mhurhangee/ep-ind-claims huggingface dataset:
A cap assembly, comprising: a top cap configured to include gas exhaust holes and form a projection terminal; a safety vent formed of a circular metal sheet and configured to have a projection portion (431 a) formed at a center and two or more notches (432a, 433a) formed on a concentric circle around the projection portion (431 a); a current interrupt device formed of a circular metal sheet and configured to have gas exhaust holes, a central portion bonded with the projection portion (431 a) of the safety vent and formed at the center, an activator having notches formed on a concentric circle around the central portion of the CID, and a support unit having an external diameter greater than a diameter of the activator and having a ring shape over the activator; and a gasket configured to have an inclined portion or a terraced portion and to surround and seal an outer circumference of the constituent elements, wherein the safety vent and the CID are fixed together in a fitting state with an auxiliary gasket interposed therebetween, the support unit of the CID is seated in the inclined portion or the terraced portion of the gasket, thereby additionally fixing the CID between the safety vent and the gasket, characterized in that a bonding strength between an indentation central portion of the safety vent and the projection portion of the CID is greater than a rupture strength of each of all the notches formed in the safety vent and the CID. a top cap configured to include gas exhaust holes and form a projection terminal; a safety vent formed of a circular metal sheet and configured to have a projection portion (431 a) formed at a center and two or more notches (432a, 433a) formed on a concentric circle around the projection portion (431 a); a current interrupt device formed of a circular metal sheet and configured to have gas exhaust holes, a central portion bonded with the projection portion (431 a) of the safety vent and formed at the center, an activator having notches formed on a concentric circle around the central portion of the CID, and a support unit having an external diameter greater than a diameter of the activator and having a ring shape over the activator; and a gasket configured to have an inclined portion or a terraced portion and to surround and seal an outer circumference of the constituent elements, wherein the safety vent and the CID are fixed together in a fitting state with an auxiliary gasket interposed therebetween, the support unit of the CID is seated in the inclined portion or the terraced portion of the gasket, thereby additionally fixing the CID between the safety vent and the gasket, characterized in that a bonding strength between an indentation central portion of the safety vent and the projection portion of the CID is greater than a rupture strength of each of all the notches formed in the safety vent and the CID.
An Ethernet traffic statistics and analysis method, characterized by comprising: according to two pieces of port traffic information reported continuously by each of two traffic analyzed nodes which are connected to any one link and a reporting time interval, a traffic analyzing node counting traffic of packets passing through the link, traffic of lost packets and corresponding rates, and constructing an analytic diagram according to the rate of the traffic of the lost packets counted every time; wherein the port traffic information comprises counting information of sent and received packets of a port of the traffic analyzed node. according to two pieces of port traffic information reported continuously by each of two traffic analyzed nodes which are connected to any one link and a reporting time interval, a traffic analyzing node counting traffic of packets passing through the link, traffic of lost packets and corresponding rates, and constructing an analytic diagram according to the rate of the traffic of the lost packets counted every time; wherein the port traffic information comprises counting information of sent and received packets of a port of the traffic analyzed node.
