mhurhangee/ep-ind-claims huggingface dataset:
A method for achieving remote updating of application programs in an application environment, the application environment comprising a terminal manager, downloading nodes and terminals, wherein the terminals are communicatively coupled with the terminal manager and the downloading nodes via network, wherein the method comprises the following steps: when the issuing time point of updating data packets of application programs is reached, the terminal manager sends the updating data packets to a plurality of nodes synchronously; in response to an initiation of an interaction process between the terminal manager and one of the plurality of terminals, the terminal manager determines whether the terminal is an object for which a remote updating of application programs is executed; if the terminal is an object for which a remote updating of application programs is executed, the terminal manager designates at least one downloading node for this terminal, and sends an identifier of the updating data packets and the address of the designated downloading node to this terminal; and when the updating time point of application programs is reached, an application program updating operation is executed on the terminal that has successfully downloaded the updating data packets, wherein either the terminal manager or the terminals initiates a communication with the other one at a predetermined time interval, as a response, the terminal manager firstly determines whether the terminal in communication is an object for which a remote updating of application programs is to be conducted, and if the terminal is an object to be updated, one or more of the plurality of downloading nodes is designated as the downloading node for this terminal. when the issuing time point of updating data packets of application programs is reached, the terminal manager sends the updating data packets to a plurality of nodes synchronously; in response to an initiation of an interaction process between the terminal manager and one of the plurality of terminals, the terminal manager determines whether the terminal is an object for which a remote updating of application programs is executed; if the terminal is an object for which a remote updating of application programs is executed, the terminal manager designates at least one downloading node for this terminal, and sends an identifier of the updating data packets and the address of the designated downloading node to this terminal; and when the updating time point of application programs is reached, an application program updating operation is executed on the terminal that has successfully downloaded the updating data packets, wherein either the terminal manager or the terminals initiates a communication with the other one at a predetermined time interval, as a response, the terminal manager firstly determines whether the terminal in communication is an object for which a remote updating of application programs is to be conducted, and if the terminal is an object to be updated, one or more of the plurality of downloading nodes is designated as the downloading node for this terminal.
A seal (16, 116, 216) for sealing engagement between a closure and a container, and including: a seal ring (22, 122) having a sealing portion; and a projection (24, 124) being coupled to the seal ring, extending circumferentially and radially outwardly of the seal ring, and having a closure-driven feature (64, 164, 264) engageable by the closure when the closure is rotated on the container in a loosening direction to unseat the seal ring from sealing engagement between the container and the closure, characterized in that the seal ring has a longitudinally cross-sectional centroid, and the projection has a longitudinally cross-sectional centroid that is radially outboard of the longitudinally cross-sectional centroid of the seal ring. a seal ring (22, 122) having a sealing portion; and a projection (24, 124) being coupled to the seal ring, extending circumferentially and radially outwardly of the seal ring, and having a closure-driven feature (64, 164, 264) engageable by the closure when the closure is rotated on the container in a loosening direction to unseat the seal ring from sealing engagement between the container and the closure, characterized in that the seal ring has a longitudinally cross-sectional centroid, and the projection has a longitudinally cross-sectional centroid that is radially outboard of the longitudinally cross-sectional centroid of the seal ring.
A first user equipment that is in direct communication with a second user equipment different from the first user equipment, the first user equipment comprising: a processor unit configured to acquire broadcast signaling from a base station; a sensing unit configured to measure a reception power and to compare the measured reception power with a single threshold; a transmitting unit configured to transmit a sidelink transmission using a resource that is available according to resource sensing in a case that the measured reception power is lower than the single threshold; characterized in that the broadcast signaling includes a threshold value list, and in that the single threshold is obtained from the threshold value list in dependence upon at least a priority of the sidelink transmission. a processor unit configured to acquire broadcast signaling from a base station; a sensing unit configured to measure a reception power and to compare the measured reception power with a single threshold; a transmitting unit configured to transmit a sidelink transmission using a resource that is available according to resource sensing in a case that the measured reception power is lower than the single threshold; characterized in that the broadcast signaling includes a threshold value list, and in that the single threshold is obtained from the threshold value list in dependence upon at least a priority of the sidelink transmission.
