mhurhangee/patent-ind-claim-en huggingface dataset:
An airfoil , comprising: a. an outer surface having a leading edge , a trailing edge downstream from the leading edge , and a convex surface between the leading and trailing edges ; b. a cavity inside the outer surface ; c. a platform connected to the outer surface , wherein the platform defines a top surface around at least a portion of the outer surface ; d. a first plurality of trenches beneath the top surface of the platform upstream from the leading edge , e. a first plurality of cooling passages that provide fluid communication from the first plurality of trenches through the top surface of the platform ; and f. a plenum inside the platform in fluid communication with the cavity and the first plurality of trenches ; the plenum comprising a plurality of separate chambers characterized in that each chamber is configured to connect a specific portion of the cavity to a specific group of trenches . a. an outer surface having a leading edge , a trailing edge downstream from the leading edge , and a convex surface between the leading and trailing edges ; b. a cavity inside the outer surface ; c. a platform connected to the outer surface , wherein the platform defines a top surface around at least a portion of the outer surface ; d. a first plurality of trenches beneath the top surface of the platform upstream from the leading edge , e. a first plurality of cooling passages that provide fluid communication from the first plurality of trenches through the top surface of the platform ; and f. a plenum inside the platform in fluid communication with the cavity and the first plurality of trenches ; the plenum comprising a plurality of separate chambers characterized in that each chamber is configured to connect a specific portion of the cavity to a specific group of trenches .
A method for manufacturing a denture, comprising: preparing an artificial tooth and a denture base provided with a concave socket in which the artificial tooth is embedded; applying an adhesive to the socket ; and embedding the artificial tooth in the socket to which the adhesive is applied, wherein multiple grooves are provided on at least one of a surface of the artificial tooth on the side embedded in the socket and an inner surface defining the socket , wherein the multiple grooves include a groove extending to the lingual side, and wherein the embedding the artificial tooth in the socket includes forming a discharge hole exposing an end side of the groove extending to the lingual side from the denture base to discharge the adhesive , and discharging the adhesive from the discharge hole , wherein preparing the artificial tooth and the denture base includes preparing the artificial tooth provided with a first groove and a second groove , the first groove extending from a basal surface to a lingual side surface of the artificial tooth , and the second groove extending from the basal surface to a buccal or labial side surface of the artificial tooth , wherein an end of the first groove extending on the lingual side surface is located on a crown side relative to a cervical line on the lingual side of the artificial tooth , and wherein an end of the second groove extending on the buccal or labial side surface is located on a root side relative to the cervical line on the buccal or labial side of the artificial tooth . preparing an artificial tooth and a denture base provided with a concave socket in which the artificial tooth is embedded; applying an adhesive to the socket ; and embedding the artificial tooth in the socket to which the adhesive is applied, wherein multiple grooves are provided on at least one of a surface of the artificial tooth on the side embedded in the socket and an inner surface defining the socket , wherein the multiple grooves include a groove extending to the lingual side, and wherein the embedding the artificial tooth in the socket includes forming a discharge hole exposing an end side of the groove extending to the lingual side from the denture base to discharge the adhesive , and discharging the adhesive from the discharge hole , wherein preparing the artificial tooth and the denture base includes preparing the artificial tooth provided with a first groove and a second groove , the first groove extending from a basal surface to a lingual side surface of the artificial tooth , and the second groove extending from the basal surface to a buccal or labial side surface of the artificial tooth , wherein an end of the first groove extending on the lingual side surface is located on a crown side relative to a cervical line on the lingual side of the artificial tooth , and wherein an end of the second groove extending on the buccal or labial side surface is located on a root side relative to the cervical line on the buccal or labial side of the artificial tooth .
A semiconductor device comprising: a first fabric operable in a plurality of modes; and mode memory to store information indicative of one of the plurality of modes in which the first fabric is to run; wherein the fabric comprises: logic coupled to the mode memory to control processing of read and write requests to memory received by the first fabric according to the mode identified by the information indicative, wherein the logic is configured to handle ordering and coherency for the read and write requests received by the first fabric based on the mode identified by reading the mode memory, wherein the plurality of modes comprises: a first mode in which a memory controller is connected to the first fabric ; a second mode in which a memory controller is connected to a non-coherent input/output, I/O, fabric connected to the first fabric ; and a third mode in which an intellectual property, IP, core is connected to a memory controller connected to a non-coherent input/output, I/O, fabric connected to the first fabric . a first fabric operable in a plurality of modes; and mode memory to store information indicative of one of the plurality of modes in which the first fabric is to run; wherein the fabric comprises: logic coupled to the mode memory to control processing of read and write requests to memory received by the first fabric according to the mode identified by the information indicative, wherein the logic is configured to handle ordering and coherency for the read and write requests received by the first fabric based on the mode identified by reading the mode memory, wherein the plurality of modes comprises: a first mode in which a memory controller is connected to the first fabric ; a second mode in which a memory controller is connected to a non-coherent input/output, I/O, fabric connected to the first fabric ; and a third mode in which an intellectual property, IP, core is connected to a memory controller connected to a non-coherent input/output, I/O, fabric connected to the first fabric . a first mode in which a memory controller is connected to the first fabric ; a second mode in which a memory controller is connected to a non-coherent input/output, I/O, fabric connected to the first fabric ; and a third mode in which an intellectual property, IP, core is connected to a memory controller connected to a non-coherent input/output, I/O, fabric connected to the first fabric .
