mhurhangee/ep-ind-claims huggingface dataset:
A scroll compressor comprising: a casing comprising a rotation shaft; a discharge cover fixed inside the casing to partition the inside of the casing into a suction space and a discharge space; a first scroll rotating by the rotation shaft to perform an orbiting motion; a second scroll disposed on a side of the first scroll to define a plurality of compression chambers together with the first scroll, the second scroll having an intermediate pressure discharge hole communicating with a compression chamber having an intermediate pressure of the plurality of compression chambers; a back pressure plate coupled to the second scroll, the back pressure plate having an intermediate pressure suction hole communicating with the intermediate pressure discharge hole; a floating plate movably disposed on a side of the back pressure plate to define a back pressure chamber together with the back pressure plate; characterized in that a discharge guide defined in the first scroll to guide discharge of a refrigerant within the back pressure chamber; wherein the first scroll comprises a first head plate coupled to the rotation shaft; a first wrap extending from the first head plate in one direction, and wherein the discharge guide comprises a recessed part that is defined by recessing at least a portion of the first wrap. a casing comprising a rotation shaft; a discharge cover fixed inside the casing to partition the inside of the casing into a suction space and a discharge space; a first scroll rotating by the rotation shaft to perform an orbiting motion; a second scroll disposed on a side of the first scroll to define a plurality of compression chambers together with the first scroll, the second scroll having an intermediate pressure discharge hole communicating with a compression chamber having an intermediate pressure of the plurality of compression chambers; a back pressure plate coupled to the second scroll, the back pressure plate having an intermediate pressure suction hole communicating with the intermediate pressure discharge hole; a floating plate movably disposed on a side of the back pressure plate to define a back pressure chamber together with the back pressure plate; characterized in that a discharge guide defined in the first scroll to guide discharge of a refrigerant within the back pressure chamber; wherein the first scroll comprises a first head plate coupled to the rotation shaft; a first wrap extending from the first head plate in one direction, and wherein the discharge guide comprises a recessed part that is defined by recessing at least a portion of the first wrap.
A battery pack, comprising: a plurality of cell assemblies respectively including battery cells having electrode terminals formed at upper and lower portions thereof and a cell housing for accommodating the battery cells so that the electrode terminals are exposed to the outside, the plurality of cell assemblies being arranged in a front and rear direction; a first metal plate mounted at a top portion of the cell housing and integrally contacting the upper electrode terminals of the battery cells; and a second metal plate mounted at a bottom portion of the cell housing and integrally contacting the lower electrode terminals of the battery cells, wherein the cell housing includes a side portion that has a slit forming a gap into which a part of the first metal plate and a part of the second metal plate are bent and inserted in an upper and lower direction and a perforated hole formed in a direction intersecting the slit, and the bent part of the first metal plate mounted to any one cell housing is overlapped with the bent part of the second metal plate mounted to another the cell housing adjacent thereto inside the perforated hole. a plurality of cell assemblies respectively including battery cells having electrode terminals formed at upper and lower portions thereof and a cell housing for accommodating the battery cells so that the electrode terminals are exposed to the outside, the plurality of cell assemblies being arranged in a front and rear direction; a first metal plate mounted at a top portion of the cell housing and integrally contacting the upper electrode terminals of the battery cells; and a second metal plate mounted at a bottom portion of the cell housing and integrally contacting the lower electrode terminals of the battery cells, wherein the cell housing includes a side portion that has a slit forming a gap into which a part of the first metal plate and a part of the second metal plate are bent and inserted in an upper and lower direction and a perforated hole formed in a direction intersecting the slit, and the bent part of the first metal plate mounted to any one cell housing is overlapped with the bent part of the second metal plate mounted to another the cell housing adjacent thereto inside the perforated hole.