A method of programming non-volatile storage, comprising: selecting a first set of non-volatile storage elements; starting a program operation for the first set of non-volatile storage elements and completing the program operation for the first set of non-volatile storage elements; after starting the program operation for the first set of non-volatile storage elements and without waiting for completion of the program operation for the first set of non- volatile storage elements, unselecting the first set of non-volatile storage elements and selecting a second set of non-volatile storage elements; and starting a program operation for the second set of non-volatile storage elements without waiting for completion of the program operation for the first set of non-volatile storage elements; characterised in that the starting the program operation for the first set of non-volatile storage elements includes applying a charge on a control line for each of the first set of non-volatile storage elements; and the unselecting the first set of non-volatile storage elements, the selecting the second set of non-volatile storage elements and starting the program operation for the second set of non-volatile storage elements are commenced while the control lines for the first set of non-volatile storage elements still hold at least a portion of the charge. selecting a first set of non-volatile storage elements; starting a program operation for the first set of non-volatile storage elements and completing the program operation for the first set of non-volatile storage elements; after starting the program operation for the first set of non-volatile storage elements and without waiting for completion of the program operation for the first set of non- volatile storage elements, unselecting the first set of non-volatile storage elements and selecting a second set of non-volatile storage elements; and starting a program operation for the second set of non-volatile storage elements without waiting for completion of the program operation for the first set of non-volatile storage elements; characterised in that
A process for the production of a C6-C15 alcohol mixture comprising the steps of: a. hydroformylating an olefin mixture comprising a branched C5-C14 olefin to form a hydroformylation product comprising aldehydes and formate esters;; b. converting the aldehydes and formate esters to alcohols in a hydrogenation step comprising at least one first hydrogenation reactor comprising a fixed bed of a heterogeneous sulphided bimetallic catalyst, optionally followed by at least one second hydrogenation reactor connected downstream of the first hydrogenation reactor; and c. wherein the feed to the hydrogenation step (b) is a liquid comprising at least a portion of the aldehydes and formate esters formed in step (a) and at least 2 wt% water, based on the liquid hydrogenation feed, and wherein the temperature in the first hydrogenation reactor is at most 200°C, preferably in the range of from 150°C to 200°C, characterised in that the hydroformylation step (a) is carried out to produce a hydroformylation product having a net cold sap number in the range of 17 to 33 mg KOH/g and in that the C6-C 15 alcohol mixture contains at most 200 ppm by weight of methyl esters of C6-C15 carboxylic acids. a. hydroformylating an olefin mixture comprising a branched C5-C14 olefin to form a hydroformylation product comprising aldehydes and formate esters;; b. converting the aldehydes and formate esters to alcohols in a hydrogenation step comprising at least one first hydrogenation reactor comprising a fixed bed of a heterogeneous sulphided bimetallic catalyst, optionally followed by at least one second hydrogenation reactor connected downstream of the first hydrogenation reactor; and c. wherein the feed to the hydrogenation step (b) is a liquid comprising at least a portion of the aldehydes and formate esters formed in step (a) and at least 2 wt% water, based on the liquid hydrogenation feed, and wherein the temperature in the first hydrogenation reactor is at most 200°C, preferably in the range of from 150°C to 200°C,
A composition for use in treating gastric cancer or lung cancer wherein the composition comprises: (a) an agent for the inhibition of the expression of immunoglobulin superfamily member 1 (IGSF1) gene (NM_001555.2) or the expression or activity of its protein; and (b) an agent for the inhibition of the expression of mesenchymal-epithelial transition factor gene (NM_001127500.1) or the expression or activity of its protein as active ingredients, wherein the agents are selected from the group consisting of: small interfering RNA (siRNA), short hairpin RNA (shRNA), microRNA (miRNA), peptide nucleic acids (PNAs), antisense oligonucleotides, antibodies and aptamers. (a) an agent for the inhibition of the expression of immunoglobulin superfamily member 1 (IGSF1) gene (NM_001555.2) or the expression or activity of its protein; and (b) an agent for the inhibition of the expression of mesenchymal-epithelial transition factor gene (NM_001127500.1) or the expression or activity of its protein as active ingredients, wherein the agents are selected from the group consisting of: small interfering RNA (siRNA), short hairpin RNA (shRNA), microRNA (miRNA), peptide nucleic acids (PNAs), antisense oligonucleotides, antibodies and aptamers.
Protective sleeve for plant seedlings, wherein the protective sleeve includes a wall that is or can be shaped as a hollow cylinder, as a three-sided or more hollow prism or as a truncated cone, wherein the wall is made of a material that contains digested biomass as a base material, wherein undigested biomass is added to the base material, and the wall further includes an inner and/or an outer support layer, wherein the support layer is made of biodegradable mesh, knitted mesh or web of long fibrous material, preferably made of yarn, of hemp, of straw or of mixtures thereof.
