mhurhangee/ep-ind-claims huggingface dataset:
A system (300, 600, 700, 800, 900) for draining a containment vessel (310, 610, 710, 810, 910), the system comprising: a drain inlet located in a lower portion of the containment vessel (310, 610, 710, 810, 910), wherein the containment vessel is configured to be at least partially filled with a liquid, and wherein the drain inlet is located below a surface of the liquid; an inlet located in an upper portion of the containment vessel (310, 610, 710, 810, 910), wherein the inlet is configured to insert pressurized gas into the containment vessel to form a pressurized region above the surface of the liquid, and wherein the pressurized region is configured to apply a surface pressure that lowers the surface of the liquid within the containment vessel and forces the liquid into the drain inlet; and a fluid separation device located outside the containment vessel and operatively connected to the drain inlet, wherein the fluid separation device is configured to separate the liquid from the pressurized gas that enters the drain inlet after the surface of the liquid falls below the drain inlet; characterized in that: the fluid separation device includes (a) a fluid separation tank configured to be at least partially filled with a volume of the liquid and (b) a fluid level device configured to maintain the volume of the liquid within the fluid separation tank by discharging the liquid from the fluid separation tank at approximately the same flow rate that the liquid is forced into the drain inlet. a drain inlet located in a lower portion of the containment vessel (310, 610, 710, 810, 910), wherein the containment vessel is configured to be at least partially filled with a liquid, and wherein the drain inlet is located below a surface of the liquid; an inlet located in an upper portion of the containment vessel (310, 610, 710, 810, 910), wherein the inlet is configured to insert pressurized gas into the containment vessel to form a pressurized region above the surface of the liquid, and wherein the pressurized region is configured to apply a surface pressure that lowers the surface of the liquid within the containment vessel and forces the liquid into the drain inlet; and a fluid separation device located outside the containment vessel and operatively connected to the drain inlet, wherein the fluid separation device is configured to separate the liquid from the pressurized gas that enters the drain inlet after the surface of the liquid falls below the drain inlet; characterized in that: the fluid separation device includes (a) a fluid separation tank configured to be at least partially filled with a volume of the liquid and (b) a fluid level device configured to maintain the volume of the liquid within the fluid separation tank by discharging the liquid from the fluid separation tank at approximately the same flow rate that the liquid is forced into the drain inlet.
A recyclable cap for containers, comprising an outer body and an inner body provided with fixing means for being retained in a container, the inner body being coupled and housed inside said outer body, the outer body being made of a biodegradable material of plant origin, wherein the outer body and the inner body are coupled by coupling means configured for linking the two bodies to one another, characterised in that the inner body includes a single-use release system configured for separating the outer body from the inner body, comprised of at least one perforated line present in a side wall present in the inner body, and wherein the coupling means consist of tabs which are slightly bent and project from the outer face of the inner body, which can be fitted in a non-releasable manner in slots made on the inner face of the outer body.
Subsea pumping system for use in a remote location such as a subsea hydrocarbon production facility, comprising a source for high pressure fluid and a fluid driven pump (12, 32, 66, 92), where the high pressure fluid is used as a motive fluid for the pump (12, 32, 66, 92), and the pump is a reciprocating pump (12, 32, 66, 92), and that the system comprises a sequential valve (17, 27, 102, 104, 106, 108, 110) for creating pressure pulses in the motive fluid, characterized in that the source for the motive fluid is a compressor using produced gas.
A puncture needle cartridge comprising: a lancet having an elongate lancet body, wherein the lancet body has a puncture needle at one end and a portion to be held by a plunger of a puncture device at the other end, and a puncture needle protection cap for protecting the puncture needle; a cylindrical puncture needle holder for holding the lancet body so that the lancet body is movable in the holder, characterized in that, a convex portion is formed on the lancet body, the convex portion having a slope such that a height above the shaft center of the lancet body decreases toward the other end, having a difference in level on its one end side, and comprising an elastically deformable material, wherein the puncture needle is contained in the puncture needle holder and the convex portion is outside of the cylindrical puncture needle holder toward the other end, and wherein a convex portion's side toward the other end having a difference in level that is large enough to contact the inner end of the plunger when the plunger grasps the other end of the lancet body. a lancet having an elongate lancet body, wherein the lancet body has a puncture needle at one end and a portion to be held by a plunger of a puncture device at the other end, and a puncture needle protection cap for protecting the puncture needle; a cylindrical puncture needle holder for holding the lancet body so that the lancet body is movable in the holder, characterized in that, a convex portion is formed on the lancet body, the convex portion having a slope such that a height above the shaft center of the lancet body decreases toward the other end, having a difference in level on its one end side, and comprising an elastically deformable material, wherein the puncture needle is contained in the puncture needle holder and the convex portion is outside of the cylindrical puncture needle holder toward the other end, and wherein a convex portion's side toward the other end having a difference in level that is large enough to contact the inner end of the plunger when the plunger grasps the other end of the lancet body.
