mhurhangee/patent-ind-claim-en huggingface dataset:
Cover element for covering vehicle parts or vehicle regions, wherein the cover element is designed to be used for separating a wet and a dry region, with an elongate groove for the application of a foam contour bead which is provided along a partial region of the circumference, preferably along the entire circumference of the cover element , characterized in that a bulge formed by the groove and foam contour bead is provided which serves as a cable lead through, and the groove has at least one shaping projection, preferably a plurality of shaping projections, in the region of the bulge .
A specimen treatment chip provided in a specimen treatment apparatus to apply specimen treatment including a plurality of treatment steps to an object component in a specimen supplied by the specimen treatment apparatus, the specimen treatment chip comprising: a first fluid module that is provided with a first flow channel for applying a first treatment step to an object component in a specimen supplied by the specimen treatment apparatus; a second fluid module that is provided separately from the first fluid module, and that is provided with a second flow channel for applying a second treatment step to the object component subjected to the first treatment step; a substrate that is provided on its front surface with the first fluid module and the second fluid module; and a connection flow channel for connecting the first fluid module provided on the substrate and the second fluid module provided on the substrate to each other to move the object component from the first flow channel to the second flow channel , wherein the substrate includes a connection port configured to be connected to the specimen treatment apparatus , the connection port being configured to inject an inspection liquid to the flow channels of the respective fluid modules provided on the substrate , the fluid modules being configured to use the inspection liquid in at least one of the plurality of treatment steps, and to supply pressure from the specimen treatment apparatus . a first fluid module that is provided with a first flow channel for applying a first treatment step to an object component in a specimen supplied by the specimen treatment apparatus; a second fluid module that is provided separately from the first fluid module, and that is provided with a second flow channel for applying a second treatment step to the object component subjected to the first treatment step; a substrate that is provided on its front surface with the first fluid module and the second fluid module; and a connection flow channel for connecting the first fluid module provided on the substrate and the second fluid module provided on the substrate to each other to move the object component from the first flow channel to the second flow channel , wherein the substrate includes a connection port configured to be connected to the specimen treatment apparatus , the connection port being configured to inject an inspection liquid to the flow channels of the respective fluid modules provided on the substrate , the fluid modules being configured to use the inspection liquid in at least one of the plurality of treatment steps, and to supply pressure from the specimen treatment apparatus .
A method for producing acetic acid, the method comprising a carbonylation step of reacting methanol with carbon monoxide in a continuous system in the presence of a catalytic system, acetic acid, methyl acetate, and water, the catalytic system including a metal complex catalyst and methyl iodide, wherein the catalyst is present in the reaction mixture in a concentration, in terms of metal, of 100 to 10,000 ppm by mass, relative to the totality of the liquid phase of the reaction mixture, the carbonylation step employing two or more reactors disposed in parallel, wherein an acetic acid production volume is increased or decreased by increasing or decreasing the number of reactors in operation, of the two or more parallel reactors. a carbonylation step of reacting methanol with carbon monoxide in a continuous system in the presence of a catalytic system, acetic acid, methyl acetate, and water, the catalytic system including a metal complex catalyst and methyl iodide, wherein the catalyst is present in the reaction mixture in a concentration, in terms of metal, of 100 to 10,000 ppm by mass, relative to the totality of the liquid phase of the reaction mixture, the carbonylation step employing two or more reactors disposed in parallel,
A glass comprising, in mole percent on an oxide basis: SiO 2 : 63.0-75.0; Al 2 O 3 : 13.0-14.5; B 2 O 3 : >0-2.0; MgO: 0.9-9.0; CaO: 5.25-11; SrO: >0-6.0; and BaO: 1.0-9.0; wherein, the glass is substantially free of alkalis, the glass has a Na 2 O content in a range of 1 ppm by weight and 259 ppm by weight, and the glass has (MgO+CaO+SrO+BaO)/Al 2 O 3 1.1-1.6 and an etch index >21 μm/mm 3 ., wherein the etch index is defined by: Etch index = − 54.6147 + 2.50004 * Al 2 O 3 + 1.3134 * B 2 O 3 + 1.84106 * MgO + 3.01223 * CaO + 3.7248 * SrO + 4.13149 * BaO SiO 2 : 63.0-75.0; Al 2 O 3 : 13.0-14.5; B 2 O 3 : >0-2.0; MgO: 0.9-9.0; CaO: 5.25-11; SrO: >0-6.0; and BaO: 1.0-9.0; the glass is substantially free of alkalis, the glass has a Na 2 O content in a range of 1 ppm by weight and 259 ppm by weight, and the glass has (MgO+CaO+SrO+BaO)/Al 2 O 3 1.1-1.6 and an etch index >21 μm/mm 3 ., wherein the etch index is defined by: Etch index = − 54.6147 + 2.50004 * Al 2 O 3 + 1.3134 * B 2 O 3 + 1.84106 * MgO + 3.01223 * CaO + 3.7248 * SrO + 4.13149 * BaO
