mhurhangee/patent-ind-claim-en huggingface dataset:
A code reading system comprising: a first photodetector configured to detect light that has interacted with a first pattern provided on an object , wherein the first pattern encodes data and wherein the detected light is indicative of a centroid of the first pattern; and a processing logic configured to: determine the centroid of the first pattern from the detected light, and decode the data encoded in the first pattern based on the determined centroid of the first pattern. a first photodetector configured to detect light that has interacted with a first pattern provided on an object , wherein the first pattern encodes data and wherein the detected light is indicative of a centroid of the first pattern; and a processing logic configured to: determine the centroid of the first pattern from the detected light, and decode the data encoded in the first pattern based on the determined centroid of the first pattern. determine the centroid of the first pattern from the detected light, and decode the data encoded in the first pattern based on the determined centroid of the first pattern.
A foreign matter removal device configured to remove foreign matters on a lens of an in-vehicle camera attached to a vehicle (V) so that the lens of the in-vehicle camera is exposed toward an outside of a body panel of the vehicle (V), the foreign matter removal device comprising: a single-cylinder type reciprocating pump configured to generate high-pressure air; and a nozzle configured to inject the high-pressure air toward the lens , characterized in that the pump includes: a piston configured to feed out the high-pressure air; and a spring configured to urge the piston in a feeding direction of the high-pressure air, wherein a volume (Vo) of an internal space of the pump is 10cm 3 or less, and exhaust time (t1) per cycle required for exhausting the air in the internal space is 0.03 seconds or less. a single-cylinder type reciprocating pump configured to generate high-pressure air; and a nozzle configured to inject the high-pressure air toward the lens , characterized in that the pump includes: a piston configured to feed out the high-pressure air; and a spring configured to urge the piston in a feeding direction of the high-pressure air, wherein a volume (Vo) of an internal space of the pump is 10cm 3 or less, and a piston configured to feed out the high-pressure air; and a spring configured to urge the piston in a feeding direction of the high-pressure air, wherein a volume (Vo) of an internal space of the pump is 10cm 3 or less, and exhaust time (t1) per cycle required for exhausting the air in the internal space is 0.03 seconds or less.
A method for wireless communications performed by an access point of a secondary cluster, comprising: identifying a first set of access points of a primary cluster scheduled to perform downlink transmissions over a shared radio frequency spectrum band during a transmission opportunity; identifying a second set of access points comprising, for each station associated with the secondary cluster, a corresponding access point of the primary cluster selected based at least in part on a spatial characteristic of that station; selecting a first set of blacklisted stations associated with the secondary cluster for the transmission opportunity, wherein, for each blacklisted station in the set of blacklisted stations, the corresponding access point of the second set is also in the first set; and selectively performing at least one downlink transmission to a second set of stations associated with the secondary cluster during the transmission opportunity, wherein the second set of stations have not been blacklisted for the transmission opportunity, the at least one downlink transmission using spatial division multiplexing between the primary cluster and the secondary cluster; wherein identifying the second set of access points comprises determining, for each station associated with the secondary cluster, a path loss to the corresponding access point of the primary cluster; wherein the spatial characteristic of that station comprises the determined path loss. identifying a first set of access points of a primary cluster scheduled to perform downlink transmissions over a shared radio frequency spectrum band during a transmission opportunity; identifying a second set of access points comprising, for each station associated with the secondary cluster, a corresponding access point of the primary cluster selected based at least in part on a spatial characteristic of that station; selecting a first set of blacklisted stations associated with the secondary cluster for the transmission opportunity, wherein, for each blacklisted station in the set of blacklisted stations, the corresponding access point of the second set is also in the first set; and selectively performing at least one downlink transmission to a second set of stations associated with the secondary cluster during the transmission opportunity, wherein the second set of stations have not been blacklisted for the transmission opportunity, the at least one downlink transmission using spatial division multiplexing between the primary cluster and the secondary cluster; wherein identifying the second set of access points comprises determining, for each station associated with the secondary cluster, a path loss to the corresponding access point of the primary cluster; wherein the spatial characteristic of that station comprises the determined path loss.
