mhurhangee/patent-ind-claim-en huggingface dataset:
A calibration method for dental implant navigation surgery, comprising: obtaining a spatial position of a first visual marker disposed on a scanning device , obtaining a spatial position of the scanning device based on the position of the first visual marker relative to the center of the scanning device , wherein the position of the first visual marker relative to the center of the scanning device is represented by a homogeneous matrix T S M1 , where S represents a coordinate system of the scanning device and M1 represents a coordinate system of the first visual marker, obtaining a position of a scanning area relative to a second visual marker based on the spatial position of the first visual marker disposed on the scanning device , a spatial position of the second visual marker disposed on a surgical area , and a scanning position of the scanning area obtained by scanning with the scanning device ; and registering the position of the scanning area relative to the second visual marker with a three-dimensional scene to obtain a transformation matrix. obtaining a spatial position of a first visual marker disposed on a scanning device , obtaining a spatial position of the scanning device based on the position of the first visual marker relative to the center of the scanning device , wherein the position of the first visual marker relative to the center of the scanning device is represented by a homogeneous matrix T S M1 , where S represents a coordinate system of the scanning device and M1 represents a coordinate system of the first visual marker, obtaining a position of a scanning area relative to a second visual marker based on the spatial position of the first visual marker disposed on the scanning device , a spatial position of the second visual marker disposed on a surgical area , and a scanning position of the scanning area obtained by scanning with the scanning device ; and registering the position of the scanning area relative to the second visual marker with a three-dimensional scene to obtain a transformation matrix.
A glass-like film, comprising: a hard coat layer and a silica layer, wherein the hard coat layer and the silica layer are formed sequentially, wherein the hard coat layer comprises a cationically cured product of a polyorganosiloxane compound of the following formula F, wherein the silica layer comprises a nitrogen atom and a silica network formed of one or more units selected from the group consisting of units of the following formulae A and B, wherein the silica layer does not contain a linkage (Si-N) of the nitrogen atom and the silicon atom, and wherein a ratio of the silica network in the silica layer is 85 weight% or more and the silica layer comprises the nitrogen atom in an amount of 0.0001 to 6 weight% as measured by X-ray photoelectron spectroscopy (XPS): [Formula A] R n SiO (4-n)/2 [Formula B] SiO 3/2 L 1/2 wherein, R is hydrogen, an alkyl group, an alkenyl group, an aryl group, an arylalkyl group, an epoxy group or a (meth)acryloyloxyalkyl group, n is 0 or 1, and L is an alkylene group, [Formula F] (R 1 3 SiO 1/2 ) a (R 2 2 SiO 2/2 ) b (R 3 SiO 3/2 ) c (SiO 4/2 ) d (RO 1/2 ) e wherein, R 1 to R 3 are each independently a hydrogen atom, an alkyl group, an alkenyl group, an aryl group or a cation curable functional group, at least one of R 1 to R 3 is a cation curable functional group, R is a hydrogen atom or an alkyl group, and when the sum of a, b, c and d is converted into 1, c/(a + b + c + d) is a number of 0.7 or more, and e/(a + b + c + d) is a number in a range of 0 to 0.4. a hard coat layer and a silica layer, wherein the hard coat layer and the silica layer are formed sequentially, wherein the hard coat layer comprises a cationically cured product of a polyorganosiloxane compound of the following formula F, wherein the silica layer comprises a nitrogen atom and a silica network formed of one or more units selected from the group consisting of units of the following formulae A and B, wherein the silica layer does not contain a linkage (Si-N) of the nitrogen atom and the silicon atom, and wherein a ratio of the silica network in the silica layer is 85 weight% or more and the silica layer comprises the nitrogen atom in an amount of 0.0001 to 6 weight% as measured by X-ray photoelectron spectroscopy (XPS): [Formula A] R n SiO (4-n)/2 [Formula B] SiO 3/2 L 1/2 wherein, R is hydrogen, an alkyl group, an alkenyl group, an aryl group, an arylalkyl group, an epoxy group or a (meth)acryloyloxyalkyl group, n is 0 or 1, and L is an alkylene group, [Formula F] (R 1 3 SiO 1/2 ) a (R 2 2 SiO 2/2 ) b (R 3 SiO 3/2 ) c (SiO 4/2 ) d (RO 1/2 ) e wherein, R 1 to R 3 are each independently a hydrogen atom, an alkyl group, an alkenyl group, an aryl group or a cation curable functional group, at least one of R 1 to R 3 is a cation curable functional group, R is a hydrogen atom or an alkyl group, and when the sum of a, b, c and d is converted into 1, c/(a + b + c + d) is a number of 0.7 or more, and e/(a + b + c + d) is a number in a range of 0 to 0.4.
