mhurhangee/ep-ind-claims huggingface dataset:
A system for subatmospheric pressure therapy in connection with healing a wound, which comprises: a wound dressing (12, 212) comprising a wound dressing cover dimensioned for positioning relative to a wound bed of a subject to establish a reservoir over the wound bed in which subatmospheric pressure may be maintained and defining a vacuum chamber about the wound bed; a subatmospheric pressure mechanism including: a housing; a vacuum source disposed in the housing; and a collection canister for collecting exudate in fluid communication with the vacuum source; an exudate conduit in fluid communication with the wound dressing and the collection canister; and a vent conduit in fluid communication with the collection canister and the wound dressing for introducing air into the reservoir to facilitate flow of exudate through the exudate conduit; wherein the wound dressing cover comprises a cover layer having a first aperture and a second aperture, characterised in that the system further comprises a fluid/vent port positioned adjacent the first and second apertures wherein the fluid/vent port is configured to be in fluid communication with the first aperture and the collection canister via the exudate conduit and is further configured to be in fluid communication with the second aperture and the collection canister via the vent conduit. a wound dressing (12, 212) comprising a wound dressing cover dimensioned for positioning relative to a wound bed of a subject to establish a reservoir over the wound bed in which subatmospheric pressure may be maintained and defining a vacuum chamber about the wound bed; a subatmospheric pressure mechanism including: a housing; a vacuum source disposed in the housing; and a collection canister for collecting exudate in fluid communication with the vacuum source; a housing; a vacuum source disposed in the housing; and a collection canister for collecting exudate in fluid communication with the vacuum source; an exudate conduit in fluid communication with the wound dressing and the collection canister; and a vent conduit in fluid communication with the collection canister and the wound dressing for introducing air into the reservoir to facilitate flow of exudate through the exudate conduit; wherein the wound dressing cover comprises a cover layer having a first aperture and a second aperture, characterised in that the system further comprises a fluid/vent port positioned adjacent the first and second apertures wherein the fluid/vent port is configured to be in fluid communication with the first aperture and the collection canister via the exudate conduit and is further configured to be in fluid communication with the second aperture and the collection canister via the vent conduit.
A compact linear solenoid comprising a coil, a movable plunger, a corresponding immovable base, a housing of a cylindrical shape, optionally a movable plunger rod and optionally a return spring, wherein the internal part of the plunger and the corresponding external part of the base are of conical shape, wherein the plunger is provided in its end part with an additional sleeve of the plunger and the base has a cylindrical chamfer in a form of an outer cylindrical surface and a base ring in its end part, whereby the cylindrical chamfer of the base fits in its form to the sleeve of the plunger, wherein the end part of the plunger and the end part of the base are parts which contact each other or come to direct vicinity in the linear movement of the solenoid, characterized in that the additional sleeve of the plunger is in a form of a cylinder with an inner cylindrical surface and a plunger ring, wherein the magnetically active surfaces of the plunger are an inner conical surface of the plunger, the inner cylindrical surface and the plunger ring, and the magnetically active surfaces of the base are an outer conical surface of the base, the outer cylindrical surface and the base ring, whereby in the initial position of the plunger at a start of the plunger stroke, the inner cylindrical surface of the plunger and the outer cylindrical surface of the base are spaced, and whereby the plunger ring and the base ring are oriented normally with respect to the stroke of the plunger, wherein by the linear movement of the plunger, the mechanical contact of the plunger ring with the base ring is enabled.
