mhurhangee/ep-ind-claims huggingface dataset:
A bevel gear having a main body, which comprises a heel-side, ring-shaped skin surface, which is arranged concentrically in relation to a workpiece axis of rotation of the bevel gear, wherein • the bevel gear has at least one tooth gap, which exits from the main body in the region of the skin surface, • and wherein the tooth gap has a tooth base, the profile of which is defined by a base cone angle (δ f) in relation to the workpiece axis of rotation, characterized in that a concentric circumferential ring structure is provided on the skin surface, which is raised in relation to the skin surface, and which results in a heel-side exit angle (δ 1) between the tooth base and the ring structure, which is in the range between 125° and 160°, preferably in the range between 135° and 150°. • the bevel gear has at least one tooth gap, which exits from the main body in the region of the skin surface, • and wherein the tooth gap has a tooth base, the profile of which is defined by a base cone angle (δ f) in relation to the workpiece axis of rotation,
An air conditioning indoor unit as a wall-hung air conditioning indoor unit including an airflow direction adjusting blade configured to vertically adjust an airflow direction of blow-out air, wherein the airflow direction adjusting blade has at least one through hole provided at a longitudinal end and allowing part of the blow-out air to pass in a thickness direction; the through hole is inclined to extend downward toward a tip of the airflow direction adjusting blade; the through hole is positioned between a downstream end and a center in a flow direction of the blow-out air, in the airflow direction adjusting blade; and the air conditioning indoor unit being characterised by further comprising: a perpendicular blade having a vertical plane swung laterally to laterally adjust an airflow direction of air flowing toward the airflow direction adjusting blade, wherein the through hole is at least partially located in a section from a region where a virtual plane including the vertical plane of the perpendicular blade located at a farthest end opposite to a swing direction of the perpendicular blade located at a maximum swung position crosses the airflow direction adjusting blade to a closest end, to the region, of the airflow direction adjusting blade. the airflow direction adjusting blade has at least one through hole provided at a longitudinal end and allowing part of the blow-out air to pass in a thickness direction; the through hole is inclined to extend downward toward a tip of the airflow direction adjusting blade; the through hole is positioned between a downstream end and a center in a flow direction of the blow-out air, in the airflow direction adjusting blade; and the air conditioning indoor unit being characterised by further comprising: a perpendicular blade having a vertical plane swung laterally to laterally adjust an airflow direction of air flowing toward the airflow direction adjusting blade, wherein the through hole is at least partially located in a section from a region where a virtual plane including the vertical plane of the perpendicular blade located at a farthest end opposite to a swing direction of the perpendicular blade located at a maximum swung position crosses the airflow direction adjusting blade to a closest end, to the region, of the airflow direction adjusting blade. a perpendicular blade having a vertical plane swung laterally to laterally adjust an airflow direction of air flowing toward the airflow direction adjusting blade, wherein the through hole is at least partially located in a section from a region where a virtual plane including the vertical plane of the perpendicular blade located at a farthest end opposite to a swing direction of the perpendicular blade located at a maximum swung position crosses the airflow direction adjusting blade to a closest end, to the region, of the airflow direction adjusting blade.
System for spreading viscous material on a component, wherein the system has a component receptacle for receiving a component, wherein the system has a manipulator having a spreading unit as end effector, wherein the spreading unit has a shaper for spreading viscous material, in particular sealing material, on the component, wherein the shaper has a shaping contour for shaping the viscous material during the spreading, characterized in that the shaping contour of the shaper for shaping the viscous material is adjustable in an actuator-based manner.
Household appliance having a housing which surrounds a receiving space, and having a door with which a loading opening of the receiving space can be closed and which is arranged pivotably in relation to the housing and can be lowered into a stowage space in the housing in the opened state, wherein the door is coupled to a guide device, with which the movement into and out of the stowage space is guided, and the guide device has at least one bearing unit which is mounted rotatably about an axis of rotation and on which guide elements (19, 20) are arranged, characterised in that the bearing unit is a hinge hook which is coupled to a hinge housing via the axis of rotation and can be rotated with the axis of rotation relative to the hinge housing, and that the guide device is designed such that the axis of rotation of the bearing unit can be displaced on a displacement path in the vertical direction and thereby the elevation of the axis of rotation to the stowage space can be changed.
