mhurhangee/patent-ind-claim-en huggingface dataset:
Reversible bucket elevator, allowing a reversible operation thereof, in an advancement sense or in the opposite advancement sense, comprising a frame with at least a first stretch with a first and second ends, wherein the second end is located at a higher point than the first end and in which interior there is an endless lifting conveyor to which there are coupled a plurality of buckets apt to contain and lift the load and which presents at least an unloading area which presents bucket tipping means, wherein each bucket is formed by a symmetric concave body with an upper open end , two connection sides to the conveyor , equal and parallel between them, and two opposing sides located between the connection sides , wherein each bucket comprises - coupling means to the conveyor formed by a connecting shaft located in the symmetry axis of the connection sides , proximal to the bucket upper end and, - means for adjusting to the tipping means formed by a guide located on the connection sides , which presents an ellipse shape whose major axis is located in the symmetry axis of the connection sides , with a first end (13.1) proximal to the bucket upper end and a second opposing end (13.2), wherein the buckets connecting shaft is contained in the guide major axis and, wherein; - the tipping means are formed by a longitudinal element parallel to the conveyor with a surface oriented towards said conveyor which presents a curved symmetric and convex to the conveyor profile , with an active tipping position such that the bucket guide contact with said curved profile , in both bucket advancement senses, generates a progressive tipping thereof in the advancement sense, until reaching a bucket maximum tipping in the central area (14.1) of said curved profile . - coupling means to the conveyor formed by a connecting shaft located in the symmetry axis of the connection sides , proximal to the bucket upper end and, - means for adjusting to the tipping means formed by a guide located on the connection sides , which presents an ellipse shape whose major axis is located in the symmetry axis of the connection sides , with a first end (13.1) proximal to the bucket upper end and a second opposing end (13.2), wherein the buckets connecting shaft is contained in the guide major axis and, wherein; - the tipping means are formed by a longitudinal element parallel to the conveyor with a surface oriented towards said conveyor which presents a curved symmetric and convex to the conveyor profile , with an active tipping position such that the bucket guide contact with said curved profile , in both bucket advancement senses, generates a progressive tipping thereof in the advancement sense, until reaching a bucket maximum tipping in the central area (14.1) of said curved profile .
A graphics processing unit (200; 700) comprising: an instruction decoder; a memory including plurality of memory devices (224A-224N; 714A-714B); compression logic to compress data to be written to the memory ; and a streaming multiprocessor coupled with the memory , the streaming multiprocessor to concurrently execute multiple thread groups, wherein the streaming multiprocessor includes a single instruction, multiple thread, SIMT, architecture and the streaming multiprocessor is to execute multiple threads for multiple instructions; wherein the multiple instructions include a first instruction to cause a first portion of the streaming multiprocessor to perform a floating-point operation on multiple floating-point input operands (1602A-B; 1603A-B; 1604A-B) and a second instruction to cause a second portion of the streaming multiprocessor to perform an integer operation on multiple integer operands (1605A-1605B), the first instruction to execute concurrently with the second instruction; wherein the streaming multiprocessor includes a mixed precision core to perform operations for a third instruction of the multiple instructions, the mixed precision core to perform a first operation at a first precision and a second operation at a second precision. an instruction decoder; a memory including plurality of memory devices (224A-224N; 714A-714B); compression logic to compress data to be written to the memory ; and a streaming multiprocessor coupled with the memory , the streaming multiprocessor to concurrently execute multiple thread groups, wherein the streaming multiprocessor includes a single instruction, multiple thread, SIMT, architecture and the streaming multiprocessor is to execute multiple threads for multiple instructions; wherein the multiple instructions include a first instruction to cause a first portion of the streaming multiprocessor to perform a floating-point operation on multiple floating-point input operands (1602A-B; 1603A-B; 1604A-B) and a second instruction to cause a second portion of the streaming multiprocessor to perform an integer operation on multiple integer operands (1605A-1605B), the first instruction to execute concurrently with the second instruction; wherein the streaming multiprocessor includes a mixed precision core to perform operations for a third instruction of the multiple instructions, the mixed precision core to perform a first operation at a first precision and a second operation at a second precision.
