mhurhangee/ep-ind-claims huggingface dataset:
Actuator device for closing systems for a cryogenic container, comprising: - an at least partially hollow tubular body; - a first fitting for the connection to a closing system, said system comprising a plug and a seat for said plug; - a rod axially movable through one end wall of said body and whose length is sufficient to reach at least the opposite end of said body, said rod being provided with means for the engagement with said closing plug; - a second tubular fitting for the connection to a vacuum source, said second fitting being fastened to the side of said body at said hollow portion of said body; characterized in that said tubular body comprises a metal portion and a transparent material portion which are sealingly constrained to each other, in that said first fitting and said second fitting are fastened to said metal portion of said tubular body, and in that said end wall passed through by said rod is part of the transparent material portion of said tubular body. - an at least partially hollow tubular body; - a first fitting for the connection to a closing system, said system comprising a plug and a seat for said plug; - a rod axially movable through one end wall of said body and whose length is sufficient to reach at least the opposite end of said body, said rod being provided with means for the engagement with said closing plug; - a second tubular fitting for the connection to a vacuum source, said second fitting being fastened to the side of said body at said hollow portion of said body;
A copper plating solution for a composite current collector, characterized by comprising a leveling agent represented by a general formula, wherein an anion X is F -, Cl -, or Br -; R 1 and R 3 are each independently selected from O or S; R 2 is S; and R 4, R 5, and R 6 are each independently selected from hydrogen, a substituted or unsubstituted alkyl, a substituted or unsubstituted vinyl, a substituted or unsubstituted aryl, and a substituted or unsubstituted heteroaryl; wherein the copper plating solution has a pH value ranging from 0.5 to 4. wherein an anion X is F -, Cl -, or Br -; R 1 and R 3 are each independently selected from O or S; R 2 is S; and R 4, R 5, and R 6 are each independently selected from hydrogen, a substituted or unsubstituted alkyl, a substituted or unsubstituted vinyl, a substituted or unsubstituted aryl, and a substituted or unsubstituted heteroaryl; wherein the copper plating solution has a pH value ranging from 0.5 to 4.
A monitoring system which has multiple applications for natural disaster alarms and in which a telecom network is provided with data processing means arranged to receive warning signals from a plurality of geographically dispersed vibration detecting units and to send alarm messages to a group of receivers, characterized thereby that the vibration detecting units are also arranged to monitor local capacitances between earth and the electrically conductive construction elements of local objects and to send status reports on these monitored capacitances to the data processing means subsequent to the transmission of the warning signals and within a preset time window enabling a post-event analysis of local damages before the transmission of the alarm messages.
A measuring device intended to be used in a drilled well provided with a tube, said device being made up of two parts and, the first part comprising first components (124, 134) able to move between two positions and designed to bear against the inner surface of the tube along a first axis, means designed to cause the first components (124, 134) to move so that said first components apply to the inner surface of the tube a pressure capable of deforming the tube in the absence of cementation in the annular space between the rock and the tube, and means (14, 16) for measuring the outward deformation of the tube along the first axis, characterized in that the second part comprises second components (224, 234) in contact with the inner surface of the tube along a second axis perpendicular to the first axis and situated in the same plane, means designed to cause the second components (224, 234) to move in such a way so as to maintain this contact, and means (24, 26) for measuring the inward deformation of the tube along the second axis.
An elongated endoscopic instrument (118; 1400; 2000), comprising: a lumen spiraled at an angle along the length of the instrument (118; 1400; 2000); CHARACTERISED IN THAT: the angle varies along the length of the instrument (118; 1400; 2000). a lumen spiraled at an angle along the length of the instrument (118; 1400; 2000); CHARACTERISED IN THAT: the angle varies along the length of the instrument (118; 1400; 2000).