A docking mechanism , comprising: a plurality of locking protrusions ; a plurality of locking receptacles , each configured to receive a corresponding locking protrusion of the plurality of locking protrusions and each having an inclined surface ; a plurality of wedging members abutting the inclined surface of a corresponding locking receptacle of the plurality of locking receptacles; and a plurality of locking detents , each located within a corresponding locking receptacle of the plurality of locking receptacles, 510), each locking detent having a spring configured to bias the locking detent towards a corresponding locking protrusion of the plurality of locking protrusions; wherein each wedging member is operable to retain the corresponding locking protrusion in the corresponding locking receptacle , based on a force applied by the wedging member and the corresponding locking detent to the corresponding locking protrusion . a plurality of locking protrusions ; a plurality of locking receptacles , each configured to receive a corresponding locking protrusion of the plurality of locking protrusions and each having an inclined surface ; a plurality of wedging members abutting the inclined surface of a corresponding locking receptacle of the plurality of locking receptacles; and a plurality of locking detents , each located within a corresponding locking receptacle of the plurality of locking receptacles, 510), each locking detent having a spring configured to bias the locking detent towards a corresponding locking protrusion of the plurality of locking protrusions; wherein each wedging member is operable to retain the corresponding locking protrusion in the corresponding locking receptacle , based on a force applied by the wedging member and the corresponding locking detent to the corresponding locking protrusion .
A method for optimizing decision-making regulation and control, applied to a decision-making and control system, wherein the decision-making and control system comprises a behavior decision-making layer and a motion planning layer, and the method comprises: obtaining (S410) Ea first trajectory sequence, wherein the first trajectory sequence comprises trajectory information of a vehicle in a first environment; obtaining (S420) first target driving behavior information output by the behavior decision-making layer based on information about the first environment; combining (S430) the first trajectory sequence and the first target driving behavior information to obtain a first traveling sequence; obtaining (S440) a second trajectory sequence output by the motion planning layer based on preset second target driving behavior information; combining (S450) the second trajectory sequence and the second target driving behavior information to obtain a second traveling sequence; optimizing (S460) the behavior decision-making layer based on a difference between the first traveling sequence and a preset target teaching traveling sequence, wherein the target teaching traveling sequence comprises a teaching trajectory sequence and teaching driving behavior information; and optimizing (S470) the motion planning layer based on a difference between the second traveling sequence and the target teaching traveling sequence. obtaining (S410) Ea first trajectory sequence, wherein the first trajectory sequence comprises trajectory information of a vehicle in a first environment; obtaining (S420) first target driving behavior information output by the behavior decision-making layer based on information about the first environment; combining (S430) the first trajectory sequence and the first target driving behavior information to obtain a first traveling sequence; obtaining (S440) a second trajectory sequence output by the motion planning layer based on preset second target driving behavior information; combining (S450) the second trajectory sequence and the second target driving behavior information to obtain a second traveling sequence; optimizing (S460) the behavior decision-making layer based on a difference between the first traveling sequence and a preset target teaching traveling sequence, wherein the target teaching traveling sequence comprises a teaching trajectory sequence and teaching driving behavior information; and optimizing (S470) the motion planning layer based on a difference between the second traveling sequence and the target teaching traveling sequence.
Ignition device for igniting an air/fuel mixture in a combustion chamber, in particular of an internal combustion engine, having a spark plug which has exact two electrodes , namely a first electrode and a second electrode , having a high voltage source for generating an electrical high voltage pulse at an output of the high voltage source and having a high frequency voltage source for generating an electrical high frequency alternating voltage at an output of the high frequency voltage source , wherein the output of the high voltage source is connected electrically to the first electrode of the spark plug via a first electrical conduction path in such a way that the high voltage pulse is present at the first electrode , and wherein the output of the high frequency voltage source is connected electrically to the second electrode via a second electrical conduction path in such a way that the high frequency alternating voltage is present at the second electrode .
