mhurhangee/ep-ind-claims huggingface dataset:
An indoor unit of an air conditioning apparatus that is fixed with respect to a ceiling, the indoor unit comprising: an indoor unit casing having an air inlet and plural air outlets; plural airflow direction adjusting plates disposed in the air outlet respectively and being rotatable for adjusting the airflow direction of conditioned air blown out from the air outlet respectively, characterized in that an airflow direction adjusting control unit is configured to independently adjust the rotational states of the plural airflow direction adjusting plates respectively, and to position a body of at least any one of the plural airflow direction adjusting plates inside the corresponding air outlet so that an end portion on the lower side of the body is positioned more on the airflow upstream side in an air outlet flow path leading to the air outlet than the air outlet with a projecting front surface of the body facing the airflow upstream side of the air outlet flow path and a recessed back surface facing the airflow downstream side of the air outlet flow path to thereby put the airflow direction adjusting plate in an air volume reducing state in which the airflow direction adjusting plate reduces the volume of the conditioned air passing through the air outlet or a suppressing state in which the airflow direction adjusting plate suppresses the flow of the conditioned air heading from the air outlet toward the opposite side of the air inlet side. an indoor unit casing having an air inlet and plural air outlets; plural airflow direction adjusting plates disposed in the air outlet respectively and being rotatable for adjusting the airflow direction of conditioned air blown out from the air outlet respectively, characterized in that an airflow direction adjusting control unit is configured to independently adjust the rotational states of the plural airflow direction adjusting plates respectively, and to position a body of at least any one of the plural airflow direction adjusting plates inside the corresponding air outlet so that an end portion on the lower side of the body is positioned more on the airflow upstream side in an air outlet flow path leading to the air outlet than the air outlet with a projecting front surface of the body facing the airflow upstream side of the air outlet flow path and a recessed back surface facing the airflow downstream side of the air outlet flow path to thereby put the airflow direction adjusting plate in an air volume reducing state in which the airflow direction adjusting plate reduces the volume of the conditioned air passing through the air outlet or a suppressing state in which the airflow direction adjusting plate suppresses the flow of the conditioned air heading from the air outlet toward the opposite side of the air inlet side.
A compound having formula: wherein: - R9 is is the attachment to the nitrogen atom of the tetrahydroquinoline; - R1, R2, R3, R4 and R8 are independently chosen from the group consisting of: H, (C 1 -C 10)alkyl, (C 3 -C 10)cycloalkyl, (C 6 -C 10)aryl, (C 1 -C 6)alkylene-(C 6 -C 10)aryl and (C 3 -C 10)heteroaryl; said aryl and heteroaryl groups being possibly substituted by at least one substituent chosen from OH, NH 2, NO 2, (C 1 -C 6)alkyl and halogen; - R5 is an halogen atom; - R6 and R7 are independently chosen from the group consisting of H and halogen atoms; or its pharmaceutically acceptable salts, hydrates or hydrated salts or its polymorphic crystalline structures, racemates, diastereomers or enantiomers, for its use in the treatment and/or the prevention of a disease or of one or more of its symptom(s) wherein the Epac protein is involved, and wherein the disease is selected from the group consisting of inflammation, cancer, vascular diseases, kidney diseases, and cardiac diseases, and wherein said compound of formula is a selective inhibitor of the Epac 1 isoform. - R9 is is the attachment to the nitrogen atom of the tetrahydroquinoline; - R1, R2, R3, R4 and R8 are independently chosen from the group consisting of: H, (C 1 -C 10)alkyl, (C 3 -C 10)cycloalkyl, (C 6 -C 10)aryl, (C 1 -C 6)alkylene-(C 6 -C 10)aryl and (C 3 -C 10)heteroaryl; said aryl and heteroaryl groups being possibly substituted by at least one substituent chosen from OH, NH 2, NO 2, (C 1 -C 6)alkyl and halogen; - R5 is an halogen atom; - R6 and R7 are independently chosen from the group consisting of H and halogen atoms;
A programmable integrated circuit comprising: a plurality of clusters disposed on a plurality of cluster rows and a plurality of cluster columns, each cluster comprising programmable logic; an internal network on chip, iNOC, comprising iNOC rows and iNOC columns; and an external network on chip, eNOC, inside the programmable integrated circuit and outside the plurality of clusters, the eNOC surrounding the clusters in the periphery of the plurality of clusters and surrounding the iNOC, each iNOC row configured for transporting data, each iNOC row comprising connections to clusters in a cluster row, one connection to the eNOC at one end of the iNOC row, and another connection to the eNOC at the other end of the iNOC row, each iNOC column configured for transporting data, each iNOC column comprising connections to clusters in a cluster column, one connection to the eNOC at one end of the iNOC column, and another connection to the eNOC at the other end of the iNOC column. a plurality of clusters disposed on a plurality of cluster rows and a plurality of cluster columns, each cluster comprising programmable logic; an internal network on chip, iNOC, comprising iNOC rows and iNOC columns; and an external network on chip, eNOC, inside the programmable integrated circuit and outside the plurality of clusters, the eNOC surrounding the clusters in the periphery of the plurality of clusters and surrounding the iNOC, each iNOC row configured for transporting data, each iNOC row comprising connections to clusters in a cluster row, one connection to the eNOC at one end of the iNOC row, and another connection to the eNOC at the other end of the iNOC row, each iNOC column configured for transporting data, each iNOC column comprising connections to clusters in a cluster column, one connection to the eNOC at one end of the iNOC column, and another connection to the eNOC at the other end of the iNOC column.
