mhurhangee/ep-ind-claims huggingface dataset:
A polyorganosiloxane having both aliphatically unsaturated groups and poly(meth)acrylate groups, wherein the polyorganosiloxane comprises unit formula: [R 3 w (R 5 -S-R")(OR 4) (2-w) Si-O 1/2] p [R 3 v (R 5 -S-R")(OR 4) (1-v) Si-O 2/2] q [(R 5 -S-R")Si-O 3/2] k (R 6 R 7 2 SiO- 1/2) r (R 7 2 SiO 2/2) s (R 6 R 7 SiO 2/2) t (R 7 3 SiO- 1/2) u, where each subscript w is independently 0, 1, or 2, each subscript v is independently 0 or 1, each R 3 is an independently selected monovalent hydrocarbon group; each R 4 is an independently selected alkyl group; each R 5 is an independently selected divalent hydrocarbon group, each R" is independently a (meth)acrylate polymer or copolymer, each R 6 is an independently selected aliphatically unsaturated monovalent hydrocarbon group, each R 7 is an independently selected monovalent hydrocarbon group free of aliphatic unsaturation, subscript p ≥ 0, subscript q ≥ 0, subscript k ≥ 0, a quantity (p + q + k) ≥ 1, subscript r ≥ 0, subscript s ≥ 0, subscript t ≥ 0, subscript u ≥ 0, a quantity (r + t) ≥ 1, and a quantity (p + q + k + r + s + t + u) is sufficient to provide a molecular weight of at least 50 kDa to the polyorganosiloxane.
Method for determining at least one state of an electrical circuit, the electrical circuit comprising at least: - one electrical stator winding of a polyphase rotating electrical machine, said winding comprising a plurality of electrical phases, said electrical phases not being electrically coupled together, and - one switching system through which the electrical stator winding is powered by a source of electrical energy, method in which: - the switching system is controlled in such a way that the electrical stator winding is passed through by the zero-sequence current, and - depending on whether the electrical stator winding is actually passed through or not by the zero-sequence current, said state of the electrical circuit is determined. - one electrical stator winding of a polyphase rotating electrical machine, said winding comprising a plurality of electrical phases, said electrical phases not being electrically coupled together, and - one switching system through which the electrical stator winding is powered by a source of electrical energy, - the switching system is controlled in such a way that the electrical stator winding is passed through by the zero-sequence current, and - depending on whether the electrical stator winding is actually passed through or not by the zero-sequence current, said state of the electrical circuit is determined.
Housing Assembly for a fuel injector comprising following components: - a connection tube, - a fuel tube, - a housing, - a separation disc and - a sleeve, wherein - the connection tube, the separation disc and the fuel tube each comprise a penetrating opening (11, 13, 17) with respect to a longitudinal axis and are arranged along the longitudinal axis to enable a streaming fluid pass through the penetrating openings (11, 13, 17) during an operation of the assembly, - the fuel tube is partially arranged inside the opening of the separation disc, - the housing comprises a penetrating opening with respect to the longitudinal axis and extends circumferentially around a portion of the fuel tube which is positioned inside the opening of the housing, - a first end of the connection tube at least partially contacts a first side of the separation disc and a second side of the separation disc at least partially contacts the housing, and - the sleeve is configured to surround the housing and the separation disc and is at least partially connected to an outside surface of the connection tube or of the separation disc and to an outside surface of the fuel tube to fasten the separation disc to the housing, wherein the connection tube and the sleeve are connected by a welding connection and the connection tube and the separation disc are connected by a welding connection. - a connection tube, - a fuel tube, - a housing, - a separation disc and - a sleeve, - the connection tube, the separation disc and the fuel tube each comprise a penetrating opening (11, 13, 17) with respect to a longitudinal axis and are arranged along the longitudinal axis to enable a streaming fluid pass through the penetrating openings (11, 13, 17) during an operation of the assembly, - the fuel tube is partially arranged inside the opening of the separation disc, - the housing comprises a penetrating opening with respect to the longitudinal axis and extends circumferentially around a portion of the fuel tube which is positioned inside the opening of the housing, - a first end of the connection tube at least partially contacts a first side of the separation disc and a second side of the separation disc at least partially contacts the housing, and - the sleeve is configured to surround the housing and the separation disc and is at least partially connected to an outside surface of the connection tube or of the separation disc and to an outside surface of the fuel tube to fasten the separation disc to the housing, wherein the connection tube and the sleeve are connected by a welding connection and the connection tube and the separation disc are connected by a welding connection.
