mhurhangee/patent-ind-claim-en huggingface dataset:
Method for producing a spectacle lens for a display device which can be placed on the head of a user and generates an image, the spectacle lens being transparent for a predetermined wavelength range and an optically effective structure , which is designed as a reflective structure, being embedded in the spectacle lens , having the following steps: a) providing a first shell which is transparent for the predetermined wavelength range, which is formed in one piece and which has a structured section on its upper side , b) applying a coating which is optically effective for the predetermined wavelength range to the structured section in order to form the optically effective structure , c) providing a second shell which is transparent for the predetermined wavelength range and which is formed in one piece, d) applying an adhesive layer which is transparent for the predetermined wavelength range to the upper side of the first shell and/or the underside of the second shell , and e) bonding the upper side of the first shell to the underside of the second shell by means of the adhesive layer , so that a double-shell spectacle lens is produced in which the optically active structure is buried, wherein the first and second shells are each provided in steps a) and c) as a dimensionally stable shell , characterized in that the shell provided in step c) has a smooth underside both in the region of the structured section and outside the structured section , and in that the underside has a complementary shape to the shape of the upper side outside the structured section . a) providing a first shell which is transparent for the predetermined wavelength range, which is formed in one piece and which has a structured section on its upper side , b) applying a coating which is optically effective for the predetermined wavelength range to the structured section in order to form the optically effective structure , c) providing a second shell which is transparent for the predetermined wavelength range and which is formed in one piece, d) applying an adhesive layer which is transparent for the predetermined wavelength range to the upper side of the first shell and/or the underside of the second shell , and e) bonding the upper side of the first shell to the underside of the second shell by means of the adhesive layer , so that a double-shell spectacle lens is produced in which the optically active structure is buried, wherein the first and second shells are each provided in steps a) and c) as a dimensionally stable shell , characterized in that the shell provided in step c) has a smooth underside both in the region of the structured section and outside the structured section , and in that the underside has a complementary shape to the shape of the upper side outside the structured section .
A wavelength conversion member comprising: a substrate , a phosphor layer formed on the substrate , the phosphor layer having a matrix containing ZnO and phosphor particles embedded in the matrix ; a first protective layer that contains at least one selected from the group consisting of ZnCl 2 , ZnS, and ZnSO 4 , and covers the phosphor layer ; a second protective layer that contains at least one selected from the group consisting of a silicone resin, a hybrid organic-inorganic material, and glass and covers the phosphor layer , the second protective layer having a plurality of pinholes ; and wherein a plurality of the first protective layers are disposed on the phosphor layer in the plurality of the pinholes , and the ZnO is c-axis-oriented polycrystalline ZnO. a substrate , a phosphor layer formed on the substrate , the phosphor layer having a matrix containing ZnO and phosphor particles embedded in the matrix ; a first protective layer that contains at least one selected from the group consisting of ZnCl 2 , ZnS, and ZnSO 4 , and covers the phosphor layer ; a second protective layer that contains at least one selected from the group consisting of a silicone resin, a hybrid organic-inorganic material, and glass and covers the phosphor layer , the second protective layer having a plurality of pinholes ; and wherein a plurality of the first protective layers are disposed on the phosphor layer in the plurality of the pinholes , and the ZnO is c-axis-oriented polycrystalline ZnO.
A method of removing chloramine and mercury from an aqueous solution, comprising: providing an aqueous solution comprising chloramine and mercury; and contacting the aqueous solution with a medium comprising a porous carbon substrate, wherein the porous carbon substrate comprises at least 1.5 % by mass of sulfur. providing an aqueous solution comprising chloramine and mercury; and contacting the aqueous solution with a medium comprising a porous carbon substrate, wherein the porous carbon substrate comprises at least 1.5 % by mass of sulfur.