A vaccine composition comprising an attenuated strain of Tilapia Lake Virus (TiLV), wherein said TiLV comprises a TiLV-specific 250 bp sequence that is detected by a One-Step Real-Time PCR assay designed as a single-tube PCR probe hydrolysis (TaqMan) assay using the following PCR probes (i) forward primer 5'-GTTGGGCACAAGGCATCCTA-3' and reverse primer 5'-TATCACGTGCGTACTCGTTCAGT-3' and (ii) fluorogenic probe 5'-AGGGAACGGCTATTG-3'.
A vehicle environment detection system adapted to be mounted in an ego vehicle and comprising at least one vehicle environment sensor arrangement and a main control unit , where the vehicle environment detection system is arranged to detect and track at least one oncoming vehicle , where the vehicle environment detection system is arranged to determine whether the ego vehicle has entered a curve , characterized in that when the vehicle environment detection system has determined that the ego vehicle has entered a curve , for each tracked oncoming vehicle , the main control unit is arranged to: - determine a common curve with a radius (R), along which common curve the ego vehicle is assumed to travel; - determine a measured oncome direction of said tracked oncoming vehicle on the common curve , corresponding to an oncome angle (θ track ) with respect to a predetermined axis (x); - determine a difference angle (δ) between said measured oncome direction and an oncome direction corresponding to if the oncoming vehicle would be moving along the common curve ; - compare the difference angle (δ) with a threshold angle θ max ); and - determine that the oncoming vehicle is crossing if the difference angle (δ) has been determined to exceed the threshold angle (θ max ). - determine a common curve with a radius (R), along which common curve the ego vehicle is assumed to travel; - determine a measured oncome direction of said tracked oncoming vehicle on the common curve , corresponding to an oncome angle (θ track ) with respect to a predetermined axis (x); - determine a difference angle (δ) between said measured oncome direction and an oncome direction corresponding to if the oncoming vehicle would be moving along the common curve ; - compare the difference angle (δ) with a threshold angle θ max ); and - determine that the oncoming vehicle is crossing if the difference angle (δ) has been determined to exceed the threshold angle (θ max ).
A method of operating a user equipment , UE, in a wireless communications network, the method comprising: determining , by the UE, a potential collision between a scheduled uplink transmission and an uplink transmission of an acknowledgement / negative acknowledgement, ACK/NACK, signal, both the scheduled uplink transmission and the uplink transmission of ACK/NACK are to be transmitted by the UE; in response to determining the potential collision, refraining, by the UE , from transmitting the scheduled uplink transmission; characterized by delivering , by the UE , an ACK for the scheduled uplink transmission from the physical layer to higher layers; and refraining, by the UE, from transmitting a subsequent non-adaptive retransmission for the scheduled uplink transmission. determining , by the UE, a potential collision between a scheduled uplink transmission and an uplink transmission of an acknowledgement / negative acknowledgement, ACK/NACK, signal, both the scheduled uplink transmission and the uplink transmission of ACK/NACK are to be transmitted by the UE; in response to determining the potential collision, refraining, by the UE , from transmitting the scheduled uplink transmission; characterized by delivering , by the UE , an ACK for the scheduled uplink transmission from the physical layer to higher layers; and refraining, by the UE, from transmitting a subsequent non-adaptive retransmission for the scheduled uplink transmission. refraining, by the UE , from transmitting the scheduled uplink transmission; characterized by delivering , by the UE , an ACK for the scheduled uplink transmission from the physical layer to higher layers; and refraining, by the UE, from transmitting a subsequent non-adaptive retransmission for the scheduled uplink transmission.
A system, comprising: a print head comprising a nozzle ; a print surface ; an infrared sensor to detect the temperature of a location of the print surface upon firing the nozzle to eject a drop of printing fluid to the location of the print surface; a processor to determine whether the nozzle ejected the drop properly using the detected temperature. a print head comprising a nozzle ; a print surface ; an infrared sensor to detect the temperature of a location of the print surface upon firing the nozzle to eject a drop of printing fluid to the location of the print surface; a processor to determine whether the nozzle ejected the drop properly using the detected temperature.