A dishwasher comprising a tub wherein the washing process is performed, an air channel located outside the tub, both ends of which are connected to the tub, an inlet port which provides the air in the tub to enter the air channel, an outlet port which provides the air in the air channel to return back to the tub, a fan which sucks and delivers the air in the tub to the air channel and a thermoelectric module disposed in the air channel, having a cold side that provides the dehumidifying air to be condensed and a hot side that provides it to be heated, characterized by the air channel providing the air entering therein to flow parallelly by being divided into two by means of a surface and to return back to the tub by joining and having - a condensing channel contacting the cold side of the thermoelectric module and - a heating channel contacting the hot side thereof, which are positioned so as to be back to back, wherein the heating and the condensing channels (11, 10) are separated from each other by means of the surface which separates the surface of the air channel cross-section into two, and wherein the thermoelectric module is placed on said surface such that the cold side of the thermoelectric module extends into the condensing channel and the hot side of the thermoelectric module extends into the heating channel. - a condensing channel contacting the cold side of the thermoelectric module and - a heating channel contacting the hot side thereof, which are positioned so as to be back to back,
An infusion pump with a pump module comprising a piston-cylinder unit which is adapted to be actuated via a drive mechanism (26, 66) of the infusion pump consisting of an electric drive motor and a transmission gearing for transforming the rotational movement of the drive motor into a translational movement/ back/ forth movement of the piston displaceably mounted in the cylinder, or consisting of a linear drive/motor, which is further controlled/regulated via a control/regulating unit of the infusion pump, as well as with a valve device (32, 33) which is adapted to interrupt a connection between the piston-cylinder unit as temporary fluid storage and a feed terminal (24, 50, 62) to a separate large liquid volume and to release a connection between the piston-cylinder unit and a patient terminal and, in the case of a pump suction stroke, to release the connection between the piston-cylinder unit and the feed terminal (24, 50, 62) to the separate large liquid volume and to block the connection between the piston-cylinder unit and the patient terminal, wherein the control unit activates a motor-driven tilting lever unit (31 - 40) as a valve device, which in a first tilt position squeezes the first hose portion together and releases the second hose portion and in a second tilt position squeezes the second hose portion together and releases the first hose portion.
An adjuvant comprising a sugar-based surfactant; wherein the sugar-based surfactant contains alkyl polyglucosides; a drift control agent comprising a fatty alcohol alkoxylate and a humectant; and an alkoxylate, wherein the alkoxylate is an amine alkoxylate where R 1 and R 2 independently of one another are ethylene, propylene, butylene or a mixture of these, R 6 is an H, C 1 -C 6 -alkyl, C 2 -C 6 -alkenyl, C 2 -C 6 -alkynyl, -SO 3 R a, -P OR b OR c, -CH 2 CO 2 R d, or -C R e, R a and R d independently of one another are an H, inorganic or organic cations, R b and R c independently of one another are an H, inorganic or organic cations, C 1 -C 6 -alkyl, C 2 -C 6 -alkenyl or C 2 -C 6 -alkynyl, R e is C 1 -C 22 -alkyl, C 2 -C 22 -alkenyl, C 2 -C 22 -alkynyl, C 6 -C 22 -aryl or C 7 -C 22 -alkylaryl, n, m independently of one another have a value of from 1 to 30. R 1 and R 2 independently of one another are ethylene, propylene, butylene or a mixture of these, R 6 is an H, C 1 -C 6 -alkyl, C 2 -C 6 -alkenyl, C 2 -C 6 -alkynyl, -SO 3 R a, -P OR b OR c, -CH 2 CO 2 R d, or -C R e, R a and R d independently of one another are an H, inorganic or organic cations, R b and R c independently of one another are an H, inorganic or organic cations, C 1 -C 6 -alkyl, C 2 -C 6 -alkenyl or C 2 -C 6 -alkynyl, R e is C 1 -C 22 -alkyl, C 2 -C 22 -alkenyl, C 2 -C 22 -alkynyl, C 6 -C 22 -aryl or C 7 -C 22 -alkylaryl, n, m independently of one another have a value of from 1 to 30.
A method for determining the concentration of peracid and peroxide in a use composition, the method comprising: preparing a sample mixture including at least one reagent and a sample of a use composition having a concentration of peracid and a concentration of peroxide to be determined; collecting response data indicative of absorbance of the sample mixture as a function of time; and determining the concentration of the peracid and the concentration of the peroxide in the use composition based on the response data, the method being characterised in that determining the concentration of the peracid and the concentration of the peroxide in the use composition includes: determining a best fit linear relationship between the response data indicative of the absorbance of the sample mixture and time, wherein the best fit linear relationship includes a slope and a y-intercept; calculating the peracid concentration based on the y-intercept; and calculating the peroxide concentration based on the slope.
