mhurhangee/patent-ind-claim-en huggingface dataset:
A III-nitride semiconductor LED comprising: a plurality of multiple quantum well sets stacked on a substrate, the plurality of multiple quantum well sets including a first, a second, and a top multiple quantum well set, each multiple quantum well set comprising one or more quantum well layers; characterized in that the first multiple quantum well set being adjacent the substrate and having a low indium concentration; each multiple quantum well set above the first multiple quantum well set having a progressively increased indium concentration; the top multiple quantum well set having a highest indium concentration selected to emit light in the amber-to-red visible spectra region; and adjacent multiple quantum well sets being separated by an Al x Ga 1-x N (0<x≤1) intermediate strain compensation layer, each Al x Ga 1-x N (0<x≤1) intermediate strain compensation layer having a barrier layer above and below the respective Al x Ga 1-x N (0<x≤1) intermediate strain compensation layer to reduce total strain in the top multiple quantum well set. a plurality of multiple quantum well sets stacked on a substrate, the plurality of multiple quantum well sets including a first, a second, and a top multiple quantum well set, each multiple quantum well set comprising one or more quantum well layers; characterized in that the first multiple quantum well set being adjacent the substrate and having a low indium concentration; each multiple quantum well set above the first multiple quantum well set having a progressively increased indium concentration; the top multiple quantum well set having a highest indium concentration selected to emit light in the amber-to-red visible spectra region; and adjacent multiple quantum well sets being separated by an Al x Ga 1-x N (0<x≤1) intermediate strain compensation layer, each Al x Ga 1-x N (0<x≤1) intermediate strain compensation layer having a barrier layer above and below the respective Al x Ga 1-x N (0<x≤1) intermediate strain compensation layer to reduce total strain in the top multiple quantum well set.
A fluidized bed granulator comprising a granulation compartment comprising a perforated fluidization plate at a lower part of the compartment and at least one nozzle, wherein the nozzle comprises a first channel for granulation liquid and a secondary gas channel , wherein the secondary gas channel is provided as an annulus around the first channel, wherein the exit of the first channel comprises a diffuser that is sloped and outwardly curved to provide a convex surface in a vertical cross-section for the granulation liquid exiting the first channel, and wherein the nozzle extends through the fluidization plate with the exit of the first channel projecting upward into the granulation compartment.
A vacuum insulated glass (VIG) window unit comprising: first and second substantially parallel substrates each comprising glass, a plurality of spacers and a seal provided between the first and second substrates , a space , defined at least by the seal , located between the first and second substrates and being at a pressure less than atmospheric pressure, a getter recess defined in the first substrate for receiving an originally positioned getter , and a getter structure (14'; 15; 36) on the second substrate , located substantially opposite the getter recess in the first substrate , said getter structure (14'; 15; 36) on the second substrate designed to increase getter material surface area provided on the second substrate after getter activation, characterised in that the getter structure (14'; 15; 36) on the second substrate comprises a recess having a base and at least one sidewall defined in the second substrate , and wherein the at least one sidewall of the recess is roughened and/or provided with a rough surface, which is more rough than the interior major surface of the second substrate . first and second substantially parallel substrates each comprising glass, a plurality of spacers and a seal provided between the first and second substrates , a space , defined at least by the seal , located between the first and second substrates and being at a pressure less than atmospheric pressure, a getter recess defined in the first substrate for receiving an originally positioned getter , and a getter structure (14'; 15; 36) on the second substrate , located substantially opposite the getter recess in the first substrate , said getter structure (14'; 15; 36) on the second substrate designed to increase getter material surface area provided on the second substrate after getter activation, characterised in that the getter structure (14'; 15; 36) on the second substrate comprises a recess having a base and at least one sidewall defined in the second substrate , and wherein the at least one sidewall of the recess is roughened and/or provided with a rough surface, which is more rough than the interior major surface of the second substrate .
