mhurhangee/ep-ind-claims huggingface dataset:
A method of selective notification of a condition of a transformer monitored by a monitoring device comprising: receiving data elements from said monitoring device in an analyzer configured for communication with said monitoring device; processing said data elements using said analyzer to detect said condition of said transformer; determining if said condition defines an exception to a normal condition of said transformer using said analyzer; when said determining operation determines that said condition defines said exception to said normal condition, conveying a first notice of said condition to a responsible party, responsible for said transformer, at a first instance of determination of said exception; said method characterised in that at a second instance of determination that said condition defines said exception to said normal condition, said second instance occurring subsequent to said first instance, conveyance of another notice to said responsible party is suppressed. receiving data elements from said monitoring device in an analyzer configured for communication with said monitoring device; processing said data elements using said analyzer to detect said condition of said transformer; determining if said condition defines an exception to a normal condition of said transformer using said analyzer; when said determining operation determines that said condition defines said exception to said normal condition, conveying a first notice of said condition to a responsible party, responsible for said transformer, at a first instance of determination of said exception; said method characterised in that at a second instance of determination that said condition defines said exception to said normal condition, said second instance occurring subsequent to said first instance, conveyance of another notice to said responsible party is suppressed.
A process comprising: a) oxidizing a feedstock comprising hydroxymethyl furfural and humins to produce a mixture comprising crude humins-containing 2,5-furan dicarboxylic acid; b) separating the mixture to obtain a solid 2,5-furan dicarboxylic acid/humins composition; c) esterifying the solid 2,5-furan dicarboxylic acid /humins composition with an alcohol to produce a crude ester of 2,5-furan dicarboxylic acid; and d) purifying the crude ester of 2,5-furan dicarboxylic acid obtained in step c) by distillation or by sublimation to produce a purified ester of 2,5-furan dicarboxylic acid containing less than 100 micrograms of humins per gram as measured by an HPLC or SEC analytical method. a) oxidizing a feedstock comprising hydroxymethyl furfural and humins to produce a mixture comprising crude humins-containing 2,5-furan dicarboxylic acid; b) separating the mixture to obtain a solid 2,5-furan dicarboxylic acid/humins composition; c) esterifying the solid 2,5-furan dicarboxylic acid /humins composition with an alcohol to produce a crude ester of 2,5-furan dicarboxylic acid; and d) purifying the crude ester of 2,5-furan dicarboxylic acid obtained in step c) by distillation or by sublimation to produce a purified ester of 2,5-furan dicarboxylic acid containing less than 100 micrograms of humins per gram as measured by an HPLC or SEC analytical method.
A grommet comprising: a water stopping part with an annular shape that is inserted into a penetration hole formed in an attachment panel so as to stop water; closing parts (11,12) disposed on one side and the other side, respectively, of the water stopping part in an axial direction in a manner of stretching to an inside in a radial direction of the water stopping part so as to close the annular shape of the water stopping part; tubular parts (20,30) provided penetrating centers of the closing parts (11,12), respectively, and allowing a wiring material to be inserted thereinto; and a plurality of slit parts that divide one of the tubular parts (20,30) and one of the closing parts (11,12) that is provided with the one tubular part, characterized in that the slit parts divide one of the tubular parts (20,30) and one of the closing parts (11,12) that is provided with the one tubular part into three or more continuously to the water stopping part, and the slit parts are disposed at equal intervals with the one tubular part being a center. a water stopping part with an annular shape that is inserted into a penetration hole formed in an attachment panel so as to stop water; closing parts (11,12) disposed on one side and the other side, respectively, of the water stopping part in an axial direction in a manner of stretching to an inside in a radial direction of the water stopping part so as to close the annular shape of the water stopping part; tubular parts (20,30) provided penetrating centers of the closing parts (11,12), respectively, and allowing a wiring material to be inserted thereinto; and a plurality of slit parts that divide one of the tubular parts (20,30) and one of the closing parts (11,12) that is provided with the one tubular part, characterized in that the slit parts divide one of the tubular parts (20,30) and one of the closing parts (11,12) that is provided with the one tubular part into three or more continuously to the water stopping part, and the slit parts are disposed at equal intervals with the one tubular part being a center.
