mhurhangee/ep-ind-claims huggingface dataset:
A contact system comprising a base, a drive spindle penetrating the base, a swing link connected to the lower end of the drive spindle by a spline, an operating plate and a snap plate connected to the upper end of the drive spindle, a set of movable contacts coupled to said operating plate and said snap plate, a set of fixed contacts used with the set of movable contacts to be in separation or in closure position, wherein said set of movable contacts and said set of fixed contacts are fixed to the top face of said base; said operating plate and snap plate are fixed on the top face of said base and are surrounded by said set of movable contacts and said set of fixed contacts; the operating plate is placed between said snap plate and said base, wherein said operating plate is connected to the upper end of said drive spindle by a spline; said snap plate is disposed around the upper end of said drive spindle and is placed on the top of said operating plate; said set of movable contacts is mounted on the inner end of the movable contact block, and the outer end of the movable contact block is provided with a connecting shaft perpendicular to the movable contact block, and a connecting hole eccentric to the connecting shaft is provided on one side of the outer end; said movable contact block is coupled to said base through said connecting shaft; said movable contact block is connected to the upper end of the movable contact shaft through said connection hole, characterized in that it comprises a snap-action pawl cooperating with said snap plate and a roller cooperating with said operating plate are sequentially provided on the side of the lower end of the movable contact shaft in the axial direction of the movable contact shaft; said snap-action pawl is located on the same arc surface as the outer surface of said roller; said snap plate defines a sliding groove extending in the circumferential direction of said drive spindle; a toggle pin is fixedly connected to the top face of said operating plate, wherein the toggle pin is inserted into said sliding groove; said set of fixed contacts comprises a left set of contacts and a right set of contacts; and said left set of contacts and said right set of contacts are provided on the left and right sides of said set of movable contacts, respectively.
A message processing method for Internet of Things, comprising: receiving, by a gateway of Internet of Things, one or more operation messages transmitted by a plurality of senders for one or more operations of a terminal; and caching and pre-processing, by the gateway of the Internet of Things, the received one or more operation messages in a message queue, and according to a processing result, sending at least one operation message in the message queue to the terminal, wherein the senders are a plurality of applications/platforms external to the terminal, characterized in that pre-processing, by the gateway of the Internet of Things, the received one or more operation messages in the message queue comprises: merging operation messages indicative of a same operation in the received one or more operation messages and operation messages indicative of the same operation in the message queue corresponding to the terminal. receiving, by a gateway of Internet of Things, one or more operation messages transmitted by a plurality of senders for one or more operations of a terminal; and caching and pre-processing, by the gateway of the Internet of Things, the received one or more operation messages in a message queue, and according to a processing result, sending at least one operation message in the message queue to the terminal, wherein the senders are a plurality of applications/platforms external to the terminal, characterized in that pre-processing, by the gateway of the Internet of Things, the received one or more operation messages in the message queue comprises: merging operation messages indicative of a same operation in the received one or more operation messages and operation messages indicative of the same operation in the message queue corresponding to the terminal.
Use of a disinfectant, containing 25-32 wt.% of a mixture made of ethanol, 1-propanol, and 2-propanol, wherein at least 5.0 wt.% and at most 15 wt.% of each individual alcohol component is contained, 0.1-2.0 wt.% of an antimicrobial amphoteric surfactant, wherein the amphoteric surfactant is n-alkyl aminopropyl glycine, with the same alkyl from C10 to C16, and water for disinfecting the displays of electronic devices, wherein the disinfected surfaces consist at least partially of temperature-resistant or transparent or highly-reflective plastics or plastic coatings.
A semiconductor element mounting substrate comprising a substrate body formed of a diamond composite material in which a number of diamond particles are bonded by a bonding material and which has a connecting surface to be connected with another member, wherein the connecting surface of the substrate body is finished such that a number of at least either recesses or protrusions having a depth or height of 10μm to 40μm and a surface-direction diametrical size of 10μm to 3mm, per unit area of the connecting surface, is 3/cm 2 or more and 50/cm 2 or less, on at least the connecting surface of the substrate body, a coating layer formed of a solder or a brazing material is formed in a manner filling and covering the recesses or protrusions, and the coating layer has a thickness in a region of the connecting surface other than the recesses or protrusions of 1μm to 30μm, an arithmetic mean roughness R a of a roughness curve showing a surface roughness of R a ≤2μm, and a maximum height roughness R z of R z ≤15μm.