A pharmaceutical composition comprising an antisense oligomer (ASO), wherein the ASO is complementary to a targeted portion of a retained-intron-containing pre-mRNA (RIC pre-mRNA) that encodes SCN1A protein, wherein the RIC pre-mRNA comprises a retained intron, an exon flanking 5' splice site of the retained intron, and an exon flanking 3' splice site of the retained intron, and wherein binding of the ASO to the RIC pre-mRNA will cause a retained intron to be constitutively spliced from the RIC pre-mRNA in cells that express the RIC pre-mRNA, thereby increasing the level of functional RNA encoding SCN1A protein in the cells.
A method in a first terminal device for facilitating direct communication with a second terminal device, comprising: - transmitting (S110) to the second terminal device a Modulation and Coding Scheme, MCS, index, based on which the second terminal device can selectively obtain a modulation order and a Transport Block Size, TBS, in accordance with a first mapping or a second mapping between MCS indices on one hand and modulation orders and TBSs on the other, wherein the MCS index is determined by the first terminal device by selectively applying the first or second mapping, - transmitting (S110) to the second terminal device a Modulation and Coding Scheme, MCS, index, based on which the second terminal device can selectively obtain a modulation order and a Transport Block Size, TBS, in accordance with a first mapping or a second mapping between MCS indices on one hand and modulation orders and TBSs on the other,
A process for placing non-printing image information on a floor of a flexographic photopolymer printing plate, the method comprising forming one or a series of isolated non-printing dots corresponding to the non-printing image information, each dot in the one or the series of isolated dots having a non-printing elevation above the plate floor or being sunken below the plate floor , the series of isolated dots forming one or more patterns that represent one or more alphanumeric signs , digital codes , or processing marks , the process comprising disposing a mask on top of the photopolymer plate in an uncured state, imaging the mask to form an imaged mask in accordance with an image file comprising machine readable instructions that are based at least in part upon the non-printing image information, curing the photopolymer with actinic radiation through the mask, and removing uncured polymer, characterized in that each isolated non-printing dot on the plate corresponds to a presence of a supercell comprising a pixel cluster (1610-1614) of openings in the mask, the pixel cluster (1610-1614) comprising one or more pixels (1620-1623) each of which corresponds to a mask opening in the mask and to an exposed pixel on the plate.
An electrical measurement device comprising at least one electrical measurement unit , a processing unit , a status display and a memory , wherein the memory is configured to store at least one status information of the electrical measurement device , wherein the electrical measurement device has at least a power off operation mode, and wherein the processing unit is configured to control the status display in the power off operation mode such that the latest status information of the electrical measurement device stored in the memory is displayed on the status display .
Apparatus for forming curved cut surfaces in a transparent material, in particular in the eye cornea , having a laser radiation source (S) that focuses laser radiation into the material and causes optical penetrations there, wherein a scanning device , which three-dimensionally adjusts the focus point , and a control device , which controls the scanning device to form the cut surface by arranging the optical penetrations next to one another in the material , are provided and wherein the scanning device comprises an adjustable optical unit for adjusting the focus point in a first spatial direction (z), characterized in that the control device controls the scanning device in a manner such that the focus point is guided in the remaining two spatial directions (x, y) on a path based on contour lines of the cut surface , wherein the contour lines lie in planes that are substantially perpendicular to the first spatial direction (z), and wherein the control device controls the scanning device in a manner such that adjacent contour lines (17.1-17.4) are connected by a transition (18.1-18.3) so that, overall, the focus point is moved along a contiguous trajectory and the optical penetrations lie on the contiguous trajectory.
A phagocytic cell comprising one or more polyhedrin protein crystals, wherein the crystals encapsulate one or more cargo proteins, wherein the phagocytic cell is a professional cell and the cargo protein comprises one or more therapeutic agents.
A hot runner system comprising: a manifold , having a manifold channel for receiving material from a source, and the manifold channel extending between a manifold inlet and a manifold outlet ; a cooled mold plate ; a nozzle for delivering molding material to a mold cavity , the nozzle having a nozzle channel in fluid communication between the manifold channel and the mold cavity , and a valve pin seal at an upstream end of the nozzle ; a valve pin slidably received in the valve pin seal , the valve pin extending through the manifold and the nozzle ; an actuator connected to the valve pin for translating the valve pin between an open position and a closed position; and a thermal bridge in conductive thermal communication with the valve pin seal and the cooled mold plate; characterized in that the hot runner system further comprising another nozzle having another valve pin seal at an upstream end thereof, wherein the thermal bridge includes a proximal portion in conductive thermal communication with the valve pin seal , another proximal portion in conductive thermal communication with the another valve pin seal , and a distal portion distal in conductive thermal communication with the cooled mold plate . a manifold , having a manifold channel for receiving material from a source, and the manifold channel extending between a manifold inlet and a manifold outlet ; a cooled mold plate ; a nozzle for delivering molding material to a mold cavity , the nozzle having a nozzle channel in fluid communication between the manifold channel and the mold cavity , and a valve pin seal at an upstream end of the nozzle ; a valve pin slidably received in the valve pin seal , the valve pin extending through the manifold and the nozzle ; an actuator connected to the valve pin for translating the valve pin between an open position and a closed position; and a thermal bridge in conductive thermal communication with the valve pin seal and the cooled mold plate; characterized in that the hot runner system further comprising another nozzle having another valve pin seal at an upstream end thereof, wherein the thermal bridge includes a proximal portion in conductive thermal communication with the valve pin seal , another proximal portion in conductive thermal communication with the another valve pin seal , and a distal portion distal in conductive thermal communication with the cooled mold plate .
