mhurhangee/ep-ind-claims huggingface dataset:
Valve device for influencing a fluid supply of fluid-operated loads, comprising a valve module with a valve housing in which valve shafts are formed to accommodate valve cartridges, and further comprises valve cartridges located in the valve shafts, wherein each of the valve shafts together with the valve cartridges accommodated therein bounds a pressure chamber connected to an assigned inlet port (42, 100) in a fluidically communicating manner, and wherein each of the valve cartridges comprises two valve means which are separately electrically controlled and which are designed to influence a free flow cross-section between the pressure chamber and an outlet port (44, 45) assigned to the respective valve means.
Cosmetic preparation comprising a) 2-ethylhexyl 2-cyano-3,3-diphenylacrylate (octocrylene) b) ethanol and c) lauryl alcohol diphosphonic acid. a) 2-ethylhexyl 2-cyano-3,3-diphenylacrylate (octocrylene) b) ethanol and c) lauryl alcohol diphosphonic acid.
An overhead power line monitoring device, comprising: • an external housing provided, at opposed ends thereof, with a first opening and a second opening suitable to allow an overhead power line cable to traverse said external housing between said opposed ends; • a monitoring subsystem for monitoring at least a mechanical parameter of said overhead power line cable; and • a communication subsystem for transmitting monitoring information generated by said monitoring subsystem; • an internal housing provided within said external housing, the location of said internal housing within the external housing being arranged so that to permit, in use, the overhead power line cable passing outside said internal housing; • said monitoring subsystem being disposed within said internal housing; said external and internal housings being both made of a conducting material in order to form electromagnetic shields; wherein: • said external housing and internal housing are in electrical contact with each other and with said overhead power line cable, said external housing being electrically connected to said overhead power line cable by a single contact surface located at the edges of the first opening while the contact of said power line cable with the second opening is insulated, so as not to provide a path for electric load current flowing in the cable; • said monitoring subsystem comprises at least an oscillation sensor for detecting mechanical oscillations of said overhead power line cable, said oscillation sensor comprising at least one accelerometer capable of measuring acceleration signals having a fundamental frequency directly linked to the sag value of a power line span. • an external housing provided, at opposed ends thereof, with a first opening and a second opening suitable to allow an overhead power line cable to traverse said external housing between said opposed ends; • a monitoring subsystem for monitoring at least a mechanical parameter of said overhead power line cable; and • a communication subsystem for transmitting monitoring information generated by said monitoring subsystem; • an internal housing provided within said external housing, the location of said internal housing within the external housing being arranged so that to permit, in use, the overhead power line cable passing outside said internal housing; • said monitoring subsystem being disposed within said internal housing; • said external housing and internal housing are in electrical contact with each other and with said overhead power line cable, said external housing being electrically connected to said overhead power line cable by a single contact surface located at the edges of the first opening while the contact of said power line cable with the second opening is insulated, so as not to provide a path for electric load current flowing in the cable; • said monitoring subsystem comprises at least an oscillation sensor for detecting mechanical oscillations of said overhead power line cable, said oscillation sensor comprising at least one accelerometer capable of measuring acceleration signals having a fundamental frequency directly linked to the sag value of a power line span.
Finger holder for a plucker, said finger holder being intended to be set in rotation about an axis of rotation and having: - a mounting plate having fastening means intended for fastening the mounting plate to a shaft of the plucker, - a cover which caps a frontal face of the mounting plate and has a plurality of bores, wherein each bore is intended to receive a finger of the plucker, and - a locking system which is separate from the fastening means and takes up either a locking position, in which it locks the cover on the mounting plate, or an unlocking position, in which it does not lock the cover on the mounting plate, characterized in that the cover has a cap which covers the frontal face of the mounting plate and tabs extending perpendicularly to the cap, and wherein the mounting plate has, for each tab, a recess in which said tab is accommodated. - a mounting plate having fastening means intended for fastening the mounting plate to a shaft of the plucker, - a cover which caps a frontal face of the mounting plate and has a plurality of bores, wherein each bore is intended to receive a finger of the plucker, and - a locking system which is separate from the fastening means and takes up either a locking position, in which it locks the cover on the mounting plate, or an unlocking position, in which it does not lock the cover on the mounting plate,
Drain valve for a sanitary cistern, in particular a concealed cistern, having a valve housing with a drain opening, the drain opening being delimited by a valve seat, and a valve body, which rests in a sealing manner on the valve seat in the closed state of the drain valve, and wherein the valve body is arranged in a housing chamber, wherein the valve body is provided with an auxiliary chamber for receiving water, the receiving volume of which is smaller for water in the open state of the drain valve than in the closed state of the drain valve, the auxiliary chamber being delimited by a flexible and/or movable wall section, and wherein the auxiliary chamber is associated with an auxiliary drain valve which in a first position permits an inflow of water into the auxiliary chamber and in a second position permits an outflow of water out of the auxiliary chamber, characterised in that the valve housing comprises the housing chamber for receiving water, the housing chamber being arranged upstream of the valve seat in the direction of flow, wherein the valve housing has a connecting piece which is designed to connect the drain valve to a flushing pipe socket connected to the cistern or to a flushing pipe connected to the cistern, and in that the valve body is connected with the flexible and/or movable wall section of the auxiliary chamber.
