mhurhangee/ep-ind-claims huggingface dataset:
An electromedical device, comprising: - an operating head comprising an internally hollow first casing, having a lower face, said first casing comprising a depression chamber provided with an opening, - aspirating means connected to the depression chamber, a pair of rollers suitable for at least partly delimiting the opening of the depression chamber, - motor means suitable for rotating the rollers, - a generator of pulsed electric current, and - an electromagnetic transducer which is defined by a coil and which is positioned within the hollow casing, said coil being connected to the generator such as to transform the pulsed electric current into a pulsed magnetic field, the electromagnetic current being configured such that the flow of the pulsed magnetic field crosses the opening of the depression chamber, in such a way to perform a magnetotherapy treatment; said electromedical device being characterized in that the coil is positioned right by the opening, so as to surround the rollers and the opening. - an operating head comprising an internally hollow first casing, having a lower face, said first casing comprising a depression chamber provided with an opening, - aspirating means connected to the depression chamber, a pair of rollers suitable for at least partly delimiting the opening of the depression chamber, - motor means suitable for rotating the rollers, - a generator of pulsed electric current, and - an electromagnetic transducer which is defined by a coil and which is positioned within the hollow casing, said coil being connected to the generator such as to transform the pulsed electric current into a pulsed magnetic field, the electromagnetic current being configured such that the flow of the pulsed magnetic field crosses the opening of the depression chamber, in such a way to perform a magnetotherapy treatment;
Starter device for an internal combustion engine, comprising a hollow shaft, comprising a pinion element which comprises a pinion shaft comprising a shaft axis in a displacement direction of the pinion shaft, wherein the pinion shaft is inserted into the hollow shaft, wherein an axial movability of the pinion shaft relative to the hollow shaft is limited by a securing element which is indirectly secured by an interference fit in the hollow shaft, characterized in that the hollow shaft comprises an end face facing away from the pinion element, and the pinion shaft emerges from the hollow shaft behind the end face, and the indirectly secured securing element is secured against inadmissible expansion by a bushing arranged radially outside the securing element and press fitted in the hollow shaft.
A composition comprising a first concentration of an E. coli O25B antigen polysaccharide, and a second concentration of each of an E. coli O1A antigen polysaccharide, an E. coli O2 antigen polysaccharide and an E. coli O6A antigen polysaccharide, wherein the ratio of the first concentration to the second concentration is 2: 1, each of the E. coli O25B, O1A, O2 and O6A antigen polysaccharides are independently covalently bound to a detoxified exotoxin A of Pseudomonas aeruginosa carrier protein, and the first concentration is 10 to 36 μg/ml.
A portable terminal comprising: a body having a display device provided on the front face thereof; a support plate pivotably installed on the rear face of said body, a receiving recess formed on the rear face of the body adapted to receive said support plate; wherein said support plate can pivot from the position of being received in the receiving recess, to articulate to a position protruding from the rear face of the body; wherein the position protruding from the rear face of the body comprises two positions where the support plate is retained in a stopped state at a predetermined angular displacement of respectively 90 and 180 degrees; wherein the support plate is provided with an opening formed through the support plate; at least one leaf spring anchored to an interior structure of the body; at least one cam member provided on a rotation axis of the support plate, wherein as the support plate pivots, the cam member is rotated about the rotation axis in a position in which its peripheral surface is supported by the leaf spring; and three flat surfaces formed on the peripheral surface of the cam member, wherein as the leaf spring comes into close contact with and exerts a force on one of the flat surfaces, the support plate is retained in the stopped state at a predetermined angular position of 90 or 180 degrees or in the receiving recess. a body having a display device provided on the front face thereof; a support plate pivotably installed on the rear face of said body, a receiving recess formed on the rear face of the body adapted to receive said support plate; wherein said support plate can pivot from the position of being received in the receiving recess, to articulate to a position protruding from the rear face of the body; wherein the position protruding from the rear face of the body comprises two positions where the support plate is retained in a stopped state at a predetermined angular displacement of respectively 90 and 180 degrees; wherein the support plate is provided with an opening formed through the support plate; at least one leaf spring anchored to an interior structure of the body; at least one cam member provided on a rotation axis of the support plate, wherein as the support plate pivots, the cam member is rotated about the rotation axis in a position in which its peripheral surface is supported by the leaf spring; and three flat surfaces formed on the peripheral surface of the cam member, wherein as the leaf spring comes into close contact with and exerts a force on one of the flat surfaces, the support plate is retained in the stopped state at a predetermined angular position of 90 or 180 degrees or in the receiving recess.