A binder resin for color toners, wherein the binder resin comprises at least a carboxyl group-containing vinyl resin, a glycidyl group-containing vinyl resin and a reaction product thereof, the storage modulus G' at 160 degrees centigrade is not less than 20 Pa and less than 800 Pa measured at a frequency of 6.28 rad/sec, the tetrahydrofuran soluble portion in the binder resin has a main peak in the molecular weight region of not less than 20,000 and less than 40,000 in the molecular weight distribution measured by gel permeation chromatography, the binder resin contains at least one of releasing agents having a melting point of not lower than 60 degrees centigrade and not higher than 120 degrees centigrade in an amount of not less than 3.5 mass % and not more than 12 mass % based on 100 mass % of the total amount of said carboxyl group-containing vinyl resin, said glycidyl group-containing vinyl resin and the reaction product thereof, the weight average molecular weight of the THF soluble portion is not more than 170,000; said carboxyl group-containing vinyl resin contains a high molecular weight vinyl resin in which the THF soluble portion has a peak in the molecular weight region of not less than 150,000 and less than 350,000 in the GPC chromatogram and a low molecular weight vinyl resin in which the THF soluble portion has a peak in the molecular weight region of not less than 20,000 and less than 40, 000 in the GPC chromatogram; the mass ratio (H/L) of the high molecular weight vinyl resin to the low molecular weight vinyl resin in said carboxyl group-containing vinyl resin is from 10/90 to 30/70; the acid value of the high molecular weight vinyl resin in said carboxyl group-containing vinyl resin is not less than 10 mgKOH/g and not more than 26 mgKOH/g and the acid value of the low molecular weight vinyl resin is not less than 6 mgKOH/g and not more than 30 mgKOH/g; the acid value of said carboxyl group-containin vinyl resin is not less than 6 mgKOH/g and not more than 30 mgKOH/g; the THF soluble portion in said glycidyl group-containing vinyl resin has a peak in the molecular weight region of not less than 20,000 and not more than 80,000 in the GPC chromatogram and the epoxy value of said glycidyl group-containing vinyl resin is not less than 0.003 Eq/100g and not more than 0.022 Eq/100g; and the mass ratio (C/E) of said carboxyl group-containing vinyl resin to said glycidyl group-containing vinyl resin is from 87/13 to 99/1.
A control program causing a computer to execute processing, the processing comprising: displaying a rule node (301, 311), a first node (302, 312) related to an access destination (302a, 302b) to which cyber attack event information is allowed to be provided and a second node (303, 313) related to one or more information categories (303a-303d) to be a target of a mask processing; when transmission of the cyber attack event information is performed based on a transmission request to transmit the cyber attack event information from a terminal as a transmission destination, performing, in a case where the transmission destination is included in the access destination (302a, 302b) provided by the first node (302, 312) coupled to the rule node (301, 311), a mask processing on information which is included in the cyber attack event information and belongs to the one or more information categories (303a-303d) provided by the second node (303, 313) coupled to the rule node (301, 311); and providing the cyber attack event information after the mask processing is performed to the transmission destination. displaying a rule node (301, 311), a first node (302, 312) related to an access destination (302a, 302b) to which cyber attack event information is allowed to be provided and a second node (303, 313) related to one or more information categories (303a-303d) to be a target of a mask processing; when transmission of the cyber attack event information is performed based on a transmission request to transmit the cyber attack event information from a terminal as a transmission destination, performing, in a case where the transmission destination is included in the access destination (302a, 302b) provided by the first node (302, 312) coupled to the rule node (301, 311), a mask processing on information which is included in the cyber attack event information and belongs to the one or more information categories (303a-303d) provided by the second node (303, 313) coupled to the rule node (301, 311); and providing the cyber attack event information after the mask processing is performed to the transmission destination.
