mhurhangee/ep-ind-claims huggingface dataset:
Waterproof, tamper-proof vial designed to receive a product, said vial comprising a tube open at one end, thus enabling the vial to be filled, a stopper designed to close the tube in a manner which is waterproof and tamper-proof, the stopper further comprising at one end a first, collar-forming portion designed to cooperate with the tube, the stopper comprising a rupture zone situated on a second portion of said stopper not cooperating with the tube and allowing the vial to be opened, the tube further comprising at least one raised portion on which rests the end of the collar of the stopper when the latter is positioned on the tube, the collar comprising means on its inner wall capable of hermetically surrounding the outer wall of the open end of the tube, and capable of cooperating with means present on the outer wall of the open end of the tube, the means present on the inner wall of the collar being in the form of a circular recess complementary to a raised portion, forming, as the means on the outer wall of the open end of the tube, a concentric bead included on the outer wall of the open end of the tube, the means (100, 210) cooperating with each other so as to ensure hermetic, tamper-proof closure of the vial, and characterised in that the inside diameter of the collar of the stopper and the outside diameter of the end of the tube designed to cooperate with the collar of the stopper are substantially equal, thus ensuring waterproof closure of the vial when the collar of the stopper cooperates with the open end of the tube.
A method of determining the contribution of a grid subsystem to oscillations in grid frequency in an external electrical grid in an electrical power network, the method comprising: receiving a first quantity corresponding to the oscillations in grid frequency in the external electrical grid; receiving at least one second quantity, the at least one second quantity corresponding to oscillations in active power conveyed on at least one electrical connection (16a, 16b, 16c) between the grid subsystem and the external electrical grid; and determining the contribution of said grid subsystem to the oscillations in grid frequency in the external electrical grid by determining the magnitude of the component into which a vector representing the second quantity is decomposed, that is in quadrature with the first quantity. receiving a first quantity corresponding to the oscillations in grid frequency in the external electrical grid; receiving at least one second quantity, the at least one second quantity corresponding to oscillations in active power conveyed on at least one electrical connection (16a, 16b, 16c) between the grid subsystem and the external electrical grid; and determining the contribution of said grid subsystem to the oscillations in grid frequency in the external electrical grid by determining the magnitude of the component into which a vector representing the second quantity is decomposed, that is in quadrature with the first quantity.
A method for measuring adjacent cells, which is adapted to measure Time Division-Synchronous Code Division Multiple Access, TD-SCDMA, adjacent cells in a Wideband Code Division Multiple Access, WCDMA, mode when TD-SCDMA timing has not been obtained, wherein a terminal in an idle state uses dormant idle WCDMA sub-frames to receive data of TD-SCDMA adjacent cells specified by a network side so as to measure the TD-SCDMA adjacent cells, and in a connection state uses an idle window of the WCDMA subframes to receive data of TD-SCDMA adjacent cells specified by the network side so as to measure the TD-SCDMA adjacent cells, and particularly the method comprises the following steps: step A, receiving the data of the TD-SCDMA adjacent cells, performing automatic gain control adjustment and coarse synchronization adjustment of frequency points of the TD-SCDMA adjacent areas, thereby obtaining a stable automatic gain control value of one frequency point, and the success of the coarse synchronization of the frequency point; step B, receiving data relevant to a downlink synchronization code according to a coarse synchronization position, finding out a position where a relevant peak is the highest which is to be used as a TD-SCDMA timing, and determining an observation time difference of all the TD-SCDMA adjacent cells with respect to the TD-SCDMA timing under the frequency point; and step C, receiving data in the 0th time slot relevant to a training sequence code under the frequency point according to the TD-SCDMA timing, which is for determining a received signal code power of the TD-SCDMA adjacent cells whose observation time difference has been obtained, wherein the present step is performed three times and an average value of the measurements of the received signal code powers of the three times is reported to the network side. step A, receiving the data of the TD-SCDMA adjacent cells, performing automatic gain control adjustment and coarse synchronization adjustment of frequency points of the TD-SCDMA adjacent areas, thereby obtaining a stable automatic gain control value of one frequency point, and the success of the coarse synchronization of the frequency point; step B, receiving data relevant to a downlink synchronization code according to a coarse synchronization position, finding out a position where a relevant peak is the highest which is to be used as a TD-SCDMA timing, and determining an observation time difference of all the TD-SCDMA adjacent cells with respect to the TD-SCDMA timing under the frequency point; and step C, receiving data in the 0th time slot relevant to a training sequence code under the frequency point according to the TD-SCDMA timing, which is for determining a received signal code power of the TD-SCDMA adjacent cells whose observation time difference has been obtained, wherein the present step is performed three times and an average value of the measurements of the received signal code powers of the three times is reported to the network side.