A method of preparing a wrapped smokeless tobacco product comprising a wrapping material and a moist smokeless tobacco material, wherein said method comprises the steps of: a) providing the wrapping material with a colorant-containing solution, b) providing the moist smokeless tobacco material, c) wrapping the moist smokeless tobacco material with the coloured wrapping material, d) sealing the coloured wrapping material around the moist smokeless tobacco material, and e) obtaining a portioned smokeless tobacco having a seal strength comprised between 5 and 15 N/50mm, wherein the method further comprises a step of drying the coloured wrapping material at least in the sealing region before step c). a) providing the wrapping material with a colorant-containing solution, b) providing the moist smokeless tobacco material, c) wrapping the moist smokeless tobacco material with the coloured wrapping material, d) sealing the coloured wrapping material around the moist smokeless tobacco material, and e) obtaining a portioned smokeless tobacco having a seal strength comprised between 5 and 15 N/50mm,
Antenna arrangement comprising: a ground element; a first branch comprising a first inductor loading and a second inductor loading; a second branch connected to the ground element via a feeding point; a third branch comprising a third inductor loading; a first grounding pin connected to the first branch; and a second grounding pin connected to the third branch wherein a first conductor loading in the form of a first capacitor is arranged between the first branch and the second branch; wherein the first branch comprising in series and that order the first inductor loading, a connection to the first conductor loading, the second inductor loading, and an end-point connected to the grounding pin; wherein a second conductor loading in the form of a second capacitor is arranged between the second branch and the third branch; and wherein the second branch has a connection point at which the second branch is connected to the first branch via the first conductor loading where the first conductor loading controls the coupling between the second branch and the first branch and at which the second branch is connected to the third branch via the second conductor loading where the second conductor loading controls the coupling between the second branch and the third branch, wherein the third branch comprising in series and that order the third inductor loading, a connection to the second conductor loading and an end-point connected to the second grounding pin. a ground element; a first branch comprising a first inductor loading and a second inductor loading; a second branch connected to the ground element via a feeding point; a third branch comprising a third inductor loading; a first grounding pin connected to the first branch; and a second grounding pin connected to the third branch wherein a first conductor loading in the form of a first capacitor is arranged between the first branch and the second branch; wherein the first branch comprising in series and that order the first inductor loading, a connection to the first conductor loading, the second inductor loading, and an end-point connected to the grounding pin; wherein a second conductor loading in the form of a second capacitor is arranged between the second branch and the third branch; and wherein the second branch has a connection point at which the second branch is connected to the first branch via the first conductor loading where the first conductor loading controls the coupling between the second branch and the first branch and at which the second branch is connected to the third branch via the second conductor loading where the second conductor loading controls the coupling between the second branch and the third branch, wherein the third branch comprising in series and that order the third inductor loading, a connection to the second conductor loading and an end-point connected to the second grounding pin.
A method for producing 5-hydroxymethyl-2-furfural from maize syrup containing fructose, wherein the 5-hydroxymethyl-2-furfural is expressed by chemical formula: and the method comprises a conversion step in which a reactant containing the 5-hydroxymethyl-2-furfural is produced by mixing and heating the maize syrup, a dioxane solvent, and a solid acid catalyst.
A joint apparatus for connecting a faucet and a water pipe, said apparatus comprising - a coupler having threads at its first end, the coupler being configured to be attached by the threads to a faucet body and comprising at its second end an outward directed flange having a first surface facing an end of the water pipe and a second surface, and - an attachment nut having at its first end threads configured to attach the attachment nut to the water pipe or to an eccentric fitting and comprising at its second end an inward directed bracket configured to fasten the flange, said inward directed bracket having a joint surface configured to face the second surface of the outward directed flange of the coupler characterized in that the joint apparatus further comprising a ring arranged between the second surface of the coupler's flange and the joint surface of the attachment nut's bracket, which joint surface is an inclined surface with respect to a plane perpendicular to the attachment nut's center axis, and wherein the first surface of the outward directed flange and the second surface of the outward directed flange are inclined with respect to a plane perpendicular to the coupler's center axis, and wherein a shape of the at least one of the following: the first surface of the outward directed flange facing the end of the water pipe, the second surface of the outward directed flange facing the ring is arcuate. - a coupler having threads at its first end, the coupler being configured to be attached by the threads to a faucet body and comprising at its second end an outward directed flange having a first surface facing an end of the water pipe and a second surface, and - an attachment nut having at its first end threads configured to attach the attachment nut to the water pipe or to an eccentric fitting and comprising at its second end an inward directed bracket configured to fasten the flange, said inward directed bracket having a joint surface configured to face the second surface of the outward directed flange of the coupler characterized in that the joint apparatus further comprising a ring arranged between the second surface of the coupler's flange and the joint surface of the attachment nut's bracket, which joint surface is an inclined surface with respect to a plane perpendicular to the attachment nut's center axis, and wherein the first surface of the outward directed flange and the second surface of the outward directed flange are inclined with respect to a plane perpendicular to the coupler's center axis, and wherein a shape of the at least one of the following: the first surface of the outward directed flange facing the end of the water pipe, the second surface of the outward directed flange facing the ring is arcuate.