A sheet feeding device, comprising: a first tray on which sheets to be fed are stacked; a second tray which is disposed above the first tray to provide a two-tier structure and on which the sheets after having fed from the first tray are stacked; a sheet-feed path extending from the first tray to the second tray; a sheet-feed mechanism (34, 25, 36, 37, 38, 39, 40, 41, 42, 43) which is operable to separate one of the sheets stacked on the first tray, to feed the one of the sheets into the sheet-feed path, and to discharge the one of the sheets to the second tray such that the one of the sheets slides under another of the sheets that has been discharged immediately before the one of the sheets, characterized in that at least one sheet guide (25; 61; 71) which is configured to warp the sheets discharged to the second tray, in a direction perpendicular to a sheet-feed direction in which the sheets are fed; wherein the at least one sheet guide includes: a pair of first guides which extend along the sheet-feed direction so as to respectively contact side edges of said each of the sheets discharged to the second tray and which are configured such that a distance between the pair of first guides gradually becomes smaller in the sheet-feed direction than a dimension of the sheets as measured in the direction perpendicular to the sheet-feed direction; and a pair of second guides which are configured to respectively overlie the end portions of an uppermost one of the sheets discharged to the second tray so as to respectively contact an upper surface of the uppermost one of the sheets at the end portions thereof; wherein the pair of first guides and the pair of second guides are configured to be slidable such that the distance between the pair of first guides as measured in the direction perpendicular to the sheet-feed direction and a distance between the pair of second guides as measured in the direction perpendicular to the sheet-feed direction are changeable. a first tray on which sheets to be fed are stacked; a second tray which is disposed above the first tray to provide a two-tier structure and on which the sheets after having fed from the first tray are stacked; a sheet-feed path extending from the first tray to the second tray; a sheet-feed mechanism (34, 25, 36, 37, 38, 39, 40, 41, 42, 43) which is operable to separate one of the sheets stacked on the first tray, to feed the one of the sheets into the sheet-feed path, and to discharge the one of the sheets to the second tray such that the one of the sheets slides under another of the sheets that has been discharged immediately before the one of the sheets,
A coating formed from a thermal spray feedstock material, the coating comprising: a matrix formed from a powder that, under equilibrium solidification conditions with 4wt% oxygen added, has at 1300K 7.5 to 30 mol% oxide phase comprising greater than 10 wt% aluminum; wherein the thermal feedstock material comprises the powder; and wherein the thermal feedstock material consists of, in wt. %: Al: 1.5 to 4.5; and C: 0.2 to 1.6; other elements and inevitable impurities: less than 1% each; and Fe: balance. a matrix formed from a powder that, under equilibrium solidification conditions with 4wt% oxygen added, has at 1300K 7.5 to 30 mol% oxide phase comprising greater than 10 wt% aluminum; wherein the thermal feedstock material comprises the powder; and wherein the thermal feedstock material consists of, in wt. %: Al: 1.5 to 4.5; and C: 0.2 to 1.6; other elements and inevitable impurities: less than 1% each; and Fe: balance. Al: 1.5 to 4.5; and C: 0.2 to 1.6; other elements and inevitable impurities: less than 1% each; and Fe: balance.
An applicator comprising: a fluidic channel extending from a fluid inlet to a fluid outlet; a trigger configured to, when actuated, allow fluid to flow through the fluidic channel; and a frame having a first side facing the trigger and a second side opposite the first side; an adjustable handle coupled to the frame, the handle comprising: a finger rest at the first side of the frame; a grip at the second side of the frame; and at least one user-actuatable adjustment mechanism (108, 110, 112) configured to provide an adjustable distance between the grip and the frame. a fluidic channel extending from a fluid inlet to a fluid outlet; a trigger configured to, when actuated, allow fluid to flow through the fluidic channel; and a frame having a first side facing the trigger and a second side opposite the first side; an adjustable handle coupled to the frame, the handle comprising: a finger rest at the first side of the frame; a grip at the second side of the frame; and at least one user-actuatable adjustment mechanism (108, 110, 112) configured to provide an adjustable distance between the grip and the frame. a finger rest at the first side of the frame; a grip at the second side of the frame; and at least one user-actuatable adjustment mechanism (108, 110, 112) configured to provide an adjustable distance between the grip and the frame.
A system, comprising: a leadless medical device including an accelerometer sensor configured to sense an epicardial or endocardial acceleration signal from a portion of a heart, the EA signal indicative of one or more heart sound components; and a companion device separated from and communicatively coupled to the leadless medical device, the companion device including a processor circuit configured to generate a diastolic function indicator using the sensed EA signal. a leadless medical device including an accelerometer sensor configured to sense an epicardial or endocardial acceleration signal from a portion of a heart, the EA signal indicative of one or more heart sound components; and a companion device separated from and communicatively coupled to the leadless medical device, the companion device including a processor circuit configured to generate a diastolic function indicator using the sensed EA signal.