Electric field detector, comprising: - an electromechanical oscillator, at least one part of which is in the form of a piezoelectric element intended to vibrate at an oscillation frequency during use of the detector; and - an electrical masking assembly, which is arranged in the vicinity of the piezoelectric element without contacting said piezoelectric element, such that, during the use of the detector, the piezoelectric element moves by vibrating relative to the electrical masking assembly, the electrical masking assembly also being arranged such that a portion of the piezoelectric element that is exposed to an electrical field to be measured during the use of the detector, being limited by said electrical masking assembly, varies during each oscillation of the oscillator, the detector being characterised in that it further comprises: - a frequency measuring device, which is coupled to the oscillator so as to measure the oscillation frequency, and in that the electrical field to be measured, acting on the exposed and variable portion of the piezoelectric element during the use of the detector, thus produces a change in the oscillation frequency (f) which is measured by the frequency measuring device, said oscillation frequency forming a measurement result of an electric field intensity. - an electromechanical oscillator, at least one part of which is in the form of a piezoelectric element intended to vibrate at an oscillation frequency during use of the detector; and - an electrical masking assembly, which is arranged in the vicinity of the piezoelectric element without contacting said piezoelectric element, such that, during the use of the detector, the piezoelectric element moves by vibrating relative to the electrical masking assembly, the electrical masking assembly also being arranged such that a portion of the piezoelectric element that is exposed to an electrical field to be measured during the use of the detector, being limited by said electrical masking assembly, varies during each oscillation of the oscillator, the detector being characterised in that it further comprises: - a frequency measuring device, which is coupled to the oscillator so as to measure the oscillation frequency, and in that the electrical field to be measured, acting on the exposed and variable portion of the piezoelectric element during the use of the detector, thus produces a change in the oscillation frequency (f) which is measured by the frequency measuring device, said oscillation frequency forming a measurement result of an electric field intensity. - a frequency measuring device, which is coupled to the oscillator so as to measure the oscillation frequency, and in that the electrical field to be measured, acting on the exposed and variable portion of the piezoelectric element during the use of the detector, thus produces a change in the oscillation frequency (f) which is measured by the frequency measuring device, said oscillation frequency forming a measurement result of an electric field intensity.
A cutting tool comprising: a tool body having a first end and a second end, the tool body having a longitudinal axis extending between the first end and the second end, the first end comprising two or more cutting portions, wherein each of the cutting portions comprises: a cutting edge extending radially outwardly from a centre region of the first end to a perimetral edge of the first end, the cutting edge being angled relative to the longitudinal axis; and a flank surface extending circumferentially from the cutting edge, wherein each of at least two of the two or more flank surfaces comprises an abrasive portion extending over at least a part of the respective flank surface, each abrasive portion comprises a plurality of abrasive features, and characterised in that each abrasive feature extends from the flank surface by a feature height, the feature height increasing with radially distal feature position. a tool body having a first end and a second end, the tool body having a longitudinal axis extending between the first end and the second end, the first end comprising two or more cutting portions, a cutting edge extending radially outwardly from a centre region of the first end to a perimetral edge of the first end, the cutting edge being angled relative to the longitudinal axis; and a flank surface extending circumferentially from the cutting edge, wherein each of at least two of the two or more flank surfaces comprises an abrasive portion extending over at least a part of the respective flank surface, each abrasive portion comprises a plurality of abrasive features, and characterised in that each abrasive feature extends from the flank surface by a feature height, the feature height increasing with radially distal feature position.
Method for the production of button cells made up of the components • cell cup and cell lid, • anode, • cathode, • separator, • seal, and • electrolyte, comprising joining together and assembling the said components to form button cells and a subsequent centrifuging operation for the purpose of improving the contacting of the anode, separator and cathode of the assembled cells, characterized in that, for the centrifuging operation • a strip with well-like receptacles is provided, • the assembled cells are positioned in the receptacles, and • the strip is arranged in a preferably spirally wound form around an axis and is set in rotation about this axis, so that the anode is forced against the separator by the centrifugal force produced. • cell cup and cell lid, • anode, • cathode, • separator, • seal, and • electrolyte, • a strip with well-like receptacles is provided, • the assembled cells are positioned in the receptacles, and • the strip is arranged in a preferably spirally wound form around an axis and is set in rotation about this axis, so that the anode is forced against the separator by the centrifugal force produced.
