mhurhangee/patent-ind-claim-en huggingface dataset:
Tunable Fabry-Perot (FP) filter element , comprising: a first FP filter stack arranged at a movable first carrier element , and a second FP filter stack arranged in an opposing configuration to the first FP filter stack at a second carrier element , wherein, upon an actuation, the first carrier element with the first FP filter stack is vertically movable with respect to the second carrier element with the second FP filter stack , for adjusting the distance (d 1 ) between the first and second opposing FP filter stack , and wherein the movable first carrier element is formed as an SON structure (SON = silicon-on-nothing) in an SON substrate , wherein the SON structure is movable suspended by means of a mechanical spring element to the SON substrate . a first FP filter stack arranged at a movable first carrier element , and a second FP filter stack arranged in an opposing configuration to the first FP filter stack at a second carrier element , wherein, upon an actuation, the first carrier element with the first FP filter stack is vertically movable with respect to the second carrier element with the second FP filter stack , for adjusting the distance (d 1 ) between the first and second opposing FP filter stack , and wherein the movable first carrier element is formed as an SON structure (SON = silicon-on-nothing) in an SON substrate , wherein the SON structure is movable suspended by means of a mechanical spring element to the SON substrate .
A composition comprising recombinant human acid α-glucosidase (rhGAA) molecules for use in the treatment of Pompe disease in combination with miglustat in a patient in need thereof; wherein the composition is administered intravenously at a dose of 5 mg/kg to 20 mg/kg and the miglustat is administered orally at a dose of 260 mg or 130 mg; wherein the rhGAA molecules are produced in Chinese hamster ovary (CHO) cells, the rhGAA molecules comprise seven potential N-glycosylation sites, 40%-60% of the N-glycans on the rhGAA molecules are complex type N-glycans, and at least 50% of the rhGAA molecules bear a bis-mannose-6-phosphate (bis-M6P) unit at the first potential N-glycosylation site. wherein the composition is administered intravenously at a dose of 5 mg/kg to 20 mg/kg and the miglustat is administered orally at a dose of 260 mg or 130 mg; wherein the rhGAA molecules are produced in Chinese hamster ovary (CHO) cells, the rhGAA molecules comprise seven potential N-glycosylation sites, 40%-60% of the N-glycans on the rhGAA molecules are complex type N-glycans, and at least 50% of the rhGAA molecules bear a bis-mannose-6-phosphate (bis-M6P) unit at the first potential N-glycosylation site.
A method for evaluating connectivity between a first well and a second well in a hydrocarbon production field , the method being implemented by a calculator, said method comprising: (a) obtaining a first time series of a first well parameter from the first well and a second time series of a second well parameter from the second well, (b) processing the first time series to obtain a processed first time series, (c) filtering the second time series, characterized in that the filtering step comprises removing dynamic variations from the second time series to obtain a filtered second time series representative of static variations of the second time series, and the method further comprises: (d) determining a correlation between said processed first time series and said filtered second time series at various time shifts between said processed first time series and said filtered second time series, and determining a maximal correlation coefficient and a time shift at maximal correlation between said processed first time series and said filtered second time series, the maximal correlation coefficient being representative of the connectivity between the first well and the second well. (a) obtaining a first time series of a first well parameter from the first well and a second time series of a second well parameter from the second well, (b) processing the first time series to obtain a processed first time series, (c) filtering the second time series,
An electric filling station comprising a primary coolant circuit, called a common primary coolant circuit, further having the following features: - the electric filling station comprises a charging column , - the charging column comprises a cooling unit and a charging cable having a closed secondary coolant circuit, - the charging column comprises hoses for connecting to the common primary coolant circuit of the electric filling station, - the cooling unit comprises a heat exchanger having first connections and second connections , - the first connections of the cooling unit are fluidically connected to the hoses , - the second connections are fluidically connected to the secondary coolant circuit, and - the cooling unit is configured to cool the secondary coolant circuit when the first connections are fluidically connected to the primary coolant circuit, having the following further feature: - the electric filling station comprises further charging columns which are fluidically connected to the common primary coolant circuit of the electric filling station. - the electric filling station comprises a charging column , - the charging column comprises a cooling unit and a charging cable having a closed secondary coolant circuit, - the charging column comprises hoses for connecting to the common primary coolant circuit of the electric filling station, - the cooling unit comprises a heat exchanger having first connections and second connections , - the first connections of the cooling unit are fluidically connected to the hoses , - the second connections are fluidically connected to the secondary coolant circuit, and - the cooling unit is configured to cool the secondary coolant circuit when the first connections are fluidically connected to the primary coolant circuit, - the electric filling station comprises further charging columns which are fluidically connected to the common primary coolant circuit of the electric filling station.