A method for making a medical foam device, comprising: (a) solubilizing dehydrated extracellular matrix material obtained from a mammalian tissue in a solution comprising a pH less than 4.0 or a pH greater than 9.0; (b) foaming said acidified (pH< 4) or basic (pH> 9) solubilized extracellular matrix material in an industrial blender at speeds in the range of about 500 RPM to about 2500 RPM to form a foamy extracellular matrix material; (c) neutralizing said foamy extracellular matrix material in a solution to about pH 7; (d) mixing said foamy extracellular matrix material in the solution in step (c) to aid in neutralization of said foamy extracellular matrix material to a pH of about 7; (e) introducing said foamy extracellular matrix material of step (d) into a mold; (f) lyophilizing said neutralized molded foamy extracellular matrix material by pre-cooled lyophilizer shelves at a temperature range between 25°C to -40°C; followed by (g) stabilizing said material in step (f) by introducing ice crystals into said molded extracellular matrix material of step (f) at a temperature range between 0°C to -40°C at a rate of 0.01°C/min, to 1°C/min, change in temperature for periods of time ranging between 0 minutes to 240 minutes; followed by (h) sublimating said ice crystals introduced in step (g) at a vacuum pressure in the range of 100-120mmHg to produce a porous ECM medical foam device. (a) solubilizing dehydrated extracellular matrix material obtained from a mammalian tissue in a solution comprising a pH less than 4.0 or a pH greater than 9.0; (b) foaming said acidified (pH< 4) or basic (pH> 9) solubilized extracellular matrix material in an industrial blender at speeds in the range of about 500 RPM to about 2500 RPM to form a foamy extracellular matrix material; (c) neutralizing said foamy extracellular matrix material in a solution to about pH 7; (d) mixing said foamy extracellular matrix material in the solution in step (c) to aid in neutralization of said foamy extracellular matrix material to a pH of about 7; (e) introducing said foamy extracellular matrix material of step (d) into a mold; (f) lyophilizing said neutralized molded foamy extracellular matrix material by pre-cooled lyophilizer shelves at a temperature range between 25°C to -40°C; followed by (g) stabilizing said material in step (f) by introducing ice crystals into said molded extracellular matrix material of step (f) at a temperature range between 0°C to -40°C at a rate of 0.01°C/min, to 1°C/min, change in temperature for periods of time ranging between 0 minutes to 240 minutes; followed by (h) sublimating said ice crystals introduced in step (g) at a vacuum pressure in the range of 100-120mmHg to produce a porous ECM medical foam device.
A wheel end assembly comprising: a steering knuckle having a spindle and an opening that extends around the spindle; a hub that is rotatable about an axis with respect to the spindle; a seal assembly that extends from the spindle to the hub, the seal assembly having an outer seal case that is disposed on the hub and an inner seal case that is disposed on the spindle; characterised in that the seal assembly is at least partially disposed in the opening; a compression ring (32, 210) that is disposed on the hub and that is at least partially disposed in the opening, wherein the compression ring (32, 210) exerts a radial compressive force on the hub in a direction that extends toward the seal assembly and the axis to inhibit the outer seal case from moving with respect to the hub. a steering knuckle having a spindle and an opening that extends around the spindle; a hub that is rotatable about an axis with respect to the spindle; a seal assembly that extends from the spindle to the hub, the seal assembly having an outer seal case that is disposed on the hub and an inner seal case that is disposed on the spindle; characterised in that the seal assembly is at least partially disposed in the opening; a compression ring (32, 210) that is disposed on the hub and that is at least partially disposed in the opening, wherein the compression ring (32, 210) exerts a radial compressive force on the hub in a direction that extends toward the seal assembly and the axis to inhibit the outer seal case from moving with respect to the hub.