A dental adhesive composition consisting of: 67.96% w/w IMMA-HEMA having the formula: 20.60% w/w 2,2-bis[4-(2-hydroxy-3-methacryloyl-propoxyl)-phenyl]-propane, Bis-GMA; 10.68% w/w triethyleneglycol dimethacrylate, TEGDMA; 0.15% w/w camphorquinone, CQ; 0.60% w/w ethyl 4-(N,N-dimethylamino)benzoate, EDAB; and 0.01% w/w butylated hydroxytoluene, BHT; or consisting of: 33.98% w/w IMMA-HEMA having the formula: 10.30% w/w 2,2-bis[4-(2-hydroxy-3-methacryloyl-propoxyl)-phenyl]-propane, Bis-GMA; 5.34% w/w triethyleneglycol dimethacrylate, TEGDMA; 0.075% w/w camphorquinone, CQ; 0.30% w/w ethyl 4-(N,N-dimethylamino)benzoate, EDAB; 0.005% w/w butylated hydroxytoluene, BHT; and 50.00% w/w acetone. 67.96% w/w IMMA-HEMA having the formula: 20.60% w/w 2,2-bis[4-(2-hydroxy-3-methacryloyl-propoxyl)-phenyl]-propane, Bis-GMA; 10.68% w/w triethyleneglycol dimethacrylate, TEGDMA; 0.15% w/w camphorquinone, CQ; 0.60% w/w ethyl 4-(N,N-dimethylamino)benzoate, EDAB; and 0.01% w/w butylated hydroxytoluene, BHT; or consisting of: 33.98% w/w IMMA-HEMA having the formula: 10.30% w/w 2,2-bis[4-(2-hydroxy-3-methacryloyl-propoxyl)-phenyl]-propane, Bis-GMA; 5.34% w/w triethyleneglycol dimethacrylate, TEGDMA; 0.075% w/w camphorquinone, CQ; 0.30% w/w ethyl 4-(N,N-dimethylamino)benzoate, EDAB; 0.005% w/w butylated hydroxytoluene, BHT; and 50.00% w/w acetone.
A power tool , comprising: a motor ; a fan , which is rotated by the motor ; a housing , which accommodates the motor and the fan ; and a fan guide , which straightens a cooling air generated by the fan , wherein ventilation ports introducing an external air and exhaust ports discharging an internal air are arranged on the housing , and an air path of the cooling air is formed from the ventilation ports to the exhaust ports by the rotation of the fan , the fan guide comprises a ventilation hole for passing the air flowing into the fan and the power tool is characterized in further comprising a third air passage (35a-35d, 135a-135d) diverging a portion of the cooling air of the fan , and the portion of the cooling air returns to the air path before entering the fan guide owing to the third air passage (35a-35d, 135a-135d).
Thermal and acoustic insulation system for an aircraft , the system adapted to be received between an inner surface of an aircraft primary structure, such as an aircraft fuselage structure , and a surface of a panel arrangement delimiting an aircraft cabin, the surface facing away from the aircraft cabin, and the system comprising: - an insulation package comprising: ∘ a core layer having a thermal and acoustic damping performance, and ∘ a packing layer enclosing the core layer ; wherein the packing layer is provided with a plurality of normally closed and selectively openable drainage openings which are actuatable to change between their normally closed state and an open state to allow for selective dehumidification of the insulation package on demand, characterized in that the system further comprises at least one sensor adapted to measure a level of humidity present in the insulation package and a control unit , wherein at least one of the actuatable openings is adapted to be actively actuated, and wherein the control unit is adapted to control a status change of the actively actuatable openings in dependence of data of the at least one sensor . - an insulation package comprising: ∘ a core layer having a thermal and acoustic damping performance, and ∘ a packing layer enclosing the core layer ; wherein the packing layer is provided with a plurality of normally closed and selectively openable drainage openings which are actuatable to change between their normally closed state and an open state to allow for selective dehumidification of the insulation package on demand, characterized in that the system further comprises at least one sensor adapted to measure a level of humidity present in the insulation package and a control unit , wherein at least one of the actuatable openings is adapted to be actively actuated, and wherein the control unit is adapted to control a status change of the actively actuatable openings in dependence of data of the at least one sensor . ∘ a core layer having a thermal and acoustic damping performance, and ∘ a packing layer enclosing the core layer ; wherein the packing layer is provided with a plurality of normally closed and selectively openable drainage openings which are actuatable to change between their normally closed state and an open state to allow for selective dehumidification of the insulation package on demand, characterized in that the system further comprises at least one sensor adapted to measure a level of humidity present in the insulation package and a control unit , wherein at least one of the actuatable openings is adapted to be actively actuated, and wherein the control unit is adapted to control a status change of the actively actuatable openings in dependence of data of the at least one sensor .
