mhurhangee/patent-ind-claim-en huggingface dataset:
Propylene 1-hexene copolymer (PHC) comprising a 1 st propylene 1-hexene copolymer (PHC-1) and a 2 nd propylene 1-hexene copolymer (PHC-2), wherein (a) said propylene 1-hexene copolymer (PHC) has an 1-hexene content in the range of 4.5 to 8.0 wt.-%, based on the total weight of the propylene 1-hexene copolymer (PHC), (b) said 1 st propylene 1-hexene copolymer (PHC-1) has an 1-hexene content in the range of 0.5 to 3.9 wt.-% based on the total weight of the 1 st propylene 1-hexene copolymer (PHC-1); (c) said 2 nd propylene 1-hexene copolymer (PHC-2) has preferably an 1-hexene content in the range of 6.9 to 11.0 wt.-% based on the total weight of the 2 nd propylene 1-hexene copolymer (PHC-2); wherein further (d) the total amount of the 1 st propylene 1-hexene copolymer (PHC-1) and the 2 nd propylene 1-hexene copolymer (PHC-2) together based on the total weight of the propylene 1-hexene copolymer (PHC) is at least 95 wt.-%; (e) the weight ratio [(PHC-1)/(PHC-2)] between the 1 st propylene 1-hexene copolymer (PHC-1) and the 2 nd propylene 1-hexene copolymer (PHC-2) is in the range of 30/70 to 50/50; (f) the propylene 1-hexene copolymer (PHC) has a xylene soluble fraction (XCS) determined at 25 °C according to ISO 16152 of more than 18.0 wt.-%; and (g) a melting temperature determined by Differential Scanning Calorimetry (DSC) in the range of 133 to 140 °C. (a) said propylene 1-hexene copolymer (PHC) has an 1-hexene content in the range of 4.5 to 8.0 wt.-%, based on the total weight of the propylene 1-hexene copolymer (PHC), (b) said 1 st propylene 1-hexene copolymer (PHC-1) has an 1-hexene content in the range of 0.5 to 3.9 wt.-% based on the total weight of the 1 st propylene 1-hexene copolymer (PHC-1); (c) said 2 nd propylene 1-hexene copolymer (PHC-2) has preferably an 1-hexene content in the range of 6.9 to 11.0 wt.-% based on the total weight of the 2 nd propylene 1-hexene copolymer (PHC-2); (d) the total amount of the 1 st propylene 1-hexene copolymer (PHC-1) and the 2 nd propylene 1-hexene copolymer (PHC-2) together based on the total weight of the propylene 1-hexene copolymer (PHC) is at least 95 wt.-%; (e) the weight ratio [(PHC-1)/(PHC-2)] between the 1 st propylene 1-hexene copolymer (PHC-1) and the 2 nd propylene 1-hexene copolymer (PHC-2) is in the range of 30/70 to 50/50; (f) the propylene 1-hexene copolymer (PHC) has a xylene soluble fraction (XCS) determined at 25 °C according to ISO 16152 of more than 18.0 wt.-%; and (g) a melting temperature determined by Differential Scanning Calorimetry (DSC) in the range of 133 to 140 °C.
Geometric inspection device for horological mobile components, including a headstock bearing a first loose or motorized spindle and defining a first axis of rotation (D1) and a tailstock bearing a second loose or motorized spindle defining a second axis of rotation (D2), arranged on a common sole relative to which at least said headstock and/or said tailstock can move according to at least one degree of freedom in translation along alignment guiding means along a common direction (D) parallel with said first axis of rotation (D1), and means arranged to ensure or set the coaxiality of said second axis of rotation (D2) relative to said first axis of rotation (D1), said device comprising a plurality of removable and interchangeable centering devices , said first spindle of said headstock and said second spindle of said tailstock each including a hole constituting receiving means arranged to coaxially house a said removable centering device , and wherein at least said headstock and/or said tailstock comprises pulling means arranged to pull without contact a said removable centering device axially along said common direction (D), opposite a space separating said headstock and said tailstock , characterized in that said pulling means include at least one magnetic pole arranged to attract a ferromagnetic or magnetic polar core included in each said removable centering device , and in that at least one said removable centering device comprises, on the side of said space , a gripper arranged to cooperate by mechanical contact with an axial end of a horological mobile component, said gripper being arranged to rotate an axial end of a horological mobile component, when said removable centering device is subjected to a rotation which is imparted thereon by said headstock or said tailstock , and wherein said gripper includes a conical bearing toothing , male or female, arranged to cooperate with an axial end of a horological mobile component for rotating said mobile component.