A method for the impact hardening of transition radii of a crankshaft , in particular of transition radii between connecting-rod bearing journals and crank webs and/or transition radii between main bearing journals and the crank webs of the crankshaft , characterized in that , for the introduction of an impact force (Fs) into at least one of the transition radii , a highly loaded region (B MAX ), a lightly loaded region (B MIN ) and interposed intermediate regions (B ZW ) are defined along the respective transition radius running in annularly encircling fashion around the crankshaft , wherein impact hardening is performed such that the impact force (F S ) introduced into the intermediate regions (B ZW ) is increased in the direction of the highly loaded region (B MAX ) and wherein the impact hardening is performed in such a way that the impressions of an impact head of at least one impact tool overlap in a defined manner along the respective transition radius running in annularly encircling fashion around the crankshaft . characterized in that , for the introduction of an impact force (Fs) into at least one of the transition radii , a highly loaded region (B MAX ), a lightly loaded region (B MIN ) and interposed intermediate regions (B ZW ) are defined along the respective transition radius running in annularly encircling fashion around the crankshaft , wherein impact hardening is performed such that the impact force (F S ) introduced into the intermediate regions (B ZW ) is increased in the direction of the highly loaded region (B MAX ) and wherein the impact hardening is performed in such a way that the impressions of an impact head of at least one impact tool overlap in a defined manner along the respective transition radius running in annularly encircling fashion around the crankshaft .
A lidded vessel made of plastic for laboratory use, comprising • a tubular vessel having a vessel base at the bottom, a vessel opening at the top and a sealing area on the inner wall below the vessel opening , • a lid which has a lid base and a plug which protrudes from the inner side of the lid base and can be inserted through the vessel opening into a sealing position, in which the plug sealingly bears against the sealing area , • wherein the lid engages with the plug in the vessel opening in a parking position, without sealingly bearing against the sealing area , and • a first latching apparatus for releasably latching the lid to the vessel in the parking position is provided, characterized in that the first latching apparatus has a radially inwardly projecting first latching projection on the inner wall of the vessel and the first latching apparatus has a radially outwardly projecting second latching projection on the outer side of the plug and a bead (14.2) circumscribes the outer side of the plug , which bead has the function of the second latching projection and latches to the first latching projection in the parking position. • a tubular vessel having a vessel base at the bottom, a vessel opening at the top and a sealing area on the inner wall below the vessel opening , • a lid which has a lid base and a plug which protrudes from the inner side of the lid base and can be inserted through the vessel opening into a sealing position, in which the plug sealingly bears against the sealing area , • wherein the lid engages with the plug in the vessel opening in a parking position, without sealingly bearing against the sealing area , and • a first latching apparatus for releasably latching the lid to the vessel in the parking position is provided,
Voltage converter for converting a first DC voltage , which is applied to a primary side of the voltage converter , into a second DC voltage , which is applied to a secondary side of the voltage converter , the voltage converter being designed in a modular manner with a multiplicity of converter modules , which are connected to one another on the primary side on the one hand and are connected to one another on the secondary side on the other hand, the converter modules each being designed as a multiple active bridge, full-resonant topology, current source topology or impedance source topology with a respective transformer connected between the primary side and the secondary side of a converter module , the transformers of the converter modules being magnetically coupled to one another, characterized in that the magnetic coupling between the converter modules is formed by a magnetic core magnetically connecting their transformers , the magnetic core being constructed in modular fashion from individual core modules, which can each be removed and/or replaced separately for each transformer module , or the individual converter modules are each formed with their own transformers , the transformers , which are magnetically coupled to one another, being coupled to one another in a mechanically detachable manner, so that an individual transformer or an individual transformer winding can be replaced.
