing to the second end portion of the first belt member; a second flexible belt attachment secured to the closure system and extending therefrom, the second belt attachment removably securing to the second end portion of the second belt member; characterised in that the closure system is slidably mounted to the plate and arranged to move the first and second belt members (12, 14) relative to the plate between first and second linear directions (A, B). a plate; a first elongate belt member having first and second end portions (12A, 12B); a second belt member having first and second end portions (14A, 14B); a closure system coupling the first belt member to the plate, the second end portion of the second belt member connecting to the second end portion of the first belt member via the closure system; a first flexible belt attachment secured to the closure system and extending therefrom, the first belt attachment removably securing to the second end portion of the first belt member; a second flexible belt attachment secured to the closure system and extending therefrom, the second belt attachment removably securing to the second end portion of the second belt member; characterised in that the closure system is slidably mounted to the plate and arranged to move the first and second belt members (12, 14) relative to the plate between first and second linear directions (A, B).
A system comprising: one or more boxes to be placed in a vehicle, wherein each box of the one or more boxes has an indicator code on the exterior surface of the box, and wherein the indicator code comprises information related to environmental conditions required to be maintained; a scanning device associated with the vehicle and configured to read said indicator code from each box; and a control circuitry operationally connected to the scanning device, characterized in that: the control circuitry is configured to compute the readings of the indicator codes from each box to determine the required environmental conditions to be maintained inside the vehicle, and the control circuitry is configured to determine an average acceptable set of environmental conditions of the indicator codes of the one or more boxes having different environmental condition requirements. one or more boxes to be placed in a vehicle, wherein each box of the one or more boxes has an indicator code on the exterior surface of the box, and wherein the indicator code comprises information related to environmental conditions required to be maintained; a scanning device associated with the vehicle and configured to read said indicator code from each box; and a control circuitry operationally connected to the scanning device, characterized in that: the control circuitry is configured to compute the readings of the indicator codes from each box to determine the required environmental conditions to be maintained inside the vehicle, and the control circuitry is configured to determine an average acceptable set of environmental conditions of the indicator codes of the one or more boxes having different environmental condition requirements. the control circuitry is configured to compute the readings of the indicator codes from each box to determine the required environmental conditions to be maintained inside the vehicle, and the control circuitry is configured to determine an average acceptable set of environmental conditions of the indicator codes of the one or more boxes having different environmental condition requirements.
A medical device for treating hip joint osteoarthritis in a human patient by providing at least one artificial hip joint surface, the hip joint comprising a natural acetabulum, being a part of the pelvic bone, and a caput femur being a part of the femoral bone, and having a partly spherical form having a largest diameter, wherein said medical device comprises: - a prosthetic part or a bone plug configured to be placed in a hole created in the pelvic bone, characterized in that said medical device further comprises a supporting member (95; 99) connected to said prosthetic part or bone plug, wherein said supporting member is configured to: - be inserted into said hole from the abdominal side of the acetabulum, and - be placed in contact with the bone surrounding the hole on the acetabulum side of the pelvic bone, for carrying load placed on caput femur from the weight of said human patient, and in that said prosthetic part or a bone plug has a diameter not exceeding the diameter of the natural acetabulum. - a prosthetic part or a bone plug configured to be placed in a hole created in the pelvic bone, characterized in that said medical device further comprises a supporting member (95; 99) connected to said prosthetic part or bone plug, wherein said supporting member is configured to: - be inserted into said hole from the abdominal side of the acetabulum, and - be placed in contact with the bone surrounding the hole on the acetabulum side of the pelvic bone, for carrying load placed on caput femur from the weight of said human patient, and in that said prosthetic part or a bone plug has a diameter not exceeding the diameter of the natural acetabulum. characterized in that said medical device further comprises a supporting member (95; 99) connected to said prosthetic part or bone plug, wherein said supporting member is configured to: - be inserted into said hole from the abdominal side of the acetabulum, and - be placed in contact with the bone surrounding the hole on the acetabulum side of the pelvic bone, for carrying load placed on caput femur from the weight of said human patient, - be inserted into said hole from the abdominal side of the acetabulum, and - be placed in contact with the bone surrounding the hole on the acetabulum side of the pelvic bone, for carrying load placed on caput femur from the weight of said human patient, and in that said prosthetic part or a bone plug has a diameter not exceeding the diameter of the natural acetabulum.