mhurhangee/ep-ind-claims huggingface dataset:
Anticorrosive composition comprising: - 1.60% to 4.20% by weight of at least one base, - 0.26% to 0.70% by weight of at least one first dicarboxylic acid having two to six carbon atoms, - 0.26% to 0.70% by weight of at least one second dicarboxylic acid having two to six carbon atoms, - 0.26% to 0.70% by weight of at least one aromatic carboxylic acid having one phenyl radical and at least one carboxyl group, - 0.02% to 0.50% by weight of at least one diazole and/or one triazole and - at least one alcohol selected from the group consisting of: monoethylene glycol, monopropylene glycol, dipropylene glycol, triethylene glycol, propane-1,3-diol and ethanol, characterized in that the first and second dicarboxylic acids are selected from the group consisting of: oxalic acid, malonic acid, succinic acid, glutaric acid and adipic acid. - 1.60% to 4.20% by weight of at least one base, - 0.26% to 0.70% by weight of at least one first dicarboxylic acid having two to six carbon atoms, - 0.26% to 0.70% by weight of at least one second dicarboxylic acid having two to six carbon atoms, - 0.26% to 0.70% by weight of at least one aromatic carboxylic acid having one phenyl radical and at least one carboxyl group, - 0.02% to 0.50% by weight of at least one diazole and/or one triazole and - at least one alcohol selected from the group consisting of: monoethylene glycol, monopropylene glycol, dipropylene glycol, triethylene glycol, propane-1,3-diol and ethanol,
A roller assembly for a conveyor belt, arranged transversely to the displacement direction of the conveyor belt and comprising two side rollers, inclined outwardly and upwardly, and two central rollers, horizontal and parallel to each other, each one of the side roller and the central roller being mounted rotatably free around a respective shaft (31, 41), wherein the shaft of each side roller has an upper end hinged to a respective support portion arranged on one side of the conveyor belt and a lower end, wherein the shaft of each central roller has ends which are opposite to each other and mounted on opposite sides of a rocker frame, each of the opposite sides of the frame having a median portion hinged, in a suspension way, to the lower end of the shaft of a respective side roller, wherein the opposite sides of the rocker frame are parallel to each other and to the displacement direction of the conveyor belt, each one comprising a crossbar having end portions, opposite to each other and in each one is mounted one of the ends of the shaft of one of the central rollers; characterized in that the crossbars of the rocker frame are connected to each other by two struts, transversal to the displacement direction of the conveyor belt, wherein each crossbar has a median portion provided with a through hole in which one end of a frame shaft is arranged, each end of the frame shaft being hinged to the lower end of the shaft of one of the side rollers. the opposite sides of the rocker frame are parallel to each other and to the displacement direction of the conveyor belt, each one comprising a crossbar having end portions, opposite to each other and in each one is mounted one of the ends of the shaft of one of the central rollers; characterized in that the crossbars of the rocker frame are connected to each other by two struts, transversal to the displacement direction of the conveyor belt, wherein each crossbar has a median portion provided with a through hole in which one end of a frame shaft is arranged, each end of the frame shaft being hinged to the lower end of the shaft of one of the side rollers.
A secure drug dispenser for delivering doses of a liquid medication for oral administration, characterised in that it comprises a pressurised airtight container defining a pressurised area in which a flexible bag containing the medication to deliver is arranged, said flexible bag being connected to a valve for delivering a dose trough a delivery port and in that it further comprises a pressure sensor and, within the pressurized area, a power supply subsystem and a microcontroller for controlling the valve and for monitoring the pressure within the pressurised area.
A valve device with a valve housing and a valve piston which is arranged to be able to move axially in a piston bore of the valve housing, via which valve piston a first load connection and a second load connection can be alternately connected to a pump connection and to a tank connection (T1, T2) by the action of a first electromagnet and a second electromagnet, wherein the valve piston can be moved out of a centred, preferably middle rest position in order to connect the first load connection to the pump connection and the second load connection to the tank connection (T1, T2) in a first direction and for reversed fluid-conducting connection of the connections (A, B, P, T1, T2) in an opposite direction, wherein a first pilot chamber which pressurises a first piston back side of the valve piston and a second pilot chamber which pressurises a second piston back side are provided, wherein the pressure in the pilot chambers (7, 9) can be controlled by a first and a second pilot piston (12 and 13) which can be moved by means of the first or second electromagnet (5, 7), wherein the first and second pilot chamber (7, 9) are connected to the pump connection via a fluid-conducting connection and wherein the pilot pistons (12, 13) clear or block one fluid-conducting connection at a time between the pilot chambers (7, 9) and the tank connection (T1, T2), characterised in that each pilot piston (12, 13) clears or blocks an opening (15, 16) of a drain line (17, 18) in the valve piston for pressure media from the pilot chambers (7, 9) to one tank connection (T1, T2) at a time.
