mhurhangee/patent-ind-claim-en huggingface dataset:
Curtain wall comprising one or more mullions and one or more transoms , wherein the one or more mullions extend vertically, wherein the one or more mullions are composed of at least an inner profile and an outer profile connected by means of one or more plastic profiles , wherein the inner profile , the outer profile and the one or more plastic profiles cannot be disassembled from one another, wherein the one or more mullions are provided on two opposite sides with a groove with an access opening , wherein the one or more transoms extend horizontally between two mullions and their ends are inserted in the grooves of these two mullions , wherein the abovementioned curtain wall comprises at least an inwardly openable panel, wherein the openable panel is installed between two mullions , wherein the two mullions adjacent to the openable panel comprise one or more inner chambers in their inner profile , wherein the two mullions adjacent to the openable panel are locally adapted for the installation of the openable panel, characterized in that the local adaptation of the two mullions adjacent to the openable panel comprises at least the absence of a laterally directed wall of one of the one or more inner chambers of each of the two mullions along a height of the openable panel, wherein the openable panel is installed in the local adaptation of the two mullions adjacent to the openable panel such that, when the openable panel is closed, the openable panel is not distinguishable from a fixedly fitted panel , neither from the inside nor from the outside of the curtain wall. wherein the one or more mullions extend vertically, wherein the one or more mullions are composed of at least an inner profile and an outer profile connected by means of one or more plastic profiles , wherein the inner profile , the outer profile and the one or more plastic profiles cannot be disassembled from one another, wherein the one or more mullions are provided on two opposite sides with a groove with an access opening , wherein the one or more transoms extend horizontally between two mullions and their ends are inserted in the grooves of these two mullions , wherein the abovementioned curtain wall comprises at least an inwardly openable panel, wherein the openable panel is installed between two mullions , wherein the two mullions adjacent to the openable panel comprise one or more inner chambers in their inner profile , wherein the two mullions adjacent to the openable panel are locally adapted for the installation of the openable panel, characterized in that the local adaptation of the two mullions adjacent to the openable panel comprises at least the absence of a laterally directed wall of one of the one or more inner chambers of each of the two mullions along a height of the openable panel, wherein the openable panel is installed in the local adaptation of the two mullions adjacent to the openable panel such that, when the openable panel is closed, the openable panel is not distinguishable from a fixedly fitted panel , neither from the inside nor from the outside of the curtain wall.
Power-split axle drive for an agricultural vehicle, comprising a first additional drive element , a first vehicle axle , a second vehicle axle and a primary drive element for providing a torque which by way of a first shaft (W1) is able to be transmitted to a primary transmission and from the primary transmission by way of a third shaft (W3) to the second vehicle axle , wherein the primary transmission by way of the third shaft (W3) is connected to the second vehicle axle , and at least the second vehicle axle is able to be driven by the torque of the primary drive element by way of the primary transmission , and the power-split axle drive has a power-split transmission , wherein the power-split transmission by way of a first gear set , which comprises a first and a second fixed gear, and by way of the third shaft is connected to the second vehicle axle and the primary transmission , and by way of a second shaft is connected to the first vehicle axle , wherein the first fixed gear is connected to the third shaft, and the second fixed gear is connected to the power-split transmission, and the first additional drive element is able to be connected to the power-split transmission , wherein the power-split axle drive comprises a layshaft (V) and a second switching element and a second gear set , wherein the first additional drive element by way of the second switching element is able to be connected to the layshaft (V), and the first additional drive element by way of the second gear set is connected to the second switching element , and the layshaft (V) is connected to the power-split transmission , characterized in that the power-split drive comprises a third gear set , in that the layshaft (V) by way of the third gear set is connected to the power-split transmission , and in that a first switching element and/or a first brake is/are disposed on the second shaft (W2).
A conjugate comprising: an oxyntomodulin derivative comprising the amino acid sequence of any one of SEQ ID NOs: 32-34, 2-23, or 27-31; an immunoglobulin Fc region, and a non-peptidyl polymer, wherein the non-peptidyl polymer covalently links the oxyntomodulin to the immunoglobulin Fc region. an oxyntomodulin derivative comprising the amino acid sequence of any one of SEQ ID NOs: 32-34, 2-23, or 27-31; an immunoglobulin Fc region, and a non-peptidyl polymer, wherein the non-peptidyl polymer covalently links the oxyntomodulin to the immunoglobulin Fc region.
