mhurhangee/ep-ind-claims huggingface dataset:
Surge arrestor for a fluid-insulated switchgear assembly, comprising - a fluid-tight housing, - an earth-side bushing having a bushing conductor, which provides a current path from the interior to the exterior of the housing, said current path being insulated from the housing, and - an active part arranged in the housing and having an arresting column arranged between a high-voltage-side and an earth-side end fitting (20, 21), wherein - the earth-side bushing is able to be guided through a bushing opening in the housing for the purpose of mounting and demounting by means of exclusive handling from outside the housing, wherein - in the mounted state, the earth-side bushing closes the bushing opening in a fluid-tight manner and the bushing conductor is in electrical contact with the earth-side end fitting, and wherein - in the demounted state of the earth-side bushing, the bushing conductor is disconnected from the earth-side end fitting and the bushing opening is closable in a fluid-tight manner by a blind plug, - the housing is configured for filling with an electrically insulating insulation fluid, and - the earth-side end fitting is arranged at a distance from the housing that is dimensioned in such a way that with the earth-side bushing demounted, during a voltage test of the switchgear assembly with a high voltage, no electrical flashover takes place between the active part and the housing. - a fluid-tight housing, - an earth-side bushing having a bushing conductor, which provides a current path from the interior to the exterior of the housing, said current path being insulated from the housing, and - an active part arranged in the housing and having an arresting column arranged between a high-voltage-side and an earth-side end fitting (20, 21), wherein - the earth-side bushing is able to be guided through a bushing opening in the housing for the purpose of mounting and demounting by means of exclusive handling from outside the housing, wherein - in the mounted state, the earth-side bushing closes the bushing opening in a fluid-tight manner and the bushing conductor is in electrical contact with the earth-side end fitting, and wherein - in the demounted state of the earth-side bushing, the bushing conductor is disconnected from the earth-side end fitting and the bushing opening is closable in a fluid-tight manner by a blind plug, - the housing is configured for filling with an electrically insulating insulation fluid, and - the earth-side end fitting is arranged at a distance from the housing that is dimensioned in such a way that with the earth-side bushing demounted, during a voltage test of the switchgear assembly with a high voltage, no electrical flashover takes place between the active part and the housing.
A valve device comprising: a casing having a channel for fluid; and a valve mechanism including a valve seat having a seat surface in a ring shape and a valve body configured to be displaced to be separated from and seated on the seat surface of the valve seat so that the valve mechanism opens and closes the channel, wherein the valve seat is held to be movable back and forth along a center axis of the ring shape such that the seat surface of the valve seat and the seat surface of the valve body are separated from each other and brought into contact with each other, the valve seat is held to be rotatable about the center axis of the ring shape, characterized in that the valve mechanism includes a driving shaft that is coaxially provided with the center axis of the ring shape and is coupled to the valve seat, and a retention member that is screwed to the driving shaft and holds the driving shaft, the valve seat is moved back and forth and rotated by rotating the driving shaft, and the valve seat has a substantially tubular end surface serving as the seat surface in the ring shape, is coupled to the driving shaft by a coupling pin extending orthogonally to the center axis of the ring shape, and is rotatable about the coupling pin. a casing having a channel for fluid; and a valve mechanism including a valve seat having a seat surface in a ring shape and a valve body configured to be displaced to be separated from and seated on the seat surface of the valve seat so that the valve mechanism opens and closes the channel, wherein the valve seat is held to be movable back and forth along a center axis of the ring shape such that the seat surface of the valve seat and the seat surface of the valve body are separated from each other and brought into contact with each other, the valve seat is held to be rotatable about the center axis of the ring shape, characterized in that the valve mechanism includes a driving shaft that is coaxially provided with the center axis of the ring shape and is coupled to the valve seat, and a retention member that is screwed to the driving shaft and holds the driving shaft, the valve seat is moved back and forth and rotated by rotating the driving shaft, and the valve seat has a substantially tubular end surface serving as the seat surface in the ring shape, is coupled to the driving shaft by a coupling pin extending orthogonally to the center axis of the ring shape, and is rotatable about the coupling pin.
