mhurhangee/ep-ind-claims huggingface dataset:
An identification tag for use in high temperature and high pressure environments, in particular downhole and subsea applications, the tag comprising: a carrier comprising a cavity therein; and a bead arranged within the cavity, wherein the bead includes an electronics module configured to receive and transmit signals; the identification tag being characterized by: a protective fluid-like fill material disposed in the cavity such that it completely surrounds the bead; wherein the protective fluid-like fill material is halocarbon oil; and the protective fluid-like fill material provides a uniform pressure to the bead over a temperature range of -65°C to 210°C and at pressures up to 275790363 Pa. a carrier comprising a cavity therein; and a bead arranged within the cavity, wherein the bead includes an electronics module configured to receive and transmit signals; the identification tag being characterized by: a protective fluid-like fill material disposed in the cavity such that it completely surrounds the bead; wherein the protective fluid-like fill material is halocarbon oil; and the protective fluid-like fill material provides a uniform pressure to the bead over a temperature range of -65°C to 210°C and at pressures up to 275790363 Pa. a protective fluid-like fill material disposed in the cavity such that it completely surrounds the bead; wherein the protective fluid-like fill material is halocarbon oil; and the protective fluid-like fill material provides a uniform pressure to the bead over a temperature range of -65°C to 210°C and at pressures up to 275790363 Pa.
A method of decoding video data, the method comprising: obtaining syntax elements from a bitstream that includes a sequence of bits that form a coded representation of the video data, wherein obtaining the syntax elements from the bitstream comprises determining that sign data hiding is disabled for a current block based on (i) the current block being generated using lossy coding without application of a transform to residual data and (ii) the current block being intra predicted using an intra prediction mode in which a residual differential pulse code modulation, DPCM, technique is used; and reconstructing a picture of the video data based at least in part on the syntax elements obtained from the bitstream. obtaining syntax elements from a bitstream that includes a sequence of bits that form a coded representation of the video data, wherein obtaining the syntax elements from the bitstream comprises determining that sign data hiding is disabled for a current block based on (i) the current block being generated using lossy coding without application of a transform to residual data and (ii) the current block being intra predicted using an intra prediction mode in which a residual differential pulse code modulation, DPCM, technique is used; and reconstructing a picture of the video data based at least in part on the syntax elements obtained from the bitstream.
An optical processing structure of an optical fiber, comprising: an optical fiber that includes a core, a cladding, and a coating, the coating being partially removed; and a thermally conductive protective material made of a silicone-based thermally conductive compound and provided around the cladding in a coating removed region of the optical fiber, wherein the thermally conductive protective material contains a filler having a refractive index higher than refractive index of the cladding, and the filler is present in a region where evanescent light seeping out of the cladding is present when cladding mode light propagating in the cladding is totally reflected, characterized in that the outer circumference of the cladding in the coating removed region is formed in a tapered shape. an optical fiber that includes a core, a cladding, and a coating, the coating being partially removed; and a thermally conductive protective material made of a silicone-based thermally conductive compound and provided around the cladding in a coating removed region of the optical fiber, wherein the thermally conductive protective material contains a filler having a refractive index higher than refractive index of the cladding, and the filler is present in a region where evanescent light seeping out of the cladding is present when cladding mode light propagating in the cladding is totally reflected, characterized in that the outer circumference of the cladding in the coating removed region is formed in a tapered shape.
An actuator (1, 11) for mounting on an injection molding machine, the actuator (1, 11) comprising: an actuator case (2, 12) constituting an exterior of the actuator (1, 11) and having a plurality of outer surfaces (Se) and a plurality of pipe-shaped flow path members (51, 71) which are respectively provided on the outer surfaces (Se) and each have a flow path through which a coolant flows, wherein the actuator case (2, 12) has a recessed portion (7, 17, 37, 47) and/or protrusion for the pipe-shaped flow path members (51, 71) provided on the outer surface (Se) of the actuator case (2, 12), and wherein the plurality of the pipe-shaped flow path members (51, 71) are interconnected by a flow path connection portion. an actuator case (2, 12) constituting an exterior of the actuator (1, 11) and having a plurality of outer surfaces (Se) and a plurality of pipe-shaped flow path members (51, 71) which are respectively provided on the outer surfaces (Se) and each have a flow path through which a coolant flows, wherein the actuator case (2, 12) has a recessed portion (7, 17, 37, 47) and/or protrusion for the pipe-shaped flow path members (51, 71) provided on the outer surface (Se) of the actuator case (2, 12), and wherein the plurality of the pipe-shaped flow path members (51, 71) are interconnected by a flow path connection portion.