An invert emulsion drilling fluid, comprising: a water in oil emulsion; an invert emulsifier to stabilize the water in oil emulsion in an amount operable to stabilize the water in oil emulsion; a fatty acid, wherein the fatty acid is a mixture of C16 and C18 saturated linear alpha carboxylic acids; a 36 carbon fatty dimer diamine; a filtration control agent; and an inorganic mineral including one or more of lime, calcium chloride, and barite. a water in oil emulsion; an invert emulsifier to stabilize the water in oil emulsion in an amount operable to stabilize the water in oil emulsion; a fatty acid, wherein the fatty acid is a mixture of C16 and C18 saturated linear alpha carboxylic acids; a 36 carbon fatty dimer diamine; a filtration control agent; and an inorganic mineral including one or more of lime, calcium chloride, and barite.
Wheelchair fitted with an declinable backrest, comprising a frame, equipped with wheels, a chair and a backrest and a gas spring or servo actuator for adjusting the inclination of said backrest with respect to the chair that allow said backrest to take on a fixed position of said backrest at the desired inclination, characterised by a pliable elastic element capable of providing said inclinable backrest, with an additional free range of motion within a fixed range with respect to said inclination of said backrest.
Hair-cutting unit for use in a hair-cutting appliance, comprising: - an external cutting member having hair-entry openings, - an internal cutting member having at least one hair-cutting element and being movable with respect to the external cutting member, - a base member having a hair-collecting chamber, - a supporting member accommodating the external cutting member and the internal cutting member, wherein the supporting member is pivotable relative to the base member between a closed position in which the hair-collecting chamber is closed and an opened position in which the hair-collecting chamber is open and accessible, - a holding member which is pivotable relative to the supporting member between a holding position in which the holding member is arranged to hold the external cutting member and the internal cutting member in an operational position in the supporting member, and a releasing position in which the holding member is arranged to release the external cutting member and the internal cutting member for removal from the supporting member, characterized in that the hair-cutting unit comprises further: - a biasing mechanism which is configured to exert a biasing force on the holding member for biasing the holding member relative to the supporting member towards the holding position, wherein, at least in the opened position of the supporting member with the holding member in the holding position, pivoting of the holding member relative to the supporting member out of the holding position is prevented solely by the biasing force of the biasing mechanism. - an external cutting member having hair-entry openings, - an internal cutting member having at least one hair-cutting element and being movable with respect to the external cutting member, - a base member having a hair-collecting chamber, - a supporting member accommodating the external cutting member and the internal cutting member, wherein the supporting member is pivotable relative to the base member between a closed position in which the hair-collecting chamber is closed and an opened position in which the hair-collecting chamber is open and accessible, - a holding member which is pivotable relative to the supporting member between a holding position in which the holding member is arranged to hold the external cutting member and the internal cutting member in an operational position in the supporting member, and a releasing position in which the holding member is arranged to release the external cutting member and the internal cutting member for removal from the supporting member, characterized in that the hair-cutting unit comprises further: - a biasing mechanism which is configured to exert a biasing force on the holding member for biasing the holding member relative to the supporting member towards the holding position, wherein, at least in the opened position of the supporting member with the holding member in the holding position, pivoting of the holding member relative to the supporting member out of the holding position is prevented solely by the biasing force of the biasing mechanism.
A water-insoluble controlled-release pattern recognition receptor agonist ("PRRA") or its pharmaceutically acceptable salt or a pharmaceutical composition comprising such water-insoluble controlled-release PRRA or its pharmaceutically acceptable salt for use in the treatment of cancer, wherein the water-insoluble controlled-release PRRA is administered by intra-tumoral injection, wherein the water-insoluble controlled-release PRRA comprises a plurality of PRRA moieties covalently and reversibly conjugated to a carrier moiety, from which the PRRA moieties are released in aqueous buffer at pH 7.4 and 37°C with a half-life ranging from one day to three months, wherein the PRRA moieties are resiquimod moieties and wherein the carrier moiety is a hydrogel; and wherein the protein level of at least one cytokine selected from the group consisting of IL-6, CCL2 and IL-10 in plasma has a more than 10-fold lower maximum protein level within 24 hours compared to an equivalent molar dose of the corresponding free resiquimod upon intra-tumoral injection.
