mhurhangee/ep-ind-claims huggingface dataset:
Method for steering control in an industrial truck, in which all of the wheels of a front axle and a rear axle can be steered, and which has a trailer coupling and/or a load fork which can be hinged down, and/or extendable load arms, characterized in that the axes of all of the wheels (4, 5) are aligned with a common intersecting point as a curve axis of rotation (6, 14), wherein the curve axis of rotation is set by a controller onto a transverse line with respect to the longitudinal axis of the vehicle depending on the operating mode, and the operating mode can be selected from at least two of the following: - tractor with the transverse line level with the rear wheels - counterbalance forklift truck with the transverse line level with the front wheels - reach truck with the transverse line level with load rollers in the extended load arms. - tractor with the transverse line level with the rear wheels - counterbalance forklift truck with the transverse line level with the front wheels - reach truck with the transverse line level with load rollers in the extended load arms.
A front sight for a weapon, comprising: a mounting block; a tower pivotally mounted to the mounting block for movement between a first folded or stowed position and a second extended or deployed position in which the front of the tower is facing forwards; and a first locking mechanism comprising a plurality of spring biased members for retaining the tower in the first position and the second position, the plurality of spring biased members being configured to allow movement of the tower between the first position and the second position in response to a force applied to the tower; characterized in that in the first folded or stowed position the front of the tower is facing upwards, wherein the front sight further comprises a second locking mechanism configured to lock the tower in the second position and unlock the tower such that the tower can be moved from the second position towards the first position, wherein the second locking mechanism must be manually released before the tower can be moved from the second position to the first position, wherein the second locking mechanism is a catch configured for movement in a plane parallel to a surface of the tower, wherein the catch is slidably mounted to a front end of the tower and wherein the catch is received within a slot or opening of the mounting block when said sight tower is locked in the second position. a mounting block; a tower pivotally mounted to the mounting block for movement between a first folded or stowed position and a second extended or deployed position in which the front of the tower is facing forwards; and a first locking mechanism comprising a plurality of spring biased members for retaining the tower in the first position and the second position, the plurality of spring biased members being configured to allow movement of the tower between the first position and the second position in response to a force applied to the tower;
A dielectric film, comprising an alkaline earth metal oxide having a NaCl type crystal structure as a main component, wherein the dielectric film has a -oriented columnar structure in a direction perpendicular to the surface of the dielectric film, wherein the columnar structure is a structure constructed by crystallites which extends along the normal direction or a direction in a range of ±5° relative to the normal direction of a surface of a supporting substrate in the whole dielectric film wherein the aspect ratio of the crystallites is 2 or more, and in a Cu-Ka X-ray diffraction chart of the dielectric film, a half width of the diffraction peak of is in a range of from 0.3° to 2.0°, wherein the dielectric film contains at least one element selected from the group consisting of Ta, Nb, V, Hf, Zr, Ti and Zn as a subcomponent, wherein, when the total content of the subcomponents is set as x, the x is in the range of 0 mol%<x≤20 mol% relative to the main component, and wherein the dielectric film has a dielectric breakdown voltage of 1250 V/μm or higher. the dielectric film has a -oriented columnar structure in a direction perpendicular to the surface of the dielectric film, wherein the columnar structure is a structure constructed by crystallites which extends along the normal direction or a direction in a range of ±5° relative to the normal direction of a surface of a supporting substrate in the whole dielectric film wherein the aspect ratio of the crystallites is 2 or more, and in a Cu-Ka X-ray diffraction chart of the dielectric film, a half width of the diffraction peak of is in a range of from 0.3° to 2.0°, wherein the dielectric film contains at least one element selected from the group consisting of Ta, Nb, V, Hf, Zr, Ti and Zn as a subcomponent, wherein, when the total content of the subcomponents is set as x, the x is in the range of 0 mol%<x≤20 mol% relative to the main component, and wherein the dielectric film has a dielectric breakdown voltage of 1250 V/μm or higher.
Housing for a gas turbine, on which at least one wall element is movably mounted which outwardly delimits a flow channel of the housing in the radial direction of an axis of rotation of a rotor of the gas turbine, the housing comprising at least one variably adjustable guide vane which extends through the wall element into the flow channel, the wall element being movable between a sealing position in which the wall element abuts at least one subregion of a side of an airfoil of the guide vane that faces the wall element, and an open position in which the airfoil and the wall element are mutually spaced, characterized in that the wall element can be acted upon by a pressurized fluid in order to move between the open position and the sealing position.