An arrangement for a blade server slide-in module, comprising: - a motherboard having a plug connector; - a riser card inserted into the plug connector of the motherboard; - a carrier plate having a first opening and which is fixed essentially parallel to the motherboard in the blade server slide-in module, which first opening is arranged to be aligned with the exposed plug contacts of the inserted riser card; and - a retaining element, characterized in that the retaining element comprises a main body with a continuous second opening, wherein the retaining element is set-up to be pushed on the riser card in a form-fit manner by means of the second opening and to latch with the carrier plate, so that the riser card is fixed to the carrier plate in a mechanically secure manner and the plug contacts of the riser card are accessible via the second opening. - a motherboard having a plug connector; - a riser card inserted into the plug connector of the motherboard; - a carrier plate having a first opening and which is fixed essentially parallel to the motherboard in the blade server slide-in module, which first opening is arranged to be aligned with the exposed plug contacts of the inserted riser card; and - a retaining element,
A storage case comprising: a case and a partition shelf; the case having a plurality of side walls, a bottom wall and an opening end, the side walls, the bottom wall and the opening end defining a storage space and enclosing the storage space; the partition shelf having a first end and a second end at two ends thereof, the partition shelf having a partition frame, a partition portion and a clamping member, the clamping member assembled at the first end of the partition shelf, the partition portion sleeving the partition frame; the clamping member having a clamping end and a positioning end, the clamping end clamping a center portion of the partition frame, the positioning end connected to the case so that the partition shelf is received in the storage space; characterized in that wherein the partition shelf is positioned at a first position or at a second position; when the partition shelf is positioned in the first position, the clamping member is connected to an upper portion of the case and the second end of the partition shelf is abutted against a lower portion of the storage space of the case; besides, when the partition shelf is positioned in the second position, the first end and the second end of the partition shelf are both placed on one side wall at a lower portion of the case and the clamping member clamps a lower end of the storage space. a case and a partition shelf; the case having a plurality of side walls, a bottom wall and an opening end, the side walls, the bottom wall and the opening end defining a storage space and enclosing the storage space; the partition shelf having a first end and a second end at two ends thereof, the partition shelf having a partition frame, a partition portion and a clamping member, the clamping member assembled at the first end of the partition shelf, the partition portion sleeving the partition frame; the clamping member having a clamping end and a positioning end, the clamping end clamping a center portion of the partition frame, the positioning end connected to the case so that the partition shelf is received in the storage space; characterized in that wherein the partition shelf is positioned at a first position or at a second position; when the partition shelf is positioned in the first position, the clamping member is connected to an upper portion of the case and the second end of the partition shelf is abutted against a lower portion of the storage space of the case; besides, when the partition shelf is positioned in the second position, the first end and the second end of the partition shelf are both placed on one side wall at a lower portion of the case and the clamping member clamps a lower end of the storage space.
A shielding body (4, 24, 34, 44) configured to be used by being disposed between an outer surface of a refrigerant tank and an inner surface of a vacuum vessel of a superconducting accelerator (21, 31, 41), the shielding body (4, 24, 34, 44) comprising: a magnetic shield portion (11, 36) having a plate shape and formed of a ferromagnetic body; and a radiation shield portion (15, 25, 25A, 37, 47) formed as a film on at least one of inner and outer surfaces in the magnetic shield portion (11, 36) and formed of a material having a greater thermal conductivity than that of the ferromagnetic body, the radiation shield portion (15, 25, 25A, 37, 47) forming into a film shape so as to follow a thermal deformation of the magnetic shield portion (11, 36), wherein the radiation shield portion (15, 25, 25A, 37, 47) is configured to suppress an influence to the refrigerant tank and a superconducting acceleration cavity of the superconducting accelerator (21, 31, 41) due to a radiant heat from an outside of the superconducting accelerator (21, 31, 41), the radiation shield portion (15, 25, 25A, 37, 47) is configured to follow a thermal deformation of the ferromagnetic body, characterized in that the magnetic shield portions (11, 36) and the radiation shield portions (15, 25, 25A, 37, 47) each formed on each of the magnetic shields are provided to be separated into a plurality of sets in one direction along each of the inner and outer surfaces, and the sets adjacent to each other are provided so as to partially overlap when viewed from a direction of geomagnetism. a magnetic shield portion (11, 36) having a plate shape and formed of a ferromagnetic body; and a radiation shield portion (15, 25, 25A, 37, 47) formed as a film on at least one of inner and outer surfaces in the magnetic shield portion (11, 36) and formed of a material having a greater thermal conductivity than that of the ferromagnetic body, the radiation shield portion (15, 25, 25A, 37, 47) forming into a film shape so as to follow a thermal deformation of the magnetic shield portion (11, 36), wherein the radiation shield portion (15, 25, 25A, 37, 47) is configured to suppress an influence to the refrigerant tank and a superconducting acceleration cavity of the superconducting accelerator (21, 31, 41) due to a radiant heat from an outside of the superconducting accelerator (21, 31, 41), the radiation shield portion (15, 25, 25A, 37, 47) is configured to follow a thermal deformation of the ferromagnetic body, characterized in that the magnetic shield portions (11, 36) and the radiation shield portions (15, 25, 25A, 37, 47) each formed on each of the magnetic shields are provided to be separated into a plurality of sets in one direction along each of the inner and outer surfaces, and the sets adjacent to each other are provided so as to partially overlap when viewed from a direction of geomagnetism.