A surgical stapling instrument, comprising: an anvil body having a proximal portion and a distal portion, the proximal portion of the anvil body supporting an anvil hand grip and the distal portion supporting an anvil plate, the anvil body defining a longitudinal axis (k); a cartridge body coupled to the anvil body the cartridge body including a cartridge support column having a proximal segment and a distal segment; a staple cartridge releasably mounted relative to the cartridge body; a firing member received in the proximal segment of the cartridge body and configured for longitudinal movement through the staple cartridge; a clamping lever pivotally supported on the cartridge body and positioned to engage the anvil body, the clamping lever movable from an unclamped position to a clamped position to move the anvil body into close approximation with the cartridge body; and a lockout member supported in the cartridge body, wherein the lockout member is configured for movement from a locked position preventing longitudinal movement of the firing member to a release position permitting longitudinal movement of the firing member, the lockout member movable from the locked position to the release position in response to placement of the staple cartridge within the distal segment of the cartridge body, characterised in that the lockout member defines a single longitudinal slot for at least partial reception of the firing member. an anvil body having a proximal portion and a distal portion, the proximal portion of the anvil body supporting an anvil hand grip and the distal portion supporting an anvil plate, the anvil body defining a longitudinal axis (k); a cartridge body coupled to the anvil body the cartridge body including a cartridge support column having a proximal segment and a distal segment; a staple cartridge releasably mounted relative to the cartridge body; a firing member received in the proximal segment of the cartridge body and configured for longitudinal movement through the staple cartridge; a clamping lever pivotally supported on the cartridge body and positioned to engage the anvil body, the clamping lever movable from an unclamped position to a clamped position to move the anvil body into close approximation with the cartridge body; and a lockout member supported in the cartridge body, wherein the lockout member is configured for movement from a locked position preventing longitudinal movement of the firing member to a release position permitting longitudinal movement of the firing member, the lockout member movable from the locked position to the release position in response to placement of the staple cartridge within the distal segment of the cartridge body, characterised in that the lockout member defines a single longitudinal slot for at least partial reception of the firing member.
A method for dynamically controlling throughput set points of emitting sources of data packets to receiving targets of these data packets in a network on a chip comprising a plurality of nodes (N i,j), within which the sources and the targets are found, and a plurality of links (L i,j, L i,j, L i,j, L i,j) between these nodes for the transmission of data packets, comprising: - for each link of the network on a chip solicited by the transmission of data packets, the estimation of an available throughput margin that includes the estimation (112 1,..., 112 Ink,..., 112 L) of a first margin calculated based on a maximum throughput capacity (C Ink) of the link, - for each emitting source of at least one data packet, the calculation and the application of an update of its throughput set point according to the estimated available throughput margins, characterized in that the estimation of the available throughput margin for each link further comprises: - the estimation (114 1,..., 114 Ink,..., 114 L) of a second margin calculated based on a maximum local absorption capacity (BF Ink), by a buffer memory, of possible sporadic overflows of the throughput set points, - the determination (116 1,..., 116 Ink,..., 116 L) of a value of the available throughput margin according to the first and second calculated margins. - for each link of the network on a chip solicited by the transmission of data packets, the estimation of an available throughput margin that includes the estimation (112 1,..., 112 Ink,..., 112 L) of a first margin calculated based on a maximum throughput capacity (C Ink) of the link, - for each emitting source of at least one data packet, the calculation and the application of an update of its throughput set point according to the estimated available throughput margins, - the estimation (114 1,..., 114 Ink,..., 114 L) of a second margin calculated based on a maximum local absorption capacity (BF Ink), by a buffer memory, of possible sporadic overflows of the throughput set points, - the determination (116 1,..., 116 Ink,..., 116 L) of a value of the available throughput margin according to the first and second calculated margins.
System for controlling a colour scheme used on a display, comprising - a display, - a content management system for providing a portion of content to be displayed on said display, - a colour calculation module arranged for receiving a control signal corresponding to a colour hue, wherein the colour hue is described by its dominant wavelength and determined based on information on time and/or location and/or an alarm signal or a manual trigger and arranged for defining, based on said control signal corresponding to said colour hue, the colour scheme to be used on said display and for outputting said colour scheme to rendering means for rendering said portion of content, said colour calculation module further being arranged for dynamically calculating foreground and background colours based on said colour hue to which said control signal corresponds, characterized in that a colour triangle in a CIE diagram represents all colours showable on said display, whereby a reference point with maximum brightness level is taken as said foreground colour and whereby said background colour is found as the intersection of said colour triangle and a line connecting said reference point with a colour point corresponding to said colour hue to which said control signal corresponds. - a display, - a content management system for providing a portion of content to be displayed on said display, - a colour calculation module arranged for receiving a control signal corresponding to a colour hue, wherein the colour hue is described by its dominant wavelength and determined based on information on time and/or location and/or an alarm signal or a manual trigger and arranged for defining, based on said control signal corresponding to said colour hue, the colour scheme to be used on said display and for outputting said colour scheme to rendering means for rendering said portion of content, said colour calculation module further being arranged for dynamically calculating foreground and background colours based on said colour hue to which said control signal corresponds, characterized in that a colour triangle in a CIE diagram represents all colours showable on said display, whereby a reference point with maximum brightness level is taken as said foreground colour and whereby said background colour is found as the intersection of said colour triangle and a line connecting said reference point with a colour point corresponding to said colour hue to which said control signal corresponds.
