mhurhangee/patent-ind-claim-en huggingface dataset:
A turbine shroud assembly comprising a carrier arranged around at least a portion of a central axis and forming a load stage, the carrier comprising metallic materials and including a forward hanger and an aft hanger , and a blade track including a runner that extends at least partway about the central axis having a flow surface arranged to define a gas flow path and an attachment flange extending from the runner radially outward for engagement with the load stage of the carrier , wherein the hangers extending radially inward therefrom and forming the load stage for supporting the blade track , wherein each of the number of hangers includes a body and a number of adjustable extension arms extending radially from the body for connection with the carrier , characterised in that the blade track comprises ceramic-containing materials, wherein the attachment flange includes a stalk attached to the runner and a pair of branches each connected with the stalk and extending in opposite directions to each form a free end , wherein the blade track is formed of a number of laminate layers including a first set of layers forming a portion of the stalk and a portion of one of the pair of branches , and a second set of layers forming another portion of the stalk and a portion of the other of the pair of branches , and wherein the number of laminate layers includes a third set of layers forming portions of each of the pair of branches .
Block formation device for a distributed database system comprising a number of node devices (20, 30-32), having: a first unit for selecting a number of transactions to be confirmed from a number of unconfirmed transactions (41-43) provided in the distributed database system; a second unit for forming an unconfirmed block from the selected number of unconfirmed transactions (41-43), wherein a respective selected unconfirmed transaction (41-43) is inspected in terms of validity and discarded in the event of a failed inspection, and otherwise is incorporated into the unconfirmed block , and for providing the unconfirmed block in the distributed database system ; and a third unit for receiving a timing cycle from a time source and for determining time slices of a predefined length (ΔT) on the basis of the timing cycle; wherein the first unit and the second unit are configured so as to perform the selection, the formation and the provision exactly once within a respective time slice. a first unit for selecting a number of transactions to be confirmed from a number of unconfirmed transactions (41-43) provided in the distributed database system; a second unit for forming an unconfirmed block from the selected number of unconfirmed transactions (41-43), wherein a respective selected unconfirmed transaction (41-43) is inspected in terms of validity and discarded in the event of a failed inspection, and otherwise is incorporated into the unconfirmed block , and for providing the unconfirmed block in the distributed database system ; and a third unit for receiving a timing cycle from a time source and for determining time slices of a predefined length (ΔT) on the basis of the timing cycle; wherein the first unit and the second unit are configured so as to perform the selection, the formation and the provision exactly once within a respective time slice.
A subsurface soil purification method comprising: injecting a cleaning liquid into an injection well provided in the ground to separate a contaminant in subsurface soil from the subsurface soil and having a temperature higher than the temperature of the groundwater; and pumping up the groundwater containing the cleaning liquid , in which the contaminant separated from the subsurface soil has been dissolved, from a pumping well that is provided in the ground so as to be spaced apart from the injection well ; and thereafter injecting an activator liquid that stimulates decomposition microorganisms to decompose the contaminant into the injection well , the activator liquid having a temperature higher than the temperature of the groundwater or injecting a purifying liquid that decomposes the contaminant into the injection well , wherein the purifying liquid has been warmed to a temperature that is higher than the temperature of the groundwater. injecting a cleaning liquid into an injection well provided in the ground to separate a contaminant in subsurface soil from the subsurface soil and having a temperature higher than the temperature of the groundwater; and pumping up the groundwater containing the cleaning liquid , in which the contaminant separated from the subsurface soil has been dissolved, from a pumping well that is provided in the ground so as to be spaced apart from the injection well ; and thereafter injecting an activator liquid that stimulates decomposition microorganisms to decompose the contaminant into the injection well , the activator liquid having a temperature higher than the temperature of the groundwater or injecting a purifying liquid that decomposes the contaminant into the injection well , wherein the purifying liquid has been warmed to a temperature that is higher than the temperature of the groundwater.