Composition comprising A) 50 wt% to 98.5 wt% of aromatic polycarbonate, and B) 0.8 wt% to ≤ 3.0 wt% of interference pigment and/or pearlescent pigment from the group of the metal oxide-coated micas, characterized in that the composition also comprises C) 0.05 wt% to ≤ 3 wt% of anhydride-modified α-olefin polymer. A) 50 wt% to 98.5 wt% of aromatic polycarbonate, and B) 0.8 wt% to ≤ 3.0 wt% of interference pigment and/or pearlescent pigment from the group of the metal oxide-coated micas, characterized in that the composition also comprises C) 0.05 wt% to ≤ 3 wt% of anhydride-modified α-olefin polymer.
A method of receiving media data, the method comprising: receiving a file comprising stream name attribute specifying identifier for each of a plurality of media data, bit rate attribute specifying a bit rate of each of the plurality of the media data and start time attribute specifying at least one segment included in the each of the plurality of media data, being accessed wherein the file is received from a server, and wherein the plurality of media data are generated by encoding a content to have different properties; receiving a first segment included in first media data, among the plurality of media data, based on the file, and receiving a second segment included in second media data among the plurality of media data, which has different property with the first media data, based on the file wherein the second segment included in the second media data is correspond to the next segment of the first segment included in the first media data and wherein the information comprises header information referencing a header of the plurality of media data, wherein the plurality of media data respectively correspond to a plurality of elementary streams, and wherein the header of the plurality of media data comprises at least one of a program association table, PAT, or a program map table, PMT, relating to the plurality of elementary streams. receiving a file comprising stream name attribute specifying identifier for each of a plurality of media data, bit rate attribute specifying a bit rate of each of the plurality of the media data and start time attribute specifying at least one segment included in the each of the plurality of media data, being accessed wherein the file is received from a server, and wherein the plurality of media data are generated by encoding a content to have different properties; receiving a first segment included in first media data, among the plurality of media data, based on the file, and receiving a second segment included in second media data among the plurality of media data, which has different property with the first media data, based on the file wherein the second segment included in the second media data is correspond to the next segment of the first segment included in the first media data and wherein the information comprises header information referencing a header of the plurality of media data, wherein the plurality of media data respectively correspond to a plurality of elementary streams, and wherein the header of the plurality of media data comprises at least one of a program association table, PAT, or a program map table, PMT, relating to the plurality of elementary streams.
Method for assembling an angled plug connector with a plug connector housing comprising a through-channel, preferably angled at a right angle, designed to accommodate conductor components (14, 16) extending at an angle relative to one another, wherein a first conductor component introduced into the through-channel from one side is, in the interior of the through-channel, connected in a form- and/or force-locking manner with a second conductor component which is introduced into the through-channel from the other side, wherein the first conductor component comprises an interface for coupling with a complementary mating plug connector, wherein the interface has an outer conductor and an inner conductor held therein by an insulating part, wherein the second conductor component is attached to one end of a coaxial cable and comprises an inner conductor and an outer conductor surrounding the inner conductor, at least in sections, wherein the inner conductor of the second conductor component is connected with the inner conductor of the coaxial cable and outer conductor of the second conductor component is connected with the outer conductor of the coaxial cable, with the following steps, (a) the first conductor component is held, in a force-locking manner, in an assembly position in the through-channel from which it can be introduced further into the through-channel, (b) the second conductor component is introduced into the through-channel from the other side as far as a first end position, and (c) the first conductor component is introduced further into the through-channel as far as a second end position and as a result is connected with the second conductor component such that both the outer conductors and also the inner conductors of the two conductor components are connected with one another in the interior of the through-channel in a force and/or form-locking manner. (a) the first conductor component is held, in a force-locking manner, in an assembly position in the through-channel from which it can be introduced further into the through-channel, (b) the second conductor component is introduced into the through-channel from the other side as far as a first end position, and (c) the first conductor component is introduced further into the through-channel as far as a second end position and as a result is connected with the second conductor component such that both the outer conductors and also the inner conductors of the two conductor components are connected with one another in the interior of the through-channel in a force and/or form-locking manner.