A stringer runout configuration comprising: a panel; a stringer; a fitting; a fitting web of the fitting, the fitting web being attached to a stringer web of the stringer; and, a fitting base flange of the fitting, the fitting base flange having a bottom surface with a first surface area and a second surface area, the first surface area being positioned at a first height on the bottom surface of the fitting and the second surface area being positioned at a second height on the bottom surface of the fitting, the first height and second height being different heights, the first surface area being attached to a stringer base flange of the stringer and the second surface area being attached to a panel surface of the panel adjacent the stringer, wherein the stringer has a terminating end, and the thickness of the fitting base flange above the first surface area decreases as the fitting base flange moves away from a terminating end of the stringer. a panel; a stringer; a fitting; a fitting web of the fitting, the fitting web being attached to a stringer web of the stringer; and, a fitting base flange of the fitting, the fitting base flange having a bottom surface with a first surface area and a second surface area, the first surface area being positioned at a first height on the bottom surface of the fitting and the second surface area being positioned at a second height on the bottom surface of the fitting, the first height and second height being different heights, the first surface area being attached to a stringer base flange of the stringer and the second surface area being attached to a panel surface of the panel adjacent the stringer, wherein the stringer has a terminating end, and the thickness of the fitting base flange above the first surface area decreases as the fitting base flange moves away from a terminating end of the stringer.
Portable power tool device having a hammer tube (12a; 12b), a counterpressure spring (56a; 56b), which is configured to move a no-load control means (20a; 20b) into a no-load position, wherein the no-load control means (20a; 20b) is intended to close at least one control opening (68a; 68b) of the hammer tube (12a; 12b) during impact operation, and a B-impact damping system (14a; 14b), which has at least one damping means (16a; 16b, 17b), characterized in that the at least one damping means (16a; 16b, 17b) is intended to damp recoil energy during impact operation without a stop, wherein the at least one damping means (16a; 16b, 17b) is arranged, in at least one operating state, radially outside the hammer tube (12a; 12b), wherein the recoil energy acts substantially entirely on the at least one damping means (16a; 16b, 17b).
A pipelay vessel provided with a crane, the crane having a base supported on a structure of the vessel adjacent to a side of the vessel, the base having a hollow interior, the vessel further provided with a stinger handling system for handling a stinger extending from the side of the vessel, the stinger handling system comprising: a link extending out through an opening from the hollow interior towards the side of the vessel for connection to the stinger, the link being arranged to transmit both tensile and compressive loading; a jack structure, located within the hollow interior of the crane base and mounted to extend and retract the link from within the crane base to raise and lower the stinger. a link extending out through an opening from the hollow interior towards the side of the vessel for connection to the stinger, the link being arranged to transmit both tensile and compressive loading; a jack structure, located within the hollow interior of the crane base and mounted to extend and retract the link from within the crane base to raise and lower the stinger.