A prosthetic mitral valve , comprising: a collapsible stent including a plurality of struts , a plurality of cells arranged in circumferential rows, the circumferential rows including a first row at an outflow end of the stent and a second row at an inflow end of the stent , and a plurality of strut intersections (P5, P6, P7, P8) where at least two of the struts connect to one another; a cuff attached to the stent ; and a prosthetic valve assembly adapted to allow blood to flow from the inflow end of the stent toward the outflow end of the stent and to restrict blood from flowing from the outflow end of the stent toward the inflow end of the stent , the prosthetic valve assembly including a first prosthetic leaflet having a first end attached directly to a first one of the strut intersections (P5, P6, P7, P8), and a second prosthetic leaflet having a first end attached directly to the first strut intersection (P5, P6, P7, P8), wherein the first strut intersection (P5, P6, P7, P8) is partially formed of one of the struts of one of the cells in the first row , wherein the stent includes at least one retaining element sized and shaped to cooperate with a corresponding retaining structure of a delivery device, the retaining element including a strut extending from an apex of one of the cells in the first row of cells , and characterised in that the first strut intersection (P5) is a "Y"-shaped intersection that consists of the strut of the retaining element , and two struts that form the apex of the one cell in the first row of cells . a collapsible stent including a plurality of struts , a plurality of cells arranged in circumferential rows, the circumferential rows including a first row at an outflow end of the stent and a second row at an inflow end of the stent , and a plurality of strut intersections (P5, P6, P7, P8) where at least two of the struts connect to one another; a cuff attached to the stent ; and a prosthetic valve assembly adapted to allow blood to flow from the inflow end of the stent toward the outflow end of the stent and to restrict blood from flowing from the outflow end of the stent toward the inflow end of the stent , the prosthetic valve assembly including a first prosthetic leaflet having a first end attached directly to a first one of the strut intersections (P5, P6, P7, P8), and a second prosthetic leaflet having a first end attached directly to the first strut intersection (P5, P6, P7, P8), wherein the first strut intersection (P5, P6, P7, P8) is partially formed of one of the struts of one of the cells in the first row , wherein the stent includes at least one retaining element sized and shaped to cooperate with a corresponding retaining structure of a delivery device, the retaining element including a strut extending from an apex of one of the cells in the first row of cells , and characterised in that the first strut intersection (P5) is a "Y"-shaped intersection that consists of the strut of the retaining element , and two struts that form the apex of the one cell in the first row of cells .
A laser handpiece, comprising a light guide , characterised in that the light guide is attached to a light coupling point in a base body , and in that a glass fibre insert for laser light is exchangeably connected to the light coupling point and in that the base body is held so as to be axially adjustable in a grip sleeve , wherein the base body is arranged completely within the grip sleeve .
A sheet manufacturing apparatus comprising: a mixing unit configured to mix fibers and a composite in the atmosphere, the mixing unit comprising an additive supply unit ; and a forming unit configured to deposit and heat a mixture mixed by the mixing unit to form a sheet (S), characterized by the additive supply unit being arranged to supply a composite, by the additive supply unit having an accommodation container that accommodates the composite and by the composite being resin particles with at least a portion of a surface coated with inorganic particles, and by an absolute value of an average charging amount of the composite being 40 μC/g or higher. a mixing unit configured to mix fibers and a composite in the atmosphere, the mixing unit comprising an additive supply unit ; and a forming unit configured to deposit and heat a mixture mixed by the mixing unit to form a sheet (S), characterized by the additive supply unit being arranged to supply a composite, by the additive supply unit having an accommodation container that accommodates the composite and by the composite being resin particles with at least a portion of a surface coated with inorganic particles, and by an absolute value of an average charging amount of the composite being 40 μC/g or higher.
A method performed by a terminal , the method comprising: receiving a semi-static configuration from a base station ; obtaining, from the semi-static configuration, a pattern of transmission directions for a plurality of OFDM symbols of a transmission link between the terminal and the base station , wherein each transmission direction comprises one of uplink, downlink or other; determining a first numerology configured for the pattern of transmission directions of the plurality of OFDM symbols and a predetermined time duration indicated by the semi-static configuration; and determining transmission directions, comprised in the obtained pattern of transmission directions of the plurality of OFDM symbols, of the transmission link between the terminal and the base station within the predetermined time duration, the transmission directions being determined with respect to the first numerology, wherein the predetermined time duration is determined based on an absolute time period irrelevant to any numerology. receiving a semi-static configuration from a base station ; obtaining, from the semi-static configuration, a pattern of transmission directions for a plurality of OFDM symbols of a transmission link between the terminal and the base station , wherein each transmission direction comprises one of uplink, downlink or other; determining a first numerology configured for the pattern of transmission directions of the plurality of OFDM symbols and a predetermined time duration indicated by the semi-static configuration; and determining transmission directions, comprised in the obtained pattern of transmission directions of the plurality of OFDM symbols, of the transmission link between the terminal and the base station within the predetermined time duration, the transmission directions being determined with respect to the first numerology, wherein the predetermined time duration is determined based on an absolute time period irrelevant to any numerology.