A method of breast image reconstruction, the method comprising: positioning a breast on a support plate of an X-ray tomosynthesis imaging system ; compressing the breast with a flexible paddle ; obtaining imaging data of the breast; characterized by : estimating a breast thickness profile by at least one of placing markers on the breast, performing an image-based analysis of the obtained data, using an auxiliary system, and performing a model-based computation, wherein the breast thickness profile is a representation of the spatially varying thickness of the compressed breast; and performing a three dimensional reconstruction of the imaging data of the breast using the thickness profile of the breast in at least one of an iterative reconstruction, a filtered back-projection reconstruction, and a joint reconstruction performed using information obtained from an ultrasound scan, the reconstruction including mitigation of effects associated with compression by the flexible compression paddle . positioning a breast on a support plate of an X-ray tomosynthesis imaging system ; compressing the breast with a flexible paddle ; obtaining imaging data of the breast; characterized by : estimating a breast thickness profile by at least one of placing markers on the breast, performing an image-based analysis of the obtained data, using an auxiliary system, and performing a model-based computation, wherein the breast thickness profile is a representation of the spatially varying thickness of the compressed breast; and performing a three dimensional reconstruction of the imaging data of the breast using the thickness profile of the breast in at least one of an iterative reconstruction, a filtered back-projection reconstruction, and a joint reconstruction performed using information obtained from an ultrasound scan, the reconstruction including mitigation of effects associated with compression by the flexible compression paddle . estimating a breast thickness profile by at least one of placing markers on the breast, performing an image-based analysis of the obtained data, using an auxiliary system, and performing a model-based computation, wherein the breast thickness profile is a representation of the spatially varying thickness of the compressed breast; and performing a three dimensional reconstruction of the imaging data of the breast using the thickness profile of the breast in at least one of an iterative reconstruction, a filtered back-projection reconstruction, and a joint reconstruction performed using information obtained from an ultrasound scan, the reconstruction including mitigation of effects associated with compression by the flexible compression paddle .
A stented valve comprising: a stent structure comprising a generally tubular body portion having a first end and a second end , and a valve structure attached within the generally tubular body portion, wherein the valve structure comprises leaflets, wherein the first end of the stent structure is an inflow end and the second end of the stent structure is an outflow end, and wherein the stent structure comprises a number of strut or wire portions, wherein the arrangement of wires is such that the stent structure comprises twelve crowns at the inflow end of the stent structure and less crowns at the outflow end of the stent structure , wherein the stent structure further includes three longitudinal posts for attachment of the valve structure, wherein the three longitudinal posts for attachment of the valve structure are comprised of two bars or vertical portions that are spaced from each other by a sufficient distance to allow leaflets to be drawn between the vertical portions at the leaflet commissures, and wherein the stent structure includes a wire structure that extends between one end of each post and the first end of the stent structure and an additional wire structure that extends between the other end of each post and the second end of the stent structure . a stent structure comprising a generally tubular body portion having a first end and a second end , and a valve structure attached within the generally tubular body portion, wherein the valve structure comprises leaflets, wherein the first end of the stent structure is an inflow end and the second end of the stent structure is an outflow end, and wherein the stent structure comprises a number of strut or wire portions, wherein the arrangement of wires is such that the stent structure comprises twelve crowns at the inflow end of the stent structure and less crowns at the outflow end of the stent structure , wherein the stent structure further includes three longitudinal posts for attachment of the valve structure, wherein the three longitudinal posts for attachment of the valve structure are comprised of two bars or vertical portions that are spaced from each other by a sufficient distance to allow leaflets to be drawn between the vertical portions at the leaflet commissures, and wherein the stent structure includes a wire structure that extends between one end of each post and the first end of the stent structure and an additional wire structure that extends between the other end of each post and the second end of the stent structure .
A dental divestment method in which a dental restoration part is divested from a cured muffle after preparation of the muffle by parting or blasting, in particular by sandblasting, characterized in that in the production of the muffle , that is to say before it is cast by means of a casting compound , moldings or protrusions are realized in or at the casting mold which consist of a removable, in particular of a burn-out material, in that the moldings or protrusions are removed, in particular burnt out, after the muffle has cured, and in that the indentations or mold cavities produced in this way are configured and/or used as a predetermined breaking point, which is spaced apart from the dental restoration part , for the muffle during divestment.