An array of gender-specific pant type disposable absorbent articles (1; 1'), said array comprising: a first disposable absorbent article adapted to be worn by males, the article having, in its longitudinal direction, a front portion, a back portion and a crotch portion between the front portion and the back portion, and a first elastic component configured for providing fit and comfort of the article to a male user; and a second disposable absorbent article adapted to be worn by females, the article having, in its longitudinal direction, a front portion, a back portion and a crotch portion between the front portion and the back portion, and a second elastic component configured for providing fit and comfort of the article to a female user; said first elastic component and said second elastic component comprising a plurality of elastic elements (31a-e; 31'a-g) extending at least partly along each article (1; 1'); said elastic components (31; 31') form part of at least the back portion of the first absorbent article and the back portion of the second absorbent article, respectively, characterized in that first elastic component and the second elastic component differ from each other from a selection of at least the positioning and the elastic strength of said elastic elements (31a-e; 31'a-g) and in that the elastic elements (31a-e; 31'a-g) are divided into an upper section and a lower section and wherein the above-mentioned differences in at least the positioning or the elastic strength of said elastic elements (31a-e; 31'a-g) are provided in the lower section only. a first disposable absorbent article adapted to be worn by males, the article having, in its longitudinal direction, a front portion, a back portion and a crotch portion between the front portion and the back portion, and a first elastic component configured for providing fit and comfort of the article to a male user; and a second disposable absorbent article adapted to be worn by females, the article having, in its longitudinal direction, a front portion, a back portion and a crotch portion between the front portion and the back portion, and a second elastic component configured for providing fit and comfort of the article to a female user; said first elastic component and said second elastic component comprising a plurality of elastic elements (31a-e; 31'a-g) extending at least partly along each article (1; 1'); said elastic components (31; 31') form part of at least the back portion of the first absorbent article and the back portion of the second absorbent article, respectively, characterized in that first elastic component and the second elastic component differ from each other from a selection of at least the positioning and the elastic strength of said elastic elements (31a-e; 31'a-g) and in that the elastic elements (31a-e; 31'a-g) are divided into an upper section and a lower section and wherein the above-mentioned differences in at least the positioning or the elastic strength of said elastic elements (31a-e; 31'a-g) are provided in the lower section only.
A control apparatus for an internal combustion engine comprising: an electrically heated catalyst that is arranged in an exhaust passage of the internal combustion engine, and heats a catalyst having an ability to purify an exhaust gas by heat from a heat generation element which generates heat by supply of electric power; a decision unit that decides a restraint amount for energy inputted to said electrically heated catalyst through the exhaust gas so that a heat generation element internal temperature difference, which is a difference in temperature between predetermined portions in said heat generation element of said electrically heated catalyst at the time of cold starting of said internal combustion engine, falls within a predetermined temperature range; and a control unit that controls an operating state of said internal combustion engine according to the restraint amount for said input energy decided by said decision unit, wherein said internal combustion engine is mounted on a hybrid vehicle which uses, as a source of power, said internal combustion engine and a motor (21a, 21b) driven by electric power supplied from an electric power supply; and said decision unit increases the restraint amount for the energy inputted to said electrically heated catalyst in accordance with the increasing travel speed of said hybrid vehicle at the time of the cold starting of said internal combustion engine. an electrically heated catalyst that is arranged in an exhaust passage of the internal combustion engine, and heats a catalyst having an ability to purify an exhaust gas by heat from a heat generation element which generates heat by supply of electric power; a decision unit that decides a restraint amount for energy inputted to said electrically heated catalyst through the exhaust gas so that a heat generation element internal temperature difference, which is a difference in temperature between predetermined portions in said heat generation element of said electrically heated catalyst at the time of cold starting of said internal combustion engine, falls within a predetermined temperature range; and a control unit that controls an operating state of said internal combustion engine according to the restraint amount for said input energy decided by said decision unit, wherein said internal combustion engine is mounted on a hybrid vehicle which uses, as a source of power, said internal combustion engine and a motor (21a, 21b) driven by electric power supplied from an electric power supply; and said decision unit increases the restraint amount for the energy inputted to said electrically heated catalyst in accordance with the increasing travel speed of said hybrid vehicle at the time of the cold starting of said internal combustion engine.