A monorail car having a front end and a read end , said monorail car comprising: a body , said body having a shell and a floor defining a passenger area there in between; a front load wheel , said front load wheel being installed proximate said front end and laterally centered with said body , said front load wheel having a spinning axis , said front load wheel at least partially protruding through said floor ; a rear load wheel , said rear load wheel being installed proximate said rear end and laterally centered with said body ; a first row of seats comprising at least a first seat , said first seat being installed within said passenger area and facing said front end , said first seat being further installed at least partially between said front end and said spinning axis of said front load wheel ; a second row of seats , said second row of seats being installed back to the first row of seats and facing the rear end , characterized in that said floor comprises an upper floor portion and a lower floor portion , said upper floor portion extending horizontally between said front end and said first row of seats , said upper floor portion being located at a higher level than that of said lower floor portion , and said first row of seats is installed higher than said second row of seats with respect to the lower floor portion . a body , said body having a shell and a floor defining a passenger area there in between; a front load wheel , said front load wheel being installed proximate said front end and laterally centered with said body , said front load wheel having a spinning axis , said front load wheel at least partially protruding through said floor ; a rear load wheel , said rear load wheel being installed proximate said rear end and laterally centered with said body ; a first row of seats comprising at least a first seat , said first seat being installed within said passenger area and facing said front end , said first seat being further installed at least partially between said front end and said spinning axis of said front load wheel ; a second row of seats , said second row of seats being installed back to the first row of seats and facing the rear end , characterized in that said floor comprises an upper floor portion and a lower floor portion , said upper floor portion extending horizontally between said front end and said first row of seats , said upper floor portion being located at a higher level than that of said lower floor portion , and said first row of seats is installed higher than said second row of seats with respect to the lower floor portion .
Method for managing communication of a terminal in a local area network controlled by a residential gateway and equipped with a plurality of network access points , the gateway comprising a communication management device (PIL), said terminal being connected to a first access point and able to communicate with at least one second network access point , which is distinct from the first one, the method comprising the following steps on the communication management device: - receiving (E11) a notification (MSG1) from the first access point comprising an indication (Q_AP11-T4) of the decline in quality relating to the quality of communication between the terminal and said first access point; - on receiving this notification, sending (E13) a wake-up message (MSG3) to an access point in the plurality of access points which is distinct from the first one, referred to as the current second access point ; - obtaining (E14) at least one indication (MSG4, Q_AP12-T4) of quality relating to the quality of communication between the terminal and said current second access point; - depending on the indication (Q_AP12-T4) of quality, selecting (E17) said current second access point in order to associate it with the terminal . - receiving (E11) a notification (MSG1) from the first access point comprising an indication (Q_AP11-T4) of the decline in quality relating to the quality of communication between the terminal and said first access point; - on receiving this notification, sending (E13) a wake-up message (MSG3) to an access point in the plurality of access points which is distinct from the first one, referred to as the current second access point ; - obtaining (E14) at least one indication (MSG4, Q_AP12-T4) of quality relating to the quality of communication between the terminal and said current second access point; - depending on the indication (Q_AP12-T4) of quality, selecting (E17) said current second access point in order to associate it with the terminal .
Anti-vandalism padlock to hold elements to link such as chains, latches or the like safely, the padlock comprising an anterior armour , a posterior armour and a tumbler cam lock , the anterior and posterior armours couple mutually in respective cutting faces forming only one structure, the tumbler cam lock being inserted from the exterior face of the anterior armour to a plain cutting face of said armour through a passing aperture on an axis of symmetry of the anterior armour and through a non-passing aperture which projects out parallel to a symmetry axis of said posterior armour from a plain cutting face of the posterior armour to its interior, the locking device constituting attachment means between the anterior and posterior armours , wherein there also are coupling means on the plain cutting faces of posterior and anterior armours between a first element to link and a second element to link, wherein the coupling means of the first and the second elements to link are defined on the anterior armour by a first and a second straight indentations , which are parallel between each other, and in the posterior armour said coupling means are defined by a first and a second straight indentations , which are parallel between each other, these first and second indentations couple with the respective first and second indentations on the anterior armour , characterized in that the first and the second straight indentations , defined on the cutting face of the anterior armour , project out from the respective superior and inferior extremes of first and second curved indentations .