An electrode assembly in which a first electrode having a first electrode coated region and a first electrode uncoated region , a separator , and a second electrode having a second electrode coated region and a second electrode uncoated region are stacked and wound around a winding axis (XL), wherein the first electrode coated region includes a first substrate (11a1), a first small electrode portion (S1) including first active material layers (11a2) formed on both surfaces of the first substrate (11a1), and a second small electrode portion (S2) including a first active material layer (11a2) formed on the other surface of the first substrate (11a1) in which one surface thereof is exposed, the first electrode coated region and the second electrode coated region include flat portions (AA1, AA2, AA3) and curved portions (AB1, AB2), such that a curved portion connects two flat portions, and the second small electrode portion (S2) is positioned at a first curved portion (AB1) formed by first winding of the electrode assembly . the first electrode coated region includes a first substrate (11a1), a first small electrode portion (S1) including first active material layers (11a2) formed on both surfaces of the first substrate (11a1), and a second small electrode portion (S2) including a first active material layer (11a2) formed on the other surface of the first substrate (11a1) in which one surface thereof is exposed, the first electrode coated region and the second electrode coated region include flat portions (AA1, AA2, AA3) and curved portions (AB1, AB2), such that a curved portion connects two flat portions, and the second small electrode portion (S2) is positioned at a first curved portion (AB1) formed by first winding of the electrode assembly .
Method for producing a ceramic sanitary article , more particularly a washbasin or washstand, wherein a plaster casting mould or a pressure casting mould is used to produce, from a ceramic composition , a cast green body , which is subsequently fired in a firing to form a fired body , wherein the fired body after the firing is subjected to material-removing working only by milling or grinding on one or more visible faces until it has a desired dimension in relation to its length, width, height and/or edge radii, after which the worked body is glazed at least on the worked visible face or faces and is fired a further time in order to fire the glaze.
A method for acquiring synchronization assistance information and location of a terminal device of a non-terrestrial cellular data communication network , the non-terrestrial cellular data communication network comprising one or more airborne or spaceborne base stations moving along a respective flight trajectory and the terminal device, the method comprising: at the terminal device performing a blind acquisition of a signal carrier provided by one of the one or more base stations; if the terminal device synchronizes with one base station, downloading only limited synchronization assistance information from that base station, iterating the downloading to accumulate synchronization assistance information over time; if the terminal device synchronizes to a pair of base stations, acquiring its location through successive cellular triangulation and downloading synchronization assistance information from the base stations; if the terminal device synchronizes with multiple base stations, acquiring its location through direct cellular triangulation, and downloading synchronization assistance information. at the terminal device performing a blind acquisition of a signal carrier provided by one of the one or more base stations; if the terminal device synchronizes with one base station, downloading only limited synchronization assistance information from that base station, iterating the downloading to accumulate synchronization assistance information over time; if the terminal device synchronizes to a pair of base stations, acquiring its location through successive cellular triangulation and downloading synchronization assistance information from the base stations; if the terminal device synchronizes with multiple base stations, acquiring its location through direct cellular triangulation, and downloading synchronization assistance information.
An oil-in-water emulsified cosmetic containing inorganic powder micropaticles (A) having a primary coating layer containing silica with an outermost surface subjected to a hydrophobic organic surface treatment and at least one kind of water-swelling substance (B), wherein the coated amount of the primary coating layer is 1 to 25 % in terms of the whole inorganic materials relative to the whole inorganic powder,and wherein the water-swelling substance (B) is selected from the group consisting of hectorite, microorganism-produced cellulose, plant-derived cellulose, and agar.
A catheter device comprising: a catheter hub , a catheter having a catheter tip ; a needle fixed in a needle hub , the needle having a needle circumference and extending through the catheter hub and the catheter tip in a ready position, a valve member ; wherein the needle extends through the valve member in the ready position, and a tubular receptacle , wherein the needle hub is displaceably guided in the tubular receptacle and biased by a spring in a proximal direction relative to the tubular receptacle ; and wherein the needle hub is releasably held in the tubular receptacle against the force of the spring in the ready position, characterized in that the catheter device further comprises a valve actuation member which serves to open the valve member , wherein both, the valve member and the valve actuation member are disposed in the catheter hub ; and in that the tubular receptacle has a projecting boss inserted in the catheter hub . a catheter hub , a catheter having a catheter tip ; a needle fixed in a needle hub , the needle having a needle circumference and extending through the catheter hub and the catheter tip in a ready position, a valve member ; wherein the needle extends through the valve member in the ready position, and a tubular receptacle , wherein the needle hub is displaceably guided in the tubular receptacle and biased by a spring in a proximal direction relative to the tubular receptacle ; and wherein the needle hub is releasably held in the tubular receptacle against the force of the spring in the ready position, characterized in that the catheter device further comprises a valve actuation member which serves to open the valve member , wherein both, the valve member and the valve actuation member are disposed in the catheter hub ; and in that the tubular receptacle has a projecting boss inserted in the catheter hub .