A borate-glass biomaterial comprising: a) aNa 2 O. bCaO. cP 2 O 5. dB 2 O 3, wherein a is from about 1 - 40 wt%, b is from about 10 - 40 wt%, c is from about 1 - 40 wt%, and d is from about 35 - 80 wt%; or wherein a is from about 15 - 30 wt%, b is from about 15 - 30 wt%, c is from about 3 - 7 wt%, and d is from about 35 - 65 wt%; b) xCaO. yP 2 O 5. zB 2 O 3, wherein x is from about 5 - 50wt%, y is from about 5 - 50 wt%, and z is from about 35 - 75 wt%, or x is 10-50 wt%, y is 5-35 wt% and z is 38-80 wt%; or c) LNa 2 O. mCaO. nB 2 O 3. wherein L is from about 5 - 50wt%, m is from about 1 - 50 wt%, and n is from about 40 - 80 wt%; and wherein the biomaterial has a surface area per mass of more than about 5 m 2 /g and wherein borate is the major network former. a) aNa 2 O. bCaO. cP 2 O 5. dB 2 O 3, wherein a is from about 1 - 40 wt%, b is from about 10 - 40 wt%, c is from about 1 - 40 wt%, and d is from about 35 - 80 wt%; or wherein a is from about 15 - 30 wt%, b is from about 15 - 30 wt%, c is from about 3 - 7 wt%, and d is from about 35 - 65 wt%; b) xCaO. yP 2 O 5. zB 2 O 3, wherein x is from about 5 - 50wt%, y is from about 5 - 50 wt%, and z is from about 35 - 75 wt%, or x is 10-50 wt%, y is 5-35 wt% and z is 38-80 wt%; or c) LNa 2 O. mCaO. nB 2 O 3. wherein L is from about 5 - 50wt%, m is from about 1 - 50 wt%, and n is from about 40 - 80 wt%; and wherein the biomaterial has a surface area per mass of more than about 5 m 2 /g and wherein borate is the major network former.
A process for preparing a printing form comprising: a) applying a layer of a curable composition comprising a multifunctional urethane having two or more ethylenically unsaturated groups per molecule, and an initiator, and optionally a reactive diluent having two or more ethylenically unsaturated groups per molecule, wherein the curable composition has an reactive group equivalent weight between 250 and 450 g/equivalent, based upon the weighted average of the multifunctional urethane and the optional reactive diluent if present, onto a supporting substrate; b) exposing the layer of the curable composition to actinic radiation or heat to form a cured layer; and c) engraving at least one cell in the cured layer resulting from step b). a) applying a layer of a curable composition comprising a multifunctional urethane having two or more ethylenically unsaturated groups per molecule, and an initiator, and optionally a reactive diluent having two or more ethylenically unsaturated groups per molecule, wherein the curable composition has an reactive group equivalent weight between 250 and 450 g/equivalent, based upon the weighted average of the multifunctional urethane and the optional reactive diluent if present, onto a supporting substrate; b) exposing the layer of the curable composition to actinic radiation or heat to form a cured layer; and c) engraving at least one cell in the cured layer resulting from step b).
A method, comprising: receiving, at a node, indicia of a fault state in one or more components of a computer network; identifying, based on the indicia, a network dependency group comprising a plurality of network components hierarchically associated with the one or more components; receiving, from a database, a time series of performance data values corresponding to the network dependency group, wherein the time series comprises performance data values from before and after onset of the fault state; identifying altered performance data values in the time series comprising values which differ before and after onset of the fault state; and determining a root cause of the fault state by identifying one or more particular components within the network dependency group associated with the altered performance data values. receiving, at a node, indicia of a fault state in one or more components of a computer network; identifying, based on the indicia, a network dependency group comprising a plurality of network components hierarchically associated with the one or more components; receiving, from a database, a time series of performance data values corresponding to the network dependency group, wherein the time series comprises performance data values from before and after onset of the fault state; identifying altered performance data values in the time series comprising values which differ before and after onset of the fault state; and determining a root cause of the fault state by identifying one or more particular components within the network dependency group associated with the altered performance data values.
An isolated nucleic acid molecule comprising, or consisting of, the nucleic acid sequence of SEQ ID NO:1, or consisting of a nucleic acid sequence of at least 1500 bp having at least 95% identity to said sequence of SEQ ID NO:1, wherein said isolated nucleic acid molecule specifically leads to the expression of a heterologous gene only in Müller cells when a nucleic acid sequence coding for said heterologous gene is operatively linked to said isolated nucleic acid molecule.