Method of preparing chlorine dioxide from hydrochloric acid (HCl) and sodium chlorite (NaClO2) in the presence of water (H2O), characterized in that a) the hydrochloric acid is used in aqueous solution at a concentration of 27 to 33 wt%; b) the sodium chlorite is used in aqueous solution at a concentration of 22 to 27 wt%; c) the molar ratio of hydrochloric acid used to sodium chlorite used is between 2.14 and 4.2; d) and the reactor residence time of reactants is less than 6 seconds, especially 5 seconds. a) the hydrochloric acid is used in aqueous solution at a concentration of 27 to 33 wt%; b) the sodium chlorite is used in aqueous solution at a concentration of 22 to 27 wt%; c) the molar ratio of hydrochloric acid used to sodium chlorite used is between 2.14 and 4.2; d) and the reactor residence time of reactants is less than 6 seconds, especially 5 seconds.
A content item options module operative for a content item delivery system, configured to: determine a change in content type of a content item being delivered to a content item receiver apparatus for display on a display apparatus; initiate display of one or more content item identifiers on said display apparatus corresponding to one or more other content items; and respond to selection of a one of said one or more content item identifiers to initiate display of a corresponding other content item on said display apparatus; characterised in that: the module is configured to truncate one or more of said one or more other content items to have a duration commensurate with the duration between said change in content type and return to said content type. the module is configured to truncate one or more of said one or more other content items to have a duration commensurate with the duration between said change in content type and return to said content type.
A personal care composition, comprising: a surfactant; and granulated or agglomerated cellulose derivative, provided that the cellulose derivative has been granulated or agglomerated with a sufficient amount of carboxymethylcellulose as binder; provided that the personal care composition comprises less than 0.001 wt.% of glyoxal, and wherein the cellulose derivative is hydroxyethyl cellulose substituted with a quaternary amine. a surfactant; and granulated or agglomerated cellulose derivative, provided that the cellulose derivative has been granulated or agglomerated with a sufficient amount of carboxymethylcellulose as binder; provided that the personal care composition comprises less than 0.001 wt.% of glyoxal, and wherein the cellulose derivative is hydroxyethyl cellulose substituted with a quaternary amine.
An air fryer comprising a pot body, an inner pot, a fry basket arranged within the inner pot, an electric heating tube arranged above the fry basket, and a fan positioned above the electric heating tube, wherein an air flow channel is arranged between the inner pot and the fry basket; characterized in that a swirling flow guide cylinder is arranged below the bottom of said fry basket, and air inlets are disposed around a base plate of the swirling flow guide cylinder, the air inlets being arranged to deflect the air flow to form a swirling air flow.
A borosilicate glass for a pharmaceutical container, comprising: SiO 2, Al 2 O 3, B 2 O 3, and R 2 O (R is one or more kinds selected from Li, Na, and K) as essential components, wherein a content of CaO is equal to or greater than 0 and smaller than 0.5 mol%, a value of (Na 2 O + K 2 O + Li 2 O - Al 2 O 3)/B 2 O 3 is 0.315 to 0.350 in terms of a molar ratio, and BaO is not substantially included, characterized in that a value of (SiO 2 + Al 2 O 3 + B 2 O 3) / (Na 2 O + K 2 O + Li 2 O + CaO + MgO) is 10 to 12 in terms of a molar ratio. SiO 2, Al 2 O 3, B 2 O 3, and R 2 O (R is one or more kinds selected from Li, Na, and K) as essential components, wherein a content of CaO is equal to or greater than 0 and smaller than 0.5 mol%, a value of (Na 2 O + K 2 O + Li 2 O - Al 2 O 3)/B 2 O 3 is 0.315 to 0.350 in terms of a molar ratio, and BaO is not substantially included, characterized in that a value of (SiO 2 + Al 2 O 3 + B 2 O 3) / (Na 2 O + K 2 O + Li 2 O + CaO + MgO) is 10 to 12 in terms of a molar ratio.