A flowerpot comprising adjustable arms and independent removable snap pins for safe coupling to railings, walls or other supports comprising a container having a lateral edge, the adjustable arms comprising a vertical branch for engaging the container to the support and a horizontal branch able to be coupled with a lower portion of the lateral edge, characterized in that the lateral edge comprises at least two successive trough trenched seats able to be aligned and coupled with at least two successive trough trenched seats comprised in the horizontal branch via at least one independent removable snap pin.
A protective drape (22, 32, 52, 62, 70) for a robotic system (10, 15, 30, 40, 50, 60) comprising: a protective tube or a plurality of drape segments encapsulating at least a portion of said robotic system (10, 15, 30, 40, 50, 60); a first ring connected to, or in proximity to a first end perimeter of said protective tube or said collective drape segments and adapted to fit around a distal portion of said robotic system (10, 15, 30, 40, 50, 60); a second ring connected to a second end perimeter of said protective tube or said collective drape segments, wherein said second ring is configured to fit around a proximal portion of said robotic system (10, 15, 30, 40, 50, 60) without constraining the rotation of a robotic arm; and one or more draw cords to remove excess slack at different points along the length of said tube and said robotic arm, characterized in that said rings (24, 28) are rotationally unconstrained. a protective tube or a plurality of drape segments encapsulating at least a portion of said robotic system (10, 15, 30, 40, 50, 60); a first ring connected to, or in proximity to a first end perimeter of said protective tube or said collective drape segments and adapted to fit around a distal portion of said robotic system (10, 15, 30, 40, 50, 60); a second ring connected to a second end perimeter of said protective tube or said collective drape segments, wherein said second ring is configured to fit around a proximal portion of said robotic system (10, 15, 30, 40, 50, 60) without constraining the rotation of a robotic arm; and one or more draw cords to remove excess slack at different points along the length of said tube and said robotic arm, characterized in that said rings (24, 28) are rotationally unconstrained.
Method to detect bacterial activity in a biological sample, in particular, but not only, blood samples, characterized in that it provides to: - introduce the biological sample into a sealed and sterilized test tube; - define a headspace for the accumulation of gas inside said test tube and above the biological sample; - take a volatile sample from said headspace; - analyze the content of the inorganic gaseous substances, such as in particular CO 2, H 2 and/or O 2 present in said volatile sample by means of a micro gas chromatograph with a flow suitable to detect the presence of inorganic substances generated by the bacterial metabolism in said biological sample in a range comprised between 1 ppm and 10 ppm, said detection of the inorganic substances being carried out in a continuous flow at various sampling times to obtain a growth curve relating to the inorganic substances measured both with increasing CO 2 and decreasing O 2. - introduce the biological sample into a sealed and sterilized test tube; - define a headspace for the accumulation of gas inside said test tube and above the biological sample; - take a volatile sample from said headspace; - analyze the content of the inorganic gaseous substances, such as in particular CO 2, H 2 and/or O 2 present in said volatile sample by means of a micro gas chromatograph with a flow suitable to detect the presence of inorganic substances generated by the bacterial metabolism in said biological sample in a range comprised between 1 ppm and 10 ppm, said detection of the inorganic substances being carried out in a continuous flow at various sampling times to obtain a growth curve relating to the inorganic substances measured both with increasing CO 2 and decreasing O 2.
An automated analyzer comprising: a processing deck comprising a shuttle transfer station, the shuttle transfer station further comprising a conveyer for carrying a shuttle received by the automated analyzer to the shuttle transfer station, the shuttle being a rack comprising a plurality of receptacles, each receptacle configured to receive a sample container; a carrier disposed on the processing deck; a puncture tool placed in the carrier; a robot comprising a gripper; a reagent trough station configured to receive a consumable reagent trough; a consumable reagent through disposed in the reagent trough station; and wherein the gripper, is adapted to convey a puncture tool from the carrier to the reagent trough station and further adapted to lower the puncture tool over the reagent trough station. a processing deck comprising a shuttle transfer station, the shuttle transfer station further comprising a conveyer for carrying a shuttle received by the automated analyzer to the shuttle transfer station, the shuttle being a rack comprising a plurality of receptacles, each receptacle configured to receive a sample container; a carrier disposed on the processing deck; a puncture tool placed in the carrier; a robot comprising a gripper; a reagent trough station configured to receive a consumable reagent trough; a consumable reagent through disposed in the reagent trough station; and wherein the gripper, is adapted to convey a puncture tool from the carrier to the reagent trough station and further adapted to lower the puncture tool over the reagent trough station.