A noise cancelling optical gas detector for detecting a gas absorbing light at a known wavelength, wherein the gas detector comprises two membranes defining a volume between them configured to contain the gas to be investigated, and a modulated light source emitting light at said wavelength into said volume at a chosen modulation frequency, characterised in that the membranes are essentially identical and parallel, and the detector is adapted to detect relative movements between the two membranes caused by the light absorption in the gas, the movements thus having opposite directions and having a frequency corresponding to the rate or a multiple of the rate of said modulated light source, wherein the said volume allows the gas to unrestricted flow or diffuse into the volume and around the membranes, and wherein the movement detector is adapted to use optical interferometry to monitor the distance between said two membranes.
Method for regulating the brightness of target-zone lighting media which illuminate an interior target zone of an interior space , with the steps: Optical imaging (S1) of at least one part of the interior space onto an interior space image by locally-triggered brightness sensor means , wherein the interior image comprises at least two interior area image zones , determination (S2) of a current N-dimensional brightness value vector, of which in each case the i-th component α 1 (t) of the current integrated brightness values corresponds to the i-th interior area image zone , wherein t is the current time, characterized in that the dimension N is greater than or equal to 2, and the index i runs over at least a sub-quantity of the quantity of interior area image zones , determination (S3) of a target-zone brightness regulating value from the scalar product of the current brightness value vector and of an N-dimensional target-zone calibration vector, which is allocated to the interior area target zone , regulating (S4) of the target-zone brightness regulation value to a target-zone brightness reference or target value, by adjusting the respective lighting strength of the target-zone lighting means . Optical imaging (S1) of at least one part of the interior space onto an interior space image by locally-triggered brightness sensor means , wherein the interior image comprises at least two interior area image zones , determination (S2) of a current N-dimensional brightness value vector, of which in each case the i-th component α 1 (t) of the current integrated brightness values corresponds to the i-th interior area image zone , wherein t is the current time, characterized in that the dimension N is greater than or equal to 2, and the index i runs over at least a sub-quantity of the quantity of interior area image zones , determination (S3) of a target-zone brightness regulating value from the scalar product of the current brightness value vector and of an N-dimensional target-zone calibration vector, which is allocated to the interior area target zone , regulating (S4) of the target-zone brightness regulation value to a target-zone brightness reference or target value, by adjusting the respective lighting strength of the target-zone lighting means .
Surgical apparatus, having a needle containing a first tissue anchor deployable out from the needle after piercing a first tissue fold, the needle also containing a second tissue anchor connected to the first tissue anchor to form a tissue anchor pair having a tissue anchor pair loop ; and a tether loop attached on a tether ; characterized by : a gastrointestinal implant attached to the tether ; and a clasp having a movable arm , the clasp attached to the tether loop on the gastrointestinal implant , the tissue anchor pair loop engageable with the clasp by moving the tissue anchor pair loop onto the clasp to attach the gastrointestinal implant to the tissue anchor pair . a gastrointestinal implant attached to the tether ; and a clasp having a movable arm , the clasp attached to the tether loop on the gastrointestinal implant , the tissue anchor pair loop engageable with the clasp by moving the tissue anchor pair loop onto the clasp to attach the gastrointestinal implant to the tissue anchor pair .
A flat paperboard that may be folded or rolled to form an eating utensil , for attachment to a portable food container , comprising: - a deformable sheet defining a lid section and a scooping section with scoring in the lid section , the lid section being attached to the scooping section , with a score line along the intersection of the scooping section and the edge of the lid section such that the scooping section is foldable under the lid section , wherein the middle of the lid section is scored to assist in curving the scooping section , and wherein in use the scooping section is unfoldable along the score line and deployable outwardly of the lid section , the lid section then being foldable or bendable in the other direction perpendicularly to the score line , along said score in the middle of the lid section which thereby becomes a handle for the eating utensil , characterised in that the deformable sheet further contains a first curved score and a second curved score that extend from the edge of the lid section opposite to the scooping section, cross the score line at the intersection of the scooping section and the edge of the lid section and end at the edges of the scooping section , thereby creating an inverted arching shape resulting in a structurally strong scooping section due to the tension and compression forces created. - a deformable sheet defining a lid section and a scooping section with scoring in the lid section , the lid section being attached to the scooping section , with a score line along the intersection of the scooping section and the edge of the lid section such that the scooping section is foldable under the lid section , wherein the middle of the lid section is scored to assist in curving the scooping section , and wherein in use the scooping section is unfoldable along the score line and deployable outwardly of the lid section , the lid section then being foldable or bendable in the other direction perpendicularly to the score line , along said score in the middle of the lid section which thereby becomes a handle for the eating utensil , with scoring in the lid section , the lid section being attached to the scooping section , with a score line along the intersection of the scooping section and the edge of the lid section such that the scooping section is foldable under the lid section , wherein the middle of the lid section is scored to assist in curving the scooping section , and
A phosphate-free automatic dishwashing cleaning composition comprising: a) from 10% to 50% by weight of the composition of an organic complexing agent system; b) a bleaching system comprising more than 10% by weight of the composition of bleach and a bleach activator and/or a bleach catalyst; and c) a protease wherein the protease is a variant having at least 90% identity with the amino acid sequence of SEQ ID NO:1 and comprising mutations S039E-S099R-S126A-D127E-F128G. a) from 10% to 50% by weight of the composition of an organic complexing agent system; b) a bleaching system comprising more than 10% by weight of the composition of bleach and a bleach activator and/or a bleach catalyst; and c) a protease wherein the protease is a variant having at least 90% identity with the amino acid sequence of SEQ ID NO:1 and comprising mutations S039E-S099R-S126A-D127E-F128G.