An insulated glass unit, comprising: First and second substantially parallel, spaced apart glass substrates, the first and second glass substrates defining a gap therebetween; an edge seal provided around a periphery of the first and second substrates; an emitter disposed in the gap; a conductive interface formed in the edge seal, the conductive interface supporting an electrical connection between the emitter and a power source located external to the insulated glass unit; third and fourth substantially parallel, spaced apart substrates, the third and fourth substrates defining a second gap therebetween, wherein the emitter is disposed in the second gap, wherein the third and fourth substrates are disposed in the gap between the first and second glass substrates, and wherein a second edge seal hermetically seals together the third and fourth substrates. First and second substantially parallel, spaced apart glass substrates, the first and second glass substrates defining a gap therebetween; an edge seal provided around a periphery of the first and second substrates; an emitter disposed in the gap; a conductive interface formed in the edge seal, the conductive interface supporting an electrical connection between the emitter and a power source located external to the insulated glass unit;
A regulation method for regulating at least one turbine engine that comprises at least: • a compressor; • a combustion chamber downstream from the compressor; • first and second turbines (10, 12) downstream from the combustion chamber; • a first rotary shaft constrained to rotate at least with said compressor and said first turbine; • a second rotary shaft constrained to rotate with the second turbine, the second rotary shaft nevertheless being free to rotate relative to the first rotary shaft; and • a regulator for controlling the feed of fuel to the combustion chamber; wherein said regulator cuts off the feed of fuel to the combustion chamber if the speed of rotation (N 2) of said second rotary shaft exceeds a maximum threshold (N 2,max) that varies as a function of at least one indicative physical parameter associated with mechanical power being extracted from the combustion gas by the second turbine; the method being characterized in that said maximum threshold for the speed of rotation of the second rotary shaft is reduced when said indicative physical parameter exceeds a higher threshold and when said indicative physical parameter passes below a lower threshold. • a compressor; • a combustion chamber downstream from the compressor; • first and second turbines (10, 12) downstream from the combustion chamber; • a first rotary shaft constrained to rotate at least with said compressor and said first turbine; • a second rotary shaft constrained to rotate with the second turbine, the second rotary shaft nevertheless being free to rotate relative to the first rotary shaft; and • a regulator for controlling the feed of fuel to the combustion chamber; wherein said regulator cuts off the feed of fuel to the combustion chamber if the speed of rotation (N 2) of said second rotary shaft exceeds a maximum threshold (N 2,max) that varies as a function of at least one indicative physical parameter associated with mechanical power being extracted from the combustion gas by the second turbine; the method being characterized in that said maximum threshold for the speed of rotation of the second rotary shaft is reduced when said indicative physical parameter exceeds a higher threshold and when said indicative physical parameter passes below a lower threshold.
A clothing care cabinet, comprising wall portions (17; 19) enclosing the cabinet, at least one door portion that can be opened, at least one rack (10; 49) for supporting objects and an air treatment unit, said rack being arranged inside the cabinet, wherein the air treatment unit is arranged for emitting treated air for circulation through the cabinet, characterised in that the air treatment unit is arranged in a bottom portion inside the cabinet and is being more narrow than the interior width of the cabinet, so as to leave open spaces (16, 18) against nearby wall portions (17; 19), that the lower part of the drying rack (10; 49) is provided with wheels to be rolled in and out of the cabinet, that the drying rack (10; 49) is arranged with two gable portions (12; 50) connected to a plurality of cross bars (13, 14), and that the cross bars (13, 14) are arranged at a height wherein the rack can be rolled freely in and out of the cabinet with the wheels rolling in the open spaces (16, 18). that the air treatment unit is arranged in a bottom portion inside the cabinet and is being more narrow than the interior width of the cabinet, so as to leave open spaces (16, 18) against nearby wall portions (17; 19), that the lower part of the drying rack (10; 49) is provided with wheels to be rolled in and out of the cabinet, that the drying rack (10; 49) is arranged with two gable portions (12; 50) connected to a plurality of cross bars (13, 14), and that the cross bars (13, 14) are arranged at a height wherein the rack can be rolled freely in and out of the cabinet with the wheels rolling in the open spaces (16, 18).
A method comprising: wirelessly broadcasting a virtual Network Service Provider, NSP, advertisement to provide wireless activation of one or more Mobile Virtual Network Operators, MVNOs, associated with a NSP; directing a mobile station, MS, that is connected to the virtual NSP to a subscription portal that presents to a user of the MS the one or more MVNOs for selection; and provisioning the MS with configuration parameters for a selected MVNO to allow connection of the MS with the selected MVNO, wherein said provisioning the MS includes configuring a parameter that indicates the activation of the MS, the activation of the MS being for the selected MVNO but not for the virtual NSP, in order to allow a user of the MS to subsequently activate one or more MVNOs other than the selected MVNO using the virtual NSP. wirelessly broadcasting a virtual Network Service Provider, NSP, advertisement to provide wireless activation of one or more Mobile Virtual Network Operators, MVNOs, associated with a NSP; directing a mobile station, MS, that is connected to the virtual NSP to a subscription portal that presents to a user of the MS the one or more MVNOs for selection; and provisioning the MS with configuration parameters for a selected MVNO to allow connection of the MS with the selected MVNO, wherein said provisioning the MS includes configuring a parameter that indicates the activation of the MS, the activation of the MS being for the selected MVNO but not for the virtual NSP, in order to allow a user of the MS to subsequently activate one or more MVNOs other than the selected MVNO using the virtual NSP.