A transmission apparatus that transmits a block signal including a plurality of data symbols, the transmission apparatus comprising: a data-symbol generation unit (1; 1-2) that generates data symbols; a symbol arrangement unit (2; 9) that generates two or more same-quadrant symbols that become signal points in a same quadrant in a complex plane and arranges the data symbols and the same-quadrant symbols in a time domain such that the two or more same-quadrant symbols are inserted at predetermined positions in a block signal to generate a block symbol, wherein the same-quadrant symbols are used for each block signal of one frame; an interpolation unit that performs interpolation processing on the block symbol; and a CP insertion unit that inserts a Cyclic Prefix into a signal on which the interpolation processing has been performed to generate the block signal; wherein the symbol arrangement unit (2; 9) arranges one out of the same-quadrant symbols at a head of a symbol to be copied as a Cyclic Prefix and one further out of the same-quadrant symbols at a head of the block symbol, and the interpolation unit performs the interpolation processing such that an interpolated point that has been interpolated between a last symbol of the block symbol and a head symbol of the block symbol is added behind the last symbol. a data-symbol generation unit (1; 1-2) that generates data symbols; a symbol arrangement unit (2; 9) that generates two or more same-quadrant symbols that become signal points in a same quadrant in a complex plane and arranges the data symbols and the same-quadrant symbols in a time domain such that the two or more same-quadrant symbols are inserted at predetermined positions in a block signal to generate a block symbol, wherein the same-quadrant symbols are used for each block signal of one frame; an interpolation unit that performs interpolation processing on the block symbol; and a CP insertion unit that inserts a Cyclic Prefix into a signal on which the interpolation processing has been performed to generate the block signal; wherein the symbol arrangement unit (2; 9) arranges one out of the same-quadrant symbols at a head of a symbol to be copied as a Cyclic Prefix and one further out of the same-quadrant symbols at a head of the block symbol, and the interpolation unit performs the interpolation processing such that an interpolated point that has been interpolated between a last symbol of the block symbol and a head symbol of the block symbol is added behind the last symbol.
A seal arrangement for a bearing compartment (150; 274; 190; 200) of a gas turbine engine comprising: a rotating element (142, 140) and at least one bearing compartment (150; 274; 190; 200) including a bearing for supporting said rotating element (142, 140), said rotating element (142, 140) rotatable about an axis, wherein said at least one bearing compartment (150, 274; 190; 200) has a first seal (144; 162; 186; 192) and a second seal (144; 162; 186; 192) each associated with a corresponding one of two opposed axial ends, on either axial side of said bearing relative to said axis, at least one of said first seal (144; 162; 186; 192) and said second seal (144; 162; 186; 192) being a non-contacting seal (144; 162; 186; 192) having a seal face (145; 168; 183; 191) facing a rotating face (147; 170; 185; 193) of said rotating element (142, 140), a radially outermost location of said bearing compartment (150; 274; 190; 200) defines a compartment radius (R 150; R 274; R 190; R 200) with respect to said axis, and a radial outermost location of said non-contacting seal (144; 162; 186; 192) establishes a seal radius (R 144; R 162; R 186; R 192) with respect to the engine axis, characterised in that: a compartment-seal ratio defined by said compartment radius (R 150; R 274; R 190; R 200) to said seal radius (R 144; R 162; R 186; R 192) is less than or equal to 6:1.
A plug-in unit (112, 212), having a housing (150, 250), which accommodates an electrical contact arrangement, which is provided with a cable bushing (151, 152) in order to achieve the electrical contact arrangement, and which has an aperture (153, 253) in a housing wall for the plugged-in accommodation of a mating plug-in unit (11, 211), wherein the preferably cuboid housing (150, 250) is divided in a plane (180, 280) that runs perpendicular to the longitudinal central plane (179, 279) and at a 45° angle diagonal between two corner edges of the housing (150, 250) in such a way that the one housing part (181, 281) contains the cable bushing (151, 251) and the other housing part (182, 282) has the plug-in aperture (153, 253), whereby the other housing part (182, 282) is attached so that it can be turned around with respect to the one housing part (181, 281), characterized in that the electrical contact arrangement has a blade contact, which is supported within one housing part (181, 281) in the longitudinal center in such a way that it extends beyond the division plane (180, 280) in the longitudinal direction.
