mhurhangee/patent-ind-claim-en huggingface dataset:
A controller for a lighting system, the lighting system comprising one or more luminaires associated with a lighting channel; the controller comprising: an input for receiving a lighting script defining lighting effects to be rendered on the lighting channel; a script interpreter configured to interpret the lighting script for rendering on the one or more luminaires; wherein the controller further comprises an effect impact determining module configured to determine a visual impact level of each of the lighting effects if rendered by the one or more luminaires associated with the lighting channel as defined by the lighting script unmodified; a script modifier configured to selectively generate, based on the visual impact levels, effect modification data for modifying at least one of the lighting effects to modify its visual impact level; a lighting controller configured to control the one or more luminaires associated with the lighting channel to render versions of the lighting effects defined by the lighting script, wherein the lighting controller is configured to use the effect modification data to render a modified version of the at least one lighting effect, having the modified visual impact level, from at least one of the one or more luminaires, characterised in that the script modifier is configured to only generate the effect modification data if the visual impact level of the at least one lighting effect is above a threshold visual impact level, and that said modified visual impact level is a reduced visual impact level. an input for receiving a lighting script defining lighting effects to be rendered on the lighting channel; a script interpreter configured to interpret the lighting script for rendering on the one or more luminaires; wherein the controller further comprises an effect impact determining module configured to determine a visual impact level of each of the lighting effects if rendered by the one or more luminaires associated with the lighting channel as defined by the lighting script unmodified; a script modifier configured to selectively generate, based on the visual impact levels, effect modification data for modifying at least one of the lighting effects to modify its visual impact level; a lighting controller configured to control the one or more luminaires associated with the lighting channel to render versions of the lighting effects defined by the lighting script, wherein the lighting controller is configured to use the effect modification data to render a modified version of the at least one lighting effect, having the modified visual impact level, from at least one of the one or more luminaires, characterised in that the script modifier is configured to only generate the effect modification data if the visual impact level of the at least one lighting effect is above a threshold visual impact level, and that said modified visual impact level is a reduced visual impact level.
An anchor device for securing the position of a medical instrument , the anchor device comprising: a retainer body comprising a first body portion that is hingedly coupled to a second body portion about a longitudinal folding region ; one or more flexible adhesive strips mounted to the retainer body and being configured to adhesively attach with one or more corresponding exterior surfaces of a medical instrument, wherein the one or more flexible adhesive strips comprises a single flexible adhesive strip extending proximally from a proximal end of the retainer body; and first and second anchors that extend distally from a distal end of the retainer body, each anchor comprising a flexible tine that is deployable in a subcutaneous region to secure the retainer body relative to a penetration point , the first anchor being coupled to the first body portion and the second anchor being coupled to the second body portion, wherein the first body portion of the retainer body is hingedly movable relative to the second body portion about the longitudinal folding region so that the first and second anchors are adjustable from a first configuration in which the flexible tines extend outwardly away from one another to a second configuration in which the flexible tines extend generally in the same direction. a retainer body comprising a first body portion that is hingedly coupled to a second body portion about a longitudinal folding region ; one or more flexible adhesive strips mounted to the retainer body and being configured to adhesively attach with one or more corresponding exterior surfaces of a medical instrument, wherein the one or more flexible adhesive strips comprises a single flexible adhesive strip extending proximally from a proximal end of the retainer body; and first and second anchors that extend distally from a distal end of the retainer body, each anchor comprising a flexible tine that is deployable in a subcutaneous region to secure the retainer body relative to a penetration point , the first anchor being coupled to the first body portion and the second anchor being coupled to the second body portion, wherein the first body portion of the retainer body is hingedly movable relative to the second body portion about the longitudinal folding region so that the first and second anchors are adjustable from a first configuration in which the flexible tines extend outwardly away from one another to a second configuration in which the flexible tines extend generally in the same direction.
Method of assembling together sheet metal components (10a, 10b, 11a-11e) of a rear lateral wing lining of a motor vehicle, said components comprising at least stiffening profiles (11a-11e) and shaped plates which the wing lining to be produced comprises, characterized in that it comprises the following operations: -) a first operation carried out at a first welding station is an operation of assembling together all the profiles (11a-11b) which the wing lining comprises by forming a profiled reinforcement , -) a second operation carried out at a second welding station is an operation of assembling together all the shape plates that the wing lining comprises, forming a shape plate structure , then -) a third operation , carried out at a third welding station , is an operation of assembling together the profiled reinforcement and the shape plate structure . -) a first operation carried out at a first welding station is an operation of assembling together all the profiles (11a-11b) which the wing lining comprises by forming a profiled reinforcement , -) a second operation carried out at a second welding station is an operation of assembling together all the shape plates that the wing lining comprises, forming a shape plate structure , then -) a third operation , carried out at a third welding station , is an operation of assembling together the profiled reinforcement and the shape plate structure .