Installation for the semi-continuous casting of slabs (B1, B2) having a single- or multi-strand first caster (GA1) for the continuous casting of at least one first slab (B1) and a single- or multi-strand second caster (GA2) for the continuous casting of at least one second slab (B2), wherein each strand of the first and second casters (GA1, GA2) comprises the following subassemblies: - a mould with an oscillator for oscillating the mould , wherein a partially solidified slab (B1, B2) forms in the mould ; - a first segment for supporting and guiding the partially solidified slab (B1, B2); - a pivotable strand guide having a strand guiding frame and at least one strand guiding section , wherein the strand guiding section has at least one strand guiding device, preferably three strand guiding rollers , for supporting and guiding the slab (B1, B2) and the pivotable strand guide is pivotable about a pivot axis (DA) for discharging the slab (B1, B2); - insulating flaps for the adjustable thermal insulation of the slab (B1, B2), wherein the insulating flaps are arranged either on the pivotable strand guide or a stationary installation carrying frame ; - a dummy bar withdrawal system for withdrawing a dummy bar from the mould and for supporting the slab (B1, B2). - a mould with an oscillator for oscillating the mould , wherein a partially solidified slab (B1, B2) forms in the mould ; - a first segment for supporting and guiding the partially solidified slab (B1, B2); - a pivotable strand guide having a strand guiding frame and at least one strand guiding section , wherein the strand guiding section has at least one strand guiding device, preferably three strand guiding rollers , for supporting and guiding the slab (B1, B2) and the pivotable strand guide is pivotable about a pivot axis (DA) for discharging the slab (B1, B2); - insulating flaps for the adjustable thermal insulation of the slab (B1, B2), wherein the insulating flaps are arranged either on the pivotable strand guide or a stationary installation carrying frame ; - a dummy bar withdrawal system for withdrawing a dummy bar from the mould and for supporting the slab (B1, B2).
A centrifugal separator comprising a rotor arrangement and a drive arrangement , wherein the rotor arrangement comprises a spindle , a separator bowl , and a user of electric energy , wherein the drive arrangement is connected to, or forms part of, the spindle and is configured to rotate the rotor arrangement about a rotational axis (X), and wherein the centrifugal separator comprises a generator for generating an electric current, wherein the generator is configured for continuously generating a current during a full revolution of the rotor arrangement , wherein the current is utilised for supplying electric current to the user of electric energy arranged in the rotor arrangement , in that the generator comprises a coil arranged to rotate with the rotor arrangement , wherein the coil has a coil axis extending substantially perpendicularly to the rotational axis (X), in that the generator comprises a magnet element arranged stationary in the centrifugal separator , wherein the magnet element is arranged to provide a magnetic field extending across the rotational axis (X), and in that the drive arrangement comprises an electric motor comprising a rotor and a stator , wherein the rotor forms part of the spindle such that the spindle forms part of the drive arrangement , and wherein the coil of the generator is arranged in a portion of the rotor of the electric motor , and wherein the magnet element of the generator is formed by at least one magnet member of the stator of the electric motor . the rotor arrangement comprises a spindle , a separator bowl , and a user of electric energy , wherein the drive arrangement is connected to, or forms part of, the spindle and is configured to rotate the rotor arrangement about a rotational axis (X), and wherein the centrifugal separator comprises a generator for generating an electric current, wherein the generator is configured for continuously generating a current during a full revolution of the rotor arrangement , wherein the current is utilised for supplying electric current to the user of electric energy arranged in the rotor arrangement , in that the generator comprises a coil arranged to rotate with the rotor arrangement , wherein the coil has a coil axis extending substantially perpendicularly to the rotational axis (X), in that the generator comprises a magnet element arranged stationary in the centrifugal separator , wherein the magnet element is arranged to provide a magnetic field extending across the rotational axis (X), and in that the drive arrangement comprises an electric motor comprising a rotor and a stator , wherein the rotor forms part of the spindle such that the spindle forms part of the drive arrangement , and wherein the coil of the generator is arranged in a portion of the rotor of the electric motor , and wherein the magnet element of the generator is formed by at least one magnet member of the stator of the electric motor .