A device for irrigating a body cavity with fluid, comprising: a manually-operated pump mechanism configured for delivering a first volume of fluid to the body cavity and delivering a second volume of fluid to the body cavity while concomitantly withdrawing at least said second volume of fluid from the body cavity, said pump mechanism having a first pump and a second pump each being configured for communicating fluid to and from the body cavity, said first pump and said second pump being operatively linked such that operating said second pump to deliver said second volume of fluid into the body cavity activates said first pump to withdraw said at least said second volume of fluid from the body cavity; and an actuator member having a first mode in which both said pumps are inoperative, a second mode in which said actuator member activates said first pump to eject an initial volume of fluid out of the device, and a third mode in which said actuator member activates said second pump to eject a further initial volume of fluid out of the device. a manually-operated pump mechanism configured for delivering a first volume of fluid to the body cavity and delivering a second volume of fluid to the body cavity while concomitantly withdrawing at least said second volume of fluid from the body cavity, said pump mechanism having a first pump and a second pump each being configured for communicating fluid to and from the body cavity, said first pump and said second pump being operatively linked such that operating said second pump to deliver said second volume of fluid into the body cavity activates said first pump to withdraw said at least said second volume of fluid from the body cavity; and an actuator member having a first mode in which both said pumps are inoperative, a second mode in which said actuator member activates said first pump to eject an initial volume of fluid out of the device, and a third mode in which said actuator member activates said second pump to eject a further initial volume of fluid out of the device.
An electronic device, comprising: electronic components that generate heat; a heat sink structure configured to dissipate the heat generated by the electronic components; and a housing in which the electronic components and the heat sink structure are mounted, wherein in the housing comprises a housing wall and wherein the housing wall and the heat sink structure are separated by an air gap configured to evenly distribute heat from the heat sink structure, wherein the housing wall includes at least one recess configured to locally expand or at least one protrusion configured to locally narrow the air gap to improve uniformity of heat transfer between the heat sink structure and the housing, characterised in that a thickness of the housing wall is greater than a depth of the at least one recess or a thickness of the at least one protrusion. electronic components that generate heat; a heat sink structure configured to dissipate the heat generated by the electronic components; and a housing in which the electronic components and the heat sink structure are mounted, wherein in the housing comprises a housing wall and wherein the housing wall and the heat sink structure are separated by an air gap configured to evenly distribute heat from the heat sink structure, wherein the housing wall includes at least one recess configured to locally expand or at least one protrusion configured to locally narrow the air gap to improve uniformity of heat transfer between the heat sink structure and the housing, characterised in that a thickness of the housing wall is greater than a depth of the at least one recess or a thickness of the at least one protrusion.
A method for data processing, comprising: determining, by a terminal device, a data duplication behavior of a first entity according to first information, wherein the data duplication behavior is indicative of that the first entity transmits data to at least one second entity in at least three second entities corresponding to the first entity, and the first information comprises information from a media access control, MAC, control element, CE; wherein determining, by the terminal device, the data duplication behavior of the first entity according to the first information comprises: determining, by the terminal device, a data duplication behavior of a second set according to the information from the MAC CE, wherein the second set is formed according to the at least three second entities and contains at least one second entity; characterized in that the information from the MAC CE comprises information from a MAC CE in a master node and information from a MAC CE in a secondary node. determining, by a terminal device, a data duplication behavior of a first entity according to first information, wherein the data duplication behavior is indicative of that the first entity transmits data to at least one second entity in at least three second entities corresponding to the first entity, and the first information comprises information from a media access control, MAC, control element, CE; wherein determining, by the terminal device, the data duplication behavior of the first entity according to the first information comprises: determining, by the terminal device, a data duplication behavior of a second set according to the information from the MAC CE, wherein the second set is formed according to the at least three second entities and contains at least one second entity; characterized in that the information from the MAC CE comprises information from a MAC CE in a master node and information from a MAC CE in a secondary node. determining, by the terminal device, a data duplication behavior of a second set according to the information from the MAC CE, wherein the second set is formed according to the at least three second entities and contains at least one second entity; characterized in that the information from the MAC CE comprises information from a MAC CE in a master node and information from a MAC CE in a secondary node.
Floor treatment apparatus, comprising a frame, a housing which is rotatable with respect to the frame according to a main axis, at least three head pulleys which are rotatable with respect to the housing according to respective head axes which are regularly spaced around, and which are parallel to, the main axis, a motor supported by the frame, a drive pulley which is drivable by the motor, a main belt tensioning pulley, a main belt which is slung around the drive pulley, the head pulleys and the main belt tensioning pulley, an auxiliary pulley coaxially connected to the main belt tensioning pulley, a fixed pulley connected to the frame and an auxiliary belt slung around the auxiliary pulley and the fixed pulley for rotating the housing with respect to the frame.