Conveyer belt or conveyer belt segment of elastomeric material with a reinforcing support layer of steel cords which run in the longitudinal direction of the conveyer belt and are arranged parallel to one another, wherein each belt or segment end has a formation for the hinge-like coupling together to another belt or segment end, characterized in that the ends of the steel cords in the end region of each belt or segment end (1 and 2) are exposed from the rubber layers, in that the exposed ends of the steel cords are inserted into corresponding longitudinal bores in a hinge plate (14 or 15) and are fixed in a positionally secure manner there by pressing the hinge plates (14 and 15) together, in that the free end of each of the two hinge plates (14 and 15) has a partial hinge (6 and 7, respectively) made of crenellation-type projections (8 and 9), which partial hinge can be combined with the other partial hinge (6 or 7) in each case.
Bag, comprising: - a bag-like holder comprising a rear wall and a carrying strip provided at an upper position above the centre of the bag-like holder over at least a part of the width of the rear wall and attached to the rear wall with stitching, wherein the carrying strip is attached only partially to the rear wall for the purpose of forming at least a passage between the carrying strip and the rear wall , wherein a passage is formed by absence of the stitching; - at least one carrying element including a first and second outer end, the first outer end to ) be fastened at a lower position than the position of the carrying strip and the second end to be fastened to the carrying strip for carrying of the bag-like holder by the user, wherein the second end of each carrying element comprises a loop-like outer end which extends through the passage and round the carrying strip in use; - a fastening for fastening an end part of the loop-like outer end of the carrying element to another part of the carrying element. wherein the second outer end of the carrying element comprises a bendable end part , wherein the bendable end part is configured to be passed behind the carrying strip via the passage and to then be bent, wherein the fastening is configured to fasten the bendable outer end, which has been passed through the passage and bent, to another part of the carrying element; wherein the loop-like second outer end of the carrying element extends round the carrying strip such that the forces on the carrying element are at least partially, preferably substantially, absorbed by the lower edge of the carrying strip. - a bag-like holder comprising a rear wall and a carrying strip provided at an upper position above the centre of the bag-like holder over at least a part of the width of the rear wall and attached to the rear wall with stitching, wherein the carrying strip is attached only partially to the rear wall for the purpose of forming at least a passage between the carrying strip and the rear wall , wherein a passage is formed by absence of the stitching; - at least one carrying element including a first and second outer end, the first outer end to ) be fastened at a lower position than the position of the carrying strip and the second end to be fastened to the carrying strip for carrying of the bag-like holder by the user, wherein the second end of each carrying element comprises a loop-like outer end which extends through the passage and round the carrying strip in use; - a fastening for fastening an end part of the loop-like outer end of the carrying element to another part of the carrying element.
Method for disassembling a stack of at least three substrates (S1, S2, S3) having between them two interfaces , among which a first interface between the first substrate (S1) and the second substrate (S2) of the stack has a first adhesion energy (E12) and a second interface between the second substrate (S2) and the third substrate (S3) in the stack has a second adhesion energy (E23), the first adhesion energy (E12) being lower, or even strictly lower, than the second adhesion energy (E23), the stack comprising a front face (FAV) and a rear face (FAR) between which the first substrate (S1), the second substrate (S2) and then the third substrate (S3) extend successively, the disassembly method comprising the following successive steps: - implementing, through the front face (FAV) of the stack , a removal of material on the first substrate (S1), until a surface of the second substrate (S2) is exposed, - transferring the stack , by means of the front face (FAV) thereof, onto an adhesive layer of a flexible adhesive film until the exposed surface of the second substrate (S2) is in contact with the adhesive layer and has therewith an adhesion energy (E24) that is greater, preferably strictly greater, than the second adhesion energy (E23), and - disassembling the third substrate (S3) from the flexible adhesive film and from the assembly comprising the first and second substrates (S1, S2), at the interface between the second substrate (S2) and the third substrate (S3) in the stack . - implementing, through the front face (FAV) of the stack , a removal of material on the first substrate (S1), until a surface of the second substrate (S2) is exposed, - transferring the stack , by means of the front face (FAV) thereof, onto an adhesive layer of a flexible adhesive film until the exposed surface of the second substrate (S2) is in contact with the adhesive layer and has therewith an adhesion energy (E24) that is greater, preferably strictly greater, than the second adhesion energy (E23), and - disassembling the third substrate (S3) from the flexible adhesive film and from the assembly comprising the first and second substrates (S1, S2), at the interface between the second substrate (S2) and the third substrate (S3) in the stack .