A process for the production of a zeolitic material having an MFI framework structure comprising YO 2, wherein said process comprises preparing a mixture comprising one or more tetravalent elements Y in elemental form, one or more organic hydroxide salts, and one or more protic solvents; wherein the one or more organic hydroxide salts comprises one or more cationic organotemplates, wherein the organic hydroxide salt is tetrapropylammonium hydroxide; wherein the one or more tetravalent elements Y in elemental form comprise a mixture of Si and Ti; reacting the mixture obtained in step for converting at least part of the one or more tetravalent elements Y into an oxidic form thereof containing one or more Y-O single bonds and/or one or more Y=O double bonds; wherein after step and prior to step the mixture is freed from solid matter; and crystallizing a zeolitic material from the mixture obtained in step; wherein the crystallization in step involves heating of the mixture; wherein the crystallization in step is conducted under solvothermal conditions, wherein the pH of the mixture used for crystallization in step ranges from 13 to 16; and wherein the one or more protic solvents comprise one or more solvents selected from the group consisting of alkanols, water, and mixtures of two or more thereof. preparing a mixture comprising one or more tetravalent elements Y in elemental form, one or more organic hydroxide salts, and one or more protic solvents; wherein the one or more organic hydroxide salts comprises one or more cationic organotemplates, wherein the organic hydroxide salt is tetrapropylammonium hydroxide; wherein the one or more tetravalent elements Y in elemental form comprise a mixture of Si and Ti; reacting the mixture obtained in step for converting at least part of the one or more tetravalent elements Y into an oxidic form thereof containing one or more Y-O single bonds and/or one or more Y=O double bonds; wherein after step and prior to step the mixture is freed from solid matter; and crystallizing a zeolitic material from the mixture obtained in step;
A bed comprising an articulated base comprising various articulated parts forming a lying surface intended to receive a mattress, the bed comprising a first bottom frame with supports on the floor, this bottom frame making it possible to raise, lower or incline the articulated base with respect to the floor, the bed further comprising a second top frame interposed between the bottom frame and the articulated base, this top frame supporting the articulated base, and the bed extending along a longitudinal central axis between a bed foot and a bed head, the bed being characterised in that the bottom frame comprises a top platform and a bottom platform, said bottom platform receiving the supports on the floor, and means making it possible to raise, lower or incline the top platform with respect to the bottom platform, the top frame being itself mounted for translation along the longitudinal central axis on the top platform.
A pharmaceutical composition comprising: multivesicular liposomes encapsulating tranexamic acid, said multivesicular liposomes comprising: tranexamic acid; a lipid component comprising at least one amphipathic lipid and at least one neutral lipid; and one or more pH modifying agents.
A mounting apparatus for repeatable positioning of an item having first, second, and third members (120, 122, 124) being at least partially-spherical and fixedly coupled to the item, the mounting apparatus comprising: a first mount configured to receive the first member, provide at least three points for non-movably supporting the first member and constrain the first member against movement along three mutually-perpendicular directions (44, 46, 48); a second mount positioned in fixed relation to the first mount and configured to receive the second member and constrain the second member against movement along exactly two of the directions (46, 48); and a third mount comprising a plate member located above the first and second mount (60, 80), the third mount positioned in fixed relation to the first and second mount and configured to receive the third member and constrain the third member against movement along exactly one of the directions; the first, second, and third members (120, 122, 124) being engaged to the respective first, second, and third mounts (60, 80, 100) in a manner such that the item is unrestrained against movement along three mutually-orthogonal directions (44, 46, 48). a first mount configured to receive the first member, provide at least three points for non-movably supporting the first member and constrain the first member against movement along three mutually-perpendicular directions (44, 46, 48); a second mount positioned in fixed relation to the first mount and configured to receive the second member and constrain the second member against movement along exactly two of the directions (46, 48); and a third mount comprising a plate member located above the first and second mount (60, 80), the third mount positioned in fixed relation to the first and second mount and configured to receive the third member and constrain the third member against movement along exactly one of the directions; the first, second, and third members (120, 122, 124) being engaged to the respective first, second, and third mounts (60, 80, 100) in a manner such that the item is unrestrained against movement along three mutually-orthogonal directions (44, 46, 48).