Sealing system for joints of joinery construction elements, especially windows and exit doors, comprising insulating material in the middle area of the joint in the form of polyurethane foam and a front area of the joint in the form of a sealant, wherein said sealing system further comprises two front elements, which constitute the material that sets the system and seals the insulating material, wherein one of the front layer being the internal layer on the inside of the construction element and the other front layer being the external layer on the outside of the construction element, whereas the external front layer comprises material such that the equivalent diffusion resistance factor (Sd) is not greater than 2 m, while the internal front layer comprises material such that the equivalent diffusion resistance factor (Sd) is equal to or greater than 30 m, characterized in that the both front layers are formed by liquid films, which are applied in liquid form on the polyurethane foam, while the internal front layer comprises low permeability components and the external front layer comprises vapour-permeability components, where the elasticity of the film of the external layer after curing is generally equal to or greater than the one of the insulating material and is based on a mixture of reactive acrylic dispersion with glazing temperature from 0 0 C to - 40 0 C, zinc oxide from 0.1% to 1.0%, silica from 0.5% to 2.0% and silicone dispersion from 5.0% to 10%, and the elongation at break of the liquid film of internal front layer is of at least 40 % according to EN ISO 527 and is based on butadiene styrene latex with glazing temperature from 0°C to - 20°C wit addition of polypropylene fibres.
A branch cutter having a cutter head upon which a circular saw blade is mounted, the saw blade having saw teeth around its periphery, a motor housed by the cutter head, the periphery of the saw blade being at least partially covered by a housing , the housing having a first opening to expose a first portion of the periphery of the saw blade, the housing having a second opening to expose a second portion of the periphery of the saw blade, the branch cutter having an operating handle , the second opening being closer to the operating handle than the first opening , the cutter head having a longitudinal axis (A-A), characterised in that the centre of the saw blade is offset (O) from the longitudinal axis (A-A), and in that a pinion engages the saw teeth to drive the saw blade to rotate in use.
An ophthalmologic apparatus comprising: an examination optical system configured for examining an eye (E); a drive part configured to move the examination optical system; two or more imaging parts configured to substantially simultaneously photograph an anterior segment (Ea) of the eye (E) from different directions; an analyzer configured to analyze photographic images simultaneously captured by the two or more imaging parts to obtain a three-dimensional position of the eye (E), and displacement information indicating displacement direction and displacement amount of the eye (E) due to eye movement; and a controller configured to perform a first alignment process of controlling the drive part based on the three-dimensional position to move the examination optical system and a second alignment process of controlling the drive part based on the displacement information to move the examination optical system, wherein the controller is configured to perform the second alignment process after the first alignment process, and wherein the analyzer includes a characteristic region specifying part configured to analyze the photographic images simultaneously captured by the two or more imaging parts , to specify a characteristic region in the photographic images corresponding to a characteristic site of the anterior segment (Ea), a shape information acquisition part configured to analyze the characteristic region to acquire shape information of the characteristic region, and a displacement information acquisition part configured to acquire the displacement information based on the shape information. an examination optical system configured for examining an eye (E); a drive part configured to move the examination optical system; two or more imaging parts configured to substantially simultaneously photograph an anterior segment (Ea) of the eye (E) from different directions; an analyzer configured to analyze photographic images simultaneously captured by the two or more imaging parts to obtain a three-dimensional position of the eye (E), and displacement information indicating displacement direction and displacement amount of the eye (E) due to eye movement; and a controller configured to perform a first alignment process of controlling the drive part based on the three-dimensional position to move the examination optical system and a second alignment process of controlling the drive part based on the displacement information to move the examination optical system, wherein the controller is configured to perform the second alignment process after the first alignment process, and wherein the analyzer includes a characteristic region specifying part configured to analyze the photographic images simultaneously captured by the two or more imaging parts , to specify a characteristic region in the photographic images corresponding to a characteristic site of the anterior segment (Ea), a shape information acquisition part configured to analyze the characteristic region to acquire shape information of the characteristic region, and a displacement information acquisition part configured to acquire the displacement information based on the shape information.
A pneumatic tire comprising: a carcass extending between a pair of bead portions, an inner liner arranged on an inner side in a tire radial direction of the carcass and forming a tire inner cavity surface, and a noise damper made of a porous material and fixed to the tire inner cavity surface of the inner liner, wherein a glass transition temperature Tg1 of the noise damper is lower than a glass transition temperature Tg2 of the inner liner. a carcass extending between a pair of bead portions, an inner liner arranged on an inner side in a tire radial direction of the carcass and forming a tire inner cavity surface, and a noise damper made of a porous material and fixed to the tire inner cavity surface of the inner liner, wherein a glass transition temperature Tg1 of the noise damper is lower than a glass transition temperature Tg2 of the inner liner.