A vehicle display device comprising: a displaying part configured to emit, as display light, display information to be viewed and recognized by an occupant in a cabin as a virtual image; a reflection member configured to reflect the display light emitted from the displaying part to project the display light on a projection target part (Rwf) in the cabin; and a controller configured to control the display light in accordance with a detection eye point representing a detection result of an eye point of the occupant or a detection eye box (EBd) representing a detection result of an eye box (EB) representing a range of the eye point, the eye box (EB) allowing the virtual image to be viewed and recognized, characterized in that the controller controls the displaying part to adjust an emission angle of the display light from the displaying part toward the reflection member in accordance with the detection eye point or the detection eye box (EBd) to project the display light reflected by the reflection member at a viewpoint position (Pv1, Pv2, Pv3) corresponding to the detection eye point or the detection eye box (EBd) on the projection target part. a displaying part configured to emit, as display light, display information to be viewed and recognized by an occupant in a cabin as a virtual image; a reflection member configured to reflect the display light emitted from the displaying part to project the display light on a projection target part (Rwf) in the cabin; and a controller configured to control the display light in accordance with a detection eye point representing a detection result of an eye point of the occupant or a detection eye box (EBd) representing a detection result of an eye box (EB) representing a range of the eye point, the eye box (EB) allowing the virtual image to be viewed and recognized, characterized in that the controller controls the displaying part to adjust an emission angle of the display light from the displaying part toward the reflection member in accordance with the detection eye point or the detection eye box (EBd) to project the display light reflected by the reflection member at a viewpoint position (Pv1, Pv2, Pv3) corresponding to the detection eye point or the detection eye box (EBd) on the projection target part.
A rigid chain actuator (107; 137), comprising: a tool body having a bore ; a chain (110; 140) at least partially disposed in a housing (108; 163) coupled to the tool body ; and a chain extension / retraction mechanism configured to extend the chain from the housing into the bore and recoil the chain from the bore into the housing ; wherein the chain (110; 140) is configured to translate a force onto at least one wellbore tool not comprising a drill bit through the bore and comprises an end portion opposite the housing (108; 163) configured to directly or indirectly engage to a plug, an internal tree cap, or a wellbore tool not comprising a drill bit a tool body having a bore ; a chain (110; 140) at least partially disposed in a housing (108; 163) coupled to the tool body ; and a chain extension / retraction mechanism configured to extend the chain from the housing into the bore and recoil the chain from the bore into the housing ; wherein the chain (110; 140) is configured to translate a force onto at least one wellbore tool not comprising a drill bit through the bore and comprises an end portion opposite the housing (108; 163) configured to directly or indirectly engage to a plug, an internal tree cap, or a wellbore tool not comprising a drill bit
A method for transmitting information in a battery management system , characterized by comprising: determining (S510), from a plurality of slave nodes (S 0 , S 1 , S 2 , S k ), a fault slave node that communicates abnormally with a master node (M) in the battery management system ; selecting (S520) a target slave node from the plurality of slave nodes (S 0 , S 1 , S 2 , S k ), wherein the target slave node is a slave node that communicates normally with both the master node (M) and the fault slave node; transmitting (S530) frequency conversion information to the target slave node, so that the target slave node forwards the frequency conversion information to the fault slave node, and the fault slave node performs a frequency conversion based on the frequency conversion information; and transmitting (S540) information with the fault slave node using a frequency after the frequency conversion. determining (S510), from a plurality of slave nodes (S 0 , S 1 , S 2 , S k ), a fault slave node that communicates abnormally with a master node (M) in the battery management system ; selecting (S520) a target slave node from the plurality of slave nodes (S 0 , S 1 , S 2 , S k ), wherein the target slave node is a slave node that communicates normally with both the master node (M) and the fault slave node; transmitting (S530) frequency conversion information to the target slave node, so that the target slave node forwards the frequency conversion information to the fault slave node, and the fault slave node performs a frequency conversion based on the frequency conversion information; and transmitting (S540) information with the fault slave node using a frequency after the frequency conversion.