A compound of the formula: or a pharmaceutically acceptable salt thereof, wherein: X is CH or N; each R 1A is independently -OR 1C, -N(R 1C) 2, -C R 1C, -C OR 1C, - C N(R 1C) 2, -N(R 1C)C OR 1C, cyano, halo, or optionally substituted C 1-12 hydrocarbyl or 2-12-membered heterocarbyl, which optional substitution is with one or more R 1B; each R 1B is independently -OR 1C, -N(R 1C) 2, -C R 1C, -C OR 1C, - C N(R 1C) 2, -N(R 1C)C OR 1C, cyano or halo; each R 1C is independently hydrogen or optionally substituted C 1-12 hydrocarbyl or 2-12-membered heterocarbyl, which optional substitution is with one or more of cyano, halo or hydroxyl; each R2c is independently-OR 2D, -N(R 2D) 2, -C R 2D, -C OR 2D, - C N(R 2D) 2, -N(R 2D)C OR 2D, cyano, halo, or optionally substituted C 1-22 hydrocarbyl or 2-12-membered heterocarbyl, which optional substitution is with one or more amino, cyano, halo, hydroxyl, or R 2D; each R 2D is independently hydrogen or optionally substituted C 1-12 hydrocarbyl or 2-12-membered heterocarbyl, which optional substitution is with one or more of amino, cyano, halo, hydroxyl; and m is 0-3. X is CH or N; each R 1A is independently -OR 1C, -N(R 1C) 2, -C R 1C, -C OR 1C, - C N(R 1C) 2, -N(R 1C)C OR 1C, cyano, halo, or optionally substituted C 1-12 hydrocarbyl or 2-12-membered heterocarbyl, which optional substitution is with one or more R 1B; each R 1B is independently -OR 1C, -N(R 1C) 2, -C R 1C, -C OR 1C, - C N(R 1C) 2, -N(R 1C)C OR 1C, cyano or halo; each R 1C is independently hydrogen or optionally substituted C 1-12 hydrocarbyl or 2-12-membered heterocarbyl, which optional substitution is with one or more of cyano, halo or hydroxyl; each R2c is independently-OR 2D, -N(R 2D) 2, -C R 2D, -C OR 2D, - C N(R 2D) 2, -N(R 2D)C OR 2D, cyano, halo, or optionally substituted C 1-22 hydrocarbyl or 2-12-membered heterocarbyl, which optional substitution is with one or more amino, cyano, halo, hydroxyl, or R 2D; each R 2D is independently hydrogen or optionally substituted C 1-12 hydrocarbyl or 2-12-membered heterocarbyl, which optional substitution is with one or more of amino, cyano, halo, hydroxyl; and m is 0-3.
An automotive vacuum pump for pumping a gas, comprising a pump housing defining a pump cavity, a pump rotor body with at least one vane slit supporting a shiftable vane defining at least two rotating pumping chambers, the pump rotor body having an axial low-pressure end and an axial high-pressure end, the low-pressure end being axially supported by a closed housing wall, so that the gas pressure inside the rotating pumping chambers is present at the low-pressure end of the pump rotor body, the pump housing being fluidically open at the high-pressure end, so that atmospheric pressure is present at the high-pressure end of the pump rotor body, and a separate axial rotor retaining arrangement defined by a separate retaining sheet body arranged in a transversal plane and axially blocking at least partially the high-pressure end of the pump rotor body, characterized in that a radial friction bearing axially arranged between the at least one vane slit and the high-pressure end of the pump rotor body. a pump housing defining a pump cavity, a pump rotor body with at least one vane slit supporting a shiftable vane defining at least two rotating pumping chambers, the pump rotor body having an axial low-pressure end and an axial high-pressure end, the low-pressure end being axially supported by a closed housing wall, so that the gas pressure inside the rotating pumping chambers is present at the low-pressure end of the pump rotor body, the pump housing being fluidically open at the high-pressure end, so that atmospheric pressure is present at the high-pressure end of the pump rotor body, and a separate axial rotor retaining arrangement defined by a separate retaining sheet body arranged in a transversal plane and axially blocking at least partially the high-pressure end of the pump rotor body, characterized in that a radial friction bearing axially arranged between the at least one vane slit and the high-pressure end of the pump rotor body.