A coated conductor comprising: a conductor; an outermost opaque layer; an inner layer located between the conductor and the outermost layer, the inner layer comprising a polymeric composition, which comprises: a polyolefin; and a triazine structure: a conductor; an outermost opaque layer; an inner layer located between the conductor and the outermost layer, the inner layer comprising a polymeric composition, which comprises: a polyolefin; and a triazine structure: a polyolefin; and a triazine structure:
A chewing gum base which is cud-forming and chewable at mouth temperature comprising a highly substituted starch short chain carboxylate ester of an RC O- group in which R is a linear or branched alkyl group containing 1 to 6 carbon atoms; wherein the starch short chain carboxylate ester has a degree of substitution of at least 0.75; wherein the RC O- group is directly attached to the starch; and wherein the starch short chain carboxylate ester is plasticized with a compatible plasticizer.
A latch bolt comprising a front releasing face for engaging a keep when the latch bolt is in a latching position to effect latching and a rear latch face which includes a distal portion that is inclined to provide a taper towards a distal end of the latch bolt, wherein the rear latch face has a ridged portion that extends outwardly towards the distal end of the bolt partway between the top and bottom of the bolt and projects further outward from the rear latch face than the remaining part of the rear latch face, characterized in that the front release face projects forwardly further along its top and bottom edge regions (16, 17) than therebetween.
A medical assembly, comprising: - a transparent package, called outer package, delimiting a chamber, and - a package, called inner package, housed in said chamber of the outer package, said inner package comprising at least a first and a second transparent package part (21, 22) each having at least one cavity (41, 42) for receiving a medical object, and a sealing sheet, at least partially opacifying, comprising two parts (31, 32) that are applied on the two package parts (21, 22) so as to close said cavities (41, 42), characterized in that the two package parts (21, 22) of the inner package are folded toward one another in the direction of a facing arrangement of the two parts (31, 32) of said sealing sheet applied on the two package parts (21, 22) of the inner package. - a transparent package, called outer package, delimiting a chamber, and - a package, called inner package, housed in said chamber of the outer package,
Monitoring system (1, 100, 200) for monitoring a first person's position and at least one mobile support unit's (11, 112, 113, 210, 211) position, the system comprising: a first position sensor (6, 105, 203) configured to monitor the first person's position and provide a respective first position signal (7, 204), a position monitor (8, 205) configured to monitor based on the first position signal (7, 204) if the first person (2, 101, 201) enters a spatially defined warning zone (4, 103) or a spatially defined exclusion zone (5, 104), which is a sub-zone of the warning zone (4, 103), wherein the position monitor (8, 205) is configured to provide a warning signal (9, 206) to the first person (2, 101, 201) and the at least one mobile support unit (11, 112, 113, 210, 211) if the first person (2, 101, 201) enters the warning zone (4, 103) and provide a disobey signal (10, 207) to the first person (2, 101, 201) and the at least one mobile support unit (11, 112, 113, 210, 211) if the first person (2, 101, 201) enters the exclusion zone (5, 104), and a modification unit, which is configured to spatially modify the warning zone (4, 103) and/or the exclusion zone (5, 104) based on the distance (13, 13') of at least one mobile support unit (11, 112, 113, 210, 211) from the warning zone (4, 103) and/or the exclusion zone (5, 104). a first position sensor (6, 105, 203) configured to monitor the first person's position and provide a respective first position signal (7, 204), a position monitor (8, 205) configured to monitor based on the first position signal (7, 204) if the first person (2, 101, 201) enters a spatially defined warning zone (4, 103) or a spatially defined exclusion zone (5, 104), which is a sub-zone of the warning zone (4, 103), wherein the position monitor (8, 205) is configured to provide a warning signal (9, 206) to the first person (2, 101, 201) and the at least one mobile support unit (11, 112, 113, 210, 211) if the first person (2, 101, 201) enters the warning zone (4, 103) and provide a disobey signal (10, 207) to the first person (2, 101, 201) and the at least one mobile support unit (11, 112, 113, 210, 211) if the first person (2, 101, 201) enters the exclusion zone (5, 104), and a modification unit, which is configured to spatially modify the warning zone (4, 103) and/or the exclusion zone (5, 104) based on the distance (13, 13') of at least one mobile support unit (11, 112, 113, 210, 211) from the warning zone (4, 103) and/or the exclusion zone (5, 104).