A method of identifying a test compound as an activator of mTORC1 activity comprising the steps of: a) providing a mixture comprising: (i) a first polypeptide comprising the amino acid sequence of: a GATOR2-binding fragment of Sestrin1 (SEQ ID NO:1), Sestrin2 (SEQ ID NO:2), Sestrin3 (SEQ ID NO:3), or a polypeptide having at least 80% identity to any one of SEQ ID NOs:1-3 that retains the ability to bind GATOR2; and (ii) a second polypeptide or protein complex comprising the amino acid sequence of: a Sestrin-binding fragment of a GATOR2 complex (SEQ ID NOs:4-8), or a polypeptide or protein complex having at least 80% identity to SEQ ID NOs:4-8 that retains the ability to bind to at least one of Sestrin1, Sestrin2 or Sestrin3, under conditions that allow the first polypeptide to associate with the second polypeptide or protein complex; b) incubating the mixture of a) with the test compound; c) determining whether the amount of the first polypeptide associated with the second polypeptide or protein complex is altered in the presence of the test compound as compared to either the absence of the test compound or the presence of a negative control, wherein if the amount of association is decreased the test compound is identified as an activator of mTORC1 activity. a) providing a mixture comprising: (i) a first polypeptide comprising the amino acid sequence of: a GATOR2-binding fragment of Sestrin1 (SEQ ID NO:1), Sestrin2 (SEQ ID NO:2), Sestrin3 (SEQ ID NO:3), or a polypeptide having at least 80% identity to any one of SEQ ID NOs:1-3 that retains the ability to bind GATOR2; and (ii) a second polypeptide or protein complex comprising the amino acid sequence of: a Sestrin-binding fragment of a GATOR2 complex (SEQ ID NOs:4-8), or a polypeptide or protein complex having at least 80% identity to SEQ ID NOs:4-8 that retains the ability to bind to at least one of Sestrin1, Sestrin2 or Sestrin3, under conditions that allow the first polypeptide to associate with the second polypeptide or protein complex; (i) a first polypeptide comprising the amino acid sequence of: a GATOR2-binding fragment of Sestrin1 (SEQ ID NO:1), Sestrin2 (SEQ ID NO:2), Sestrin3 (SEQ ID NO:3), or a polypeptide having at least 80% identity to any one of SEQ ID NOs:1-3 that retains the ability to bind GATOR2; and (ii) a second polypeptide or protein complex comprising the amino acid sequence of: a Sestrin-binding fragment of a GATOR2 complex (SEQ ID NOs:4-8), or a polypeptide or protein complex having at least 80% identity to SEQ ID NOs:4-8 that retains the ability to bind to at least one of Sestrin1, Sestrin2 or Sestrin3, b) incubating the mixture of a) with the test compound; c) determining whether the amount of the first polypeptide associated with the second polypeptide or protein complex is altered in the presence of the test compound as compared to either the absence of the test compound or the presence of a negative control, wherein if the amount of association is decreased the test compound is identified as an activator of mTORC1 activity.
A pump comprising a housing, the housing having an interior surface defining a rotor path, an inlet formed in the housing at a first position on said rotor path, an outlet formed in the housing at a second position on said rotor path spaced from said first position, a rotor rotatable in said housing, at least one first surface formed on the rotor and sealing against said rotor path of the housing, at least one second surface that is a recessed surface formed on said rotor circumferentially spaced from said first surface and forming a chamber with the rotor path that travels around said rotor path on rotation of the rotor to convey fluid around the housing from the inlet to the outlet, characterised by a resilient seal (14, 114) formed in a unitary one-piece with the housing, located on said rotor path and so extending between the outlet and the inlet in the direction of rotation of said rotor that the first rotor surface seals with, and resiliently deforms, the seal (14, 114), as the rotor rotates around the rotor path within the housing to prevent fluid flow from said outlet to said inlet past the seal. an interior surface defining a rotor path, an inlet formed in the housing at a first position on said rotor path, an outlet formed in the housing at a second position on said rotor path spaced from said first position, a rotor rotatable in said housing, at least one first surface formed on the rotor and sealing against said rotor path of the housing, at least one second surface that is a recessed surface formed on said rotor circumferentially spaced from said first surface and forming a chamber with the rotor path that travels around said rotor path on rotation of the rotor to convey fluid around the housing from the inlet to the outlet, characterised by a resilient seal (14, 114) formed in a unitary one-piece with the housing, located on said rotor path and so extending between the outlet and the inlet in the direction of rotation of said rotor that the first rotor surface seals with, and resiliently deforms, the seal (14, 114), as the rotor rotates around the rotor path within the housing to prevent fluid flow from said outlet to said inlet past the seal.