A thermoplastic composition comprising, based on the total weight of the thermoplastic composition, 10 to 90 wt.%, preferably 25 to 90 wt.%, more preferably 50 to 90 wt.% of a first polyetherimide sulfone having a glass transition temperature of 250 to 290°C, preferably 260 to 270°C; and 10 to 90 wt.%, preferably 10 to 75 wt.%, more preferably 10 to 50 wt.% of a second polyetherimide sulfone having a glass transition temperature of 230 to 249°C, preferably 240 to 249°C; wherein the composition has the following properties: a melt index of 0.7 to 2 grams per minute, preferably 0.95 to 1.8 grams per minute, more preferably 0.95 to 1.2 grams per minute, determined according to ASTM D1238 at 367°C under a 6.7 kilogram load; a glass transition temperature of 231 to 289°C, preferably 240 to 266°C, more preferably 245 to 262; a yellowness index of less than or equal to 200, preferably 140 to 200, more preferably 150 to 195, determined according to ASTM D1925; a transmission of greater than or equal to 4%, preferably 4.5 to 25%, more preferably 6 to 20%, determined according to ASTM D1003; and a haze of less than or equal to 12%, preferably 5 to 11% more preferably 6 to 10%, determined according to ASTM D1003. 10 to 90 wt.%, preferably 25 to 90 wt.%, more preferably 50 to 90 wt.% of a first polyetherimide sulfone having a glass transition temperature of 250 to 290°C, preferably 260 to 270°C; and 10 to 90 wt.%, preferably 10 to 75 wt.%, more preferably 10 to 50 wt.% of a second polyetherimide sulfone having a glass transition temperature of 230 to 249°C, preferably 240 to 249°C; wherein the composition has the following properties: a melt index of 0.7 to 2 grams per minute, preferably 0.95 to 1.8 grams per minute, more preferably 0.95 to 1.2 grams per minute, determined according to ASTM D1238 at 367°C under a 6.7 kilogram load; a glass transition temperature of 231 to 289°C, preferably 240 to 266°C, more preferably 245 to 262; a yellowness index of less than or equal to 200, preferably 140 to 200, more preferably 150 to 195, determined according to ASTM D1925; a transmission of greater than or equal to 4%, preferably 4.5 to 25%, more preferably 6 to 20%, determined according to ASTM D1003; and a haze of less than or equal to 12%, preferably 5 to 11% more preferably 6 to 10%, determined according to ASTM D1003. a melt index of 0.7 to 2 grams per minute, preferably 0.95 to 1.8 grams per minute, more preferably 0.95 to 1.2 grams per minute, determined according to ASTM D1238 at 367°C under a 6.7 kilogram load; a glass transition temperature of 231 to 289°C, preferably 240 to 266°C, more preferably 245 to 262; a yellowness index of less than or equal to 200, preferably 140 to 200, more preferably 150 to 195, determined according to ASTM D1925; a transmission of greater than or equal to 4%, preferably 4.5 to 25%, more preferably 6 to 20%, determined according to ASTM D1003; and a haze of less than or equal to 12%, preferably 5 to 11% more preferably 6 to 10%, determined according to ASTM D1003.
A connecting device intended to be installed on a building structure to ensure the tensioning of a flexible cover fabric fixedly retained at the periphery thereof on the structure of the building, the connecting device comprising: - an arch against which the cover fabric is intended to be tensioned, - a threaded rod capable of ensuring the connection between the structure of the building and the arch ; - elastic prestressing reserve means intended to be interposed between the structure and the arch allowing compensating for a creep of the cover fabric , and - means for unidirectional displacement of the arch relative to the structure capable of enabling the displacement of the arch in a direction moving the arch away from the structure towards the cover fabric upon the release of the prestressing reserve means and capable of preventing the reverse displacement of the arch in a direction bringing the arch closer to the structure under the effect of a load applied to the cover fabric , bracket characterized in that said means for unidirectional displacement of the arch comprise two jaws pivotally mounted relative to the arch , each jaw having a threaded area designed to cooperate with the threaded rod , and held in contact with each other by a spring , the jaws ensuring the connection between the threaded rod and the arch and, a unidirectional displacement of the arch relative to the threaded rod . - an arch against which the cover fabric is intended to be tensioned, - a threaded rod capable of ensuring the connection between the structure of the building and the arch ; - elastic prestressing reserve means intended to be interposed between the structure and the arch allowing compensating for a creep of the cover fabric , and - means for unidirectional displacement of the arch relative to the structure capable of enabling the displacement of the arch in a direction moving the arch away from the structure towards the cover fabric upon the release of the prestressing reserve means and capable of preventing the reverse displacement of the arch in a direction bringing the arch closer to the structure under the effect of a load applied to the cover fabric , bracket characterized in that said means for unidirectional displacement of the arch comprise two jaws pivotally mounted relative to the arch , each jaw having a threaded area designed to cooperate with the threaded rod , and held in contact with each other by a spring , the jaws ensuring the connection between the threaded rod and the arch and, a unidirectional displacement of the arch relative to the threaded rod .