Method for multi-stage flotation in series for the removal of hydrophobic particles from a flow of materials to be treated, comprising a step of introducing, into a stage of an enclosure of parallelepipedal shape, a layer of materials to be treated coming either from an upper stage or directly from an inlet (E1) of the enclosure , the method comprising a step of aeration carried out in a mixing zone of said stage, in which the air extracted from the lower stages is mixed, diffused and dispersed in the layer of materials to be treated, then escapes to the upper stage or to a foam discharge zone , and, after the aeration step: - a deaeration step in which there is no longer any introduction of air into the layer of materials to be treated before its exit from the stage, and which allows the discharge of the dispersed air to the upper stages or, in the case of the uppermost stage , to a foam discharge zone , as well as - a step of recovering the deaerated material through an inlet opening of an immediately lower stage to a mixing zone of the immediately lower stage or through an outlet opening (S5) of the enclosure, characterized in that the deaeration step is implemented in a deaeration zone of the stage, said deaeration zone being located above and in the axis of the mixing zone of the immediately lower stage. - a deaeration step in which there is no longer any introduction of air into the layer of materials to be treated before its exit from the stage, and which allows the discharge of the dispersed air to the upper stages or, in the case of the uppermost stage , to a foam discharge zone , as well as - a step of recovering the deaerated material through an inlet opening of an immediately lower stage to a mixing zone of the immediately lower stage or through an outlet opening (S5) of the enclosure,
An electronic device including a flexible display , the flexible display comprising: a first layer including a first member; a second layer which is formed under the first layer and includes a second member; and a third layer which is formed between the first layer and the second layer and includes an adhesive member, comprising: a first adhesive member having a first attribute is disposed in a display area (area A) of the third layer configured not to be deformed, and a second adhesive member having a second attribute disposed in a foldable area (area B) of the third layer , wherein the first attribute is configured for the first adhesive member to be harder than the second adhesive member, configured with the second attribute; and wherein the display area (area A) configured not to be deformed is disposed on either side of the foldable area (area B), and wherein a part of the first adhesive member overlaps the second adhesive member in the foldable area (area B), or a part of the second adhesive member overlaps the first adhesive member in the display area (area A), on either side of the foldable area (area B). a first layer including a first member; a second layer which is formed under the first layer and includes a second member; and a third layer which is formed between the first layer and the second layer and includes an adhesive member, comprising: a first adhesive member having a first attribute is disposed in a display area (area A) of the third layer configured not to be deformed, and a second adhesive member having a second attribute disposed in a foldable area (area B) of the third layer , wherein the first attribute is configured for the first adhesive member to be harder than the second adhesive member, configured with the second attribute; and wherein the display area (area A) configured not to be deformed is disposed on either side of the foldable area (area B), and wherein a part of the first adhesive member overlaps the second adhesive member in the foldable area (area B), or a part of the second adhesive member overlaps the first adhesive member in the display area (area A), on either side of the foldable area (area B). a first adhesive member having a first attribute is disposed in a display area (area A) of the third layer configured not to be deformed, and a second adhesive member having a second attribute disposed in a foldable area (area B) of the third layer , wherein the first attribute is configured for the first adhesive member to be harder than the second adhesive member, configured with the second attribute; and wherein the display area (area A) configured not to be deformed is disposed on either side of the foldable area (area B), and wherein a part of the first adhesive member overlaps the second adhesive member in the foldable area (area B), or a part of the second adhesive member overlaps the first adhesive member in the display area (area A), on either side of the foldable area (area B).
Manual self-acting apparatus for fitting tightening bands around a bundle of cables or the like, the apparatus comprising: - a fitting integrated mechanism forming the band in a loop closed around the bundle of cables , - a tensioning device tightening the band around the bundle of cables , - a severing device for the unused part of the band after the tightening thereof around the bundle of cables , - an electronic unit which commands the fitting mechanism , the tensioning device , and the severing device , characterized in that it includes a command interface allowing the user of the apparatus to choose a predetermined circumferential dimension (Dn) of the loop formed by the band around the bundle of cables , and in that the electronic unit commands the tensioning device and the severing device depending on the predetermined circumferential dimension (Dn) chosen by means of the command interface . - a fitting integrated mechanism forming the band in a loop closed around the bundle of cables , - a tensioning device tightening the band around the bundle of cables , - a severing device for the unused part of the band after the tightening thereof around the bundle of cables , - an electronic unit which commands the fitting mechanism , the tensioning device , and the severing device ,