A display data size adjustment method for a portable terminal, comprising: displaying, in response to a request from a user, requested user data on a screen of the portable terminal; identifying a type of the user data displayed on the screen; controlling an data enlargement/reduction and associated screen display based on the identified type of the user data; enlarging, in response to a request for enlargement from the user and the identified type of the user data, the displayed user data by a preset enlargement ratio and displaying the enlarged user data on the screen; and reducing, in response to a request for reduction from the user and the identified type of the user data, the displayed user data by a preset reduction ratio and displaying the reduced user data on the screen, wherein reducing the displayed user data comprises: identifying a center of reduction which is a particular location of the display unit set according to user preferences; and reducing the displayed user data with respect to the center of reduction. displaying, in response to a request from a user, requested user data on a screen of the portable terminal; identifying a type of the user data displayed on the screen; controlling an data enlargement/reduction and associated screen display based on the identified type of the user data; enlarging, in response to a request for enlargement from the user and the identified type of the user data, the displayed user data by a preset enlargement ratio and displaying the enlarged user data on the screen; and reducing, in response to a request for reduction from the user and the identified type of the user data, the displayed user data by a preset reduction ratio and displaying the reduced user data on the screen, wherein reducing the displayed user data comprises: identifying a center of reduction which is a particular location of the display unit set according to user preferences; and reducing the displayed user data with respect to the center of reduction. identifying a center of reduction which is a particular location of the display unit set according to user preferences; and reducing the displayed user data with respect to the center of reduction.
A centrifugal separator (1, 1') for separation of at least two components of a fluid mixture which are of different densities, which centrifugal separator comprises a rotor (2, 2') rotatable about an axis of rotation and comprising a rotor wall (7a, 7b, 7a', 7b') which surrounds an inner space with a separating chamber (8, 8') within the rotor (2, 2'), an inlet (18, 18', 19, 19', 20) for feeding the fluid mixture into the rotor's separating chamber (8, 8'), at least one outlet (22, 22', 29) for discharging out from the rotor (2, 2') a component separated from the fluid mixture, and a rotor shaft (3, 3') arranged to be connected to a hub (12, 12') on the rotor wall, the rotor (2, 2') being supported via the rotor shaft which is drivably connected to a motor for rotation of the rotor about the axis of rotation, that the hub (12, 12') is situated outside the rotor's inner space and has for the rotor shaft a connection directed axially outwards from the rotor, with a fastening so arranged at the side of the rotor wall which faces away from the inner space as to be operable from the outside of the rotor in order to releasably connect the hub (12, 12') to the rotor shaft (3, 3'), characterised in that said fastening is a clamping device arranged to connect the hub (12, 12') to the rotor shaft (3, 3') in a releasable frictional fastening and in which the hub (12, 12') is configured to radially surround a portion of the rotor shaft (3, 3') and that an annular space is arranged radially between the hub (12, 12') and the rotor shaft (3, 3'), in which space said clamping device is fitted for frictional engagement with the hub (12, 12') and with the rotor shaft (3, 3') in the releasable frictional fastening and in which the hub comprises an axial stop (28, 28') for the clamping device, in the form of an abutment surface with a radial extent, arranged to abut against an end of the clamping device, which end is within the hub (12, 12'). a rotor (2, 2') rotatable about an axis of rotation and comprising a rotor wall (7a, 7b, 7a', 7b') which surrounds an inner space with a separating chamber (8, 8') within the rotor (2, 2'), an inlet (18, 18', 19, 19', 20) for feeding the fluid mixture into the rotor's separating chamber (8, 8'), at least one outlet (22, 22', 29) for discharging out from the rotor (2, 2') a component separated from the fluid mixture, and a rotor shaft (3, 3') arranged to be connected to a hub (12, 12') on the rotor wall, the rotor (2, 2') being supported via the rotor shaft which is drivably connected to a motor for rotation of the rotor about the axis of rotation,
A solar cell having a light-absorbing layer (130; 230; 330) formed between two electrodes (120, 150; 220, 250; 320, 350) which are disposed to face each other, wherein an electrical polarization layer, which comprises an electrical polarization material (140, 240, 340) forming a built-in electric field, is formed between the electrodes and the light-absorbing layer, characterized in that the light-absorbing layer (130; 230; 330) comprises a compound which includes M1, M2, X, and a combination thereof, wherein M1 is copper (Cu), silver (Ag), or a combination thereof, M2 is indium (In), gallium (Ga), aluminum (Al), zinc (Zn), germanium (Ge), tin (Sn), or a combination thereof, and X is selenium (Se), sulfur, or a combination thereof.
A method for forming a sustained release composition with an altered release rate comprising the steps of: forming a dispersed phase comprising a specific active agent dissolved with a polymer; mixing the dispersed phase with an aqueous continuous phase to form a microparticle dispersion comprising microparticles suspended in the continuous phase; and adding a measured amount of a dilution composition to the microparticle dispersion after the microparticles have been formed, wherein the formed microparticles are sufficiently solid to be filterable using a hollow fiber filter; wherein the amount of the dilution composition added is sufficient to alter the release rate for the specific active agent. forming a dispersed phase comprising a specific active agent dissolved with a polymer; mixing the dispersed phase with an aqueous continuous phase to form a microparticle dispersion comprising microparticles suspended in the continuous phase; and adding a measured amount of a dilution composition to the microparticle dispersion after the microparticles have been formed, wherein the formed microparticles are sufficiently solid to be filterable using a hollow fiber filter; wherein the amount of the dilution composition added is sufficient to alter the release rate for the specific active agent.