A process for forming a blank for a plastic corrugated box having a plurality of wall panels comprising: providing a sheet of plastic corrugated material having a first outer layer and a second outer layer spaced from the first outer layer by a plurality of flutes extending between the first outer layer and the second outer layer from a first edge of the sheet to an opposing second edge of the sheet, wherein the sheet has a first thickness; forming a plurality of fold lines in the sheet defining a plurality of side wall panels; forming a plurality of score lines in the sheet defining a plurality of flaps extending from the side panels; initially pre-sealing a first plurality of segments to form a first plurality of flattened segments in the sheet extending inward from the first edge by ultrasonically welding the first outer layer, flutes, and second out layer at each segment at locations for forming slots between flaps of the box, wherein each segment has a second thickness less than the first thickness; and subsequent to forming the first plurality of flattened segments, cutting a slot in a central portion of each of the first plurality of flattened segments. providing a sheet of plastic corrugated material having a first outer layer and a second outer layer spaced from the first outer layer by a plurality of flutes extending between the first outer layer and the second outer layer from a first edge of the sheet to an opposing second edge of the sheet, wherein the sheet has a first thickness; forming a plurality of fold lines in the sheet defining a plurality of side wall panels; forming a plurality of score lines in the sheet defining a plurality of flaps extending from the side panels; initially pre-sealing a first plurality of segments to form a first plurality of flattened segments in the sheet extending inward from the first edge by ultrasonically welding the first outer layer, flutes, and second out layer at each segment at locations for forming slots between flaps of the box, wherein each segment has a second thickness less than the first thickness; and subsequent to forming the first plurality of flattened segments, cutting a slot in a central portion of each of the first plurality of flattened segments.
An implantable hearing aid comprising an implanted unit located beneath skin for electrical, mechanical, or acoustic sound stimulation; and an external unit placed outside the skin, said external unit is contained in a housing which is completely or partially surrounded by a shell,and comprises a sound processor containing microphones for registration of sound, a signal processor for processing of sound information, a modulator for modulation and control of an output signal, a battery for power supply, a transmitting coil for inductive transmission of the sound signal to the implanted unit, an electric switching device and one or more external magnets, said one or more external magnets creating a mutual static mechanical retention force with one or more retention magnets in the implanted unit, and which mutual static and mechanical retention force retains said housing in place on top of said implanted unit, characterized in that said mutual static mechanical retention force thus created affects said electric switching device such that said electric switching device directly or indirectly activates a power supply for the sound processor when said housing is installed on top of the implanted unit and directly or indirectly turns off/reduces the power supply when said housing is removed.
A control device for an internal combustion engine, comprising: an operating-region restricting means that includes a restriction region preset on the basis of an engine temperature condition to correspond to a low-speed and high-load region over which an abnormal combustion can occur due to oil, and that restricts an actual engine operating condition such that the actual engine operating condition does not enter the restriction region; characterized by an abnormal-combustion detecting means that detects an actual occurrence of the abnormal combustion within a designated inspection region set in a low-speed and high-load side as an operating region larger than the restriction region; and a restriction-region variably setting means that expands the restriction region when the abnormal combustion is detected by the abnormal-combustion detecting means during an operating state of the internal combustion engine, wherein the restriction-region variably setting means expands the restriction region more greatly as an accumulated operating time within the designated inspection region until the abnormal combustion is detected becomes shorter. an operating-region restricting means that includes a restriction region preset on the basis of an engine temperature condition to correspond to a low-speed and high-load region over which an abnormal combustion can occur due to oil, and that restricts an actual engine operating condition such that the actual engine operating condition does not enter the restriction region; characterized by an abnormal-combustion detecting means that detects an actual occurrence of the abnormal combustion within a designated inspection region set in a low-speed and high-load side as an operating region larger than the restriction region; and a restriction-region variably setting means that expands the restriction region when the abnormal combustion is detected by the abnormal-combustion detecting means during an operating state of the internal combustion engine, wherein the restriction-region variably setting means expands the restriction region more greatly as an accumulated operating time within the designated inspection region until the abnormal combustion is detected becomes shorter.