A method for fabricating a Fin Field Effect transistor, FinFET, (200; 500) employing dielectric material layers for applying stress on a channel region , comprising: providing a substrate comprising a Fin ; disposing a first dielectric material layer (202 ) over the substrate and adjacent to the channel region on a first side of the Fin ; disposing a second dielectric material layer (202 ) over the substrate and adjacent to the channel region on a second side of the Fin , wherein the second side is different from the first side; wet annealing the first dielectric material layer (202 ) and the second dielectric material layer (202 ) to adjust stress applied to the channel region of the FinFET (200; 500); dry annealing the first dielectric material layer (202 ) and the second dielectric material layer (202 ) to adjust stress applied to the channel region of the FinFET (200; 500); and disposing a gate with an extension in a direction of current flow in the channel region approximately equal to a gate length of the FinFET (200; 500) in a gate region over the Fin , the first dielectric material layer (202 ), and the second dielectric material layer (202 ). providing a substrate comprising a Fin ; disposing a first dielectric material layer (202 ) over the substrate and adjacent to the channel region on a first side of the Fin ; disposing a second dielectric material layer (202 ) over the substrate and adjacent to the channel region on a second side of the Fin , wherein the second side is different from the first side; wet annealing the first dielectric material layer (202 ) and the second dielectric material layer (202 ) to adjust stress applied to the channel region of the FinFET (200; 500); dry annealing the first dielectric material layer (202 ) and the second dielectric material layer (202 ) to adjust stress applied to the channel region of the FinFET (200; 500); and disposing a gate with an extension in a direction of current flow in the channel region approximately equal to a gate length of the FinFET (200; 500) in a gate region over the Fin , the first dielectric material layer (202 ), and the second dielectric material layer (202 ).
A round baler comprising: a drive shaft ; a pick-up unit operated by said drive shaft , said pick-up unit being configured to supply a crop material; a baling chamber configured to receive said crop material from said pick-up unit ; and at least one press means disposed within said baling chamber , said press means being configured to press crop material into a cylindrical bale formed by pressed layers (A) of the crop material; a first sensor (S1) disposed within said baler , said first sensor (S1) being configured to detect a diameter change of said bale ; the round baler being characterized in that it further comprises a second sensor (S2) configured to detect a speed of the drive shaft a controller configured to receive sensed signals of the speed (Vp) of the drive shaft from said second sensor (S2) and the sensed signals of the diameter change from said first sensor (S1); a processor configured to process said speed (Vp) and said diameter change to determine a thickness (Th) of a layer (A) of said crop material; and a display unit configured to indicate said thickness (Th) of the layer (A) of said crop material for the bale . a drive shaft ; a pick-up unit operated by said drive shaft , said pick-up unit being configured to supply a crop material; a baling chamber configured to receive said crop material from said pick-up unit ; and at least one press means disposed within said baling chamber , said press means being configured to press crop material into a cylindrical bale formed by pressed layers (A) of the crop material; a first sensor (S1) disposed within said baler , said first sensor (S1) being configured to detect a diameter change of said bale ; the round baler being characterized in that it further comprises a second sensor (S2) configured to detect a speed of the drive shaft a controller configured to receive sensed signals of the speed (Vp) of the drive shaft from said second sensor (S2) and the sensed signals of the diameter change from said first sensor (S1); a processor configured to process said speed (Vp) and said diameter change to determine a thickness (Th) of a layer (A) of said crop material; and a display unit configured to indicate said thickness (Th) of the layer (A) of said crop material for the bale .
Decal for producing a decoration, comprising a non-leafing pigment layer and a first protective layer, the decal being designed such that the non-leafing pigment layer can be applied closer to a substrate than the first protective layer, and the non-leafing pigments being designed as metallic effect pigments and having a flake-like form, characterized in that the non-leafing pigment layer produces a metallic specular effect having a gloss of at least 200 gloss units, the gloss being determined at 20° by measuring the directed reflectance in accordance with DIN EN ISO 7668: 2011-03, the first protective layer having a roughness Rz of less than 0.50 μm, and the decal comprising a second protective layer which is applied to the non-leafing pigment layer such that the non-leafing pigment layer is arranged between the first protective layer and the second protective layer.