An augment (104, 104', 206, 206') for implantation of an orthopedic implant device in a bone, the augment comprising: an augment wall (128, 222) having an outer portion (132, 228) and an inner portion (130, 226), the inner portion defining an inner region (144, 230) of the augment, the inner region sized to receive placement of one or more components of the orthopedic implant device, a distal end (146,232) of the outer portion (132, 228) having a first shape configured to generally conform to the shape of a metaphyseal-diaphyseal junction of a canal of the bone, a proximal end (148, 234) of the outer portion (132, 228) having a second shape configured to generally conform to a shape of the metaphyseal region of the canal of the bone, the first shape having a different shape and size than the second shape wherein a portion of the outer portion (132, 228) includes a relief that is configured to accommodate rotational displacement of the augment relative to a component of the orthopedic implant device, and characterised in that the relief comprises at least one sidewall that tapers outwardly as the at least one sidewall extends from the proximal end (148, 234) and toward the distal end (146, 232).
An imaging apparatus, the apparatus comprising: an image sensor arranged to photograph an object through at least one aperture of a pixel of a display panel; a distance measurement unit arranged to measure distance to the object included in the obtained image, CHARACTERIZED by a distance measurement table arranged to store disparity distances generated by a blur effect for zoom levels of the image sensor and distances to the object; and in that the distance measurement unit is arranged to - determine a zoom level of the image sensor, - determine the disparity distance as a distance between a sharpest edge of the object in the obtained image and a second sharpest edge corresponding to the first sharpest edge generated by the blur effect, and - determine the distance to the object based on the determined zoom level and the determined disparity distance using the distance measurement table an image sensor arranged to photograph an object through at least one aperture of a pixel of a display panel; a distance measurement unit arranged to measure distance to the object included in the obtained image, CHARACTERIZED by a distance measurement table arranged to store disparity distances generated by a blur effect for zoom levels of the image sensor and distances to the object; and in that the distance measurement unit is arranged to - determine a zoom level of the image sensor, - determine the disparity distance as a distance between a sharpest edge of the object in the obtained image and a second sharpest edge corresponding to the first sharpest edge generated by the blur effect, and - determine the distance to the object based on the determined zoom level and the determined disparity distance using the distance measurement table - determine a zoom level of the image sensor, - determine the disparity distance as a distance between a sharpest edge of the object in the obtained image and a second sharpest edge corresponding to the first sharpest edge generated by the blur effect, and - determine the distance to the object based on the determined zoom level and the determined disparity distance using the distance measurement table
A preparation method for preparing a measurement sample comprising an aggregate of metal nanoparticles having an analyte bound thereto, the preparation method comprising: contacting the analyte with a linker to bind the analyte to the linker; and contacting the linker that has been bound to the analyte with the metal nanoparticles to bind the linker to the metal nanoparticles, wherein the analyte has a functional group, and the linker has a reactive group capable of reacting with the functional group, and wherein the functional group comprises at least one group selected from the group consisting of an amino group, a carboxyl group and a hydroxyl group, and wherein in case the functional groups is the amino group or the hydroxyl group, the reactive group comprises at least one group selected from the group consisting of an N-hydroxysuccinimide ester group, an isothiocyanate group, an isocyanate group, an acyl azide group, a sulfonyl chloride group, an aldehyde group, an imide ester group, a fluorobenzene group, an epoxide group, a carbodiimide group, a carbonate group, and a fluorophenyl ester group, and wherein in case the functional group is a carboxyl group, the reactive group comprises at least one group selected from the group consisting of a hydroxyl group and an amino group. contacting the analyte with a linker to bind the analyte to the linker; and contacting the linker that has been bound to the analyte with the metal nanoparticles to bind the linker to the metal nanoparticles, wherein the analyte has a functional group, and the linker has a reactive group capable of reacting with the functional group, and wherein the functional group comprises at least one group selected from the group consisting of an amino group, a carboxyl group and a hydroxyl group, and wherein in case the functional groups is the amino group or the hydroxyl group, the reactive group comprises at least one group selected from the group consisting of an N-hydroxysuccinimide ester group, an isothiocyanate group, an isocyanate group, an acyl azide group, a sulfonyl chloride group, an aldehyde group, an imide ester group, a fluorobenzene group, an epoxide group, a carbodiimide group, a carbonate group, and a fluorophenyl ester group, and wherein in case the functional group is a carboxyl group, the reactive group comprises at least one group selected from the group consisting of a hydroxyl group and an amino group.