A planetary gear system comprising: (a) a flywheel ; (b) an axle shaft having a first end and a second end, the axle shaft is disposed through a center of the flywheel , the flywheel rotates independently of the axle shaft ; (c) a sun gear disposed around the axle shaft and fixedly attached to the flywheel , the sun gear rotates independently of the axle shaft ; (d) a first crank and a second crank fixedly attached to the first end and the second end of the axle shaft , respectively; (e) a planet carrier fixedly attached to the axle shaft ; (f) a ring gear ; (g) at least one planet gear wheel rotatably attached to the planet carrier , the planet gear wheel can rotate independently of the planet carrier , an outer surface of the planet gear wheel engages both an inner surface of the ring gear and an outer surface of the sun gear ; wherein rotation of the axle shaft in a first direction via the cranks in turn rotates the planet carrier in the first direction, thereby causing the planet gear wheel to rotate in a second direction within the ring gear, rotation of the planet gear wheel in the second direction causes the sun gear and the flywheel to together rotate in the first direction. (a) a flywheel ; (b) an axle shaft having a first end and a second end, the axle shaft is disposed through a center of the flywheel , the flywheel rotates independently of the axle shaft ; (c) a sun gear disposed around the axle shaft and fixedly attached to the flywheel , the sun gear rotates independently of the axle shaft ; (d) a first crank and a second crank fixedly attached to the first end and the second end of the axle shaft , respectively; (e) a planet carrier fixedly attached to the axle shaft ; (f) a ring gear ; (g) at least one planet gear wheel rotatably attached to the planet carrier , the planet gear wheel can rotate independently of the planet carrier , an outer surface of the planet gear wheel engages both an inner surface of the ring gear and an outer surface of the sun gear ;
A refrigerator comprising: a main body ; a storage chamber provided in the main body; a storage chamber door rotatably coupled to the main body to open and close the storage chamber; an ice making chamber door rotatably provided in the front of the storage chamber door; an ice making chamber provided in the storage chamber door and comprising an ice making chamber wall and an ice making space formed by the ice making chamber wall and having an open front surface that is opened and closed by the ice making chamber door, wherein the ice making chamber wall comprises an upper wall , a lower wall , a left wall , a right wall , and a rear wall ; an ice maker provided in the ice making chamber and comprising an ice making tray having an ice making cell for storing water, characterized by an ejector rotatable to separate ice from the ice making cell, and a motor box coupled to one side of the ice making tray in a longitudinal direction to accommodate an ice separation motor for rotating the ejector; and a fastening member (S1) configured to fasten the motor box to the ice making chamber wall to fix the ice maker, wherein the ice making chamber wall comprises a guide rib protruding toward the ice making space , and the ice making tray is supported on the guide rib , and the guide rib is formed on the left wall or the right wall. a main body ; a storage chamber provided in the main body; a storage chamber door rotatably coupled to the main body to open and close the storage chamber; an ice making chamber door rotatably provided in the front of the storage chamber door; an ice making chamber provided in the storage chamber door and comprising an ice making chamber wall and an ice making space formed by the ice making chamber wall and having an open front surface that is opened and closed by the ice making chamber door, wherein the ice making chamber wall comprises an upper wall , a lower wall , a left wall , a right wall , and a rear wall ; an ice maker provided in the ice making chamber and comprising an ice making tray having an ice making cell for storing water, characterized by an ejector rotatable to separate ice from the ice making cell, and a motor box coupled to one side of the ice making tray in a longitudinal direction to accommodate an ice separation motor for rotating the ejector; and a fastening member (S1) configured to fasten the motor box to the ice making chamber wall to fix the ice maker, wherein the ice making chamber wall comprises a guide rib protruding toward the ice making space , and the ice making tray is supported on the guide rib , and the guide rib is formed on the left wall or the right wall.
An aqueous composition topically administrable to a human or animal eye, comprising an aqueous solution of at least one water-soluble polymeric ophthalmic lubricating medium and an effective amount of tramadol, comprising an artificial tears or ophthalmic lubricant composition, applicable to the eye in the form of drops, for use in treating dry and sore eyes.