Device for putting back a bearing shell which has slid at least partially out of a receiving part on a shaft, wherein the device is in the form of a hand-operable tool , wherein the tool has a shell element in the form of a circular-cylinder cutout, characterized in that , on the convex side of the shell element wall, there is provided a retaining bar , projecting therefrom, with an end-side handle , wherein the shell element of the tool , by means of the handle and the adjoining retaining bar , is designed such that the shell element is able to be placed in a form-fitting manner onto a shaft before a bearing shell which has slid out, and, by way of movement in a circumferential direction and a radial pressure on the bearing shell , the latter is able to be put back into the receiving part .
Method for controlling a thermoforming cycle on an article made of thermoplastic material in a thermoforming machine , comprising: - setting at least one operating parameter of said thermoforming cycle; - generating a desired geometry for said article in an operative step of said thermoforming cycle; - detecting an actual geometry assumed by said article in said operating step by means of detection sensor means ; - verifying compliance with a relationship criterion between said detected actual geometry and said desired geometry; - modifying said operating parameter of said thermoforming cycle according to the result of said verifying ; characterized in that said at least one operating parameter comprises a thermal power value for a plurality of heating elements and/or a thermal power delivery time value delivered by a plurality of heating elements , each heating element being associated with at least one respective zone of said article to heat said at least one respective zone, such that said thermal power value and/or said thermal power delivery time value may be different for each heating element . - setting at least one operating parameter of said thermoforming cycle; - generating a desired geometry for said article in an operative step of said thermoforming cycle; - detecting an actual geometry assumed by said article in said operating step by means of detection sensor means ; - verifying compliance with a relationship criterion between said detected actual geometry and said desired geometry; - modifying said operating parameter of said thermoforming cycle according to the result of said verifying ;
A respiratory mask (10; x 10), comprising: a mask frame (30; x30); and a forehead support (20; x20) provided to the mask frame, the forehead support (20; x20) comprising a base (22; x22) extending from the frame and comprising a longitudinal axis, wherein the base comprises a flexible portion (25; x25, 427) along at least a portion of its length which allows the base to flex from an original, unloaded position, wherein at least the flexible portion (25; x25, 427) is constructed of a resilient material that allows the forehead support (20; x20) to substantially return to its original, unloaded position when not loaded, the forehead support (20; x20) is structured to provide flexibility towards and away from the patient's face and to provide a controlled amount of axial flex or rotation along the longitudinal axis of the base, and a cross-section of the flexible portion (25; x25, 427) in the frontal plane is thicker than a cross-section of the flexible portion in the medial plane to achieve a controlled flexibility of the flexible portion. a mask frame (30; x30); and a forehead support (20; x20) provided to the mask frame, the forehead support (20; x20) comprising a base (22; x22) extending from the frame and comprising a longitudinal axis, wherein the base comprises a flexible portion (25; x25, 427) along at least a portion of its length which allows the base to flex from an original, unloaded position, wherein at least the flexible portion (25; x25, 427) is constructed of a resilient material that allows the forehead support (20; x20) to substantially return to its original, unloaded position when not loaded, the forehead support (20; x20) is structured to provide flexibility towards and away from the patient's face and to provide a controlled amount of axial flex or rotation along the longitudinal axis of the base, and a cross-section of the flexible portion (25; x25, 427) in the frontal plane is thicker than a cross-section of the flexible portion in the medial plane to achieve a controlled flexibility of the flexible portion.
A driving safety device , comprising a condition determination module , a first control module and a first communication module , wherein the condition determination module is configured to determine whether a motor vehicle equipped with the driving safety device satisfies a preset condition, acquire information on schedule of a driver through the first communication module , and transmit a warning signal to the first control module when the condition determination module has determined that the motor vehicle equipped with the driving safety device satisfies at least one preset condition, the preset condition comprises the following conditions: Condition 1, a parking duration has a value within a predetermined range; Condition 2, alcohol content in a body of a driver of the motor vehicle exceeds a predetermined value; and Condition 3, schedule of the driver of the motor vehicle on that driving day includes having a meal and/or a dinner party, upon receipt of the warning signal, the first control module transmits a first executing signal to the first communication module , and upon receipt of the first executing signal, the first communication module transmits information on the motor vehicle equipped with the driving safety device to a remote server . Condition 1, a parking duration has a value within a predetermined range; Condition 2, alcohol content in a body of a driver of the motor vehicle exceeds a predetermined value; and Condition 3, schedule of the driver of the motor vehicle on that driving day includes having a meal and/or a dinner party, upon receipt of the warning signal, the first control module transmits a first executing signal to the first communication module , and upon receipt of the first executing signal, the first communication module transmits information on the motor vehicle equipped with the driving safety device to a remote server .