A light-emitting device , comprising: - a semiconductor body , having a first conductivity type, with a front side and a back side ; - a porous-silicon region , extending in said semiconductor body at the front side ; and - a cathode region , having a second conductivity type, having a top side facing the front side , a bottom side opposite to the top side, and lateral portions that extend between the top side and the bottom side, wherein the lateral portions of the cathode region are in direct electrical contact with the porous-silicon region , characterized by further comprising a barrier region of electrically insulating material, extending in direct contact with the cathode region at the bottom side so that, in use, an electric current flows in the semiconductor body exclusively through the lateral portions of the cathode region . - a semiconductor body , having a first conductivity type, with a front side and a back side ; - a porous-silicon region , extending in said semiconductor body at the front side ; and - a cathode region , having a second conductivity type, having a top side facing the front side , a bottom side opposite to the top side, and lateral portions that extend between the top side and the bottom side, wherein the lateral portions of the cathode region are in direct electrical contact with the porous-silicon region ,
A negative electrode compartment precursor for rechargeable metal-air batteries, comprising (a) a rigid resin casing open on at least one of its sides, (b) at least one solid electrolyte membrane that conducts alkali metal ions, which fully closes the open side or sides of the rigid casing in a leaktight manner, (c) at least one protective coating which is inert with respect to alkali metals, covering the inner face of the solid electrolyte membrane preferably fully, (d) at least one metallic current collector in the form of a coating deposited on the inner face of the protective coating , said current collector covering almost all of the inner face of this protective coating but without being in contact with the rigid casing on its edges, and (e) at least one flexible electronic conductor in the form of a grid or sheet, passing in a leaktight manner through one of the walls of the rigid casing and connected to the current collector . (a) a rigid resin casing open on at least one of its sides, (b) at least one solid electrolyte membrane that conducts alkali metal ions, which fully closes the open side or sides of the rigid casing in a leaktight manner, (c) at least one protective coating which is inert with respect to alkali metals, covering the inner face of the solid electrolyte membrane preferably fully, (d) at least one metallic current collector in the form of a coating deposited on the inner face of the protective coating , said current collector covering almost all of the inner face of this protective coating but without being in contact with the rigid casing on its edges, and (e) at least one flexible electronic conductor in the form of a grid or sheet, passing in a leaktight manner through one of the walls of the rigid casing and connected to the current collector .
An epilating spring for hair removal with a spring element formed as a coil spring having a central axis (M), at the ends of which handles respectively associated are arranged, and which comprises an epilating area with a plurality of spring windings , between which hair to be removed can be clamped, wherein the spring windings in the epilating area are spaced from each other in the unloaded state of the spring element and the hair can be clamped between the spring windings by compressing the spring element in axial direction by means of the handles , characterized in that the handles fitted to the respective ends of the spring element are made of a plastic and are adapted in their diameter to the diameter of the coil spring or of the spring element , whereby the epilating area can be applied parallel on a surface of a skin to be depilated over a corresponding length.
A positive resist composition comprising (A) a sulfonium compound having the formula (A) and (B) a base polymer containing a polymer comprising recurring units having the formula (B1), adapted to be decomposed under the action of acid to increase its solubility in alkaline developer, wherein R 1 , R 2 , and R 3 are each independently a C 1 -C 20 straight, branched or cyclic monovalent hydrocarbon group which may contain a heteroatom, p and q are each independently an integer of 0 to 5, r is an integer of 0 to 4, in case of p = 2 to 5, two adjoining groups R 1 may bond together to form a ring with the carbon atoms to which they are attached, in case of q = 2 to 5, two adjoining groups R 2 may bond together to form a ring with the carbon atoms to which they are attached, in case of r = 2 to 4, two adjoining groups R 3 may bond together to form a ring with the carbon atoms to which they are attached, wherein R A is hydrogen, fluorine, methyl or trifluoromethyl, R 11 is each independently halogen, an optionally halogenated C 2 -C 8 straight, branched or cyclic acyloxy group, optionally halogenated C 1 -C 6 straight, branched or cyclic alkyl group, or optionally halogenated C 1 -C 6 straight, branched or cyclic alkoxy group, A 1 is a single bond or C 1 -C 10 straight, branched or cyclic alkylene group in which an ether bond may intervene in a carbon-carbon bond, v is 0 or 1, w is an integer of 0 to 2, a is an integer satisfying 0 ≤ a ≤ 5+2w-b, and b is an integer of 1 to 3.