A fixing element for mechanically fixing an electrode plate set of an electrochemical battery in a cell chamber (51, 52, 53, 54, 55, 56) of a housing (33, 34) of the battery, wherein the housing (33, 34) comprises one or more cell chambers and each cell chamber is designed to accommodate an electrode plate set, wherein the fixing element comprises at least one first fixing region (2, 3) designed to mechanically fix the electrode plate set by direct or indirect mechanical contact with same, wherein the fixing element is additionally designed to mechanically fix at least one cell connector element (35, 36) of the electrode plate set mechanically fixed by the fixing element, wherein the cell connector element (35, 36) is provided for the electrical contacting of the electrode plate set with an adjacent electrode plate set or a connection terminal (31, 32) of the battery, and wherein the fixing element for fixing the cell connector element (35, 36) comprises at least one second fixing region (4, 5) designed to mechanically fix the cell connector element (35, 36) by direct or indirect mechanical contact with same, characterized in that the fixing element comprises at least three fixing regions (6, 7, 8, 9, 10) spaced at a distance from each other which are designed to fix the fixing element on the housing (33, 34) of the battery, and wherein at least one of the fixing regions is configured with a vertical, essentially central slot to receive a housing rib provided in a lower housing part, and wherein one, multiple or all of the fixing regions (6, 7, 8, 9, 10) are formed on outer regions of the fixing element facing away from the center of said fixing element.
An apparatus comprising: a master device (4, 6) to issue transactions specifying a target address and comprising a data field for transporting at least one operand value, wherein the master device is configured to issue a compare-and-swap transaction for which said at least one operand value comprises a compare data value and a swap data value; and a processing unit responsive to the compare-and-swap transaction to select whether to write the swap data value to a storage location corresponding to the target address in dependence on whether the compare data value matches a target data value read from the storage location, an offset portion of the target address indicating the position of the target data value within the storage location; wherein when issuing the compare-and-swap transaction, the master device is configured to pack the compare data value into a first region of said data field selected in dependence on said offset portion of the target address and having a position within said data field corresponding to the position of the target data value within the storage location. a master device (4, 6) to issue transactions specifying a target address and comprising a data field for transporting at least one operand value, wherein the master device is configured to issue a compare-and-swap transaction for which said at least one operand value comprises a compare data value and a swap data value; and a processing unit responsive to the compare-and-swap transaction to select whether to write the swap data value to a storage location corresponding to the target address in dependence on whether the compare data value matches a target data value read from the storage location, an offset portion of the target address indicating the position of the target data value within the storage location; wherein when issuing the compare-and-swap transaction, the master device is configured to pack the compare data value into a first region of said data field selected in dependence on said offset portion of the target address and having a position within said data field corresponding to the position of the target data value within the storage location.
Arrangement for locking an actuating element, - wherein the actuating element is provided for switching an electrical installation device on and off, - wherein the electrical installation device has two latching apertures for a stirrup element, into which apertures the stirrup element can be inserted in order to prevent an actuation of the actuating element, - wherein the stirrup element has two free ends for the two latching apertures, - wherein the two latching apertures are at a defined spacing from one another, - wherein a closing element is displaceably preassembled with the stirrup element such that when the closing element is displaced relative to the stirrup element the two free ends of the stirrup element are fixed in the latching apertures in order to lock the actuating element, c h a r a c t e r i s e d in that the closing element has different guidance contours for the stirrup element which are provided for different spacings of the latching apertures. - wherein the actuating element is provided for switching an electrical installation device on and off, - wherein the electrical installation device has two latching apertures for a stirrup element, into which apertures the stirrup element can be inserted in order to prevent an actuation of the actuating element, - wherein the stirrup element has two free ends for the two latching apertures, - wherein the two latching apertures are at a defined spacing from one another, - wherein a closing element is displaceably preassembled with the stirrup element such that when the closing element is displaced relative to the stirrup element the two free ends of the stirrup element are fixed in the latching apertures in order to lock the actuating element, c h a r a c t e r i s e d in that the closing element has different guidance contours for the stirrup element which are provided for different spacings of the latching apertures.
An information processing apparatus for inputting a print job to a printing apparatus and causing the printing apparatus to print the print job, the apparatus comprising: holding means for holding a print job and identification information of reference images that are associated with the print job and are used in inspection of the print job; wherein the holding means holds, in association with the print job, one identification information that is unique to a plurality of reference images that accord with images printed according to the print job; and control means for controlling so as to, in a case where a reprint is instructed with a change in print settings of the held print job and an order of reference images being associated with the held print job or an orientation of a reference image being associated with the held print job needs to be changed, instruct an apparatus that performs inspection using the reference images to change the order of the reference images or the orientation of the reference image, attach the identification information of the reference images to the print job, and transmit the print job to the printing apparatus. holding means for holding a print job and identification information of reference images that are associated with the print job and are used in inspection of the print job; wherein the holding means holds, in association with the print job, one identification information that is unique to a plurality of reference images that accord with images printed according to the print job; and control means for controlling so as to, in a case where a reprint is instructed with a change in print settings of the held print job and an order of reference images being associated with the held print job or an orientation of a reference image being associated with the held print job needs to be changed, instruct an apparatus that performs inspection using the reference images to change the order of the reference images or the orientation of the reference image, attach the identification information of the reference images to the print job, and transmit the print job to the printing apparatus.