A method of operating a first radio access node in a communication network, the first radio access node supporting a plurality of cells that are divided into one or more groups of cells, wherein at least a first group of cells comprises more than one cell, the method comprising: determining a first access stratum, AS,- base key for a communication device that is to connect to the first radio access node via a first cell in the first group of cells; wherein the first AS-base key is determined using a security area identifier of the first group of cells without a physical cell identifier, PCI, and target physical cell downlink frequency, EARFCN-DL of the first cell; using the first AS-base key to determine a first encryption key that is to be used to encrypt communications between the communication device and the first radio access node via the first cell; and in the event that the communication device is to connect to the first radio access node via a second cell in the first group of cells, using the first encryption key to encrypt communications between the communication device and the first radio access node via the second cell. determining a first access stratum, AS,- base key for a communication device that is to connect to the first radio access node via a first cell in the first group of cells; wherein the first AS-base key is determined using a security area identifier of the first group of cells without a physical cell identifier, PCI, and target physical cell downlink frequency, EARFCN-DL of the first cell; using the first AS-base key to determine a first encryption key that is to be used to encrypt communications between the communication device and the first radio access node via the first cell; and in the event that the communication device is to connect to the first radio access node via a second cell in the first group of cells, using the first encryption key to encrypt communications between the communication device and the first radio access node via the second cell.
1. Siphon assembly comprising a siphon element having a bearing portion and having a siphon channel , which comprises an inlet and an outlet , and a holding element for connecting the siphon element to an assembly frame , wherein the holding element comprises a receiving portion for receiving the bearing portion of the siphon element and further comprises a fastening portion for fastening the holding element on the assembly frame , wherein a center axis (M) extends through the receiving portion , wherein the receiving portion and the bearing portion are formed such that the siphon element is alignable in a pivotable manner about the center axis (M) with respect to the fixed holding element , wherein the holding element comprises a ring which is substantially circumferential about the center axis (M), wherein the ring provides the receiving portion , or wherein the receiving portion is formed on the ring , characterized in that a plurality of circumferentially arranged spring tabs is arranged on an inside of the ring , wherein the spring tabs provide the receiving portion with their free ends . a siphon element having a bearing portion and having a siphon channel , which comprises an inlet and an outlet , and a holding element for connecting the siphon element to an assembly frame , wherein the holding element comprises a receiving portion for receiving the bearing portion of the siphon element and further comprises a fastening portion for fastening the holding element on the assembly frame , wherein a center axis (M) extends through the receiving portion , wherein the receiving portion and the bearing portion are formed such that the siphon element is alignable in a pivotable manner about the center axis (M) with respect to the fixed holding element , wherein the holding element comprises a ring which is substantially circumferential about the center axis (M), wherein the ring provides the receiving portion , or wherein the receiving portion is formed on the ring , characterized in that
A method for producing shaped metal bodies useful as implant for orthopedic surgery or dental practice, comprising the steps of (a2) providing a shaped metal body of titanium metal or a titanium alloy, (b2) providing a mixture comprising magnesium powder or magnesium alloy powder and a polymeric binder, (c2) preparing a shaped green part by positioning the shaped metal body of titanium metal or a titanium alloy into a mould and injecting the mixture comprising magnesium powder or magnesium alloy powder and a polymeric binder into the mould on top of the intermediate metal body (MIM) or by fused filament fabrication (FFF) of the second mixture onto the shaped intermediate metal body, (d2) preparing a shaped brown part by subjecting the shaped green part to catalytic binder removal, solvent binder removal and/or thermal binder removal, (e2) sintering the shaped brown part which has been subjected to catalytic, solvent and/or thermal binder removal to form a shaped metal body which includes a core of titanium metal or a titanium alloy, and which has a surface layer of a magnesium metal or of a magnesium alloy. (a2) providing a shaped metal body of titanium metal or a titanium alloy, (b2) providing a mixture comprising magnesium powder or magnesium alloy powder and a polymeric binder, (c2) preparing a shaped green part by positioning the shaped metal body of titanium metal or a titanium alloy into a mould and injecting the mixture comprising magnesium powder or magnesium alloy powder and a polymeric binder into the mould on top of the intermediate metal body (MIM) or by fused filament fabrication (FFF) of the second mixture onto the shaped intermediate metal body, (d2) preparing a shaped brown part by subjecting the shaped green part to catalytic binder removal, solvent binder removal and/or thermal binder removal, (e2) sintering the shaped brown part which has been subjected to catalytic, solvent and/or thermal binder removal to form a shaped metal body which includes a core of titanium metal or a titanium alloy, and which has a surface layer of a magnesium metal or of a magnesium alloy.