A hinge for furniture, comprising at least two pair of leaves (2, 3) and a supporting profile, wherein the two pairs of leaves (2, 3) are mounted on the supporting profile, each pair of leaves (2, 3) is made up of two leaves (6, 7), comprising each one of them an anchoring plate to the piece of furniture, an end knuckle for mounting thereof on the profile and a connecting intermediate arm between the end knuckle and the leaf (6, 7), wherein both leaves (6, 7) are mounted in a transverse housing of the profile by means of as many parallel independent rotation pins, which extend through the knuckles and are mounted on the profile in a longitudinal direction; and wherein the knuckles of the leaves (6, 7) have teeth parallel to the rotation pins, which mesh with one another; characterised in that the transverse housing is formed in the supporting profile through an opening carried out therein from its central core, and in that the two pairs of leaves (2, 3) are mounted on as many housings of the profile, with the rotation pins of one pair of leaves and the other aligned along the profile, and in that the housings in which the different pairs of leaves (2, 3) are mounted, are located in positions axially spaced from each other and from the ends of the profile.
Cleaning equipment of a sealing tool, which is configured to remove foreign substances accumulated on first and second sealing blocks (21, 22) provided symmetrically in a vertical direction, the cleaning equipment comprising: a plasma generation device configured to generate plasma; and a torch device provided with a torch head configured tc eject the plasma generated in the plasma generation device to pressing surfaces (21a, 22a) of the first and second sealing blocks (21, 22) so as to remove the foreign substances accumulated on the pressing surfaces of the first and second sealing blocks (21, 22), wherein the torch head comprises: a first torch member provided with a first plasma outlet configured to eject the plasma generated in the plasma generation device to the pressing surface of the first sealing block; and a second torch member provided with a second plasma outlet configured to eject the plasma generated in the plasma generation device to the pressing surface of the second sealing block. a plasma generation device configured to generate plasma; and a torch device provided with a torch head configured tc eject the plasma generated in the plasma generation device to pressing surfaces (21a, 22a) of the first and second sealing blocks (21, 22) so as to remove the foreign substances accumulated on the pressing surfaces of the first and second sealing blocks (21, 22), wherein the torch head comprises: a first torch member provided with a first plasma outlet configured to eject the plasma generated in the plasma generation device to the pressing surface of the first sealing block; and a second torch member provided with a second plasma outlet configured to eject the plasma generated in the plasma generation device to the pressing surface of the second sealing block. a first torch member provided with a first plasma outlet configured to eject the plasma generated in the plasma generation device to the pressing surface of the first sealing block; and a second torch member provided with a second plasma outlet configured to eject the plasma generated in the plasma generation device to the pressing surface of the second sealing block.
Process for polymerizing lactams in molds, characterized in that it comprises: a) continuously feeding, in a mixing head, a lactam, a catalyst and an initiator; wherein the lactam, the catalyst and the initiator are each at a predetermined temperature comprised between 70-160oC for the lactam and 20-50oC for the catalyst and the initiator, and are independently fed in the head; b) continuously mixing in the head the lactam, the catalyst and the initiator, obtaining a reactive mixture; c) continuously feeding the reactive mixture obtained in phase b) to a mold; d) allowing the reactive mixture to polymerize in the mold; and, e) demolding the molded product. a) continuously feeding, in a mixing head, a lactam, a catalyst and an initiator; wherein the lactam, the catalyst and the initiator are each at a predetermined temperature comprised between 70-160oC for the lactam and 20-50oC for the catalyst and the initiator, and are independently fed in the head; b) continuously mixing in the head the lactam, the catalyst and the initiator, obtaining a reactive mixture; c) continuously feeding the reactive mixture obtained in phase b) to a mold; d) allowing the reactive mixture to polymerize in the mold; and, e) demolding the molded product.