Apparatus for folding textiles, preferably items of clothing, comprising at least one longitudinal-folding station which has a stationary middle part and two longitudinal-folding wings which are assigned to opposite longitudinal edges of said middle part, and also at least one folding template, wherein the longitudinal-folding wings can be pivoted by a drive, characterized in that the drive of each longitudinal-folding wing is in the form of a servo drive.
An electrode assembly, in which a positive electrode, a separator, a negative electrode are wound in a state of being stacked, wherein the positive electrode comprises a first positive electrode and a second positive electrode, each of the first positive electrode and the second positive electrode is manufactured by applying a positive electrode active material on a surface of a positive electrode collector, wherein the positive electrode active material is not applied on one end to form a positive electrode non-coating portion on which the positive electrode collector is exposed, the positive electrode non-coating portions of the first positive electrode and the second positive electrode are bonded to be connected to each other, and wherein a capacity per unit area of the first positive electrode and a capacity per unit area of the second positive electrode are different from each other. wherein the positive electrode comprises a first positive electrode and a second positive electrode, each of the first positive electrode and the second positive electrode is manufactured by applying a positive electrode active material on a surface of a positive electrode collector, wherein the positive electrode active material is not applied on one end to form a positive electrode non-coating portion on which the positive electrode collector is exposed, the positive electrode non-coating portions of the first positive electrode and the second positive electrode are bonded to be connected to each other, and wherein a capacity per unit area of the first positive electrode and a capacity per unit area of the second positive electrode are different from each other.
A method of measuring antibody-dependent cell-mediated phagocytosis (ADCP) of aggregated protein comprising the steps of: a) monomerizing and fluorescently labeling the aggregated protein, b) incubating the monomerized protein for a time period sufficient to form aggregated protein, c) contacting the aggregated protein with a protein-specific antibody for a time period sufficient to permit the formation of an antibody-protein complex, d) contacting the antibody-protein complex with a population of phagocytic cells for a time period sufficient to permit phagocytosis of the antibody-protein complex, wherein if the phagocytic cells are adherent cells, the cells are removed from a surface using non-enzymatic cell dissociation buffer prior to said step of contacting, e) removing surface-bound protein from the phagocytic cell, and f) determining phagocytosis by measuring intracellular fluorescence using flow cytometry, wherein the intracellular fluorescence is measured using 5000 or fewer events. a) monomerizing and fluorescently labeling the aggregated protein, b) incubating the monomerized protein for a time period sufficient to form aggregated protein, c) contacting the aggregated protein with a protein-specific antibody for a time period sufficient to permit the formation of an antibody-protein complex, d) contacting the antibody-protein complex with a population of phagocytic cells for a time period sufficient to permit phagocytosis of the antibody-protein complex, wherein if the phagocytic cells are adherent cells, the cells are removed from a surface using non-enzymatic cell dissociation buffer prior to said step of contacting, e) removing surface-bound protein from the phagocytic cell, and f) determining phagocytosis by measuring intracellular fluorescence using flow cytometry, wherein the intracellular fluorescence is measured using 5000 or fewer events.
An aqueous method for producing from oil seed meal an intermediate aqueous protein solution having a fat to protein ratio of at least 1:12 comprising subjecting oil seed meal having an oil content of at least 8% on dry matter basis to gravity induced solid-liquid extraction wherein the solids essentially only move in a vertical way and optionally collecting the resulting intermediate aqueous protein solution.