A computer-implemented method for determining if a user's gaze is directed in the direction of a zone of interest in a virtual 3D scene , the method comprising: providing a virtual 3D scene containing a zone of interest; associating a property with the zone of interest; creating a bitmap representing the location of the zone of interest in a projected view of the virtual 3D scene, each pixel of the bitmap to which the zone of interest is projected storing the property of the zone of interest; acquiring, from a detector, the direction of the user's gaze; using the bitmap to determine if the detected user's gaze is directed in the direction of the zone of interest; wherein the bitmap is created using depth buffer and/or stencil buffer data corresponding to the virtual 3D scene. providing a virtual 3D scene containing a zone of interest; associating a property with the zone of interest; creating a bitmap representing the location of the zone of interest in a projected view of the virtual 3D scene, each pixel of the bitmap to which the zone of interest is projected storing the property of the zone of interest; acquiring, from a detector, the direction of the user's gaze; using the bitmap to determine if the detected user's gaze is directed in the direction of the zone of interest; wherein the bitmap is created using depth buffer and/or stencil buffer data corresponding to the virtual 3D scene.
An agricultural mobile silo comprising: - a vehicle chassis which is adapted to travel above the ground, the chassis extending longitudinally forward and rearward, - a storage container which is mounted on the vehicle chassis between the front and the rear of the vehicle chassis and which comprises an upper portion , a lower portion which delimit a single hollow inner cavity, the inner cavity being configured to store agricultural products in the form of seeds, and - a lifting device having a first fixed end secured to the lower portion of the storage container and a second movable end secured to the upper portion of the storage container , the agricultural mobile silo being characterized in that : - the upper portion of the storage container comprises a roof and a telescopic portion which is surmounted by the roof , the telescopic portion having an external periphery which is adapted to be housed in the inner cavity, and - the lifting device is configured to vertically move the upper portion of the storage container between a retracted configuration in which the storage container has a first capacity and a deployed configuration in which the storage container has a second capacity greater than the first capacity, the retracted configuration allowing the entire telescopic portion to be housed in the inner cavity, the deployed configuration allowing all or part of the telescopic portion to extend out of and from the inner cavity. - a vehicle chassis which is adapted to travel above the ground, the chassis extending longitudinally forward and rearward, - a storage container which is mounted on the vehicle chassis between the front and the rear of the vehicle chassis and which comprises an upper portion , a lower portion which delimit a single hollow inner cavity, the inner cavity being configured to store agricultural products in the form of seeds, and - a lifting device having a first fixed end secured to the lower portion of the storage container and a second movable end secured to the upper portion of the storage container , - the upper portion of the storage container comprises a roof and a telescopic portion which is surmounted by the roof , the telescopic portion having an external periphery which is adapted to be housed in the inner cavity, and - the lifting device is configured to vertically move the upper portion of the storage container between a retracted configuration in which the storage container has a first capacity and a deployed configuration in which the storage container has a second capacity greater than the first capacity, the retracted configuration allowing the entire telescopic portion to be housed in the inner cavity, the deployed configuration allowing all or part of the telescopic portion to extend out of and from the inner cavity.
An expandable fastener for orthopaedic applications and arranged for fastening when positioned in a bore hole in bone , the fastener comprising: a body having an axis (A); and an expansion portion moveable between a contracted configuration and an expanded configuration such that, in use, the expansion portion urges outwardly from the body towards the bone surrounding the bore hole, the expansion portion being part of an expansion member that is movable relative to the body and towards or away from an actuating element of the fastener along the axis (A) of the body ; wherein the fastener is arranged such that ingrowth of bone between the expansion portion and the body is substantially avoided when the expansion portion is in the expanded configuration; wherein the actuating element is positioned at a distal end of the fastener ; and wherein the fastener is arranged such that, when the expansion member is moved towards the distal end of the fastener and towards the actuating element and engages with the actuating element , further movement of the expansion member towards the actuating element urges the expansion portion away from the axis (A) of the body to transfer the expansion portion into the expanded configuration, characterized in that the fastener is arranged such that, when the fastener is in the expanded configuration, the expansion member is in contact with the body along a majority of a length of the expansion portion . a body having an axis (A); and an expansion portion moveable between a contracted configuration and an expanded configuration such that, in use, the expansion portion urges outwardly from the body towards the bone surrounding the bore hole, the expansion portion being part of an expansion member that is movable relative to the body and towards or away from an actuating element of the fastener along the axis (A) of the body ; wherein the fastener is arranged such that ingrowth of bone between the expansion portion and the body is substantially avoided when the expansion portion is in the expanded configuration; wherein the actuating element is positioned at a distal end of the fastener ; and wherein the fastener is arranged such that, when the expansion member is moved towards the distal end of the fastener and towards the actuating element and engages with the actuating element , further movement of the expansion member towards the actuating element urges the expansion portion away from the axis (A) of the body to transfer the expansion portion into the expanded configuration, characterized in that the fastener is arranged such that, when the fastener is in the expanded configuration, the expansion member is in contact with the body along a majority of a length of the expansion portion .