Processing circuitry for a cardiac visualization system, the system including a memory to store a description of a propagation of activation wavefronts associated with a plurality of activation times over a surface of at least one chamber of a heart , the processing circuitry configured to: calculate a plurality of activation wavefront propagation path traces wherein each one activation wavefront propagation path trace of the plurality of activation wavefront propagation path traces describes a point on one activation wavefront of the activation wavefronts being propagated over the surface of the at least one chamber of the heart according to an advancement of the one activation wavefront such that the plurality of activation wavefront propagation path traces describe the propagation of a plurality of different points according to corresponding ones of the activation wavefronts; prepare an animated visualization showing the plurality of activation wavefront propagation path traces on a representation of the at least one chamber of the heart, the processing circuitry being operative to prepare the animated visualization showing a growth of the plurality of activation wavefront propagation path traces on the representation of the at least one chamber of the heart according to the advancement of the activation wavefronts over the surface; and render the animated visualization to a display screen . calculate a plurality of activation wavefront propagation path traces wherein each one activation wavefront propagation path trace of the plurality of activation wavefront propagation path traces describes a point on one activation wavefront of the activation wavefronts being propagated over the surface of the at least one chamber of the heart according to an advancement of the one activation wavefront such that the plurality of activation wavefront propagation path traces describe the propagation of a plurality of different points according to corresponding ones of the activation wavefronts; prepare an animated visualization showing the plurality of activation wavefront propagation path traces on a representation of the at least one chamber of the heart, the processing circuitry being operative to prepare the animated visualization showing a growth of the plurality of activation wavefront propagation path traces on the representation of the at least one chamber of the heart according to the advancement of the activation wavefronts over the surface; and render the animated visualization to a display screen .
Document reading device, comprising: a document bed for placing an identification document; a detection device for detecting an actual position of the identification document on the document bed; and a display device for displaying an indication of the target position of the identification document on the document bed, wherein the display device is at least partially light-transparent, wherein the display device is configured to display which actions are to be carried out in order to ensure a correct orientation of the identification document on the document bed when a user incorrectly places the identification document on the document bed , wherein the display device is configured to display a movement pattern for reaching the target position, wherein the movement pattern displays moving images in order to display to the user actions required to ensure a detection of security features or for document recognition, wherein the display device is arranged within a parallelism region above the document bed parallel to the document bed or pivotable with respect to the document bed. a document bed for placing an identification document; a detection device for detecting an actual position of the identification document on the document bed; and a display device for displaying an indication of the target position of the identification document on the document bed, wherein the display device is at least partially light-transparent, wherein the display device is configured to display which actions are to be carried out in order to ensure a correct orientation of the identification document on the document bed when a user incorrectly places the identification document on the document bed , wherein the display device is configured to display a movement pattern for reaching the target position, wherein the movement pattern displays moving images in order to display to the user actions required to ensure a detection of security features or for document recognition, wherein the display device is arranged within a parallelism region above the document bed parallel to the document bed or pivotable with respect to the document bed.
A hand-held deburring machine for removing burrs from a drilled hole provided in a workpiece, the hand-held deburring machine comprising: a body including a motor , wherein the body is configured to be hand-held by a worker and the motor is configured to be connected to a polishing brush having a plurality of polishing wires extending rearward from a forward end to drive the polishing brush to rotate about an axis extending in a longitudinal direction,; a cylindrical forward end member mounted to surround a periphery of a forward end portion of the polishing wires of the polishing brush , when connected to the motor ; and a guide member secured to the cylindrical forward end member to extend rearward and supported by the body so as to be displaceable in the longitudinal direction, thereby allowing the cylindrical forward end member to be displaceable rearward along the polishing brush when connected to the motor ; characterized in that the cylindrical forward end member is configured to engage a surface of the workpiece (W) that surrounds the drilled hole (h) such that upon further movement of the body towards the workpiece (W) the polishing brush when connected to the motor is pushed out forward from the cylindrical forward end member to advance into the drilled hole (h), where the polishing brush may be rotated to perform a deburring operation inside the drilled hole (h). a body including a motor , wherein the body is configured to be hand-held by a worker and the motor is configured to be connected to a polishing brush having a plurality of polishing wires extending rearward from a forward end to drive the polishing brush to rotate about an axis extending in a longitudinal direction,; a cylindrical forward end member mounted to surround a periphery of a forward end portion of the polishing wires of the polishing brush , when connected to the motor ; and a guide member secured to the cylindrical forward end member to extend rearward and supported by the body so as to be displaceable in the longitudinal direction, thereby allowing the cylindrical forward end member to be displaceable rearward along the polishing brush when connected to the motor ; characterized in that the cylindrical forward end member is configured to engage a surface of the workpiece (W) that surrounds the drilled hole (h) such that upon further movement of the body towards the workpiece (W) the polishing brush when connected to the motor is pushed out forward from the cylindrical forward end member to advance into the drilled hole (h), where the polishing brush may be rotated to perform a deburring operation inside the drilled hole (h).