Method for controlling a mobile terminal in a vehicle or a vehicle information system which comprises a loudspeaker and which has a touch-sensitive screen, the terminal comprising a first graphical operating mode in which information is displayed graphically, and the terminal being controlled by touching graphically displayed symbols, the touching of the symbol triggering a function, characterized by the steps-switching to a second operating mode, which in principle does not allow interaction of graphical symbols and touches, or is only provided with a graphical symbol to switch back to the graphical mode; - controlling the terminal device merely by a small number of gestures on the screen, which trigger functions on the mobile terminal device independently of the touch of symbols characterised in that the output of the function results is effected via the loudspeaker a menu navigation and/or a selection of options in the second operating mode is carried out by a sequential output of individual menu items/options with pauses via the loudspeaker, in order to receive a gesture in the pauses which serves as a selection to trigger a function, and wherein after longer pauses a landmarking is carried out in which the current position in a menu and/or a selection is reproduced via the loudspeaker. - controlling the terminal device merely by a small number of gestures on the screen, which trigger functions on the mobile terminal device independently of the touch of symbols characterised in that the output of the function results is effected via the loudspeaker a menu navigation and/or a selection of options in the second operating mode is carried out by a sequential output of individual menu items/options with pauses via the loudspeaker, in order to receive a gesture in the pauses which serves as a selection to trigger a function, and wherein after longer pauses a landmarking is carried out in which the current position in a menu and/or a selection is reproduced via the loudspeaker.
An abatement system of pollutants produced by an internal combustion engine (E) having an intake pipe (IP) and an exhaust pipe (EP), the system comprising an (ATS) device for the abatement of pollutants contained in the exhaust gases produced by the internal combustion engine, wherein said ATS device comprises - at least a first treatment portion (ATS1) of exhaust gas comprising a NOx (LNT)trap, - a bypass duct (BP) adapted to bypass said first treatment portion arranged for connecting a first point, upstream of the first treatment portion (ATS1), with a second point, downstream of the first treatment portion, - a recirculation pipe (EGRP) which connects a third point, arranged between said first treatment portion (ATS1) and said second point, with the intake pipe (IP) of the internal combustion engine, - a first valve (FP) arranged to selectively cause, - a first operating condition in which a transit of exhaust gas crossing said first treatment portion (ATS1) towards the external environment and consequent occlusion of said bypass duct is allowed - a second operating condition in which a transit of exhaust gas crossing said first treatment portion (ATS1) towards said recirculation pipe and consequent opening of said bypass duct is allowed, characterized in that the first treatment portion (ATS1) further comprises at least one device between a particulate filter (DPF) and a NOx conversion device (SCR), the NOx conversion device being arranged downstream of the NOx trap (LNT). - at least a first treatment portion (ATS1) of exhaust gas comprising a NOx (LNT)trap, - a bypass duct (BP) adapted to bypass said first treatment portion arranged for connecting a first point, upstream of the first treatment portion (ATS1), with a second point, downstream of the first treatment portion, - a recirculation pipe (EGRP) which connects a third point, arranged between said first treatment portion (ATS1) and said second point, with the intake pipe (IP) of the internal combustion engine, - a first valve (FP) arranged to selectively cause, - a first operating condition in which a transit of exhaust gas crossing said first treatment portion (ATS1) towards the external environment and consequent occlusion of said bypass duct is allowed - a second operating condition in which a transit of exhaust gas crossing said first treatment portion (ATS1) towards said recirculation pipe and consequent opening of said bypass duct is allowed, - a first operating condition in which a transit of exhaust gas crossing said first treatment portion (ATS1) towards the external environment and consequent occlusion of said bypass duct is allowed - a second operating condition in which a transit of exhaust gas crossing said first treatment portion (ATS1) towards said recirculation pipe and consequent opening of said bypass duct is allowed,
A buffer status reporting method, comprising: determining , by a user equipment, UE, whether a buffer status reporting triggering condition is met; and reporting , by the UE, buffer status information to a network side device if the buffer status reporting triggering condition is met, wherein buffer status information of a plurality of logical channels corresponding to a same bearer for which a data packet duplication mode is configured/activated are reported separately, characterized in that reporting, by the UE, the buffer status information to the network side device comprises: reporting, by the UE, buffer status information of all bearers for which the buffer status reporting, BSR, is necessary and corresponding to the UE to the network side device through a first BSR Media Access Control Control Element, MAC CE; or reporting, by the UE, buffer status information of all bearers for which the BRS is necessary and the data packet duplication mode is not configured/activated to the network side device by using a second BSR MAC CE; and reporting, by the UE, buffer status information of all bearers for which the BRS is necessary and the data packet duplication mode is configured/activated to the network side device by using a third BSR MAC CE. determining , by a user equipment, UE, whether a buffer status reporting triggering condition is met; and reporting , by the UE, buffer status information to a network side device if the buffer status reporting triggering condition is met, wherein buffer status information of a plurality of logical channels corresponding to a same bearer for which a data packet duplication mode is configured/activated are reported separately, characterized in that reporting, by the UE, the buffer status information to the network side device comprises: reporting, by the UE, buffer status information of all bearers for which the buffer status reporting, BSR, is necessary and corresponding to the UE to the network side device through a first BSR Media Access Control Control Element, MAC CE; or reporting, by the UE, buffer status information of all bearers for which the BRS is necessary and the data packet duplication mode is not configured/activated to the network side device by using a second BSR MAC CE; and reporting, by the UE, buffer status information of all bearers for which the BRS is necessary and the data packet duplication mode is configured/activated to the network side device by using a third BSR MAC CE. reporting, by the UE, buffer status information of all bearers for which the buffer status reporting, BSR, is necessary and corresponding to the UE to the network side device through a first BSR Media Access Control Control Element, MAC CE; or reporting, by the UE, buffer status information of all bearers for which the BRS is necessary and the data packet duplication mode is not configured/activated to the network side device by using a second BSR MAC CE; and reporting, by the UE, buffer status information of all bearers for which the BRS is necessary and the data packet duplication mode is configured/activated to the network side device by using a third BSR MAC CE.