Process for evaluating the flexibility of an injectable gel, the process comprising: subjecting the injectable gel to oscillating mechanical stresses to determine elastic modulus (G') and viscous modulus (G") of the injectable gel as a function of strain (γ) in an amplitude sweep of the injectable gel; determining the strain (γ cross) at a crossover point of the amplitude sweep of the injectable gel, wherein the crossover point of the amplitude sweep is where the elastic modulus (G') and the viscous modulus (G") have the same value; determining the flexibility of the injectable gel as the strain at the crossover point of the amplitude sweep of the injectable gel (γ cross); the process being characterised in that it further comprises comparing the flexibility of the injectable gel with a flexibility value of a reference gel, wherein flexibility of the injectable gel higher than the flexibility value of the reference gel indicates that the injectable gel is more suitable than the reference gel for being implanted at facial regions that are subjected to movement. subjecting the injectable gel to oscillating mechanical stresses to determine elastic modulus (G') and viscous modulus (G") of the injectable gel as a function of strain (γ) in an amplitude sweep of the injectable gel; determining the strain (γ cross) at a crossover point of the amplitude sweep of the injectable gel, wherein the crossover point of the amplitude sweep is where the elastic modulus (G') and the viscous modulus (G") have the same value; determining the flexibility of the injectable gel as the strain at the crossover point of the amplitude sweep of the injectable gel (γ cross); the process being characterised in that it further comprises comparing the flexibility of the injectable gel with a flexibility value of a reference gel, wherein flexibility of the injectable gel higher than the flexibility value of the reference gel indicates that the injectable gel is more suitable than the reference gel for being implanted at facial regions that are subjected to movement.
An insect trapping device, comprising: a base comprising an upstanding shroud having a front surface; a cartridge releasably engaging the base, the cartridge defining an opening for receiving a flying or crawling insect, and the cartridge comprising an adhesive portion for trapping the insect, the adhesive portion having a front face and a rear face; and a light source, characterized in that said shroud having disposed therein an electric heating element for heating the front surface of the shroud, said cartridge defining a bottom opening through which the shroud passes when the cartridge engages the base, and said light source is positioned external to the shroud producing light that illuminates at least a portion of the front surface of the shroud and at least a portion of the rear face of the adhesive portion when the cartridge engages the base, wherein at least a portion of the light illuminating the portion of the front surface is reflected by the front surface toward the rear face of the adhesive portion. a base comprising an upstanding shroud having a front surface; a cartridge releasably engaging the base, the cartridge defining an opening for receiving a flying or crawling insect, and the cartridge comprising an adhesive portion for trapping the insect, the adhesive portion having a front face and a rear face; and a light source, characterized in that said shroud having disposed therein an electric heating element for heating the front surface of the shroud, said cartridge defining a bottom opening through which the shroud passes when the cartridge engages the base, and said light source is positioned external to the shroud producing light that illuminates at least a portion of the front surface of the shroud and at least a portion of the rear face of the adhesive portion when the cartridge engages the base, wherein at least a portion of the light illuminating the portion of the front surface is reflected by the front surface toward the rear face of the adhesive portion.
Autonomous field device for process automation having a sensor, a wireless module and a fastening device for fastening the field device on a wall, characterized in that the fastening device has at least a two-part design and is formed such that a first, sensor-side part of the fastening device can be installed from a first side of the wall and a second part of the fastening device can be installed from a second side of the wall, wherein the parts (51, 52) of the fastening device form a mechanical first interface penetrating the wall in order to fasten the field device on the wall in this manner, wherein at least one part of the fastening device is designed to penetrate the wall, wherein the first part has a bolt-shaped extension of circular cylindrical design to form the mechanical interface, wherein the second part of the fastening device is arranged on the side of the wall opposite the first part of the fastening device and can be mechanically connected to the bolt-shaped extension of the first part, wherein the parts (51, 52) of the fastening device form a second interface for signal and/or energy transmission. the fastening device has at least a two-part design and is formed such that a first, sensor-side part of the fastening device can be installed from a first side of the wall and a second part of the fastening device can be installed from a second side of the wall, wherein the parts (51, 52) of the fastening device form a mechanical first interface penetrating the wall in order to fasten the field device on the wall in this manner, wherein at least one part of the fastening device is designed to penetrate the wall, wherein the first part has a bolt-shaped extension of circular cylindrical design to form the mechanical interface, wherein the second part of the fastening device is arranged on the side of the wall opposite the first part of the fastening device and can be mechanically connected to the bolt-shaped extension of the first part, wherein the parts (51, 52) of the fastening device form a second interface for signal and/or energy transmission.