Method for the isolation and/or purification of nucleic acids, comprising the following method steps a) lysing a biological sample containing cells and/or viruses and/or phages, b) immobilising the released nucleic acid(s) to a matrix based on one or more silicon-oxygen compounds in the presence of a branched or unbranched alkanol selected from isopropanol and ethanol, and a chaotropic compound, and optionally washing the nucleic acid(s) immobilised on the matrix, c) separating the bound nucleic acid in a known manner, wherein the matrix is magnetic particles with a silica surface, and wherein the immobilisation of the nucleic acid(s) is carried out at a temperature range of from 50 to 65 °C. a) lysing a biological sample containing cells and/or viruses and/or phages, b) immobilising the released nucleic acid(s) to a matrix based on one or more silicon-oxygen compounds in the presence of a branched or unbranched alkanol selected from isopropanol and ethanol, and a chaotropic compound, and optionally washing the nucleic acid(s) immobilised on the matrix, c) separating the bound nucleic acid in a known manner,
A signal transmission apparatus, comprising: a modulation module, configured to perform hierarchical modulation on service data that needs to be sent, so as to obtain a hierarchically modulated signal; a determining module, configured to determine energy per resource element, EPRE, of a modulated signal of each layer according to power configuration information of the hierarchical modulation; and a sending module, configured to send the hierarchically modulated signal to user equipment, UE, according to the EPRE, determined by the determining module, of the modulated signal of each layer, wherein the service data comprises base-layer data and additional-layer data; and the hierarchical modulation comprises base-layer modulation and additional-layer modulation, wherein the base-layer modulation is modulation performed on the base-layer data of the service data, and the additional-layer modulation is modulation performed on the additional-layer data of the service data. a modulation module, configured to perform hierarchical modulation on service data that needs to be sent, so as to obtain a hierarchically modulated signal; a determining module, configured to determine energy per resource element, EPRE, of a modulated signal of each layer according to power configuration information of the hierarchical modulation; and a sending module, configured to send the hierarchically modulated signal to user equipment, UE, according to the EPRE, determined by the determining module, of the modulated signal of each layer, wherein the service data comprises base-layer data and additional-layer data; and the hierarchical modulation comprises base-layer modulation and additional-layer modulation, wherein the base-layer modulation is modulation performed on the base-layer data of the service data, and the additional-layer modulation is modulation performed on the additional-layer data of the service data.
A method in a first radio network node (105, 110, 115, 120) for testing a transmission parameter value in a wireless communication system, the first radio network node (105, 110, 115, 120) configured to perform - during operational mode - transmissions using available resources comprising time resources and frequency resources which are divided into resource blocks, wherein each resource block has a respective time range and a respective frequency range, the first radio network node (105, 110, 115, 120) has a transmission parameter which is used to apply a transmission configuration at the first radio network node (105, 110, 115, 120), during operational mode of the first radio network node (105, 110, 115, 120), the transmission parameter being set to a nominal value, characterized in that the method comprising: - allocating (201, 502) a resource block among the available resources by dedicating the resource block as a test resource block, for test purposes; - defining (202, 503), for the test resource block, a test value as a value to be tested for the transmission parameter, wherein the test value differs from the nominal value; and - performing (203, 504), during operational mode, a transmission of the allocated test resource block as a test transmission, wherein the transmission parameter during the test transmission is set to the test value, and wherein the test transmission is configured to form a basis for an evaluation of the test value. - allocating (201, 502) a resource block among the available resources by dedicating the resource block as a test resource block, for test purposes; - defining (202, 503), for the test resource block, a test value as a value to be tested for the transmission parameter, wherein the test value differs from the nominal value; and - performing (203, 504), during operational mode, a transmission of the allocated test resource block as a test transmission, wherein the transmission parameter during the test transmission is set to the test value, and wherein the test transmission is configured to form a basis for an evaluation of the test value.
A device for performing horizontal drilling by means of a drill, comprising at least one drive for advancing the drill and at least one drive for angular alignment of the drill, characterized in that both drives are formed by electric motors (8, 12), wherein the electric motors (8, 12) are low-voltage motors and at least one accumulator (14, 16) is provided as an electrical energy source for the electric motors (8, 12).
A wound monitoring and/or therapy apparatus comprising: a wound dressing configured to be positioned in contact with a wound, the wound dressing comprising one or more sensors configured to obtain measurement data of at least one of the wound or periwound; and a controller configured to: generate a device clock indicative of a non-real time clock; receive measurement data obtained by the one or more sensors; and transmit measurement data to a remote computing device according to a security protocol, the security protocol comprising including the device clock associated with the measurement data in the transmission. a wound dressing configured to be positioned in contact with a wound, the wound dressing comprising one or more sensors configured to obtain measurement data of at least one of the wound or periwound; and a controller configured to: generate a device clock indicative of a non-real time clock; receive measurement data obtained by the one or more sensors; and transmit measurement data to a remote computing device according to a security protocol, the security protocol comprising including the device clock associated with the measurement data in the transmission. generate a device clock indicative of a non-real time clock; receive measurement data obtained by the one or more sensors; and transmit measurement data to a remote computing device according to a security protocol, the security protocol comprising including the device clock associated with the measurement data in the transmission.