A drive device comprising: two fluid motors serving as drive sources for generating rotational forces; and a channel member having a supply channel for supplying a pressure fluid to the two fluid motors , wherein each of the two fluid motors includes: a casing having a supply port and a discharge port for the pressure fluid; a drive shaft rotatably supported to the casing ; and a motive power generating unit provided in the casing and configured to rotate the drive shaft with the pressure fluid, the pressure fluid being supplied to the motive power generating unit through the supply port and discharged from the motive power generating unit through the discharge port , wherein the two fluid motors are arranged such that the respective drive shafts are disposed parallel to each other and oriented toward opposite sides along rotation axes (C2) of the drive shafts , wherein the supply channel supplies the pressure fluid to the supply ports of the two fluid motors , and wherein the channel member includes two separated supply channels into which the supply channel on a common supply source side is separated. two fluid motors serving as drive sources for generating rotational forces; and a channel member having a supply channel for supplying a pressure fluid to the two fluid motors , wherein each of the two fluid motors includes: a casing having a supply port and a discharge port for the pressure fluid; a drive shaft rotatably supported to the casing ; and a motive power generating unit provided in the casing and configured to rotate the drive shaft with the pressure fluid, the pressure fluid being supplied to the motive power generating unit through the supply port and discharged from the motive power generating unit through the discharge port , a casing having a supply port and a discharge port for the pressure fluid; a drive shaft rotatably supported to the casing ; and a motive power generating unit provided in the casing and configured to rotate the drive shaft with the pressure fluid, the pressure fluid being supplied to the motive power generating unit through the supply port and discharged from the motive power generating unit through the discharge port , wherein the two fluid motors are arranged such that the respective drive shafts are disposed parallel to each other and oriented toward opposite sides along rotation axes (C2) of the drive shafts , wherein the supply channel supplies the pressure fluid to the supply ports of the two fluid motors , and wherein the channel member includes two separated supply channels into which the supply channel on a common supply source side is separated.
A flavor system comprising: a protein binder including a mixture of at least one terpene and at least one carbonyl compound; and one or more off-note blocking compounds; wherein the weight ratio of off-note blocking to protein binder compound is between 1:1 and 5:1. a protein binder including a mixture of at least one terpene and at least one carbonyl compound; and one or more off-note blocking compounds; wherein the weight ratio of off-note blocking to protein binder compound is between 1:1 and 5:1.
Method for producing a hotplate field , which is produced from a base plate , characterised in that the base plate has a plurality of projections , wherein at least one of the projections is removed at least partially by means of laser machining, wherein the projections are arranged on a surface side of the plate element of the base plate , wherein the surface side of the plate element of the base plate is aligned substantially parallel to a main extension plane of the base plate , wherein the projections are arranged in a substantially uniform grid on the plate element of the base plate , wherein the projections extend substantially across the entire surface side of the plate element of the base plate .
A closure for a container comprising a neck terminating with an opening and having a finish at the opening , said closure comprising: - a closure body comprising a cap and an overcap ; - a skirt made of heat-shrinkable material; wherein: - the cap comprises a closing member adapted to be coupled to the neck of the container to removably close the opening of the neck , - the overcap comprises a seat , the closing member of the cap being at least partly arranged in said seat to be locked inside said seat , - said seat has an insertion opening defined by an edge of the overcap , - said skirt comprises a first portion configured to surround and be stably fixed to an outer surface of the neck of the container, a second portion attached to the closure body and an intermediate portion interposed between the first portion and the second portion , said intermediate portion comprising a breakable portion which is configured to break upon first opening of the container, - the second portion is attached to the cap or the overcap , the second portion of the skirt being constrained at least partially between the edge of the overcap and a corresponding abutment element ; characterized in that the abutment element is defined by a perimetral edge of the neck of the container or by a ring element . - a closure body comprising a cap and an overcap ; - a skirt made of heat-shrinkable material; - the cap comprises a closing member adapted to be coupled to the neck of the container to removably close the opening of the neck , - the overcap comprises a seat , the closing member of the cap being at least partly arranged in said seat to be locked inside said seat , - said seat has an insertion opening defined by an edge of the overcap , - said skirt comprises a first portion configured to surround and be stably fixed to an outer surface of the neck of the container, a second portion attached to the closure body and an intermediate portion interposed between the first portion and the second portion , said intermediate portion comprising a breakable portion which is configured to break upon first opening of the container, - the second portion is attached to the cap or the overcap , the second portion of the skirt being constrained at least partially between the edge of the overcap and a corresponding abutment element ; characterized in that the abutment element is defined by a perimetral edge of the neck of the container or by a ring element .