Kit for the protection and maintenance of catheters, characterised in that it comprises: - on the one hand, a pad including an internal face and an external face, opposite to the internal face, the internal face of the pad is intended to be applied onto the skin of a patient around a catheter, the pad with a cavity shaped to accommodate a non-invasive section (head or fitting) of catheter, a thin and flexible covering film, the covering film with a central section integral of the pad and surrounding overflowing section attached and not glued, that extends outwards from said central section, around the pad, the external face of the pad being applied against an internal face of the covering film intended to be applied on the skin of the patient, and, - on the other hand, a package containing an adhesive which is waterproof and non-allergenic, this package with an outlet port shaped to allow positioning of a bead of the adhesive connecting locally to the skin of the patient and the internal face of the covering film, the bead of the adhesive coming into contact with the surrounding section of attached covering film. - on the one hand, a pad including an internal face and an external face, opposite to the internal face, the internal face of the pad is intended to be applied onto the skin of a patient around a catheter, the pad with a cavity shaped to accommodate a non-invasive section (head or fitting) of catheter, a thin and flexible covering film, the covering film with a central section integral of the pad and surrounding overflowing section attached and not glued, that extends outwards from said central section, around the pad, the external face of the pad being applied against an internal face of the covering film intended to be applied on the skin of the patient, and, - on the other hand, a package containing an adhesive which is waterproof and non-allergenic, this package with an outlet port shaped to allow positioning of a bead of the adhesive connecting locally to the skin of the patient and the internal face of the covering film, the bead of the adhesive coming into contact with the surrounding section of attached covering film.
A wet connect apparatus operable in down-hole environments, the wet connect apparatus comprising: a female component defining an inner annular wall having at least one electrode defined thereon, the at least one electrode in electrical communication with a down-hole tool associated with the female component; a male component at least partially disposed within the inner annular wall, the male component in electrical communication with up-hole equipment; and an annular electrical contact establishing electrical continuity between the male and female components, the annular electrical contact comprising: a resilient outer member constructed of a coiled spring having its ends fused together; and an inner retention member disposed within the resilient outer member and operable to provide a radial bias to the resilient outer member, the inner retention member constructed of a gift ring defining a coil extending in a direction generally orthogonal to a direction of a coil defining the coiled spring; wherein: the male component further comprises an outer circumferential wall defined by at least one conductive ring and at least one electrically insulating ring; the at least one conductive ring and the at least one electrically insulating ring are interspaced in an axial direction; and the at least one conductive ring defines an annular groove, the annular groove providing a seat in which the annular electrical contact is retained. a female component defining an inner annular wall having at least one electrode defined thereon, the at least one electrode in electrical communication with a down-hole tool associated with the female component; a male component at least partially disposed within the inner annular wall, the male component in electrical communication with up-hole equipment; and an annular electrical contact establishing electrical continuity between the male and female components, the annular electrical contact comprising: a resilient outer member constructed of a coiled spring having its ends fused together; and an inner retention member disposed within the resilient outer member and operable to provide a radial bias to the resilient outer member, the inner retention member constructed of a gift ring defining a coil extending in a direction generally orthogonal to a direction of a coil defining the coiled spring; a resilient outer member constructed of a coiled spring having its ends fused together; and an inner retention member disposed within the resilient outer member and operable to provide a radial bias to the resilient outer member, the inner retention member constructed of a gift ring defining a coil extending in a direction generally orthogonal to a direction of a coil defining the coiled spring; the male component further comprises an outer circumferential wall defined by at least one conductive ring and at least one electrically insulating ring; the at least one conductive ring and the at least one electrically insulating ring are interspaced in an axial direction; and the at least one conductive ring defines an annular groove, the annular groove providing a seat in which the annular electrical contact is retained.
A capsule for an aerosol-generating device (300; 700), comprising: a shell comprising a base and at least one side wall extending from the base, the shell containing an aerosol-forming substrate having a solid component and comprising at least one of a nicotine salt matrix and tobacco; and a lid sealed on the at least one side wall for forming a sealed capsule, wherein, the base comprises a recess extending into said shell along the longitudinal axis of the capsule for receiving a heater of an aerosol-generating device (300; 700). a shell comprising a base and at least one side wall extending from the base, the shell containing an aerosol-forming substrate having a solid component and comprising at least one of a nicotine salt matrix and tobacco; and a lid sealed on the at least one side wall for forming a sealed capsule, wherein, the base comprises a recess extending into said shell along the longitudinal axis of the capsule for receiving a heater of an aerosol-generating device (300; 700).