A CO 2 capture system, which comprises: a CO 2 sorbent, a CO 2 absorption tower having the CO 2 sorbent encapsulated therein, and a channel for recovering water condensed in the CO 2 absorption tower in a circulating water system, and which uses steam gas for regenerating the CO 2 sorbent, wherein the system further comprises a unit (107, 103) configured to reduce the outflow of the CO 2 sorbent to the circulating water system, wherein as the unit configured to reduce the outflow of the CO 2 sorbent, a water repellent finish is applied to the CO 2 sorbent, wherein the water repellent finish applied to the CO 2 sorbent is a water repellent coating applied under a high CO 2 partial pressure in a state where CO 2 is captured in a CO 2 capturing portion of the CO 2 sorbent.
A method for processing messages (1305, 1415) using an intermediary node (1315, 1405) having a processor and a memory for storing executable instructions, the processor executing the instructions to perform the method, comprising: detecting (1510, 1515), via the intermediary node (1315, 1405), a link included in a message (1305, 1415), the link being associated with an unknown resource; hashing a unique identifier for a recipient of the message (1305, 1415), wherein the unique identifier is an email address of the recipient that is determined from the message (1305, 1415); appending the hashed identifier to the link, for creating an updated link and updated message; and forwarding the updated message to the recipient; wherein the link comprises a URL for the unknown resource and the updated link comprises a URL referring to the intermediary node (1315, 1403), the URL for the unknown resource, and the hashed identifier. detecting (1510, 1515), via the intermediary node (1315, 1405), a link included in a message (1305, 1415), the link being associated with an unknown resource; hashing a unique identifier for a recipient of the message (1305, 1415), wherein the unique identifier is an email address of the recipient that is determined from the message (1305, 1415); appending the hashed identifier to the link, for creating an updated link and updated message; and forwarding the updated message to the recipient; wherein the link comprises a URL for the unknown resource and the updated link comprises a URL referring to the intermediary node (1315, 1403), the URL for the unknown resource, and the hashed identifier.
A bale opener for stripping fiber flocks from fiber bales having a stripping tower arranged on a running gear or a bogie and having a stripping arm, wherein the stripping arm is mounted in a height-adjustable mount in a guide on the stripping tower, characterized in that a lifting gear is provided for the height adjustment of the stripping arm, wherein the lifting gear is mounted on the stripping arm and on the stripping tower and the lifting gear has at least one load cell, whereas the stripping arm is mounted so that it is freely cantilevered over the lifting gear on the load cell or is mounted, so that it is freestanding on the load cell.
A safety valve assembly for dispensing a liquid potentially hazardous for a non-competent user, comprising i) a valve configured to have at least two positions, one of which disables outflow, which is the closed position, and one of which enables outflow, which is the open position, of said liquid from a faucet; ii) a knob having two degrees of movement freedom, one translational and one rotational, iii) an actuating member configured to form actuating contact between said valve and said knob, wherein the valve, the member, and at least a part of the knob are encased in a cylindrical casing, and wherein said translational movement occurs along the axis of the casing cylinder, and said rotational movement occurs around the axis of the casing cylinder; and iv) mechanical shutting means configured to keep said valve in the closed position when the knob is left free, comprising at least two springs, a first spring being deformed during the translational movement of said knob and a second spring being deformed during the rotational movement of said knob; wherein subsequently effecting said translational and said rotational movement results in switching said valve to said open position. i) a valve configured to have at least two positions, one of which disables outflow, which is the closed position, and one of which enables outflow, which is the open position, of said liquid from a faucet; ii) a knob having two degrees of movement freedom, one translational and one rotational, iii) an actuating member configured to form actuating contact between said valve and said knob, wherein the valve, the member, and at least a part of the knob are encased in a cylindrical casing, and wherein said translational movement occurs along the axis of the casing cylinder, and said rotational movement occurs around the axis of the casing cylinder; and iv) mechanical shutting means configured to keep said valve in the closed position when the knob is left free, comprising at least two springs, a first spring being deformed during the translational movement of said knob and a second spring being deformed during the rotational movement of said knob;
Method for operating a radar sensor which is installed in a motor vehicle behind a component, in particular a bumper component, which can be radiographed by radar radiation, characterised in that when the component is disassembled from the motor vehicle, radar data are also recorded with the radar sensor, wherein, upon recognition of the disassembly of the component using a disassembly criterion determined from the radar data, calibration information indicating a necessary recalibration of the radar sensor is generated after reinstallation of the component and is used to initiate the recalibration of the radar sensor, wherein a noise level in the radar data is evaluated to determine the disassembly criterion.