A shield for a breast pump comprising a resilient, flexible insert configured to receive a user's breast, a body attachable to a breast pump, the insert being mountable to the body and an adjuster (4, 13) operable by a user to alter the shape of the insert, wherein the body has a narrow, inner end for attachment to a breast pump body and a wider, outer end through which a breast is insertable into the shield, a first end of the flexible insert being immovably mounted to the wider, outer end of the body with a second end of the insert extending through the body towards its inner end, characterised in that the adjuster is configured to move the second end of the insert towards said wider, outer end of the body to axially compress, and thereby change the shape of, the insert.
Swash-plate pump base module, comprising a swash-plate pump drive, a swash-plate device, a housing in which the swash-plate pump drive and the swash-plate device are arranged, a holder for a pump module and a preloading device, the preloading device resiliently preloading the pump module held in the holder against the swash-plate device, characterized by a cover with which the holder and a pump module held in the holder can be closed, wherein the preloading device is at least partly integrated in the cover, so that when the cover is closed, the pump module is preloaded against the swash-plate device.
Process for the obtaining of high resistant to compression and having structural uniformity hybrid polymer nanocomposites, characterized by that the necessary quantity of natural clinoptilolite or syntetic HZSM-5 zeolite and a solution with 0.5-1.5% concentration of azobisisobutyronitrile in acrylonitrile are introduced in a mould, so that the solid: liquid ratio will be 1:0.75- 1:1.25 wt:volum, the mould atmosphere is desaerated (made inert) by purging with nitrogen during 10-20 minutes, then the mould is tightly sealed and introduced in a ultrasonication bath, with water, at room temperature (25 °C), where it is left for 1-3 hours for imbibition, then the mould is introduced tin another ultrasonication bath at 65-70 °C, where it is kept for polymerization for 18-24 hours, after which the mould is removed from the ultrasonic bath and left at room temperature for cooling, the hybrid polymer nanocomposite being removed from the mould and allowed to dry in air, in normal conditions, for 20-24 hours.
A composition for hemostasis comprising collagen; stabilizer; and thrombin filled in a container, wherein the composition for hemostasis is a form of powder, and wherein the stabilizer is disposed between the collagen and the thrombin so that the collagen and the thrombin are separated from each other and are not mixed with each other. wherein the composition for hemostasis is a form of powder, and wherein the stabilizer is disposed between the collagen and the thrombin so that the collagen and the thrombin are separated from each other and are not mixed with each other.
A refrigerated sales cabinet, comprising a cabinet body with a roof portion and a bottom portion; an evaporator arranged at the bottom portion; a condenser comprising a condenser fan arranged at the roof portion; and a drip water collecting container arranged at or below the bottom portion, configured to collect water from the inside of the cabinet body; characterized by a steam conduit leading from an inlet at the drip water collecting container to an outlet at the roof portion, particularly close to the condenser fan; a heater arranged within the drip water collecting container; and an ambient air fan arranged at the drip water collecting container configured to blow ambient air through at least a portion of the drip water collecting container entraining steam from the drip water collecting container and to blow such steam through the steam conduit. a cabinet body with a roof portion and a bottom portion; an evaporator arranged at the bottom portion; a condenser comprising a condenser fan arranged at the roof portion; and a drip water collecting container arranged at or below the bottom portion, configured to collect water from the inside of the cabinet body; characterized by a steam conduit leading from an inlet at the drip water collecting container to an outlet at the roof portion, particularly close to the condenser fan; a heater arranged within the drip water collecting container; and an ambient air fan arranged at the drip water collecting container configured to blow ambient air through at least a portion of the drip water collecting container entraining steam from the drip water collecting container and to blow such steam through the steam conduit.