Bladed stator of an axial turbomachine , comprising: - at least one annular wall (28; 128; 228) designed to delimit an annular flow (18; 118; 218); - a row of blades (26; 126; 226) extending radially from the annular wall (28; 128; 228), and - means for pressurizing a chamber , comprising at least one passage (56; 156; 256) extending through the thickness of the annular wall (28; 128; 228) and in communication with the annular flow (18; 118; 218), and at least one scoop (50; 150; 250) on the annular wall (28; 128; 228) on the side of the annular flow (18; 118; 218) and in communication with the passage (56; 156; 256), the scoop(s) (50; 150; 250) being open in the upstream direction so as to capture the dynamic pressure of the said flow (18; 118; 218); characterized in that the annular wall (28; 12; 228) is an inner shroud of the stator. - at least one annular wall (28; 128; 228) designed to delimit an annular flow (18; 118; 218); - a row of blades (26; 126; 226) extending radially from the annular wall (28; 128; 228), and - means for pressurizing a chamber , comprising at least one passage (56; 156; 256) extending through the thickness of the annular wall (28; 128; 228) and in communication with the annular flow (18; 118; 218), and at least one scoop (50; 150; 250) on the annular wall (28; 128; 228) on the side of the annular flow (18; 118; 218) and in communication with the passage (56; 156; 256), the scoop(s) (50; 150; 250) being open in the upstream direction so as to capture the dynamic pressure of the said flow (18; 118; 218);
A method for managing with a blockchain network a connection between at least one mobile user terminal device and at least one base station of a communication network; wherein the mobile user terminal devices comprises means for connecting to the blockchain network, means for participating in a blockchain process in the blockchain network, and means for using at least one connectivity service from the base station; wherein the base station comprises means for connecting to the blockchain network, means for participating in the blockchain process, and means for providing at least one connectivity service to the mobile user terminal device; wherein the blockchain network has an authentication function, a payment function, and a smart contract function; wherein each of the mobile user terminal and the base station has at least one public key and at least one private key; and wherein the method comprises the steps of: a) the base station registering at least one smart contract corresponding to a connectivity service into the blockchain network with the private key of the base station; b) the mobile user terminal device identifying the base station in the blockchain network based on the public key of the base station; c) the mobile user terminal device signing in the blockchain network with the private key of the mobile user terminal device at least one smart contract corresponding to at least connectivity service; d) the blockchain network authenticating the identity of the mobile user terminal device and/or the base station, confirming the availability of service tokens or funds to pay for the connectivity service according to the smart contract, and storing the event in the blockchain; and e) the base station providing the connectivity service to the mobile user terminal device according to the event stored in the blockchain network. a) the base station registering at least one smart contract corresponding to a connectivity service into the blockchain network with the private key of the base station; b) the mobile user terminal device identifying the base station in the blockchain network based on the public key of the base station; c) the mobile user terminal device signing in the blockchain network with the private key of the mobile user terminal device at least one smart contract corresponding to at least connectivity service; d) the blockchain network authenticating the identity of the mobile user terminal device and/or the base station, confirming the availability of service tokens or funds to pay for the connectivity service according to the smart contract, and storing the event in the blockchain; and e) the base station providing the connectivity service to the mobile user terminal device according to the event stored in the blockchain network.
A security element for safeguarding value documents, comprising a transparent carrier substrate (7; 10; 19) and a first semitransparent functional layer which, upon viewing in incident light on the one hand and upon viewing in transmitted light on the other hand, has different color tones, and has a multilayer structure with a first semitransparent metallic layer (6; 11; 20), a second semitransparent metallic layer (4; 13, 14; 22) and a dielectric layer (5; 12; 21) arranged between the first and the second semitransparent metallic layer, wherein the second semitransparent metallic layer (4; 13, 14; 22) is present at least partly in a greater layer thickness than that of the first semitransparent metallic layer (6; 11; 20), characterized in that the second semitransparent metallic layer (4; 13, 14; 22) defines the front side of the semitransparent functional layer and the first semitransparent metallic layer defines the back side of the semitransparent functional layer, and the semitransparent functional layer - upon viewing the back side in incident light has a first visually recognizable color; - upon viewing the front side in incident light at the place where the second semitransparent metallic layer (4; 13, 14; 22) is present in a greater layer thickness than the first semitransparent metallic layer (6; 11; 20), has a second visually recognizable color and otherwise has the first visually recognizable color; - upon viewing the front side in transmitted light as well as the back side in transmitted light, has a third visually recognizable color. - upon viewing the back side in incident light has a first visually recognizable color; - upon viewing the front side in incident light at the place where the second semitransparent metallic layer (4; 13, 14; 22) is present in a greater layer thickness than the first semitransparent metallic layer (6; 11; 20), has a second visually recognizable color and otherwise has the first visually recognizable color; - upon viewing the front side in transmitted light as well as the back side in transmitted light, has a third visually recognizable color.