A method for assigning a pixel belonging to an image of a chronological sequence of images to one of a foreground pixel set and a background pixel set, comprising the steps of: calculating a probability that the pixel belongs to a foreground-relevant object according to a semantic segmentation algorithm; assigning the pixel to the background pixel set if the probability that the pixel belongs to a foreground-relevant object does not exceed a first predetermined threshold; characterised-in-that the method further comprises the steps of: assigning the pixel to the foreground pixel set if the probability that the pixel belongs to a foreground-relevant object exceeds the first predetermined threshold and a difference between the probability that the pixel belongs to a foreground-relevant object and a baseline probability for the pixel equals or exceeds a second predetermined threshold; wherein the baseline probability for the pixel has been initialized as equal to a probability that a corresponding pixel in an initial image of chronological sequence of images belongs to a foreground-relevant object, calculated according to the semantic segmentation algorithm, and a baseline updating step, wherein the baseline probability for the pixel is made equal to the probability that the pixel belongs to a foreground-relevant object calculated according to the semantic segmentation algorithm, if the pixel has been assigned to the background pixel set. calculating a probability that the pixel belongs to a foreground-relevant object according to a semantic segmentation algorithm; assigning the pixel to the background pixel set if the probability that the pixel belongs to a foreground-relevant object does not exceed a first predetermined threshold; assigning the pixel to the foreground pixel set if the probability that the pixel belongs to a foreground-relevant object exceeds the first predetermined threshold and a difference between the probability that the pixel belongs to a foreground-relevant object and a baseline probability for the pixel equals or exceeds a second predetermined threshold; wherein the baseline probability for the pixel has been initialized as equal to a probability that a corresponding pixel in an initial image of chronological sequence of images belongs to a foreground-relevant object, calculated according to the semantic segmentation algorithm, and a baseline updating step, wherein the baseline probability for the pixel is made equal to the probability that the pixel belongs to a foreground-relevant object calculated according to the semantic segmentation algorithm, if the pixel has been assigned to the background pixel set.
A method of purifying a biological composition, the method comprising: a) disposing loose cationic ligand-functionalized staple fibers and a biological composition within a mixing volume of a vessel, wherein the loose cationic ligand-functionalized staple fibers have a modified surface layer comprising a grafted acrylic polymer comprising 10 to 100 percent by weight of a cationically-ionizable monomer unit, and wherein at least a portion of the loose cationic ligand-functionalized staple fibers are fibrillated; b) agitating the biological composition and the loose cationic ligand-functionalized staple fibers while they are in intimate contact with each other within the mixing volume to provide modified fibers and a purified biological composition; and c) separating at least a portion of the purified biological composition from the modified fibers and any loose cationic ligand-functionalized staple fibers with which it is in contact. a) disposing loose cationic ligand-functionalized staple fibers and a biological composition within a mixing volume of a vessel, wherein the loose cationic ligand-functionalized staple fibers have a modified surface layer comprising a grafted acrylic polymer comprising 10 to 100 percent by weight of a cationically-ionizable monomer unit, and wherein at least a portion of the loose cationic ligand-functionalized staple fibers are fibrillated; b) agitating the biological composition and the loose cationic ligand-functionalized staple fibers while they are in intimate contact with each other within the mixing volume to provide modified fibers and a purified biological composition; and c) separating at least a portion of the purified biological composition from the modified fibers and any loose cationic ligand-functionalized staple fibers with which it is in contact.
A tool operable to expand an end of a pipe, the tool comprising: a plurality of jaws movable between a closed position and an expanded position and rotatable about a longitudinal axis; a rotation collar rotationally coupled to each of the plurality of jaws; a shuttle, selectively engageable with the rotation collar and rotatable between a first orientation and a second orientation; and a spindle movable between a first position in which the shuttle is in the first orientation and is disengaged from the rotation collar, a second position in which the shuttle is in the first orientation and is engaged with the rotation collar, and a third position in which the shuttle and the rotation collar are rotated together to the second orientation, the rotation of the rotation collar producing a corresponding rotation of the plurality of jaws while the plurality of jaws is in the closed position, wherein movement of the spindle to a fourth position moves the plurality of jaws to the expanded position and maintains the engagement of the shuttle and the rotation collar in the second orientation. a plurality of jaws movable between a closed position and an expanded position and rotatable about a longitudinal axis; a rotation collar rotationally coupled to each of the plurality of jaws; a shuttle, selectively engageable with the rotation collar and rotatable between a first orientation and a second orientation; and a spindle movable between a first position in which the shuttle is in the first orientation and is disengaged from the rotation collar, a second position in which the shuttle is in the first orientation and is engaged with the rotation collar, and a third position in which the shuttle and the rotation collar are rotated together to the second orientation, the rotation of the rotation collar producing a corresponding rotation of the plurality of jaws while the plurality of jaws is in the closed position, wherein movement of the spindle to a fourth position moves the plurality of jaws to the expanded position and maintains the engagement of the shuttle and the rotation collar in the second orientation.