A method, comprising: determining, by a base station comprising a plurality of transmitting coils, a first plurality of mutual magnetic parameters characterizing mutual magnetic coupling between each transmitting coil of the plurality of transmitting coils and one or more receiving coils, at least one receiving coil associated with at least one electric or electronic device remotely located from and to be remotely powered by the base station; determining, by the base station, a plurality of control signals based on the first plurality of mutual magnetic parameters, each control signal of the plurality of control signals being associated with a corresponding transmitting coil of the plurality of transmitting coils; and using each control signal of the plurality of control signals to cause a driving circuit coupled to the transmitting coil corresponding to the control signal to cause a current with a magnitude and phase determined from the control signal to flow in said transmitting coil, wherein a different amount of power is provided via each of the transmit coils such that the efficiency of power transmission is optimized; wherein determining the plurality of control signals is further based on a second plurality of mutual magnetic parameters, each mutual magnetic parameter of the second plurality of mutual magnetic parameters being associated with a different pair of transmitting coils of the plurality of transmitting coils, the method further comprising determining, by the base station, the second plurality of mutual magnetic parameters. determining, by a base station comprising a plurality of transmitting coils, a first plurality of mutual magnetic parameters characterizing mutual magnetic coupling between each transmitting coil of the plurality of transmitting coils and one or more receiving coils, at least one receiving coil associated with at least one electric or electronic device remotely located from and to be remotely powered by the base station; determining, by the base station, a plurality of control signals based on the first plurality of mutual magnetic parameters, each control signal of the plurality of control signals being associated with a corresponding transmitting coil of the plurality of transmitting coils; and using each control signal of the plurality of control signals to cause a driving circuit coupled to the transmitting coil corresponding to the control signal to cause a current with a magnitude and phase determined from the control signal to flow in said transmitting coil, wherein a different amount of power is provided via each of the transmit coils such that the efficiency of power transmission is optimized; wherein determining the plurality of control signals is further based on a second plurality of mutual magnetic parameters, each mutual magnetic parameter of the second plurality of mutual magnetic parameters being associated with a different pair of transmitting coils of the plurality of transmitting coils, the method further comprising determining, by the base station, the second plurality of mutual magnetic parameters.
A device for actuating a rotating shaft for the contact elements of an isolating switch, the rotating shaft being selected from a plurality of parallel rotating shafts, the device comprising: - a driving shaft supported and actuated by a corresponding rotation means, which is provided with a driving gear for the transmission of torque, - a plurality of driven shafts (14, 15, 16), each provided with a corresponding driven gear (17, 18, 19) that is configured to mesh with the driving gear, the driven gears (17, 18, 19) being arranged on the respective driven shaft in an axial position that is offset with respect to the other driven gears and the driving gear being capable of performing a translational movement axially with means of translational motion for alternate meshing with one of said driven gears (17, 18, 19), said device further comprising means of prevention of rotation for the driven shafts whose driven gear is not meshed with said driving gear, said means being constituted by a plurality of disk-like bodies (26, 27, 28, 29) each comprising a concave sector (40, 41, 42, 43) with a profile shaped like a circular arc, the plurality of disk-like bodies (26, 27, 28, 29) including a central disk-like body supported by the driving shaft but decoupled from it in terms of rotation and each of the remaining disk-like bodies (27, 28, 29) being fixed coaxially to a respective one of the plurality of driven shafts (14, 15, 16) in a mutually co-planar arrangement, wherein the concavity of the concave sectors (41, 42, 43) of the driven disk-like bodies (27, 28, 29) are of a slightly greater radius than the radius of the central disk-like body and the concavity of the concave sector of the central disk-like body having a contour and dimensions so as to allow thereat, selective rotation of each of the driven disk-like bodies (27, 28, 29). - a driving shaft supported and actuated by a corresponding rotation means, which is provided with a driving gear for the transmission of torque, - a plurality of driven shafts (14, 15, 16), each provided with a corresponding driven gear (17, 18, 19) that is configured to mesh with the driving gear, the driven gears (17, 18, 19) being arranged on the respective driven shaft in an axial position that is offset with respect to the other driven gears and the driving gear being capable of performing a translational movement axially with means of translational motion for alternate meshing with one of said driven gears (17, 18, 19),