A suture package (100, 600, 700) comprising: a panel (102, 602, 702) with a multiplicity of apertures; a needle park (106, 500); and a wrapping peg (108, 400) removably or fixedly inserted into a first selected aperture of the multiplicity of apertures and adapted to guide the suture (200, 300) within the suture package; and characterized by: the needle park (106, 500) being removably or fixedly inserted into a second selected aperture of the multiplicity of apertures and adapted to secure a suture (200, 300) to the suture package; and each of the multiplicity of apertures being suitable for removably or fixedly receiving either the needle park (106, 500) or the wrapping peg (108, 400) such that the panel (102, 602, 702) is adapted to facilitate multiple needle park (106, 500) and wrapping peg (108, 400) configurations. a panel (102, 602, 702) with a multiplicity of apertures; a needle park (106, 500); and a wrapping peg (108, 400) removably or fixedly inserted into a first selected aperture of the multiplicity of apertures and adapted to guide the suture (200, 300) within the suture package; and characterized by: the needle park (106, 500) being removably or fixedly inserted into a second selected aperture of the multiplicity of apertures and adapted to secure a suture (200, 300) to the suture package; and each of the multiplicity of apertures being suitable for removably or fixedly receiving either the needle park (106, 500) or the wrapping peg (108, 400) such that the panel (102, 602, 702) is adapted to facilitate multiple needle park (106, 500) and wrapping peg (108, 400) configurations. the needle park (106, 500) being removably or fixedly inserted into a second selected aperture of the multiplicity of apertures and adapted to secure a suture (200, 300) to the suture package; and each of the multiplicity of apertures being suitable for removably or fixedly receiving either the needle park (106, 500) or the wrapping peg (108, 400) such that the panel (102, 602, 702) is adapted to facilitate multiple needle park (106, 500) and wrapping peg (108, 400) configurations.
A measuring system for monitoring a spindle, comprising: • a cylindrical housing, which can be arranged in a spindle housing and can be mechanically connected thereto in a fixed manner, • a carrier ring arranged inside the housing and mechanically connected to the housing in a fixed manner, • three first sensors for measuring a radial displacement of the spindle and three second sensors for measuring an axial displacement of the spindle, wherein the first and second sensors (07, 08) are arranged distributed over the circumference of the carrier ring and mechanically connected to the carrier ring in a fixed manner, characterised in that the sensors (07, 08) are cast with the carrier ring and are eddy current sensors and/or vibration sensors and/or speed detection sensors, and in that the measuring system further has a first measuring ring having axial measuring surfaces and a second measuring ring having radial measuring surfaces, wherein the measuring rings (14, 15) can be mechanically connected to the spindle in a fixed manner, and are dimensioned such that they can be arranged inside the carrier ring and the measuring surfaces can be sensed by the sensors (07, 08). • a cylindrical housing, which can be arranged in a spindle housing and can be mechanically connected thereto in a fixed manner, • a carrier ring arranged inside the housing and mechanically connected to the housing in a fixed manner, • three first sensors for measuring a radial displacement of the spindle and three second sensors for measuring an axial displacement of the spindle, wherein the first and second sensors (07, 08) are arranged distributed over the circumference of the carrier ring and mechanically connected to the carrier ring in a fixed manner, the sensors (07, 08) are cast with the carrier ring and are eddy current sensors and/or vibration sensors and/or speed detection sensors, and in that the measuring system further has a first measuring ring having axial measuring surfaces and a second measuring ring having radial measuring surfaces, wherein the measuring rings (14, 15) can be mechanically connected to the spindle in a fixed manner, and are dimensioned such that they can be arranged inside the carrier ring and the measuring surfaces can be sensed by the sensors (07, 08).
A system for providing a policy controlling network, the system comprising: a policy and charging rules function, PCRF, configured to determine policies to apply to network sessions or users; and an openflow controller integrated with the PCRF and configured to provide instructions to telecommunications network elements in an openflow protocol to implement the policies, characterised in that the PCRF is configured to receive an initial frame or packet from a broadband remote access server/broadband network gateway, BRAS/BNG, to determine what policy to apply to the initial frame or packet and to subsequent frames or packets in the same flow, and wherein the openflow controller is adapted to receive the initial frame or packet and is configured to determine the policy to apply to the initial packet or frame and to subsequent frames or packets in the same flow and is further configured to send an openflow add command to the BRAS/BNG, instructing the BRAS/BNG to add an entry to Z its flow table to implement a policy for the subsequent frames or packets in the same flow as the initial frame or packet. a policy and charging rules function, PCRF, configured to determine policies to apply to network sessions or users; and an openflow controller integrated with the PCRF and configured to provide instructions to telecommunications network elements in an openflow protocol to implement the policies, characterised in that the PCRF is configured to receive an initial frame or packet from a broadband remote access server/broadband network gateway, BRAS/BNG, to determine what policy to apply to the initial frame or packet and to subsequent frames or packets in the same flow, and wherein the openflow controller is adapted to receive the initial frame or packet and is configured to determine the policy to apply to the initial packet or frame and to subsequent frames or packets in the same flow and is further configured to send an openflow add command to the BRAS/BNG, instructing the BRAS/BNG to add an entry to Z its flow table to implement a policy for the subsequent frames or packets in the same flow as the initial frame or packet.