A process variable transmitter for measuring a temperature of an industrial process, comprising: a first electrical connector configured to couple to a first wire of a thermocouple, the first electrical connector comprising a first electrode and a second electrode, the first and second electrodes (1A, 1B) comprising different materials and being configured to electrically couple to the first wire of the thermocouple, wherein the different materials are isolated from one another, until the first wire of the thermocouple is inserted into the electrical connector and the first wire of the thermocouple bridges the gap between the two different materials; a second electrical connector configured to couple to a second wire of the thermocouple, the second electrical connector comprising a third electrode and a fourth electrode, the third and fourth electrodes comprising different materials and being configured to electrically couple to the second wire of the thermocouple, the second wire being of a different material than the first wire, wherein the different materials are isolated from one another, until the second wire of the thermocouple is inserted into the electrical connector and the second wire of the thermocouple bridges the gap between the two different materials; and measurement circuitry coupled to the first and second connectors configured to provide an output related to a temperature of the thermocouple, wherein based upon at least one voltage measurement taken between at least one of the first and second electrodes or the third and fourth electrodes and as a function of the first and second wires of the thermocouple being of different materials, the measurement circuitry identifies the polarity of the thermocouple. a first electrical connector configured to couple to a first wire of a thermocouple, the first electrical connector comprising a first electrode and a second electrode, the first and second electrodes (1A, 1B) comprising different materials and being configured to electrically couple to the first wire of the thermocouple, wherein the different materials are isolated from one another, until the first wire of the thermocouple is inserted into the electrical connector and the first wire of the thermocouple bridges the gap between the two different materials; a second electrical connector configured to couple to a second wire of the thermocouple, the second electrical connector comprising a third electrode and a fourth electrode, the third and fourth electrodes comprising different materials and being configured to electrically couple to the second wire of the thermocouple, the second wire being of a different material than the first wire, wherein the different materials are isolated from one another, until the second wire of the thermocouple is inserted into the electrical connector and the second wire of the thermocouple bridges the gap between the two different materials; and measurement circuitry coupled to the first and second connectors configured to provide an output related to a temperature of the thermocouple,
A pharmaceutical composition for use in treating hyperphosphatemia, the composition comprising a form of pharmaceutical grade ferric citrate and a pharmaceutically suitable carrier, wherein the amount of pharmaceutical grade ferric citrate administered per day is 6 grams per day, and wherein the pharmaceutical grade ferric citrate is administered in a tablet or capsule form, wherein the pharmaceutical grade ferric citrate is obtainable by a method comprising the steps of: (a) dissolving an appropriate amount of ferric chloride hexahydrate in water to form a ferric chloride hexahydrate solution; (b) dissolving an appropriate amount of NaOH in water to form a NaOH solution; (c) mixing the ferric chloride hexahydrate solution and NaOH solution to form a solution with Fe 3 precipitate; (d) maintaining the pH of the solution with Fe 3 precipitate above 7.0; (e) isolating the Fe 3 precipitate; (f) washing the Fe 3 precipitate three times with water; (g) suspending the Fe 3 precipitate in water; (h) adding citric acid to the Fe 3 precipitate to form a ferric-organic acid solution; (i) stirring and heating the ferric-organic acid solution at 90-100°C for 30 to 120 minutes; (j) removing solids in the ferric-organic acid solution by adding citric acid; (k) allowing the ferric-organic acid solution to cool to below 30°C; (l) maintaining the pH of the ferric-organic acid solution to between 0.8-1.5; (m) filtering the ferric-organic acid solution to obtain a liquid filtrate; (n) mixing acetone and liquid filtrate to form ferric citrate; (o) isolating ferric citrate; (p) washing ferric citrate with acetone three times; and (q) drying the ferric citrate. (a) dissolving an appropriate amount of ferric chloride hexahydrate in water to form a ferric chloride hexahydrate solution; (b) dissolving an appropriate amount of NaOH in water to form a NaOH solution; (c) mixing the ferric chloride hexahydrate solution and NaOH solution to form a solution with Fe 3 precipitate; (d) maintaining the pH of the solution with Fe 3 precipitate above 7.0; (e) isolating the Fe 3 precipitate; (f) washing the Fe 3 precipitate three times with water; (g) suspending the Fe 3 precipitate in water; (h) adding citric acid to the Fe 3 precipitate to form a ferric-organic acid solution; (i) stirring and heating the ferric-organic acid solution at 90-100°C for 30 to 120 minutes; (j) removing solids in the ferric-organic acid solution by adding citric acid; (k) allowing the ferric-organic acid solution to cool to below 30°C; (l) maintaining the pH of the ferric-organic acid solution to between 0.8-1.5; (m) filtering the ferric-organic acid solution to obtain a liquid filtrate; (n) mixing acetone and liquid filtrate to form ferric citrate; (o) isolating ferric citrate; (p) washing ferric citrate with acetone three times; and (q) drying the ferric citrate.