A light-emitting device comprising: a light-emitting element having a semiconductor layer and a pair of electrodes provided on a surface opposite to a light-emitting surface of the light-emitting element ; and an optical member , wherein the optical member is bonded to the light-emitting surface of the light-emitting element characterised in that a metal film is interposed between the optical member and the light-emitting surface of the light-emitting element , wherein the metal film has a thickness in a film-forming rate conversion not less than 0.05 nm and less than 2 times of an atomic diameter of the metal atoms forming the metal film . a light-emitting element having a semiconductor layer and a pair of electrodes provided on a surface opposite to a light-emitting surface of the light-emitting element ; and an optical member , wherein the optical member is bonded to the light-emitting surface of the light-emitting element characterised in that a metal film is interposed between the optical member and the light-emitting surface of the light-emitting element , wherein the metal film has a thickness in a film-forming rate conversion not less than 0.05 nm and less than 2 times of an atomic diameter of the metal atoms forming the metal film .
A method of manufacturing a press molding, comprising the following steps: Step 11: step of heating a molding material comprising discontinuous carbon fibers having a weight average fiber length of not less than 2 mm and a thermoplastic resin at a temperature not lower than the softening temperature of the thermoplastic resin, Step 21: step of carrying the molding material heated at a temperature not lower than the softening temperature between the upper mold and the lower mold of a mold for compression molding by holding it with grippers for holding at a plurality of points arranged in a carrier or in a linear state having a length which is not more than 10 times the thickness of the molding material and supporting it with the carrier , Step 22: step of pushing the molding material supported by the carrier with pushers arranged between the grippers to preform it at a preforming rate of 80 to 100 %, Step 31: step of press molding the molding material by closing the upper mold and the lower mold and applying pressure to obtain the press molding and taking out the press molding from the mold by opening the mold for compression molding when the temperature of the press molding becomes lower than the softening temperature of the thermoplastic resin, wherein the softening temperature of the thermoplastic resin is defined as melting point when the thermoplastic resin is a crystalline resin or as glass transition temperature when the thermoplastic resin is an amorphous resin, and wherein each of the grippers has a circular arc needle with an approximate curvature radius which is the thickness of the molding material plus 5 mm to 40 times the thickness of the molding material and the circular arc needle is stuck into the molding material to hold it. Step 11: step of heating a molding material comprising discontinuous carbon fibers having a weight average fiber length of not less than 2 mm and a thermoplastic resin at a temperature not lower than the softening temperature of the thermoplastic resin, Step 21: step of carrying the molding material heated at a temperature not lower than the softening temperature between the upper mold and the lower mold of a mold for compression molding by holding it with grippers for holding at a plurality of points arranged in a carrier or in a linear state having a length which is not more than 10 times the thickness of the molding material and supporting it with the carrier , Step 22: step of pushing the molding material supported by the carrier with pushers arranged between the grippers to preform it at a preforming rate of 80 to 100 %, Step 31: step of press molding the molding material by closing the upper mold and the lower mold and applying pressure to obtain the press molding and taking out the press molding from the mold by opening the mold for compression molding when the temperature of the press molding becomes lower than the softening temperature of the thermoplastic resin,
A lithium ion secondary battery comprising: a cathode; an anode containing a cyclic compound, the cyclic compound containing one or more of a first cyclic compound represented by the following formula , a second cyclic compound represented by the following formula , and a third cyclic compound represented by the following formula ; and an electrolytic solution. (Each of X1 to X8 is one of an oxo group (-O-) and an imino group (-NH-). Each of R1 to R6 is one of an ethylene group (-CH 2 -CH 2 -) and a dicarbonyl group (-C(=O)-C(=O)-). Each of M1 to M4 is a metal element. Each of Y1 to Y4 is a halogen element. Each of n1 to n4 is an integer.) a cathode; an anode containing a cyclic compound, the cyclic compound containing one or more of a first cyclic compound represented by the following formula , a second cyclic compound represented by the following formula , and a third cyclic compound represented by the following formula ; and an electrolytic solution. (Each of X1 to X8 is one of an oxo group (-O-) and an imino group (-NH-). Each of R1 to R6 is one of an ethylene group (-CH 2 -CH 2 -) and a dicarbonyl group (-C(=O)-C(=O)-). Each of M1 to M4 is a metal element. Each of Y1 to Y4 is a halogen element. Each of n1 to n4 is an integer.)