A computer-implemented method for occlusion handling in lightfield rendering, the method comprising: defining two enclosing spheres, wherein the inner sphere is still outside or equal to a bounding sphere of objects of interest; moving a camera origin on the outer sphere, for each camera perspective, generating lightfields for first and second depths such that the lightfield for the second depth is free of occlusion from a first object included in the first depth where the first depth separates the second depth from a camera having the camera perspective; determining a position of the camera relative to the first and second depths, wherein determining the position comprises determining the position to be between the first and second depths where the camera perspective is directed towards the second depth; identifying lightfield regions to be available for interpolation based on rays from within a camera view frustum intersecting the outer sphere; identifying visible lightfields based on the position of the camera relative to the depth of the lightfield layers; rendering an image using interpolation from the visible lightfields; and displaying the image on a display. defining two enclosing spheres, wherein the inner sphere is still outside or equal to a bounding sphere of objects of interest; moving a camera origin on the outer sphere, for each camera perspective, generating lightfields for first and second depths such that the lightfield for the second depth is free of occlusion from a first object included in the first depth where the first depth separates the second depth from a camera having the camera perspective; determining a position of the camera relative to the first and second depths, wherein determining the position comprises determining the position to be between the first and second depths where the camera perspective is directed towards the second depth; identifying lightfield regions to be available for interpolation based on rays from within a camera view frustum intersecting the outer sphere; identifying visible lightfields based on the position of the camera relative to the depth of the lightfield layers; rendering an image using interpolation from the visible lightfields; and displaying the image on a display.
A method for removing oxides from the surface of a Ge semiconductor substrate comprising the step of contacting said surface with an etching solution comprising HI, said etching solution removing oxides and suboxides from said surface; characterized in that said etching solution comprises HI at a concentration of at least 30 wt.%, and in that the method further comprises, after said contacting step of said surface with the solution comprising HI, the step of rinsing said surface in de-ionized water for treatment time comprised between 1 and 10 min..
A device comprising: a mostly transparent hermetically sealed box large enough to hold an infected human for purpose of medically treating the human long-term without contaminating caregivers or the environment outside said box, said box enabling caregivers to see said infected human being cared for, said box having means for placing said human sealed inside and removing said human from said box, said box having multiple dual-gloved portal means on walls of said box for handling and caring of said human from outside said box, said box having means for inputting respiratory gases into said box, said box having means for maintaining optimum humidity inside said box, said box having means for placing and removing objects into and out of said box without allowing germs inside said box to escape outside said box, said box having means for providing fluids and nourishment to said human, said box having means for evacuation to outside of said box of waste products from said human and waste products of caregiving without contaminating said caregivers or said environment outside said box, and said box having means to regulate temperature within said box, all said means ensured to not allow germs inside said box to escape outside said box, characterized in that said box has means for allowing egress of expired gases from said vessel and sterilizing said expired gases by heat before releasing into outside environment while keeping pressure inside said box less than the environment outside said box. a mostly transparent hermetically sealed box large enough to hold an infected human for purpose of medically treating the human long-term without contaminating caregivers or the environment outside said box, said box enabling caregivers to see said infected human being cared for, said box having means for placing said human sealed inside and removing said human from said box, said box having multiple dual-gloved portal means on walls of said box for handling and caring of said human from outside said box, said box having means for inputting respiratory gases into said box, said box having means for maintaining optimum humidity inside said box, said box having means for placing and removing objects into and out of said box without allowing germs inside said box to escape outside said box, said box having means for providing fluids and nourishment to said human, said box having means for evacuation to outside of said box of waste products from said human and waste products of caregiving without contaminating said caregivers or said environment outside said box, and said box having means to regulate temperature within said box, all said means ensured to not allow germs inside said box to escape outside said box, characterized in that said box has means for allowing egress of expired gases from said vessel and sterilizing said expired gases by heat before releasing into outside environment while keeping pressure inside said box less than the environment outside said box.
The use of an optical lens with at least one light exit surface in elliptical-soidal free form for tunnel lighting, characterised in that the underside of the lens is formed in a planar manner and is provided with an optically relevant recess for receiving a light source and the lens has a distance of 2 to 10 mm between the light entrance and the light exit surface, the lens being made of a glass (a) the following composition: (a1) 55 to 65 % in weight of tetravalent metal oxides (a2) 10 to 23 % in weight of divalent metal oxides (a3) 12 to 22% in weight of monovalent metal oxides and with the proviso that the quantities indicated are 100 % by weight, and (b) a refractive index n D (measured at 589 nm) of 1,5 to 1,6 (a) the following composition: (a1) 55 to 65 % in weight of tetravalent metal oxides (a2) 10 to 23 % in weight of divalent metal oxides (a3) 12 to 22% in weight of monovalent metal oxides and with the proviso that the quantities indicated are 100 % by weight, and (a1) 55 to 65 % in weight of tetravalent metal oxides (a2) 10 to 23 % in weight of divalent metal oxides (a3) 12 to 22% in weight of monovalent metal oxides and with the proviso that the quantities indicated are 100 % by weight, and (b) a refractive index n D (measured at 589 nm) of 1,5 to 1,6