A method for wireless communications by a base station, comprising: transmitting, on a narrowband region within a wider system bandwidth, a directional primary synchronization signal, DPSS; receiving feedback information from one or more user equipments, UEs, based on the DPSS, wherein the feedback information comprises an indication of a bandwidth capability of a UE that transmitted the feedback information; allocating resources to the one or more UEs within at least one of the wider system bandwidth or the narrowband region based, at least in part, on the feedback information, and transmitting, in addition to the DPSS transmission, beam tracking waveforms to at least one UE of the one or more UEs using different combinations of directions and bandwidth regions in a region of the wider system bandwidth that is wider than the narrowband region. transmitting, on a narrowband region within a wider system bandwidth, a directional primary synchronization signal, DPSS; receiving feedback information from one or more user equipments, UEs, based on the DPSS, wherein the feedback information comprises an indication of a bandwidth capability of a UE that transmitted the feedback information; allocating resources to the one or more UEs within at least one of the wider system bandwidth or the narrowband region based, at least in part, on the feedback information, and transmitting, in addition to the DPSS transmission, beam tracking waveforms to at least one UE of the one or more UEs using different combinations of directions and bandwidth regions in a region of the wider system bandwidth that is wider than the narrowband region.
A pharmaceutical formulation comprising - daptomycin, - one or more polar protic solvents, and - one or more polar aprotic solvents. - daptomycin, - one or more polar protic solvents, and - one or more polar aprotic solvents.
A spectrum management apparatus, comprising: an acquiring unit, configured to acquire spectrum utilization information of at least one wireless communication system on a predetermined frequency band; a determining unit, configured to determine, according to the spectrum utilization information, spectrum utilization efficiency of the corresponding wireless communication system; and an adjusting unit, configured to adjust, based on the spectrum utilization efficiency, spectrum sensing parameters of the corresponding wireless communication system on the predetermined frequency band; wherein, the adjusting unit is configured to adjust, in the case that the spectrum utilization efficiency deviates from an expected value, the spectrum sensing parameters of the corresponding wireless communication system, so that its spectrum utilization efficiency reaches the expected value; wherein, the spectrum sensing parameters comprise an energy detection threshold, the adjusting unit is configured to, in the case of the spectrum utilization efficiency being higher than the expected value, decrease the energy detection threshold of the corresponding wireless communication system, and/or in the case of the spectrum utilization efficiency being lower than the expected value, increase the energy detection threshold of the corresponding wireless communication system. an acquiring unit, configured to acquire spectrum utilization information of at least one wireless communication system on a predetermined frequency band; a determining unit, configured to determine, according to the spectrum utilization information, spectrum utilization efficiency of the corresponding wireless communication system; and an adjusting unit, configured to adjust, based on the spectrum utilization efficiency, spectrum sensing parameters of the corresponding wireless communication system on the predetermined frequency band; wherein, the adjusting unit is configured to adjust, in the case that the spectrum utilization efficiency deviates from an expected value, the spectrum sensing parameters of the corresponding wireless communication system, so that its spectrum utilization efficiency reaches the expected value; wherein, the spectrum sensing parameters comprise an energy detection threshold, the adjusting unit is configured to, in the case of the spectrum utilization efficiency being higher than the expected value, decrease the energy detection threshold of the corresponding wireless communication system, and/or in the case of the spectrum utilization efficiency being lower than the expected value, increase the energy detection threshold of the corresponding wireless communication system.
A mixing paddle comprising: a first section adapted for mixing a paint, and a second section having at least one removing edge, wherein the removing edge has a geometry complementary to a horizontal cross section (5, 6) of the first section, and characterized in that the second section is detachably attached to the first section. a first section adapted for mixing a paint, and a second section having at least one removing edge, wherein the removing edge has a geometry complementary to a horizontal cross section (5, 6) of the first section, and characterized in that the second section is detachably attached to the first section.