A method comprising: coating one or more sides of plural planar subsection plates (200,202) with a bonding material, the subsection plates including printing holes through which a fluid is to be ejected from an ink jet print head assembly (100,106); placing the subsection plates of the printing plate assembly against each other with the printing holes axially aligned with each other; and heating the bonding material between the subsection plates such that the subsection plates are affixed to each other, wherein the subsection plates are coupled with each other to form a chamber printing assembly that is coupled to the ink jet print head assembly that prints fluid onto one or more objects by ejecting the fluid out of the printing holes of the subsection plates. coating one or more sides of plural planar subsection plates (200,202) with a bonding material, the subsection plates including printing holes through which a fluid is to be ejected from an ink jet print head assembly (100,106); placing the subsection plates of the printing plate assembly against each other with the printing holes axially aligned with each other; and heating the bonding material between the subsection plates such that the subsection plates are affixed to each other, wherein the subsection plates are coupled with each other to form a chamber printing assembly that is coupled to the ink jet print head assembly that prints fluid onto one or more objects by ejecting the fluid out of the printing holes of the subsection plates.
A method of encoding a sequence of pictures into a sequence of coded pictures for which values of a temporal level, a dependency identifier, and a quality level are signaled in the sequence of coded pictures or derived to be equal to zero, wherein temporal level values indicate temporal scalability, dependency identifier values indicate inter-layer coding dependency hierarchy, and quality level values indicate fine granular scalability layer hierarchy, and a layer comprises a set of pictures having identical values of the temporal level, the dependency identifier, and the quality level, the method comprising encoding a first picture of the sequence of pictures into a first coded picture belonging to a first layer and coded using inter prediction and a second coded picture belonging to a second layer having at least one of the values of the temporal level, the dependency identifier, and the quality level not equal to zero, characterised by including an indication into the sequence of coded pictures that the second coded picture is an instantaneous decoding refresh (EIDR) picture on an enhancement layer wherein prediction of the second coded picture from the first coded picture is enabled, prediction of the second coded picture from other coded pictures of the second layer and higher layers is disabled, and decoding of the second coded picture and coded pictures of the second layer following the second coded picture in decoding order is performed without inter prediction from pictures preceding the second coded picture in decoding order, wherein said indication of the second coded picture being an EIDR picture indicates a decoding process to mark the reference pictures of the second layer preceding the second coded picture in a decoding order as unused for reference.
A material transfer apparatus for transferring milled material for a ground milling machine, having - a loading conveyor for discharging the milled material, - a transfer conveyor for transporting the milled material onto the loading conveyor, and - a transfer apparatus for transferring the milled material from the transfer conveyor into a receiving opening of a receiving apparatus of the loading conveyor, wherein the loading conveyor is mounted such that it can swivel about a vertical swivel axis and about a horizontal swivel axis, characterized in that the horizontal swivel axis is arranged in a vertical plane in which the horizontal swivel axis lies, in the vertical direction above the loading conveyor, and in a region in vertical direction, which is defined between or above a vertically lower and a vertically upper maximum point of the receiving opening. - a loading conveyor for discharging the milled material, - a transfer conveyor for transporting the milled material onto the loading conveyor, and - a transfer apparatus for transferring the milled material from the transfer conveyor into a receiving opening of a receiving apparatus of the loading conveyor, wherein the loading conveyor is mounted such that it can swivel about a vertical swivel axis and about a horizontal swivel axis, characterized in that the horizontal swivel axis is arranged in a vertical plane in which the horizontal swivel axis lies, in the vertical direction above the loading conveyor, and in a region in vertical direction, which is defined between or above a vertically lower and a vertically upper maximum point of the receiving opening.