Device (10, 50) for confirming the depressurisation of a lubricator, characterized in that it comprises: - a carrier receptacle for a head of the lubricator, configured to prevent movements of the head of the lubricator parallel to an axis; - a needle having one extremity resting on a check valve of the lubricator; - a means for setting the needle in motion, towards the carrier receptacle and parallel to the axis; - a housing having an internal thread; - a handle secured to the needle, the needle having an external thread matching the internal thread of the housing; and - an exhaust opening for gas coming from the check valve. - a carrier receptacle for a head of the lubricator, configured to prevent movements of the head of the lubricator parallel to an axis; - a needle having one extremity resting on a check valve of the lubricator; - a means for setting the needle in motion, towards the carrier receptacle and parallel to the axis; - a housing having an internal thread; - a handle secured to the needle, the needle having an external thread matching the internal thread of the housing; and - an exhaust opening for gas coming from the check valve.
A multi-axle assembly for a wheeled vehicle, the assembly having a longitudinal axis aligned with the intended direction of travel of the vehicle, the assembly comprising: a first axle having a first wheel rotatably connected thereto and configured to pivot relative to the vehicle about a first pivot; a second axle, spaced along the longitudinal axis relative to the first axle, and having a second wheel rotatably connected thereto and configured to pivot relative to the vehicle about a second pivot; a flexible force transmission element engaging respective first and second locations (14,24) on the first and second axles (10,20), wherein a first end of the flexible force transmission element is configured to be fixedly anchored at a fourth location relative to the vehicle and an actuator configured to be anchored at a third location relative to the vehicle and to move the flexible force transmission element so as to vary the separation between the third location and at least one of said first and second locations (14,24), thereby pivoting at least one of said first and second axles (10,20) relative to the vehicle, characterized in that the flexible force transmission element is configured to engage a fifth location fixedly anchored relative to the vehicle, the flexible force transmission element successively engaging the fourth, second, fifth and first locations along its length. a first axle having a first wheel rotatably connected thereto and configured to pivot relative to the vehicle about a first pivot; a second axle, spaced along the longitudinal axis relative to the first axle, and having a second wheel rotatably connected thereto and configured to pivot relative to the vehicle about a second pivot; a flexible force transmission element engaging respective first and second locations (14,24) on the first and second axles (10,20), wherein a first end of the flexible force transmission element is configured to be fixedly anchored at a fourth location relative to the vehicle and an actuator configured to be anchored at a third location relative to the vehicle and to move the flexible force transmission element so as to vary the separation between the third location and at least one of said first and second locations (14,24), thereby pivoting at least one of said first and second axles (10,20) relative to the vehicle, characterized in that the flexible force transmission element is configured to engage a fifth location fixedly anchored relative to the vehicle, the flexible force transmission element successively engaging the fourth, second, fifth and first locations along its length.
A method comprising: capturing, by a white space device in communication with a television receiver, human interface device, HID, information from a user input device via an external communication connection, the HID information comprising: a timestamp for a user input command; corresponding display data resulting from the user input command, and at least one of position, location, and coordinate information of display data resulting from the user input command in a frame associated with the display data; capturing video data being output on the user input device; processing, by the white space device, the captured HID information and the video data to form a transport stream for transmission over white space to the television receiver, at least a portion of the captured HID information being included as ancillary data within the transport stream, the ancillary data being in an elementary stream separate from the video data in the transport stream, in which the transport stream comprises a MPEG-2 TS, transport stream; and transmitting, from the white space device, the transport stream over white space to the television receiver. capturing, by a white space device in communication with a television receiver, human interface device, HID, information from a user input device via an external communication connection, the HID information comprising: a timestamp for a user input command; corresponding display data resulting from the user input command, and at least one of position, location, and coordinate information of display data resulting from the user input command in a frame associated with the display data; a timestamp for a user input command; corresponding display data resulting from the user input command, and at least one of position, location, and coordinate information of display data resulting from the user input command in a frame associated with the display data; capturing video data being output on the user input device; processing, by the white space device, the captured HID information and the video data to form a transport stream for transmission over white space to the television receiver, at least a portion of the captured HID information being included as ancillary data within the transport stream, the ancillary data being in an elementary stream separate from the video data in the transport stream, in which the transport stream comprises a MPEG-2 TS, transport stream; and transmitting, from the white space device, the transport stream over white space to the television receiver.