Method for managing a multi-mode system of a motor vehicle, wherein: - the management mode (M_auto, M_semiauto, M_manual) for all contributors to the vehicle on-board ambience chosen by the driver of the vehicle is detected; - external parameters included in the group comprising at least external visibility, time of day, type of road are retrieved; - internal parameters included in the group comprising at least the number of passengers present in the vehicle, the journey time, data regarding the mood and health of the driver are retrieved; - the activatable driving modes included in the non-limiting group consisting of sports driving mode, comfort driving mode, eco mode, snow driving mode, four-wheel drive mode, stimulating driving mode and automatic mode, are determined on the basis of all the retrieved parameters, internal and external to the vehicle, and - the driving mode chosen by the driver from among the activatable driving modes is detected, the management mode (M_auto, M_semiauto, M_manual) for all contributors to the vehicle on-board ambience being chosen by the driver of the vehicle from between an automatic management mode (M_auto) in which all contributors to the vehicle on-board ambience are determined automatically according to the chosen driving mode, a semi-automatic management mode (M_semiauto) in which all contributors to the vehicle on-board ambience except for the audio content are determined automatically according to the chosen driving mode, and a manual management mode (M_manual) in which all contributors to the vehicle on-board ambience are determined manually by the driver. - the management mode (M_auto, M_semiauto, M_manual) for all contributors to the vehicle on-board ambience chosen by the driver of the vehicle is detected; - external parameters included in the group comprising at least external visibility, time of day, type of road are retrieved; - internal parameters included in the group comprising at least the number of passengers present in the vehicle, the journey time, data regarding the mood and health of the driver are retrieved; - the activatable driving modes included in the non-limiting group consisting of sports driving mode, comfort driving mode, eco mode, snow driving mode, four-wheel drive mode, stimulating driving mode and automatic mode, are determined on the basis of all the retrieved parameters, internal and external to the vehicle, and - the driving mode chosen by the driver from among the activatable driving modes is detected,
An unwinder for unwinding reels (B, B1, B2) of web material, comprising: - a rotating support with a rotation axis (A-A) and provided with engaging members for engaging the reels (B; B1, B2); - a reel positioning system for loading the reels (B, B1, B2) onto the rotating support ; - an unloading system for unloading the reels from the rotating support ; wherein the positioning system comprises a first conveyor for the reels and a pusher configured and arranged to push the reels (B; B1, B2) from the first conveyor towards abutment members the unwinder being characterized in that the abutment members define a pick-up position where the reel is taken by the rotating support ; and wherein the positioning system and the unloading system are arranged at opposite sides of the rotating support . - a rotating support with a rotation axis (A-A) and provided with engaging members for engaging the reels (B; B1, B2); - a reel positioning system for loading the reels (B, B1, B2) onto the rotating support ; - an unloading system for unloading the reels from the rotating support ;
A data stream transmission method, wherein the method comprises: determining , by a sending device, a packet-loss-concealment policy based on first path status information of a path used to send a data stream; generating , by the sending device, a packet-loss-concealment packet for the data stream according to the packet-loss-concealment policy; and sending , by the sending device, the data stream on the path, wherein the data stream comprises an original packet and the packet-loss-concealment packet; characterized in that when the data stream is sent on two paths, the sending, by the sending device, the data stream on the path comprises: sending the original packet on a path with a longer delay in the two paths; and sending the packet-loss-concealment packet on a path with a shorter delay in the two paths, wherein the packet-loss-concealment packet is sent after the original packet is sent, the original packet and the packet-loss-concealment packet are sent at a time interval t, and t is a one-way delay difference of sending the data stream on the two paths. determining , by a sending device, a packet-loss-concealment policy based on first path status information of a path used to send a data stream; generating , by the sending device, a packet-loss-concealment packet for the data stream according to the packet-loss-concealment policy; and sending , by the sending device, the data stream on the path, wherein the data stream comprises an original packet and the packet-loss-concealment packet; characterized in that when the data stream is sent on two paths, the sending, by the sending device, the data stream on the path comprises: sending the original packet on a path with a longer delay in the two paths; and sending the packet-loss-concealment packet on a path with a shorter delay in the two paths, wherein the packet-loss-concealment packet is sent after the original packet is sent, the original packet and the packet-loss-concealment packet are sent at a time interval t, and t is a one-way delay difference of sending the data stream on the two paths.
A method of applying a sugar film coat to centers, the method comprising a coating cycle to impart a coated layer to produce sugar film coated centers, which coating cycle comprises: a) intermixing the centers in a coating vessel; b) applying drying gas through the coating vessel, wherein the drying gas provides a drying rate of moisture removal in the coating vessel; c) spraying a wet sugar syrup at a spraying rate, in an atomized state, onto the centers while intermixing the centers and while applying the drying gas around the centers in the coating vessel to produce wet coated centers having a wet coat, wherein the sugar syrup comprises a crystallizing sugar, and wherein the spraying rate provides a moisture addition rate higher than the drying rate in the coating vessel; and d) after forming the wet coated center, reducing the spraying rate or stopping the spraying of the wet sugar syrup, while applying the drying gas, to allow the moisture addition rate to be slower than the drying rate in the coating vessel, whereby the wet coated centers lose their moisture to form the sugar film coated center, and wherein the method further comprises a step of repeating one or more of the coating cycles with a wet sugar syrup further comprising a colorant, and wherein the sugar film coating is free of a polymeric film former. a) intermixing the centers in a coating vessel; b) applying drying gas through the coating vessel, wherein the drying gas provides a drying rate of moisture removal in the coating vessel; c) spraying a wet sugar syrup at a spraying rate, in an atomized state, onto the centers while intermixing the centers and while applying the drying gas around the centers in the coating vessel to produce wet coated centers having a wet coat, wherein the sugar syrup comprises a crystallizing sugar, and wherein the spraying rate provides a moisture addition rate higher than the drying rate in the coating vessel; and d) after forming the wet coated center, reducing the spraying rate or stopping the spraying of the wet sugar syrup, while applying the drying gas, to allow the moisture addition rate to be slower than the drying rate in the coating vessel, whereby the wet coated centers lose their moisture to form the sugar film coated center, and wherein the method further comprises a step of repeating one or more of the coating cycles with a wet sugar syrup further comprising a colorant, and wherein the sugar film coating is free of a polymeric film former.