A compound of Formula wherein R 1a, R 1b, and R 1c are each independently selected from hydrogen, halo and C 1- C 6 haloalkyl; R 2 is H or methyl; R 3 is H, methyl, ethyl, isopropyl, -CH 2 cyclopropyl, -CF 3 or -CH 2 CH 2 F; and is a bond that represents E and Z geometric isomers; stereoisomers thereof, and pharmaceutically or veterinarily acceptable salts thereof. R 1a, R 1b, and R 1c are each independently selected from hydrogen, halo and C 1- C 6 haloalkyl; R 2 is H or methyl; R 3 is H, methyl, ethyl, isopropyl, -CH 2 cyclopropyl, -CF 3 or -CH 2 CH 2 F; and is a bond that represents E and Z geometric isomers;
A detection label provided with a passive resonant circuit which is configured to emit an identification code when the passive resonant circuit is introduced into a first electromagnetic interrogation field, wherein the label is further provided with a memory and an active circuit comprising a transmitter and a receiver, wherein the active circuit is configured to emit information stored in the memory with the transmitter when the active circuit is introduced into a second electromagnetic interrogation field comprising a first predetermined code, which second electromagnetic interrogation field is received with the receiver, characterized in that the label is configured, in response to receiving the second interrogation field, when the second interrogation field comprises a second predetermined code, to adjust a status of the label such that the passive resonant circuit does not emit the identification code when the passive resonant circuit is introduced into the first electromagnetic interrogation field.
A support anti-breaking structure comprising: a first plate member; a second plate member, an end of the first plate member being pivotally connected to an end of the second plate member at a first pivotal connection (S 1); and a first fixing member formed by a flexible structure, the first fixing member being fixed to a side of the first pivotal connection; characterized in that the first fixing member is made of sponge material. a first plate member; a second plate member, an end of the first plate member being pivotally connected to an end of the second plate member at a first pivotal connection (S 1); and a first fixing member formed by a flexible structure, the first fixing member being fixed to a side of the first pivotal connection; characterized in that the first fixing member is made of sponge material.
A method of operating a centrifugal compressor, the centrifugal compressor comprising a motor, the motor comprising two or more electromagnetic bearings, the method comprising the steps of: measuring an amplitude of a displacement of a shaft of the centrifugal compressor from a predetermined position by two or more electromagnetic bearings; the two or more electromagnetic bearings being configured to levitate the shaft; comparing the measured amplitude to a predetermined threshold amplitude, the predetermined threshold amplitude corresponding to an amplitude of the displacement of the shaft from the predetermined position during stable operation of the centrifugal compressor; indicating a precursor of a surge condition in response to the measured amplitude being greater than the predetermined threshold amplitude; and adjusting an operating parameter of the centrifugal compressor to remediate the surge condition in response to the precursor being indicated. measuring an amplitude of a displacement of a shaft of the centrifugal compressor from a predetermined position by two or more electromagnetic bearings; the two or more electromagnetic bearings being configured to levitate the shaft; comparing the measured amplitude to a predetermined threshold amplitude, the predetermined threshold amplitude corresponding to an amplitude of the displacement of the shaft from the predetermined position during stable operation of the centrifugal compressor; indicating a precursor of a surge condition in response to the measured amplitude being greater than the predetermined threshold amplitude; and adjusting an operating parameter of the centrifugal compressor to remediate the surge condition in response to the precursor being indicated.