An extendable ladder with a safety feature for preventing finger injury, comprising: two vertical stiles with a plurality of rungs disposed between two stiles, each stile being formed by a plurality of telescopically collapsible columns, each column provided with a bottom opening and an inner wall, in which each column receives a cover at the bottom opening to cover the bottom opening, the cover has a small cylindrical portion and a large cylindrical portion with a peripheral surface located under the small cylindrical portion, and the small cylindrical portion inserts into the bottom opening of a column and is positioned inside the column, while the large cylindrical portion is exposed outside of the column and inserted inside of a next lower column, an annular groove is formed on the peripheral surface of the large cylindrical portion, the annular groove has a bottom inner wall, a sealing ring is disposed inside the annular groove characterised in that: a plurality of through holes are vertically provided on the bottom inner wall of the annular groove for enabling air to exit from the annular groove, and said sealing ring is capable of sliding up and down in the annular groove, and the sealing ring touches the inner wall of the next lower column when the stile is extending or collapsing and forms a movable frictional seal for the next lower column. two vertical stiles with a plurality of rungs disposed between two stiles, each stile being formed by a plurality of telescopically collapsible columns, each column provided with a bottom opening and an inner wall, in which each column receives a cover at the bottom opening to cover the bottom opening, the cover has a small cylindrical portion and a large cylindrical portion with a peripheral surface located under the small cylindrical portion, and the small cylindrical portion inserts into the bottom opening of a column and is positioned inside the column, while the large cylindrical portion is exposed outside of the column and inserted inside of a next lower column, an annular groove is formed on the peripheral surface of the large cylindrical portion, the annular groove has a bottom inner wall, a sealing ring is disposed inside the annular groove characterised in that: a plurality of through holes are vertically provided on the bottom inner wall of the annular groove for enabling air to exit from the annular groove, and said sealing ring is capable of sliding up and down in the annular groove, and the sealing ring touches the inner wall of the next lower column when the stile is extending or collapsing and forms a movable frictional seal for the next lower column.
A method for handover of a multimode mobile station when the multimode mobile station is moving from a cell of a legacy base station to a neighbouring cell of an advanced base station, ABS, wherein the ABS includes a legacy zone and an advanced zone, the method comprising: scanning, by the multimode mobile station, at least the neighbouring cell; performing, by the multimode mobile station, a handover from the legacy base station to the legacy zone of the ABS; and performing, by the multimode mobile station, a zone switch for switching from the legacy zone of the ABS to the advanced zone of the ABS, wherein performing the zone switch by the multimode mobile station comprises: detecting, by the multimode mobile station, a capability of the ABS indicating that the ABS supports the advanced zone based on a MAC version of the ABS; transmitting, by the multimode mobile station, a Zone Switch request to the ABS, based on the capability of the ABS; receiving, by the multimode mobile station, a response message to the Zone Switch request from the ABS; and switching, by the multimode mobile station, to the advanced zone of the ABS from the legacy zone of the ABS, based on the response message received from the ABS. scanning, by the multimode mobile station, at least the neighbouring cell; performing, by the multimode mobile station, a handover from the legacy base station to the legacy zone of the ABS; and performing, by the multimode mobile station, a zone switch for switching from the legacy zone of the ABS to the advanced zone of the ABS, detecting, by the multimode mobile station, a capability of the ABS indicating that the ABS supports the advanced zone based on a MAC version of the ABS; transmitting, by the multimode mobile station, a Zone Switch request to the ABS, based on the capability of the ABS; receiving, by the multimode mobile station, a response message to the Zone Switch request from the ABS; and switching, by the multimode mobile station, to the advanced zone of the ABS from the legacy zone of the ABS, based on the response message received from the ABS.
A robotic limb characterized in that it comprises a sheath formed by substantially inextensible intertwined wires, inside said sheath being placed groups of transverse actuators axially spaced to each other, connected to said sheath and capable to reversibly contract said sheath at least partially in the radial direction, longitudinal actuating means being connected to each of said group of transverse actuators for reversibly contracting said sheath at least partially in the axial direction.