A first device comprising: one or more processors ; and, memory in communication with the one or more processors, the memory comprising code that, when executed, causes the one or more processors to control the first device to: determine a transmission power for sending a first setup signal to a second device based on a first target receive power of the first setup signal at the second device , wherein the first target receive power is predetermined and stored in the first device; send the first setup signal to the second device using the determined transmission power ; receive a second setup signal from the second device at a second target receive power, wherein the second target receive power is the same as the first target receive power, and wherein the second target receive power is stored at the second device or received by the second device from the first device; sample the second setup signal and generate sampling results ; create a key using the sampling results and a threshold power based on the first target receive power ; and, utilize the key to exchange at least one data signal with the second device . one or more processors ; and, memory in communication with the one or more processors, the memory comprising code that, when executed, causes the one or more processors to control the first device to: determine a transmission power for sending a first setup signal to a second device based on a first target receive power of the first setup signal at the second device , wherein the first target receive power is predetermined and stored in the first device; send the first setup signal to the second device using the determined transmission power ; receive a second setup signal from the second device at a second target receive power, wherein the second target receive power is the same as the first target receive power, and wherein the second target receive power is stored at the second device or received by the second device from the first device; sample the second setup signal and generate sampling results ; create a key using the sampling results and a threshold power based on the first target receive power ; and, utilize the key to exchange at least one data signal with the second device . determine a transmission power for sending a first setup signal to a second device based on a first target receive power of the first setup signal at the second device , wherein the first target receive power is predetermined and stored in the first device; send the first setup signal to the second device using the determined transmission power ; receive a second setup signal from the second device at a second target receive power, wherein the second target receive power is the same as the first target receive power, and wherein the second target receive power is stored at the second device or received by the second device from the first device; sample the second setup signal and generate sampling results ; create a key using the sampling results and a threshold power based on the first target receive power ; and, utilize the key to exchange at least one data signal with the second device .
A lifting seating device, comprising a seat assembly , a lifting assembly and a base assembly placed on a ground, a lower end of the lifting assembly being mounted to the base assembly , and an upper end of the lifting assembly being connected to the seat assembly , wherein the lifting seating device further comprises an elastic shielding cover arranged to construct a circular side surface of the lifting seating device, upper and lower ends of the elastic shielding cover are respectively coupled to the seat assembly and the base assembly , and the elastic shielding cover extends and retracts with a lifting of the seat assembly under an action of the lifting assembly , and characterized in that the elastic shielding cover is always in a tensioned state when extending and retracting with the lifting of the seat assembly so that a middle portion of the circular side surface constructed by the elastic shielding cover forms a narrow waist part which is recessed inwards.
An ultrasonic test head for the non-destructive materials testing of a component , with an ultrasonic transducer arrangement , which is designed to be coupled to the component , which arrangement comprises a multiplicity of individual transducers arranged spaced apart from one another and in a two-dimensional array , wherein at least one of the individual transducers of the array is arranged at an acute angle with respect to a bearing surface of the array which is pre-definable in such a manner that the sound waves which can be emitted by the at least one individual transducer can be coupled in in a preferred direction , which deviates from a surface normal running perpendicular to the bearing surface , when the ultrasonic test head is placed onto the component , characterized in that the at least one individual transducer has a lateral extent (L) and a vertical extent (V) running perpendicular thereto, wherein the lateral extent (L) runs parallel to the bearing surface and the vertical extent (V) runs at an acute angle with respect to the bearing surface , wherein the vertical extent (V) has a magnitude, which is greater than the magnitude of the lateral extent (L).