A pipe laying machine for laying a pipe in a trench, comprising: - a first self-propelled chassis on which a driver's cab and a powertrain are located; - a beam connected at a first end to said chassis and which extends laterally therefrom; - a second moving chassis connected at a second end of said beam; and - a guiding and supporting element of a pipe, sliding on said beam toward and away from said self-propelled chassis; wherein said self-propelled chassis can travel on a track at the edge of said trench, said moving chassis can travel on the bottom of said trench, and said guiding and supporting element can translate to carry the pipe to said trench so that by moving the machine forward along a direction of forward movement the cantilevered portion of pipe is laid on the bottom of the trench. - a first self-propelled chassis on which a driver's cab and a powertrain are located; - a beam connected at a first end to said chassis and which extends laterally therefrom; - a second moving chassis connected at a second end of said beam; and - a guiding and supporting element of a pipe, sliding on said beam toward and away from said self-propelled chassis;
A system for analyzing a diametrical deformation of a tube, comprising a sensor for following the deformation of the tube, characterized in that it further comprises a deformation limiter (14, 15) to delimit at an area of the tube in line with the sensor the extent of an additional deformation of the tube beyond a nominal deformation.
Method for immediate and reaction-free transmission of log messages from at least one first network to a second network, wherein: - the log messages are conveyed in the first network from at least one device to a first log server, - the log messages are monitored continuously by means of a monitoring device, and the log messages are forwarded to the second network individually and at once, - each individual monitored log message is transmitted from the first network to the second network in a reaction-free manner via a one-way data transmission unit, and - the log messages are provided in the second network to a second log server, wherein the monitored and conveyed log messages are evaluated in the second network and an integrity check on the log messages is performed. - the log messages are conveyed in the first network from at least one device to a first log server, - the log messages are monitored continuously by means of a monitoring device, and the log messages are forwarded to the second network individually and at once, - each individual monitored log message is transmitted from the first network to the second network in a reaction-free manner via a one-way data transmission unit, and - the log messages are provided in the second network to a second log server,
A method for processing at least one data value in a read channel of a memory device (200, 300, 400, 500), said method comprising: - receiving said at least one data value from a memory media (210, 310, 410, 510) at the read channel (220, 320), characterized in the step of a) decoding said at least one data value and providing it to a general purpose processor (270, 370, 470, 560), and b) bypassing said decoding step and redirecting said at least one data value to the general purpose processor (270, 370, 470, 560), wherein the step b is selected if one or more predefined bypass conditions: detection of a decoding failure, low reliability of detected or decoded data, a requirement to process the at least one data value offline and a requirement to process the at least one data value at a lower data rate exists. - receiving said at least one data value from a memory media (210, 310, 410, 510) at the read channel (220, 320), a) decoding said at least one data value and providing it to a general purpose processor (270, 370, 470, 560), and b) bypassing said decoding step and redirecting said at least one data value to the general purpose processor (270, 370, 470, 560),
A method in a radio network element of providing hybrid automatic repeat request, HARQ, feedback, the method comprising: receiving, from a wireless transmitter, an indication of one or more intervals during a transmission time interval, TTI, at which to decode one or more partial subsets of a set of coded bits; receiving, from the wireless transmitter, a first set of coded bits, wherein the first set of coded bits is a partial subset of the set of coded bits to be received during the TTI; decoding the first set of coded bits at the one or more intervals during the TTI; determining a first decoding indicator based on the success or failure of the decoding of the first set of coded bits; and communicating the first decoding indicator to the wireless transmitter; wherein the method further comprises: receiving, from the wireless transmitter, a second set of coded bits different from the first set of coded bits, wherein the second set of coded bits is a partial subset of the set of coded bits to be received during the TTI; decoding the second set of coded bits; determining a second decoding indicator based on the success or failure of the decoding of the second set of coded bits; and communicating, to the wireless transmitter, the first decoding indicator in combination with the second decoding indicator by forming a combined decoding indicator. receiving, from a wireless transmitter, an indication of one or more intervals during a transmission time interval, TTI, at which to decode one or more partial subsets of a set of coded bits; receiving, from the wireless transmitter, a first set of coded bits, wherein the first set of coded bits is a partial subset of the set of coded bits to be received during the TTI; decoding the first set of coded bits at the one or more intervals during the TTI; determining a first decoding indicator based on the success or failure of the decoding of the first set of coded bits; and communicating the first decoding indicator to the wireless transmitter; wherein the method further comprises: receiving, from the wireless transmitter, a second set of coded bits different from the first set of coded bits, wherein the second set of coded bits is a partial subset of the set of coded bits to be received during the TTI; decoding the second set of coded bits; determining a second decoding indicator based on the success or failure of the decoding of the second set of coded bits; and communicating, to the wireless transmitter, the first decoding indicator in combination with the second decoding indicator by forming a combined decoding indicator. receiving, from the wireless transmitter, a second set of coded bits different from the first set of coded bits, wherein the second set of coded bits is a partial subset of the set of coded bits to be received during the TTI; decoding the second set of coded bits; determining a second decoding indicator based on the success or failure of the decoding of the second set of coded bits; and communicating, to the wireless transmitter, the first decoding indicator in combination with the second decoding indicator by forming a combined decoding indicator.