An interconnecting member for a sand or soil bag comprising: a plate having a first side and a second side ; a projection on the first side of the plate ; a projection on the second side of the plate ; a serration including a plurality of teeth arranged in a row on the first side of the plate , the plurality of teeth extending away from the plate in a first direction; and a tooth on the first side of the plate extending away from the plate in a second direction which is opposite the first direction. a plate having a first side and a second side ; a projection on the first side of the plate ; a projection on the second side of the plate ; a serration including a plurality of teeth arranged in a row on the first side of the plate , the plurality of teeth extending away from the plate in a first direction; and a tooth on the first side of the plate extending away from the plate in a second direction which is opposite the first direction.
A computer-implemented method for performing a validation of a test result from an analyzing instrument, comprising the steps of: receiving (S12) information related to a collection source of a body fluid sample collected from a body cavity; determining (S191), based on the received information, whether the body fluid sample corresponds to a first group including at least one specific type of body fluid, or a second group including at least a plurality of types of body fluids other than the specific type of body fluid; obtaining (S18) a test result of the body fluid sample from the analyzing instrument; and validating (S192) the obtained test result based on a first validation rule when the body fluid sample corresponds to the first group, and validating (S193) the obtained test result based on a second validation rule different from the first validation rule when the body fluid sample corresponds to the second group. receiving (S12) information related to a collection source of a body fluid sample collected from a body cavity; determining (S191), based on the received information, whether the body fluid sample corresponds to a first group including at least one specific type of body fluid, or a second group including at least a plurality of types of body fluids other than the specific type of body fluid; obtaining (S18) a test result of the body fluid sample from the analyzing instrument; and validating (S192) the obtained test result based on a first validation rule when the body fluid sample corresponds to the first group, and validating (S193) the obtained test result based on a second validation rule different from the first validation rule when the body fluid sample corresponds to the second group.
A filtering device of a kitchen hood comprising a suction channel having a collecting section with the filtering device inserted therein, said filtering device comprising a flat filtering panel inserted or comprised in a support frame , said filtering panel covers the entire inner region of the support frame , and wherein the side of the filtering device facing the suction channel is provided with at least one directing device formed by means of a plurality of louvres in a manner of the Venetian blind, each said louvre being rotatable about its longitudinal axis, characterized in that said directing device comprises a directing frame formed of a first pair and a second pair of mutually parallel sides (13'; 13"), each side (13") from a second pair of mutually parallel sides (13") is formed in a sense of saw blade and with a plurality of approximately triangularly shaped teeth , free flanks and, respectively, flanks thereof are set at an angle (α) and, respectively, at an angle (β) with respect to the general horizontal extension of the filtering device, wherein in said directing frame louvres are disposed between each tooth of the first side from the pair of mutually parallel sides (13") and each opposite tooth of the second side from the pair of mutually parallel sides (13") at an inclination angle (β) with respect to the general horizontal extension of the directing device , said louvres being pivotable about its longitudinal axis which is in essence parallel with a filtering panel , and in said directing frame directing walls are disposed at an inclination angle (α) with respect to the general horizontal extension of the directing device , wherein said louvre abuts against a second flank of each tooth , said directing walls extending substantially in parallel with the louvres and resembling equal inclination and, respectively, equal angle (α) with respect to the general horizontal extension of the filtering device as said free flank of the tooth , and wherein said inclination angle (α) of said first flank is preferably greater than said inclination angle (β) of said second flank , and wherein said inclination angle (α; β) is greater than approximately 45°.
A track system of the kind which includes a track having a combination of straight and curved portions (21-23) or curved portions (21-23) with different radii of curvature and one or more carriages having bearing wheels (12-14) engaged with the track such that the carriages can travel along the track, in which the carriages have a single bearing wheel engaged with one side of the track and a pair of bearing wheels engaged with an opposite side of the track, all of the bearing wheels (12-14) being mounted in fixed positions against movement relative to the carriage , characterised in that the width of the track between the said opposite sides varies such that the curvature of both sides changes smoothly without abrupt changes in radius such as to simultaneously maintain a close tolerance between all three of the bearing wheels (12-14) and the respective sides of the track during movement along the track.