A polymeric aminoacrylate comprising moieties of poly(alkylene glycol) diacrylate and moieties of bireactive amine, wherein the poly(alkylene oxide) cores of the poly(alkylene glycol) diacrylate moieties have the formula:(C n H 2n O) x , where n is 1 to 6 and x is 4 to 50, and wherein the bireactive amine moieties are selected from primary alkyl amines, primary alkanolamines, primary alkoxyamines, primary alkylamines substituted with tertiary amine, primary alkylamines substituted with aryl, heterocyclic amines having two secondary amine groups, and combinations thereof.
A printing apparatus comprising: a laser device configured to direct a laser beam onto a recording medium for printing target information on the recording medium; an adjustment unit configured to calculate a power of the laser beam to be directed onto the recording medium based on optical properties of the recording medium (RL) and optical properties of an irradiation stand provided opposite the laser device across the recording medium (RL), and adjust the power of the laser beam or an irradiation time of the laser beam, wherein the adjustment unit calculates an equation of C = 1 − R 1 + R 2 + T × P × t and adjusts a value of (P×t) to set a constant value for C, wherein R1 is a ratio of energy of the laser beam reflected from the recording medium (RL), wherein R2 is a ratio of energy of the laser beam that passes through the recording medium (RL) and is reflected by the irradiation stand , and passes through the recording medium (RL) again, wherein T is a ratio of energy of the laser beam that passes through the recording medium (RL) and the irradiation stand , wherein P is the power of the laser beam irradiated onto the recording medium (RL), and wherein t is the irradiation time of the laser beam per unit area of the recording medium (RL); and an irradiation control unit configured to control the laser device to direct the laser beam onto the recording medium (RL) based on the power and irradiation time as adjusted by the adjustment unit . a laser device configured to direct a laser beam onto a recording medium for printing target information on the recording medium; an adjustment unit configured to calculate a power of the laser beam to be directed onto the recording medium based on optical properties of the recording medium (RL) and optical properties of an irradiation stand provided opposite the laser device across the recording medium (RL), and adjust the power of the laser beam or an irradiation time of the laser beam, wherein R1 is a ratio of energy of the laser beam reflected from the recording medium (RL), wherein R2 is a ratio of energy of the laser beam that passes through the recording medium (RL) and is reflected by the irradiation stand , and passes through the recording medium (RL) again, wherein T is a ratio of energy of the laser beam that passes through the recording medium (RL) and the irradiation stand , wherein P is the power of the laser beam irradiated onto the recording medium (RL), and wherein t is the irradiation time of the laser beam per unit area of the recording medium (RL); and an irradiation control unit configured to control the laser device to direct the laser beam onto the recording medium (RL) based on the power and irradiation time as adjusted by the adjustment unit .
A flow straightener , comprising: a conical-shaped portion having a first end and a second end substantially opposite the first end, wherein the first end has a bigger diameter than the second end; and a plurality of liquid directing vanes extending from the conical-shaped portion , wherein each of the plurality of liquid directing vanes are located at a different location on the conical-shaped portion and are oriented parallel to a longitudinal center axis of the conical-shaped portion ; and wherein the plurality of liquid directing vanes extend from the conical-shaped portion such that the plurality of liquid directing vanes are located on an upper half with respect to a horizontal centerline of the conical-shaped portion and a lower half with respect to the horizontal centerline of the conical-shaped portion ; characterized in that each of the plurality of liquid directing vanes are shaped having a tapered tail located beyond the perimeter of the first end of the conical-shaped portion in a direction opposite the second end along the longitudinal center axis of the conical-shaped portion , and in that the tapered tail of each of the plurality of liquid directing vanes creates a triangular-shaped gap between an inside edge of a vane of the plurality of liquid directing vanes of the upper half and an inside edge of an adjacent vane of the plurality of liquid directing vanes of the lower half. a conical-shaped portion having a first end and a second end substantially opposite the first end, wherein the first end has a bigger diameter than the second end; and a plurality of liquid directing vanes extending from the conical-shaped portion , wherein each of the plurality of liquid directing vanes are located at a different location on the conical-shaped portion and are oriented parallel to a longitudinal center axis of the conical-shaped portion ; and wherein the plurality of liquid directing vanes extend from the conical-shaped portion such that the plurality of liquid directing vanes are located on an upper half with respect to a horizontal centerline of the conical-shaped portion and a lower half with respect to the horizontal centerline of the conical-shaped portion ; characterized in that each of the plurality of liquid directing vanes are shaped having a tapered tail located beyond the perimeter of the first end of the conical-shaped portion in a direction opposite the second end along the longitudinal center axis of the conical-shaped portion , and in that the tapered tail of each of the plurality of liquid directing vanes creates a triangular-shaped gap between an inside edge of a vane of the plurality of liquid directing vanes of the upper half and an inside edge of an adjacent vane of the plurality of liquid directing vanes of the lower half.