A fixation robot enabling the alignment of fractured bones in orthopaedic operations and comprising; - a fixed retainer jaw connected to one piece of said fractured bone; - a moving retainer jaw connected to the other piece of said fractured bone; and - a motion transfer assembly providing motion to said moving retainer jaw, comprising a Y-plane advancer parallel to the ground, and said motion transfer assembly characterized in that it further comprises - an X-plane advancer at an angle of 90° with respect to the Y-plane advancer and moving linearly on the Y-plane advancer, - a Z-plane advancer moving vertically with respect to the ground and moving linearly on the X-plane advancer, - a moving column carrying the moving retainer jaw and moving linearly on the Z-plane advancer, - a cardan shaft associated with moving retainer jaw and providing rotational movement to the moving retainer jaw around the x, y and z axes by being driven plurality of motors and reducers from different directions. - a fixed retainer jaw connected to one piece of said fractured bone; - a moving retainer jaw connected to the other piece of said fractured bone; and - a motion transfer assembly providing motion to said moving retainer jaw, - an X-plane advancer at an angle of 90° with respect to the Y-plane advancer and moving linearly on the Y-plane advancer, - a Z-plane advancer moving vertically with respect to the ground and moving linearly on the X-plane advancer, - a moving column carrying the moving retainer jaw and moving linearly on the Z-plane advancer, - a cardan shaft associated with moving retainer jaw and providing rotational movement to the moving retainer jaw around the x, y and z axes by being driven plurality of motors and reducers from different directions.
A water-based ink for ink-jet printing, comprising a pigment, a carboxy group-containing polymer, an organic solvent, an acetylene glycol compound and water, in which: the organic solvent comprises an organic solvent (c-1) having a relative permittivity (ε r) of not less than 27 and not more than 38 as measured at 23°C; a content of the organic solvent in the water-based ink is not less than 37% by mass and not more than 55% by mass; a content of the organic solvent (c-1) in the water-based ink is not less than 33% by mass and not more than 55% by mass; a mass ratio of the organic solvent (c-1) to the organic solvent [organic solvent (c-1)/organic solvent] is not less than 0.75; the acetylene glycol compound comprises an acetylene glycol (d-1) having an average molar degree of ethoxylation of not less than 4 mol and not more than 15 mol, and an acetylene glycol (d-2) having an average molar degree of ethoxylation of less than 4 mol; a mass ratio of the acetylene glycol (d-1) to the acetylene glycol (d-2) [acetylene glycol (d-1)/acetylene glycol (d-2)] is not less than 1 and not more than 23; and a mass ratio of the organic solvent (c-1) to the acetylene glycol compound [organic solvent (c-1)/acetylene glycol compound] is not less than 20 and not more than 40. the organic solvent comprises an organic solvent (c-1) having a relative permittivity (ε r) of not less than 27 and not more than 38 as measured at 23°C; a content of the organic solvent in the water-based ink is not less than 37% by mass and not more than 55% by mass; a content of the organic solvent (c-1) in the water-based ink is not less than 33% by mass and not more than 55% by mass; a mass ratio of the organic solvent (c-1) to the organic solvent [organic solvent (c-1)/organic solvent] is not less than 0.75; the acetylene glycol compound comprises an acetylene glycol (d-1) having an average molar degree of ethoxylation of not less than 4 mol and not more than 15 mol, and an acetylene glycol (d-2) having an average molar degree of ethoxylation of less than 4 mol; a mass ratio of the acetylene glycol (d-1) to the acetylene glycol (d-2) [acetylene glycol (d-1)/acetylene glycol (d-2)] is not less than 1 and not more than 23; and a mass ratio of the organic solvent (c-1) to the acetylene glycol compound [organic solvent (c-1)/acetylene glycol compound] is not less than 20 and not more than 40.