Laser-writable film, configured and adapted for writability by means of a laser, comprising - a contrast layer based on a polymethacrylate compound, preferably extruded, - an engraving layer, preferably extruded, disposed on the contrast layer and based on a preferably extruded polymethacrylate compound, wherein the polymethacrylate compounds are based on a composition comprising ∘ 60% to 98% by weight of at least one polymethacrylate ∘ and 2% to 40% by weight of a colouring pigment and wherein contrast layer and engraving layer have different colouring pigments from each other, characterized in that the at least one polymethacrylate of at least one of the two layers is free of impact modifiers and the other of the two layers contains an impact-modified polymethacrylate. - a contrast layer based on a polymethacrylate compound, preferably extruded, - an engraving layer, preferably extruded, disposed on the contrast layer and based on a preferably extruded polymethacrylate compound, wherein the polymethacrylate compounds are based on a composition comprising ∘ 60% to 98% by weight of at least one polymethacrylate ∘ and 2% to 40% by weight of a colouring pigment ∘ 60% to 98% by weight of at least one polymethacrylate ∘ and 2% to 40% by weight of a colouring pigment and wherein contrast layer and engraving layer have different colouring pigments from each other, characterized in that the at least one polymethacrylate of at least one of the two layers is free of impact modifiers and the other of the two layers contains an impact-modified polymethacrylate.
Method for secure validation of machine learning models and parallel validation data using homomorphic encryption, comprising the steps: - providing, by a provider, a machine learning model and providing, by a user, validation data ; - encrypting, by the provider, the machine learning model ; - sending, by the provider, a public encryption parameter to the user ; - selecting, by the user and provider, a unifying encoding method ; - encrypting, by the user, the validation data ; - sending, by the user, the encrypted validation data ; - processing the encrypted validation data with the encrypted machine learning model ; - providing encrypted results of said processing to the provider and the user ; - decrypting the results and evaluating whether the performance of the machine learning model is satisfactory with the given valuation data of the user , characterized in that , the step of processing the encrypted validation data with the encrypted machine learning model is repeated with another unifying coding method in case the result of the machine learning model does not meet the requirements for accuracy and efficiency. - providing, by a provider, a machine learning model and providing, by a user, validation data ; - encrypting, by the provider, the machine learning model ; - sending, by the provider, a public encryption parameter to the user ; - selecting, by the user and provider, a unifying encoding method ; - encrypting, by the user, the validation data ; - sending, by the user, the encrypted validation data ; - processing the encrypted validation data with the encrypted machine learning model ; - providing encrypted results of said processing to the provider and the user ; - decrypting the results and evaluating whether the performance of the machine learning model is satisfactory with the given valuation data of the user ,
A system for the optimisation of the thermal and/or acoustic insulation of slidable windows or lift-slide windows which comprise at least one pair of doors ( A, A' ) mutually slidable between an open and a closed position, the system comprising: - at least one longitudinal profile which can be connected to one of said doors ( A' ) comprising at least one first shaped portion with at least one first operative area and at least one first gasket , - at least one abutment element which can be connected or are connected with the other of said doors ( A ) or integrated therein, said at least one abutment element comprising at least one second shaped portion including at least one second operative area and at least one second gasket , said at least one longitudinal profile and at least one abutment element cooperating with each other so that the at least one first or second operative area of one mutually interacts with the at least one second or first gasket of the other to define an insulated air chamber between them; - adjustment means ( 40, 41, 42 ; 50, 51, 53 ) acting at least on said first shaped portion to adjust the relative position thereof with respect to said second shaped portion , said adjustment means ( 40 , 41 , 42 ; 50 , 51 , 53 ) being accessible to an operator - when the system is mounted - to allow at least the adjustment of the mutual interaction between the at least one first operative area of said at least one first shaped portion and the at least one second gasket . - at least one longitudinal profile which can be connected to one of said doors ( A' ) comprising at least one first shaped portion with at least one first operative area and at least one first gasket , - at least one abutment element which can be connected or are connected with the other of said doors ( A ) or integrated therein, said at least one abutment element comprising at least one second shaped portion including at least one second operative area and at least one second gasket , said at least one longitudinal profile and at least one abutment element cooperating with each other so that the at least one first or second operative area of one mutually interacts with the at least one second or first gasket of the other to define an insulated air chamber between them; - adjustment means ( 40, 41, 42 ; 50, 51, 53 ) acting at least on said first shaped portion to adjust the relative position thereof with respect to said second shaped portion , said adjustment means ( 40 , 41 , 42 ; 50 , 51 , 53 ) being accessible to an operator - when the system is mounted - to allow at least the adjustment of the mutual interaction between the at least one first operative area of said at least one first shaped portion and the at least one second gasket .