A surgical robotic apparatus comprising: a surgical robotic arm having a proximal end portion and a distal end portion , where the distal end portion is configured to receive a surgical tool , and the proximal end portion is configured to be removably coupled to a surgical robotic platform for surgery and decoupled from the platform for storage; characterised by a secondary side of a resonant-mode transformer-coupled power converter that also has a primary side , wherein the secondary side of the power converter has a transformer secondary coil in the proximal end portion of the arm, and wherein the primary side has a transformer primary coil in the platform, and wherein the primary and secondary coils are held at positions and orientations that enable mutual inductive coupling between them for operation of the power converter when the arm is coupled to the platform for wireless power transfer through the transformer primary and secondary coils. a surgical robotic arm having a proximal end portion and a distal end portion , where the distal end portion is configured to receive a surgical tool , and the proximal end portion is configured to be removably coupled to a surgical robotic platform for surgery and decoupled from the platform for storage; characterised by a secondary side of a resonant-mode transformer-coupled power converter that also has a primary side , wherein the secondary side of the power converter has a transformer secondary coil in the proximal end portion of the arm, and wherein the primary side has a transformer primary coil in the platform, and wherein the primary and secondary coils are held at positions and orientations that enable mutual inductive coupling between them for operation of the power converter when the arm is coupled to the platform for wireless power transfer through the transformer primary and secondary coils.
A method comprising: detecting a change in a context of a computing device ; identifying a contextual score for each of a plurality of data items arranged in a first sequence (220-1); rearranging the plurality of data items into a second sequence (220-2) different than the first sequence, based on the identified contextual score and flag information, wherein the flag information indicates whether the each of the plurality of data items is to remain in a fixed position when the plurality of data items are arranged from the first sequence to the second sequence; detecting a distance between the computing device and a face of a user; and displaying at least one data item among the plurality of data items rearranged in the second sequence based on the distance between the computing device and the face of the user. detecting a change in a context of a computing device ; identifying a contextual score for each of a plurality of data items arranged in a first sequence (220-1); rearranging the plurality of data items into a second sequence (220-2) different than the first sequence, based on the identified contextual score and flag information, wherein the flag information indicates whether the each of the plurality of data items is to remain in a fixed position when the plurality of data items are arranged from the first sequence to the second sequence; detecting a distance between the computing device and a face of a user; and displaying at least one data item among the plurality of data items rearranged in the second sequence based on the distance between the computing device and the face of the user.
A method for printing plastic containers , wherein the containers are transported along a specified transport path (P), and the outer surface of the containers is printed at least temporarily by means of at least one printing unit , wherein a controller controls the printing of the containers by means of the at least one printing unit on the basis of at least one printing parameter, characterized in that at least one plastic container to be printed is printed with at least one test marking in order to ascertain the printing parameter, and this plastic container provided with the test marking is then inspected by means of at least one inspection device , which is suitable and intended for detecting at least one defect of the test marking and the printing parameter is derived from a result of the inspection, wherein the printing of the plastic container with the test marking takes place in the context of a test mode of the apparatus and the test marking is a special test marking or a special test image, which is particularly suitable for evaluation and for correction or for ascertaining the printing parameters and which is known to the inspection device, wherein in the working operation of the apparatus a marking or the print which is to be applied to the containers, is checked, wherein for this checking a different inspection device is used from the inspection device which is used for the test mode, wherein the inspection device which is used in the working operation meets different criteria than the inspection device which is used in the test operation.
A preprocessing arrangement for a multiple-antenna communication system, the preprocessing arrangement comprising a first plurality of inputs for antenna signals from an antenna array and a second plurality of outputs for connection to at least one computer device , wherein the second plurality is less than the first plurality, the preprocessing arrangement being configured to: obtain a diagonal matrix, W, of multiplicator values, wherein the diagonal matrix W is given by a relation H = WAX, wherein H is a channel transmission matrix for the multiple-antenna communication system, A is a predefined filter matrix, and X is a matrix that depends on the channel transmission matrix H; extract an input vector Y of signal values in the antenna signals from the antenna array ; generate an output vector Ŷ of output values by forming A H W H Y, wherein A H is a Hermitian transpose matrix of the predefined filter matrix A and W H is a Hermitian transpose of the diagonal matrix W ; and provide the output values in the output vector Ŷ on a respective output among the second plurality of outputs. obtain a diagonal matrix, W, of multiplicator values, wherein the diagonal matrix W is given by a relation H = WAX, wherein H is a channel transmission matrix for the multiple-antenna communication system, A is a predefined filter matrix, and X is a matrix that depends on the channel transmission matrix H; extract an input vector Y of signal values in the antenna signals from the antenna array ; generate an output vector Ŷ of output values by forming A H W H Y, wherein A H is a Hermitian transpose matrix of the predefined filter matrix A and W H is a Hermitian transpose of the diagonal matrix W ; and provide the output values in the output vector Ŷ on a respective output among the second plurality of outputs.