An add-on processing unit, comprising: a circuit card having a front end, a back end and a longitudinal edge, the longitudinal edge being connected between the front end and the back end; a first processor (110 1) and a second processor (110 m) disposed in series on a first surface of the circuit card along an airflow path (130, 132), the airflow path (130, 132) proceeding from the back end to the front end while the second processor (110 m) is located between the first processor (110 1) and the front end; a first heat sink structure (120 1) disposed on the first processor (110 1); and a second heat sink structure disposed on the second processor (110 m); wherein each of the first heat sink structure (120 1) and the second heat sink structure comprises at least a first impedance zone (124 1), and a second impedance zone (124 2) arranged in series substantially perpendicular to the airflow path (130, 132), wherein the first impedance zone (124 1) has a first air impedance, and the second impedance zone (124 2) has a second air impedance less than the first air impedance; and wherein the first impedance zone (124 1) in the first heat sink structure does not overlap with the first impedance zone (124 1) in the second heat sink structure, relative to the airflow path (130, 132), wherein the circuit card has a bus connector extending from the longitudinal edge, and the second impedance zone (124 2) of the first heat sink structure (120 1) is located between the first impedance zone (124 1) of the first heat sink structure (120 1) and the longitudinal edge. a circuit card having a front end, a back end and a longitudinal edge, the longitudinal edge being connected between the front end and the back end; a first processor (110 1) and a second processor (110 m) disposed in series on a first surface of the circuit card along an airflow path (130, 132), the airflow path (130, 132) proceeding from the back end to the front end while the second processor (110 m) is located between the first processor (110 1) and the front end; a first heat sink structure (120 1) disposed on the first processor (110 1); and a second heat sink structure disposed on the second processor (110 m); wherein each of the first heat sink structure (120 1) and the second heat sink structure comprises at least a first impedance zone (124 1), and a second impedance zone (124 2) arranged in series substantially perpendicular to the airflow path (130, 132), wherein the first impedance zone (124 1) has a first air impedance, and the second impedance zone (124 2) has a second air impedance less than the first air impedance; and wherein the first impedance zone (124 1) in the first heat sink structure does not overlap with the first impedance zone (124 1) in the second heat sink structure, relative to the airflow path (130, 132), wherein the circuit card has a bus connector extending from the longitudinal edge, and the second impedance zone (124 2) of the first heat sink structure (120 1) is located between the first impedance zone (124 1) of the first heat sink structure (120 1) and the longitudinal edge.
A refrigerator comprises a cabinet configured to form a storage space; a main door configured to open and store the storage space, and having an opening part which is in communication with the storage space; a sub-door rotatably installed at the main door and configured to open and close the opening part, characterized by comprising, a panel assembly provided at the sub-door, allowing to selectively see through an inside of the opening part; a knock detection device disposed at a rear surface of a front panel of the panel assembly, and configured to detect a user' knocking operation on the panel assembly; and a door lighting unit provided above the panel assembly, turned on or off by the knock detection device to selectively illuminate an internal space of the opening part, such that the panel assembly selectively becomes transparent, wherein the sub-door comprises an outer plate which is formed of a metal plate material, forms an exterior of the sub-door and has a panel installation opening at which the panel assembly is installed; a door liner which is spaced apart from the outer plate, forms a perimeter of a rear surface of the sub-door, and forms a space, in which an insulation is filled, at an outside of the panel assembly; an upper cap decoration which is coupled to upper ends of the outer plate and the door liner, and forms an upper surface of the sub-door; and a lower cap decoration which is coupled to lower ends of the outer plate and the door liner, and forms a lower surface of the sub-door, wherein a support frame which supports the outer plate and the panel assembly is formed at a perimeter of the panel installation opening, and a plate insertion part (611, 621, 631), in which a plate bent part bent along the perimeter of the panel installation opening is accommodated, is formed at the support frame.
A sealing ring for providing a fluid seal between a first flange and a second flange, the sealing ring forms a tubular element and comprises - a tapering wall member defining an interior funnel-shaped through-going opening extending axially and tapering from a proximal end to a distal end, the tapering wall member being made from a resilient material proving an axial deflection of the tapering wall member when exposed to an axial force; - a first abutment surface provided at the proximal end for providing a fluid seal when abutting a surface of one of the flanges (32, 33); - a second abutment surface provided at the distal end for providing a fluid seal when abutting a surface of another one of the flanges (32, 33); - a radially outwardly extending ring-shaped protrusion at the proximal end, said outwardly extending ring-shaped protrusion has a first surface facing in opposite direction than towards the distal end and defining at least a part of the first abutment surface; - a reinforcement member made from a stiffer material than the material of the tapering wall member and being shaped as a closed ring-shaped element with an axial extension being smaller than the axial distance between the proximal end and the distal end, said reinforcement member being arranged in or on the tapering wall member at an axial position between proximal end and the distal end so as to limit or prevent radially outward or inward deflection of at least a part of the tapering wall member when a pressure difference is applied across the tapering wall member. - a tapering wall member defining an interior funnel-shaped through-going opening extending axially and tapering from a proximal end to a distal end, the tapering wall member being made from a resilient material proving an axial deflection of the tapering wall member when exposed to an axial force; - a first abutment surface provided at the proximal end for providing a fluid seal when abutting a surface of one of the flanges (32, 33); - a second abutment surface provided at the distal end for providing a fluid seal when abutting a surface of another one of the flanges (32, 33); - a radially outwardly extending ring-shaped protrusion at the proximal end, said outwardly extending ring-shaped protrusion has a first surface facing in opposite direction than towards the distal end and defining at least a part of the first abutment surface; - a reinforcement member made from a stiffer material than the material of the tapering wall member and being shaped as a closed ring-shaped element with an axial extension being smaller than the axial distance between the proximal end and the distal end, said reinforcement member being arranged in or on the tapering wall member at an axial position between proximal end and the distal end so as to limit or prevent radially outward or inward deflection of at least a part of the tapering wall member when a pressure difference is applied across the tapering wall member.