A geothermal plant (1600, 1700, 1800, 2000) for extracting energy from a geothermal reservoir located below the ocean bottom, the geothermal plant (1600, 1700, 1800, 2000) comprising: a floating platform; a riser that extends from a well drilled into the geothermal reservoir, to the floating platform; an electrical pump having a mechanical actuation part located in a bore of the riser, and an electronic part located outside the riser, wherein the electrical pump is configured to pump a geothermal liquid from the geothermal reservoir to the floating platform; and a power plant located on the floating platform and configured to use a steam produced by the geothermal liquid to generate electrical power, wherein the electrical pump is placed at a depth of the riser where the geothermal liquid is in a single-phase. a floating platform; a riser that extends from a well drilled into the geothermal reservoir, to the floating platform; an electrical pump having a mechanical actuation part located in a bore of the riser, and an electronic part located outside the riser, wherein the electrical pump is configured to pump a geothermal liquid from the geothermal reservoir to the floating platform; and a power plant located on the floating platform and configured to use a steam produced by the geothermal liquid to generate electrical power, wherein the electrical pump is placed at a depth of the riser where the geothermal liquid is in a single-phase.
Valve for pressurized fluid, comprising a body having a front face and a rear face and housing an internal fluid circuit having an upstream end intended to be placed in communication with a reserve of pressurized fluid and a downstream end intended to be placed in communication with a user of fluid, the circuit comprising a collection of valve shutter(s) (6, 7) comprising at least one shut-off valve shutter for closing or opening the circuit, the valve comprising a member for manually controlling the collection of valve shutter (s) (6, 7), the control member being mounted on the body so as to be movable between a rest position, in which the collection of valve shutter(s) (6, 7) is in a position in which the circuit is closed, and an active position, in which the control member actuates the collection of valve shutter (s) (6, 7) into a position in which the circuit is open with a first bore section, the valve having a mechanism (9, 10) for locking the control member in its rest position, the locking mechanism (9, 10) comprising a locking lever provided with an end for grasping, notably a terminal end, the locking lever being able to move on the body between a locked first position, which locks the control member to prevent it from moving from its rest position towards its active position, and an unlocked second position, in which the control member is unlocked, allowing it to move from its rest position towards its active position, wherein, in the locked first position of the locking lever, the end for grasping of the locking lever is disposed along or in a manner facing the front face of the body of the valve at a first distance from the front face of the body of the valve, in the unlocked second position of the locking lever, the end for grasping is spaced apart from the front face of the body of the valve by a second distance greater than the first distance, the body of the valve having a concealing portion for concealing at least the end for grasping of the locking lever, forming a barrier between the rear face of the body of the valve and the end for grasping of the lever, in order to prevent or limit the possibility of a rectilinear object being able to push the locking lever from its locked position toward its unlocked position from the rear of the valve at the end for grasping, characterized in that, in its unlocked second position, the locking lever actuates the collection of valve shutter (s) (6, 7) into a position in which the circuit is open with a second bore section.
An embossing unit comprising: - at least one embossing roller, (3, 5) provided with embossing protrusions or recesses (3P, 5P) on a cylindrical surface; - at least one pressure roller (7, 9) coated with an elastically yielding material (7E, 9E) and cooperating with said embossing roller; - at least one actuator (15, 17) that presses said pressure roller and said embossing roller against each other; characterized by an automatic position adjustment system, to adjust the reciprocal position of said pressure roller and said embossing roller; wherein said automatic adjustment system comprises at least one position detector (19, 21) to detect the reciprocal position of said at least one pressure roller and said at least one embossing roller; and wherein said at least one actuator is controlled as a function of the position detected by said at least one position detector. - at least one embossing roller, (3, 5) provided with embossing protrusions or recesses (3P, 5P) on a cylindrical surface; - at least one pressure roller (7, 9) coated with an elastically yielding material (7E, 9E) and cooperating with said embossing roller; - at least one actuator (15, 17) that presses said pressure roller and said embossing roller against each other;
Structurally ineffective moulded part for fastening to a building wall or ceiling, wherein the moulded part contains at least one lightweight mineral filler and one binding agent, characterised in that the lightweight mineral filler constitutes 75 to 95% by weight of the total weight of the starting materials, and the lightweight mineral filler comprises foamed particles with a closed-cell structure and/or a closed, preferably glass-like or sinter-like surface, further, that the binding agent constitutes 5 to 25% by weight of the total weight of the starting materials and comprises at least one organic binding agent, particularly epoxy resin.