A transforming plasmid for producing a transformed anaerobic bacterium, the plasmid comprising an expression cassette containing a secretory signal that functions in the anaerobic bacterium wherein the secretory signal is a DNA sequence encoding a secretory signal peptide encoded by the nucleotide sequence of SEQ ID NO 8, a promoter, at least one gene or nucleic acid encoding a desired protein useful for diagnosis or treatment of an anaerobic disease, and a terminator, and wherein the anaerobic bacterium is Bifidobacterium.
An apparatus, comprising a processor configured to: - determine a first superposed symbol from a plurality of superposed symbols, based on superposition information and a first set of decoding information, wherein the first superposed symbol is corresponding to a first user equipment; - generate a residual signal based on the first superposed symbol and the superposition information; and - determine a second superposed symbol based on the residual signal and a second set of decoding information, wherein the second superposed symbol is corresponding to a second user equipment; wherein the superposition information comprises a quantity of the plurality of superposed symbols and an ordering of the plurality of superposed symbols; and characterized in that the apparatus further comprises a receiver configured to: - receive, prior to a transmission time interval, a plurality of superposition information; - receive, during the transmission time interval, the plurality of superposed symbols; and - receive, during the transmission time interval, a superposition indicator, wherein the superposition indicator comprises a first index value corresponding to the first user equipment and a second index value corresponding to the second user equipment; wherein the processor is further configured to - select the superposition information used for determining the first superposed symbol from the plurality of superposition information according to the superposition indicator. - determine a first superposed symbol from a plurality of superposed symbols, based on superposition information and a first set of decoding information, wherein the first superposed symbol is corresponding to a first user equipment; - generate a residual signal based on the first superposed symbol and the superposition information; and - determine a second superposed symbol based on the residual signal and a second set of decoding information, wherein the second superposed symbol is corresponding to a second user equipment; - receive, prior to a transmission time interval, a plurality of superposition information; - receive, during the transmission time interval, the plurality of superposed symbols; and - receive, during the transmission time interval, a superposition indicator, wherein the superposition indicator comprises a first index value corresponding to the first user equipment and a second index value corresponding to the second user equipment; - select the superposition information used for determining the first superposed symbol from the plurality of superposition information according to the superposition indicator.
A method for manufacturing a FET transistor device comprising a germanium channel layer, said method comprising: - providing a gate structure on said germanium channel layer, said gate structure comprising a silicon or SiGe layer, said gate structure being delimited laterally by sidewalls (SW1, SW2) and said silicon or SiGe layer laterally abutting on said sidewalls (SW1, SW2) at a certain height level of said gate structure; - subjecting said germanium channel layer and said gate structure to a solution comprising 0 3 and de-ionized water to thereby form a silicon oxide on said sidewalls (SW1, SW2) at a level of said silicon or SiGe layer and to preclean the surface of said germanium channel layer by removing any germanium oxide formed on said germanium channel layer; - providing elevated source/drain structures on said precleaned surface of said germanium channel layer adjacent to said gate structure by selectively epitaxially growing source/drain material on said germanium channel layer. - providing a gate structure on said germanium channel layer, said gate structure comprising a silicon or SiGe layer, said gate structure being delimited laterally by sidewalls (SW1, SW2) and said silicon or SiGe layer laterally abutting on said sidewalls (SW1, SW2) at a certain height level of said gate structure; - subjecting said germanium channel layer and said gate structure to a solution comprising 0 3 and de-ionized water to thereby form a silicon oxide on said sidewalls (SW1, SW2) at a level of said silicon or SiGe layer and to preclean the surface of said germanium channel layer by removing any germanium oxide formed on said germanium channel layer; - providing elevated source/drain structures on said precleaned surface of said germanium channel layer adjacent to said gate structure by selectively epitaxially growing source/drain material on said germanium channel layer.