A cylinder liner for a piston engine, which cylinder liner comprises a first support surface that can be arranged against an upper surface of an engine block for carrying forces in the axial direction of the cylinder liner, a second support surface that is located below the first support surface in the axial direction of the cylinder liner for supporting the cylinder liner in the radial direction, and a third support surface that is arranged below the second support surface in the axial direction of the cylinder liner for supporting the cylinder liner in the radial direction, wherein the cylinder liner is provided with a single cooling recess encircling the outer circumference of the cylinder liner, the cooling recess is located above the first support surface in the axial direction of the cylinder liner, and the outer circumference of the cylinder liner is provided with an annular recess below the cooling recess for reducing thermal stresses, wherein the cross-section of the recess comprises a first portion that is a sector of a circle, and the radius of the circle is 30-60 % of the thickness of the wall of the cylinder liner outside of the support surfaces (15, 16, 17) or other reinforced areas of the cylinder liner, and that the recess comprises a portion that is a sector of a circle and has a smaller radius than the first portion of the recess.
A method of operating an electrical system including a first 12V battery, a second 12V battery coupled in series with the first 12V battery, and a battery equalizer coupled to the first 12V battery and the second 12V battery and configured to supply an equalizing current to the first 12V battery, the method being characterized by comprising the steps of: monitoring a level of the equalizing current; determining, based on monitoring of the level of the equalizing current, that the equalizing current is saturated; and reducing a level of 12V current supplied to a load at a positive terminal of the first 12V battery in response to determining that the equalizing current is saturated. monitoring a level of the equalizing current; determining, based on monitoring of the level of the equalizing current, that the equalizing current is saturated; and reducing a level of 12V current supplied to a load at a positive terminal of the first 12V battery in response to determining that the equalizing current is saturated.
A rolling bearing comprising: an outer race; an inner race; rolling elements disposed between the outer race and the inner race, the outer race and the inner race defining a bearing space therebetween having first and second openings at first and second ends of the bearing space, respectively; a seal ring made of resin or metal, and covering the first opening, characterized in that a filter detachably mounted in an oil flow hole formed in the seal ring and configured to catch foreign objects contained in lubricating oil; wherein the seal ring is engaged by one of the outer race and the inner race; and an annular member made of a material softer than a material forming the seal ring and fixedly mounted to the seal ring, the annular member forming a lip which is kept in abutment with the other of the outer race and the inner race. an outer race; an inner race; rolling elements disposed between the outer race and the inner race, the outer race and the inner race defining a bearing space therebetween having first and second openings at first and second ends of the bearing space, respectively; a seal ring made of resin or metal, and covering the first opening, characterized in that a filter detachably mounted in an oil flow hole formed in the seal ring and configured to catch foreign objects contained in lubricating oil; wherein the seal ring is engaged by one of the outer race and the inner race; and an annular member made of a material softer than a material forming the seal ring and fixedly mounted to the seal ring, the annular member forming a lip which is kept in abutment with the other of the outer race and the inner race.
A wireless access point being configured to provide functions for a wireless local area network to be separated between said wireless access point and one or more control nodes CN, said wireless access point comprising: a discovery unit (109, 111) configured to send a discovery request message to said one or more control nodes CN, a selecting unit (109, 111) configured to select one control node CN of said one or more control nodes CN based on one or more discovery response messages sent to said wireless access point from said one or more control nodes CN in response to said discovery request message; a session establishing unit (109, 111) configured to establish a secure session with said selected one control node CN; and a negotiation unit (109, 111) configured to exchange information about the functions to be separated between said selected one control node CN and said wireless access point; characterized in that each of said one or more discovery response messages including information of functions offered by the associated control node CN of said one or more control nodes CN. a discovery unit (109, 111) configured to send a discovery request message to said one or more control nodes CN, a selecting unit (109, 111) configured to select one control node CN of said one or more control nodes CN based on one or more discovery response messages sent to said wireless access point from said one or more control nodes CN in response to said discovery request message; a session establishing unit (109, 111) configured to establish a secure session with said selected one control node CN; and a negotiation unit (109, 111) configured to exchange information about the functions to be separated between said selected one control node CN and said wireless access point; characterized in that each of said one or more discovery response messages including information of functions offered by the associated control node CN of said one or more control nodes CN.