Self-propelled work implement, in particular lawnmower, with a chassis , with at least one tool and with a drive motor for driving the tool, wherein the tool is height-adjustable with respect to the chassis , wherein a setting apparatus is provided to set the relative position of the tool with respect to the chassis , wherein the setting apparatus comprises an actuating motor and a setting gear , wherein the setting gear rotates by less than one full revolution between a first, lower end position of the tool and a second, upper end position of the tool, characterized in that a detection device is provided to detect the height position of the tool, which detection device comprises encoding elements on the setting gear and at least one detection means , wherein the at least one first encoding element for the first end position differs from the at least one second encoding element for the second end position .
A method for adjusting a number of logical threads of a component, the method comprising: acquiring (S11) a plurality of logical threads that is callable by the component; determining (S12) a load state of each logical thread of the plurality of logical threads according to a utilization rate of a data processing queue corresponding to each logical thread, the load state either including a normal load state or an abnormal load state; determining (S13), according to load states of the plurality of logical threads of the component, whether the number of logical threads of the component needs to be adjusted; and adjusting (S14) the number of logical threads of the component according to the determination result if the number of logical threads of the component needs to be adjusted. acquiring (S11) a plurality of logical threads that is callable by the component; determining (S12) a load state of each logical thread of the plurality of logical threads according to a utilization rate of a data processing queue corresponding to each logical thread, the load state either including a normal load state or an abnormal load state; determining (S13), according to load states of the plurality of logical threads of the component, whether the number of logical threads of the component needs to be adjusted; and adjusting (S14) the number of logical threads of the component according to the determination result if the number of logical threads of the component needs to be adjusted.
Connector comprising at least one tubular body provided with at least one mouth suitable to be coupled with a complementary connector , wherein the tubular body is also provided with a series of radial openings which partially house a plurality of spheres arranged along a circumference of the tubular body , wherein the spheres cooperate with connection means to move in a radial direction of the tubular body between an extended position, in which they protrude towards the outside of the tubular body , and a retracted position, in which they protrude towards the inside of the tubular body , wherein a thread is formed around the tubular body or around an element integral with the tubular body , wherein the thread is open from the side opposite the mouth of the connector , so that the connector can be screwed into a corresponding threaded seat in a direction (D) facing the side opposite the mouth , wherein said connection means comprise at least one ring arranged around the tubular body to cooperate with the spheres and be urged axially by at least one spring which acts between the ring and the tubular body , characterized in that disconnection means are axially fastened to the ring and can rotate with respect to the ring around its longitudinal axis.
Method for producing a seal assembly for sealing, in accordance with fire protection requirements, an opening in a wall or ceiling through which a line is fed, characterized by the steps of: - cutting a strip-shaped fire protection bandage to a length which corresponds to a single circumference of the line, with or without overlap , the fire protection bandage comprising fire-retardant and/or intumescent material; - applying a kneadable-compound strip along one of the two edges of the cut-to-length fire protection bandage that are intended to extend in the circumferential direction of the line, the kneadable-compound strip being pressed or otherwise fastened to said edge on an outer surface of the fire protection bandage that is not intended to be applied to the line ; and - preferably applying a removable transport protection film to at least one surface of the kneadable-compound strip and/or preferably rolling up the fire protection bandage provided with the kneadable-compound strip to form a single layer with overlap , overlapping ends of the fire protection bandage being temporarily fastened to one another, in particular by a portion of the kneadable-compound strip or by additional kneadable compound . - cutting a strip-shaped fire protection bandage to a length which corresponds to a single circumference of the line, with or without overlap , the fire protection bandage comprising fire-retardant and/or intumescent material; - applying a kneadable-compound strip along one of the two edges of the cut-to-length fire protection bandage that are intended to extend in the circumferential direction of the line, the kneadable-compound strip being pressed or otherwise fastened to said edge on an outer surface of the fire protection bandage that is not intended to be applied to the line ; and - preferably applying a removable transport protection film to at least one surface of the kneadable-compound strip and/or preferably rolling up the fire protection bandage provided with the kneadable-compound strip to form a single layer with overlap , overlapping ends of the fire protection bandage being temporarily fastened to one another, in particular by a portion of the kneadable-compound strip or by additional kneadable compound .