An apparatus for treating obesity of an obese patient, the apparatus comprising: a first volume filling device ; and a second volume filling device ; characterized in that the first volume filling device comprises a first interconnecting portion and the second volume filling device comprises a second interconnecting portion , the first interconnecting portion and the second interconnecting portion being configured to be interconnected with each other to form a combined volume filling device adapted to be at least substantially invaginated by a stomach wall portion of the patient, and wherein the combined volume filling device is adapted to be placed against the stomach wall of the patient so as to reduce the volume of the food cavity by a volume substantially exceeding the volume of said combined volume filling device. a first volume filling device ; and a second volume filling device ; characterized in that the first volume filling device comprises a first interconnecting portion and the second volume filling device comprises a second interconnecting portion , the first interconnecting portion and the second interconnecting portion being configured to be interconnected with each other to form a combined volume filling device adapted to be at least substantially invaginated by a stomach wall portion of the patient, and wherein the combined volume filling device is adapted to be placed against the stomach wall of the patient so as to reduce the volume of the food cavity by a volume substantially exceeding the volume of said combined volume filling device.
An isolated TIMP-3 mutein, wherein the isolated TIMP-3 mutein is selected from the group consisting of the polypeptide as in SEQ ID NO: 18 comprising the mutations K45N, V47T, T63E, T74E, H78E as compared to wild-type TIMP-3 as in SEQ ID NO:2; the polypeptide as in SEQ ID NO: 23 comprising the mutations K45S, F57N as compared to wild-type TIMP-3 as in SEQ ID NO:2; and the polypeptide as in SEQ ID NO: 24 comprising the mutations K45S, K133S, F57N as compared to wild-type TIMP-3 as in SEQ ID NO:2. the polypeptide as in SEQ ID NO: 18 comprising the mutations K45N, V47T, T63E, T74E, H78E as compared to wild-type TIMP-3 as in SEQ ID NO:2; the polypeptide as in SEQ ID NO: 23 comprising the mutations K45S, F57N as compared to wild-type TIMP-3 as in SEQ ID NO:2; and the polypeptide as in SEQ ID NO: 24 comprising the mutations K45S, K133S, F57N as compared to wild-type TIMP-3 as in SEQ ID NO:2.
Method of operating a hearing device for a user, - wherein an electromyography is carried out, in which a muscle activity of an ear muscle (M) of the user is measured by means of an electrode array , - wherein "ear muscle" is understood to be one of the muscles of the human ear musculature, wherein the ear musculature consists of the muscles auricularis anterior, auricularis posterior, auricularis superior, helicis major, helicis minor, transversus auriculae, obliquus auriculae, tragicus and antitragicus, - wherein muscle activity is measured continuously, to capture a complex activity profile of the ear muscle (M), in which a user intention is encoded, wherein the intention being a hearing intention, - wherein the measurement of muscle activity does not merely measure a reflex, - wherein the electrode array generates a sensor signal (S), which is classified by means of a classifier , in which the muscle activity is decoded and the underlying intention is determined by examining whether the sensor signal (S) comprises a previously known feature vector (V), wherein an operating mode of the hearing device is assigned to the previously known feature vector (V), which is set when the sensor signal (S) comprises the previously known feature vector (V). - wherein an electromyography is carried out, in which a muscle activity of an ear muscle (M) of the user is measured by means of an electrode array , - wherein "ear muscle" is understood to be one of the muscles of the human ear musculature, wherein the ear musculature consists of the muscles auricularis anterior, auricularis posterior, auricularis superior, helicis major, helicis minor, transversus auriculae, obliquus auriculae, tragicus and antitragicus, - wherein muscle activity is measured continuously, to capture a complex activity profile of the ear muscle (M), in which a user intention is encoded, wherein the intention being a hearing intention, - wherein the measurement of muscle activity does not merely measure a reflex, - wherein the electrode array generates a sensor signal (S), which is classified by means of a classifier , in which the muscle activity is decoded and the underlying intention is determined by examining whether the sensor signal (S) comprises a previously known feature vector (V),