A drain unit comprising: a first cylindrical body to be mounted on a drain port; a second cylindrical body provided inside the first cylindrical body; and a water plug member provided inside the second cylindrical body, wherein the water plug member is capable of closing an inside part of the second cylindrical body, a flow path is provided between the first cylindrical body and the second cylindrical body, and the second cylindrical body has an opening part through which the flow path and space in the inside part of the second cylindrical body communicate with each other, characterized by further comprising: a valve arranged in the flow path in such a manner as to face the opening part; and resistance means that applies resistive power to the valve toward a direction opposite to a flow path direction. a first cylindrical body to be mounted on a drain port; a second cylindrical body provided inside the first cylindrical body; and a water plug member provided inside the second cylindrical body, wherein the water plug member is capable of closing an inside part of the second cylindrical body, a flow path is provided between the first cylindrical body and the second cylindrical body, and the second cylindrical body has an opening part through which the flow path and space in the inside part of the second cylindrical body communicate with each other, characterized by further comprising: a valve arranged in the flow path in such a manner as to face the opening part; and resistance means that applies resistive power to the valve toward a direction opposite to a flow path direction. a valve arranged in the flow path in such a manner as to face the opening part; and resistance means that applies resistive power to the valve toward a direction opposite to a flow path direction.
Machining head for the machining of materials, having at least - one guiding device for a machining beam and/or at least one electrode, with which the machining beam is directed onto a machining region and/or the at least one electrode can be moved towards a machining region, - an illumination unit, which has multiple light sources and can emit illuminating radiation generated by the light sources in the direction of illumination of the machining region, wherein the light sources are semiconductor elements, and - an optical detector, with which illuminating radiation reflected and/or scattered back from the machining region during the material machining can be detected, and wherein the illumination unit has multiple deflecting elements (6, 12) for deflecting optical radiation at a fixed angle, characterised in that - the light sources and deflecting elements (6, 12) are arranged in the illumination unit, such that the illuminating radiation generated by the light sources is directed in the direction of the illumination of the machining region via the deflecting elements (6, 12) and is at least partly superimposed in the machining region, - wherein the light sources are arranged on mounting plates, which are fastened at an angle < 45° to the direction of illumination in the illumination unit, in the edge region of the illumination unit. - one guiding device for a machining beam and/or at least one electrode, with which the machining beam is directed onto a machining region and/or the at least one electrode can be moved towards a machining region, - an illumination unit, which has multiple light sources and can emit illuminating radiation generated by the light sources in the direction of illumination of the machining region, wherein the light sources are semiconductor elements, and - an optical detector, with which illuminating radiation reflected and/or scattered back from the machining region during the material machining can be detected, and wherein the illumination unit has multiple deflecting elements (6, 12) for deflecting optical radiation at a fixed angle, characterised in that - the light sources and deflecting elements (6, 12) are arranged in the illumination unit, such that the illuminating radiation generated by the light sources is directed in the direction of the illumination of the machining region via the deflecting elements (6, 12) and is at least partly superimposed in the machining region, - wherein the light sources are arranged on mounting plates, which are fastened at an angle < 45° to the direction of illumination in the illumination unit, in the edge region of the illumination unit.
A catheter securement device adapted to be adhesively mounted to the skin of a patient to secure a catheter comprising a distal tube member, said device comprising: a flexible, thin, sheet-like base member comprising a proximal edge, a distal edge and a midportion; a releasable, flexible, thin, sheet-like retention member comprising a fixed end, a releasable end, a proximal edge and a distal edge, said fixed end attached to said base member and said releasable end releasably attached to said base member; wherein said distal edge of said retention member is offset along a horizontal plane from said distal edge of said base member and wherein said distal edge of said retention member is located substantially midway between said proximal edge of said base member and said distal edge of said base member when said retention member is attached to said base member such that an uplift focus area is located in said midportion resulting in a tenting effect of said base member when an upward force is applied to said distal tube member. a flexible, thin, sheet-like base member comprising a proximal edge, a distal edge and a midportion; a releasable, flexible, thin, sheet-like retention member comprising a fixed end, a releasable end, a proximal edge and a distal edge, said fixed end attached to said base member and said releasable end releasably attached to said base member; wherein said distal edge of said retention member is offset along a horizontal plane from said distal edge of said base member and wherein said distal edge of said retention member is located substantially midway between said proximal edge of said base member and said distal edge of said base member when said retention member is attached to said base member such that an uplift focus area is located in said midportion resulting in a tenting effect of said base member when an upward force is applied to said distal tube member.