A recombinant adeno-associated virus comprising an AAV9 capsid having the amino acid sequence of SEQ ID NO:2 or an amino acid sequence at least 95% identical thereto, said recombinant AAV further comprising a minigene having AAV inverted terminal repeats and a transgene operably linked to regulatory sequences which direct its expression in a host cell.
A method (1000, 1100) comprising: receiving, at a device in a network, a message from a neighboring device that identifies an electrical phase on which the message was sent, wherein the message from the neighboring device is a node discovery beacon message, the node discovery beacon message being transmitted occasionally by the neighboring device to announce its presence and support neighbor discovery; identifying crosstalk between the device and the neighboring device by determining that the message was received on a different electrical phase than the phase on which the message was sent, wherein the identified electrical phase in the received message is used by the device to determine whether the message was received on a different electrical phase than the one on which the message was sent; and identifying one or more distinct communication channels between the device and the neighboring device based on the identified crosstalk, each communication channel comprising one or more electrical phases; sending tone map request messages to the neighboring device on different electrical phases to probe a particular communication channel; receiving one or more tone map responses from the neighboring device that include cross talk observations by the neighboring device; and using the one or more tone map responses to validate the particular communication channel. receiving, at a device in a network, a message from a neighboring device that identifies an electrical phase on which the message was sent, wherein the message from the neighboring device is a node discovery beacon message, the node discovery beacon message being transmitted occasionally by the neighboring device to announce its presence and support neighbor discovery; identifying crosstalk between the device and the neighboring device by determining that the message was received on a different electrical phase than the phase on which the message was sent, wherein the identified electrical phase in the received message is used by the device to determine whether the message was received on a different electrical phase than the one on which the message was sent; and identifying one or more distinct communication channels between the device and the neighboring device based on the identified crosstalk, each communication channel comprising one or more electrical phases; sending tone map request messages to the neighboring device on different electrical phases to probe a particular communication channel; receiving one or more tone map responses from the neighboring device that include cross talk observations by the neighboring device; and using the one or more tone map responses to validate the particular communication channel.
A method for metering granular material, in particular, in connection with a distribution method and/or sowing method, in which method the granular material that is being conveyed by an airflow is conducted in a separated and/or equalized manner with approximately regularly spaced-apart grains through at least one metering unit located in one of a plurality of seed tubes to an outlet tube or a seed tube or, as applicable, to a seed coulter or fertilizer coulter, wherein a motor-driven and rotating conveying element and/or metering element and/or separating element is arranged in the metering unit, which conveying element and/or metering element and/or separating element is in contact with at least a part of the airflow as well as with the granular material that is being conveyed through the metering unit, characterised in that, for cleaning purposes and/or in connection with a headland control and/or when starting or completing a sowing process or spreading process, a rotation speed of the rotating conveying element and/or metering element and/or separating element is reduced or increased at least temporarily by at least five, preferably by at least fifteen to thirty percent in relation to a regular operating rotation speed as is set for a spreading drive, wherein residual amounts of granular material and/or foreign substances and/or impurities are emptied from the metering unit, in each case by the brief increase of the rotation speed of the rotating conveying element and/or metering element and/or separating element or by the brief reduction of the rotation speed of the rotating conveying element and/or metering element and/or separating element.