Freeze-dried molded article, characterized in that it comprises ≥ 75% by wt. ascorbic acid and optionally one or more active substances and ≤ 15% by wt. of one or more scaffold-forming agents, wherein the scaffolding agents are selected from the group consisting of polysaccharides, polyaminosaccharides, glycosaminoglycans and / or synthetic polymers or mixtures thereof, with proteins being excepted, as well as optionally one or more auxiliary substances, in each case based on the total composition of the freeze-dried molded article, and whose 1% by wt. solution or suspension in water at 20 °C has a pH value of < 7.
A floor vacuum cleaner comprising a dust collecting device supported on rollers and/or skids and having a motor blower unit, the dust collecting device including a housing in which a dust compartment for receiving a filter bag and a blower compartment for receiving the motor blower unit are provided, wherein the blower compartment with the motor blower unit is arranged next to the dust space, wherein the dust compartment and the blower compartment are separated from each other by a separating wall, wherein the dust compartment is in fluid communication with the blower compartment via a suction channel, wherein the suction channel is arranged such that air can be sucked from the dust compartment through the suction channel upwards into the blower compartment by means of the motor blower unit, wherein the dust compartment is delimited on its upper side by a boundary wall (12, 12') and spacing means are arranged on the boundary wall in order to keep a filter bag arranged in the dust compartment spaced apart from the boundary wall during operation of the floor vacuum cleaner, characterized in that the spacing means are shaped as ribs and/or a grid.
A wastewater valve arrangement including: a first receptacle receiving a removable filter to filter flotsam from wastewater; the first receptacle comprising a first container having a base defining a throat from which a flange extends which flange can be mounted to a wastewater pipeline; and a second receptacle comprising a second container for receiving the filtered wastewater; characterized in that a pair of spaced and open connection tubes (32a,b) interconnect the receptacles (6,10) so that fluid can freely pass between them; a first lid is releasably fastened to the first container in air tight engagement; the first receptacle defines a compression chamber at an upper end in which air can be compressed, the compressed air being trapped at the top the filtration receptacle as the wastewater level rises therein above the connection tubes (32a,b), wherein this compressed air cannot escape as the lid is fitted in air tight engagement with the container, and facilitates flushing of flotsam back into the pipeline when the wastewater level drops; a second lid is releasably fastened to the second container in air tight engagement; and the wastewater arrangement includes valve means for impeding the egress of filtered wastewater from the second receptacle, the second lid defining an aperture through which the valve means extends. a first receptacle receiving a removable filter to filter flotsam from wastewater; the first receptacle comprising a first container having a base defining a throat from which a flange extends which flange can be mounted to a wastewater pipeline; and a second receptacle comprising a second container for receiving the filtered wastewater; characterized in that a pair of spaced and open connection tubes (32a,b) interconnect the receptacles (6,10) so that fluid can freely pass between them; a first lid is releasably fastened to the first container in air tight engagement; the first receptacle defines a compression chamber at an upper end in which air can be compressed, the compressed air being trapped at the top the filtration receptacle as the wastewater level rises therein above the connection tubes (32a,b), wherein this compressed air cannot escape as the lid is fitted in air tight engagement with the container, and facilitates flushing of flotsam back into the pipeline when the wastewater level drops; a second lid is releasably fastened to the second container in air tight engagement; and the wastewater arrangement includes valve means for impeding the egress of filtered wastewater from the second receptacle, the second lid defining an aperture through which the valve means extends.
An aircraft seat arrangement comprising a first seat in a first row, a second seat in a second row, the second row being located forward of the first row, a first console located in the second row and being in front of the first seat, the first console being located adjacent to the second seat, and a second console located in the first row and being adjacent to the first seat, said second console being directly aft of said second seat, whereby the first and second consoles and and the first and second seats and are in a staggered arrangement, and the aircraft seat arrangement further comprises a table arranged for movement to a deployed position, in which the table is positioned aft of the first console so as to be suitable for use by a passenger seated in the first seat; wherein the table is housed by said first console, wherein the table is arranged for movement to a stowed position, in which the table is inserted within said first console, and wherein the first console comprises a monitor for viewing by a passenger seated in the first seat and the table is arranged to be inserted within said first console at a position beneath the monitor, and characterised in that the first console comprises stowage space vertically located between the monitor and the table when stowed.
Drafting system for a textile machine with a support designed to receive top rollers, which is arranged so that it can pivot around a bearing axis attached to a pillar, in which the pillar is fixed to a retaining rod of the textile machine and that an adjustment element (5, 11) is present which with the support opposite the retaining rod can be adjusted, characterised in that the adjustment element (5, 11) is arranged on the top side of the support so that it is accessible from the top side of the support during operation of the drafting system.