A bra-washing device, comprising: a shell having an interior; the sheli including two shell portions (106,108), each shell portion (106, 108) having a rim (111,126); a latch which holds the two shell portions (106, 108) closed when the latch is closed and which may be opened by releasing the latch to access the interior of the shell; a hinge which pivotally couples the two shell portions (106, 108) to each other, the hinge comprising: hinge knuckles (195, 196) extending from the rim (111, 112, 126, 128) of each shell portion (106, 108), whereby the hinge knuckles (195, 196) of the two shell portions (106, 108) are in axial alignment, an internal bore extending into the hinge knuckles (195, 196) on each shell portion (106, 108), a hinge pin inserted into the internal bore of the hinge knuckles (195, 196), and a fastener extending at least partially through the internal bore near one end of the hinge pin to block the hinge pin from sliding out of the internal bore. a shell having an interior; the sheli including two shell portions (106,108), each shell portion (106, 108) having a rim (111,126); a latch which holds the two shell portions (106, 108) closed when the latch is closed and which may be opened by releasing the latch to access the interior of the shell; a hinge which pivotally couples the two shell portions (106, 108) to each other, the hinge comprising: hinge knuckles (195, 196) extending from the rim (111, 112, 126, 128) of each shell portion (106, 108), whereby the hinge knuckles (195, 196) of the two shell portions (106, 108) are in axial alignment, an internal bore extending into the hinge knuckles (195, 196) on each shell portion (106, 108), a hinge pin inserted into the internal bore of the hinge knuckles (195, 196), and a fastener extending at least partially through the internal bore near one end of the hinge pin to block the hinge pin from sliding out of the internal bore. hinge knuckles (195, 196) extending from the rim (111, 112, 126, 128) of each shell portion (106, 108), whereby the hinge knuckles (195, 196) of the two shell portions (106, 108) are in axial alignment, an internal bore extending into the hinge knuckles (195, 196) on each shell portion (106, 108), a hinge pin inserted into the internal bore of the hinge knuckles (195, 196), and a fastener extending at least partially through the internal bore near one end of the hinge pin to block the hinge pin from sliding out of the internal bore.
Tray made from cardboard sheet material comprising a rectangular base and a ring of side walls (4, 5, 6, 7), namely two opposed first side walls (5, 7), referred to as first walls, symmetric with respect to a transverse axis of the tray and respectively each provided with at least one reinforcing element forming a pillar and two second walls (4, 6), namely a second rear wall and a second front wall of lesser height than the other walls, with each one of the walls being formed by a double panel obtained by folding an internal section (10, 11, 12, 13) over an external section (14, 15, 16, 17), with the external section of the second rear wall being attached to the base by a first fold line, with the internal sections (10, 11) of said first walls (5, 7) being attached to said external sections (14, 15), respectively, by a third double fold line (21, 22) and the internal sections (12, 13) of the second walls (4, 6) to the corresponding external sections (16, 17) by fourth double fold lines (23, 24), with the respective internal sections (10, 11, 12, 13) having the same dimensions, or essentially the same dimensions as the respective external sections (14, 15, 16, 17), with the free peripheries (25, 26, 27, 28) thereof opposite said fourth double fold lines (21, 22, 23, 24) being locked by friction and/or by snapping of lugs (30, 31; 32, 33; 34, 35; 36, 37, 38) with the upper face and/or corresponding recesses (39, 40; 41, 42) of the base of the tray, and internal sections (10, 11) of the first walls (5, 7) each comprising a central rectangular panel (43, 44) of length 1 less than width L of the base, said panel (43, 44) being attached at one of its side ends (45, 46) by a fifth fold line (47, 48) to the reinforcing element forming a pillar provided with an end flap, referred to as first flap (49, 50) engaging with the internal face of the external section of the second front wall, said reinforcing element being folded and locked with respect to said central panel (43, 44) by means of a lateral flap, referred to as second flap (52, 53), attached to the external section (14, 15) of the first wall (5, 7) by a sixth double fold line (54, 55) located on the opposite face to the second fold lines (19, 20), characterised in that the external section of the second rear wall is attached to the external sections (14, 15) of the first two walls (5,7) by second fold lines (19,20) perpendicular to the first fold line.