Test bench for a pitch-pivot connection, comprising a rotor hub held in a rotor hub adapter, to which a rotor blade element is mounted via a rotary connection, on the end of which rotor blade element facing away from the rotor hub adapter a lifting device engages, which can introduce a transverse force onto the end of the rotor blade element, characterized in that a transverse force compensation device (TFC device) between the rotary connection and the lifting device supports the rotor blade element via a tensionable belt in order to set a predetermined ratio of bending moment and transverse force at the rotary connection.
An organic thin film transistor comprising: a gate electrode; a gate insulating film that is provided to cover the gate electrode; a self-assembled monolayer film that is provided on the surface of the gate insulating film; and an organic semiconductor film, a source electrode, and a drain electrode, which are provided on a side of the self-assembled monolayer film opposite to the gate insulating film, wherein the gate insulating film is made of alumina, and characterized in that a surface of the gate insulating film is boehmite. a gate electrode; a gate insulating film that is provided to cover the gate electrode; a self-assembled monolayer film that is provided on the surface of the gate insulating film; and an organic semiconductor film, a source electrode, and a drain electrode, which are provided on a side of the self-assembled monolayer film opposite to the gate insulating film, wherein the gate insulating film is made of alumina, and characterized in that a surface of the gate insulating film is boehmite.
A welding torch mountable on a robot, said welding torch comprising: a flexible cable; a torch main body portion connected to the flexible cable that supplies welding power, welding wire, shielding gas and/or cooling water; a welding tip portion; and characterised by the following features: a non-tubular neck (12, 112, 212) comprising a rigid, elongated member having first and second opposite ends (18,20), said neck extending between said torch main body portion and said welding tip portion; tubular means or similar means; wherein said first end is connected to the torch main body portion and said second end is connected to the welding tip portion; wherein said neck rigidly locates and holds said welding tip portion at a tool center point of said welding torch and said neck precisely locates the welding tip portion relative to a face of the robot; and wherein welding power, welding wire, shielding gas, and/or cooling water are not communicated by the neck (12, 112, 212), but are communicated by the tubular means or similar means being disposed along a side of said neck and between said torch main body portion and said welding tip portion, wherein said neck (12, 112, 212) includes: at least one web; and at least one flange connected to and disposed generally perpendicular to said web, wherein said neck and two flanges generally define one of: an I-beam shape; a C-beam shape; or a T-beam shape. a flexible cable; a torch main body portion connected to the flexible cable that supplies welding power, welding wire, shielding gas and/or cooling water; a welding tip portion; and characterised by the following features: a non-tubular neck (12, 112, 212) comprising a rigid, elongated member having first and second opposite ends (18,20), said neck extending between said torch main body portion and said welding tip portion; tubular means or similar means; wherein said first end is connected to the torch main body portion and said second end is connected to the welding tip portion; wherein said neck rigidly locates and holds said welding tip portion at a tool center point of said welding torch and said neck precisely locates the welding tip portion relative to a face of the robot; and wherein welding power, welding wire, shielding gas, and/or cooling water are not communicated by the neck (12, 112, 212), but are communicated by the tubular means or similar means being disposed along a side of said neck and between said torch main body portion and said welding tip portion, wherein said neck (12, 112, 212) includes: at least one web; and at least one flange connected to and disposed generally perpendicular to said web, wherein said neck and two flanges generally define one of: an I-beam shape; a C-beam shape; or a T-beam shape. at least one web; and at least one flange connected to and disposed generally perpendicular to said web, wherein said neck and two flanges generally define one of: an I-beam shape; a C-beam shape; or a T-beam shape.