Device for measuring and qualifying a toothed rack (2, 2a, 2b) having teeth on one side and comprising an optical sensor for sensing geometric data of the toothed rack, a measuring mechanism for displacing the optical sensor along the toothed rack and a processing unit, and being configured to perform the following steps: the toothed rack (2, 2a, 2b) is optically scanned along its path by the optical sensor being spaced apart from the toothed rack (2, 2a, 2b), wherein in - a first measuring step the toothed rack (2, 2a, 2b), being located slackly, is measured in at least one trace along the path thereof for sensing twists and bending of the toothed rack, and in - a second measuring step the toothed rack (2, 2a, 2b), being mechanically or magnetically restrained or clamped in a defined position against a defined surface for removing twists and bending, is measured in at least one trace along the path thereof; wherein the processing unit is configured to compute the first measuring step with the second measuring step in a differential method, whereby the torsion and curvature of the toothed rack deviating from their ideal values are calculated. the toothed rack (2, 2a, 2b) is optically scanned along its path by the optical sensor being spaced apart from the toothed rack (2, 2a, 2b), wherein in - a first measuring step the toothed rack (2, 2a, 2b), being located slackly, is measured in at least one trace along the path thereof for sensing twists and bending of the toothed rack, and in - a second measuring step the toothed rack (2, 2a, 2b), being mechanically or magnetically restrained or clamped in a defined position against a defined surface for removing twists and bending, is measured in at least one trace along the path thereof; wherein the processing unit is configured to compute the first measuring step with the second measuring step in a differential method, whereby the torsion and curvature of the toothed rack deviating from their ideal values are calculated. - a first measuring step the toothed rack (2, 2a, 2b), being located slackly, is measured in at least one trace along the path thereof for sensing twists and bending of the toothed rack, and in - a second measuring step the toothed rack (2, 2a, 2b), being mechanically or magnetically restrained or clamped in a defined position against a defined surface for removing twists and bending, is measured in at least one trace along the path thereof; wherein the processing unit is configured to compute the first measuring step with the second measuring step in a differential method, whereby the torsion and curvature of the toothed rack deviating from their ideal values are calculated.
Processing device having at least one processing station and at least one transport device, wherein the transport device is set up to transport at least one magnetically levitated transport unit, which is set up to accommodate a processing object, to and/or from the at least one processing station, wherein the processing station is arranged to apply a processing force to the processing object, characterized in that the processing station has at least one support unit to which the at least one transport unit can be coupled and wherein the support unit forms an abutment against the processing force.
Method for forming plastic preforms into plastic containers, wherein the plastic preforms being transported along a predetermined transport path and being applied and expanded by a flowable medium during this transport, wherein a controllable valve of a reducing station controlling the application with the flowable medium of a compressed-air reservoir, in particular an annular channel, and wherein a target pressure being predetermined, with which the compressed-air reservoir is applied, wherein this target pressure being taken into account in the control of the valve of the reducing station, characterised in that an actual pressure is determined and this actual pressure is compared with the target pressure and, from this comparison, a correction value is determined which is taken into account and/or used in the control of the valve.
A heat transfer plate provided with a device (2, 80) for supporting the heat transfer plate between two end plates (66, 68) in a plate heat exchanger, which device at least partly is made of a polymeric material and comprises first means (10, 12, 14, 30, 32, 34, 88, 90) for achieving engagement between the heat transfer plate and the device and second means (36, 78, 86) for engagement with a bar (70, 72) extending between the two end plates, characterized in that the device comprises a first part arranged to engage with a first side of the heat transfer plate, the first means (10, 12, 14, 30, 32, 34, 88, 90) including a primary projection being comprised in the first part, and a second part arranged to engage with a second opposing side of the heat transfer plate, the second means (36, 78, 86) for engagement comprising a through cavity (36, 86) of the device arranged to receive the bar.
Cable contact weather protection device for receiving cable contact points, in particular fibre optic cable contact points, with at least one cable pass-through sealing unit comprising at least two separate sealing modules (32, 32a), which are exchangeable independently from each other and each of which has at least one sealing element (34, 34a) and has at least one sheathing element (33, 35, 33a, 35a) that is adjacent to the respective sealing element (34, 34a), each of the sealing modules (32, 32a) being configured, in at least one application state, to at least section-wise completely encompass at least one elongate body in a circumferential direction, wherein both the at least one sealing element (34, 34a) and the at least one sheathing element (33, 35, 33a, 35a) comprise at least one hinge (38, 38a, 39a, 39a').