mhurhangee/ep-ind-claims huggingface dataset:
Container car for railway goods transport with a car frame, which is equipped with several pairs of container spigots (6, 6', 6", 6"') for transporting standard and special containers, in combination with at least one loading rack with a dimensionally stable rectangular frame with welded longitudinal and transverse members (10, 11, 12) made of steel profiles and upright standing stanchions arranged in the corner areas of the frame, also consisting of steel profiles, wherein the loading rack can be positioned on at least one pair of container spigots (6, 6', 6", 6"'), characterised in that stanchion shoes are welded to the end sections of the transverse members, which each have a take-up for each stanchion adapted to the stanchion profile and protrude further than the frame in a downward direction, wherein the loading rack with its stanchion shoes stands upright on the car frame and a free space remains between the contact areas of the stanchion shoes and the undersides of the longitudinal members and the transverse members (10, 12), so that the loading rack can be lifted by means of the forks of the fork-lift truck by inserting the forks into the free space from the side of a longitudinal member.
A method for securing software, comprising: launching a software process; attaching a debugger process to the software process; executing the software process such that the debugger process is invoked at least once; performing one or more functions of the software process within the debugger process; wherein an output produced by the one or more functions of the software process within the debugger serves as input for the remaining part of the software process. launching a software process; attaching a debugger process to the software process; executing the software process such that the debugger process is invoked at least once; performing one or more functions of the software process within the debugger process; wherein an output produced by the one or more functions of the software process within the debugger serves as input for the remaining part of the software process.
A method of recovering silver from silver containing halide solutions, comprising the steps of: (a) providing an ion exchange column comprising a weak anion exchange resin; (b) introducing the silver containing halide solution to the ion exchange column to absorb silver in the weak anion exchange resin; (c) washing the loaded ion exchange resin with a first washing solution to rinse off absorbed zinc and optionally at least part of copper; (d) washing the loaded ion exchange resin with a second washing solution to rinse off remaining copper; and (e) optionally washing the loaded ion exchange resin with a third washing solution to rinse off absorbed lead; and (f) eluting the loaded ion exchange resin with an eluent to remove silver from the resin and to obtain a silver containing solution. (a) providing an ion exchange column comprising a weak anion exchange resin; (b) introducing the silver containing halide solution to the ion exchange column to absorb silver in the weak anion exchange resin; (c) washing the loaded ion exchange resin with a first washing solution to rinse off absorbed zinc and optionally at least part of copper; (d) washing the loaded ion exchange resin with a second washing solution to rinse off remaining copper; and (e) optionally washing the loaded ion exchange resin with a third washing solution to rinse off absorbed lead; and (f) eluting the loaded ion exchange resin with an eluent to remove silver from the resin and to obtain a silver containing solution.
A planar drive system comprising at least one stator assembly having in each case a plurality of coil groups for generating a stator magnetic field, a stator surface above the stator assembly, and comprising a first rotor and a second rotor, wherein the first rotor and the second rotor each comprise a plurality of magnet units for generating a rotor magnetic field, wherein the first rotor and the second rotor may be moved above the stator surface at least in a first direction and a second direction with the aid of an interaction of the stator magnetic field with the rotor magnetic field, wherein a coupling device is arranged between the first rotor and the second rotor, wherein a connection may be established between the first rotor and the second rotor with the aid of the coupling device, wherein the planar drive system comprises a controller, wherein the controller is set up to send control signals to the stator assembly, the stator assembly being set up to energize the coil groups on the basis of the control signals in such a way that movements of the first rotor and of the second rotor coordinated with one another with respect to the coupling device are carried out with the aid of the stator magnetic field, wherein the stator assembly is arranged to energize the coil groups on the basis of the control signals in such a way that the connection may be released and may be formed again characterized in that the controller may be operated in a first operating mode and in a second operating mode, wherein in the first operating mode, based on coupling information, the control signals are output in such a way that the connection of the first rotor and the second rotor is taken into account, and wherein in the second operating mode, based on decoupling information, the control signals are output in such a way that the first rotor and the second rotor are moved individually, wherein determining the coupling information or the decoupling information, respectively, is carried out on the basis of the position of the first rotor and of the second rotor taking into account a dimension of the coupling device, wherein magnetic field sensors provided in all stator modules detect the magnetic fields of the magnet units of the first rotor and of the second rotor in order to detect the position of the first rotor and of the second rotor.
An apparatus of an Evolved Node-B, eNB, operable to communicate with a User Equipment, UE, on a wireless network, comprising: a memory configured to: store a Narrow-Band Internet-of-Things, NB-IoT, access barring enable indicator and a System Information Block, SIB, Access Control, SIB-AC, scheduling indicator; and one or more processors configured to: generate a Master Information Block Narrow-Band, MIB-NB, message carrying the NB-IoT access barring enable indicator; and format a SIB1, SIB-1, message to carry the SIB-AC scheduling indicator when the NB-IoT access barring enable indicator has a predetermined value. store a Narrow-Band Internet-of-Things, NB-IoT, access barring enable indicator and a System Information Block, SIB, Access Control, SIB-AC, scheduling indicator; and one or more processors configured to: generate a Master Information Block Narrow-Band, MIB-NB, message carrying the NB-IoT access barring enable indicator; and format a SIB1, SIB-1, message to carry the SIB-AC scheduling indicator when the NB-IoT access barring enable indicator has a predetermined value. generate a Master Information Block Narrow-Band, MIB-NB, message carrying the NB-IoT access barring enable indicator; and format a SIB1, SIB-1, message to carry the SIB-AC scheduling indicator when the NB-IoT access barring enable indicator has a predetermined value.
A method for dynamically controlling an envelope and power output of a power amplifier comprising: providing a radio frequency signal to a power amplifier; generating an envelope control signal; generating a voltage clamp signal; generating a regulated voltage, the regulated voltage being related to the envelope control signal; supplying the regulated voltage to the power amplifier; controlling an output of the power amplifier according to the regulated voltage, the regulated voltage being responsive to the envelope control signal and the voltage clamp signal; preventing the regulated voltage from being responsive to a signal other than the voltage clamp signal when the envelope control signal exceeds a level of the voltage clamp signal; and controlling the transition of the regulated voltage from being responsive to the envelope control signal to being responsive to the voltage clamp signal by gradually transitioning the regulated voltage between being responsive to the envelope control signal to being responsive to the voltage clamp signal. providing a radio frequency signal to a power amplifier; generating an envelope control signal; generating a voltage clamp signal; generating a regulated voltage, the regulated voltage being related to the envelope control signal; supplying the regulated voltage to the power amplifier; controlling an output of the power amplifier according to the regulated voltage, the regulated voltage being responsive to the envelope control signal and the voltage clamp signal; preventing the regulated voltage from being responsive to a signal other than the voltage clamp signal when the envelope control signal exceeds a level of the voltage clamp signal; and controlling the transition of the regulated voltage from being responsive to the envelope control signal to being responsive to the voltage clamp signal by gradually transitioning the regulated voltage between being responsive to the envelope control signal to being responsive to the voltage clamp signal.
A flooring system comprising rectangular floorboards (1, 1') which are mechanically lockable, in which system each individual floorboard along its long sides (4a, 4b) has a pair of opposing connecting means for locking together said floorboard with similar, adjoining floorboards both vertically and horizontally (D1 and D2 respectively), wherein the connecting means of the floorboards are designed so as to allow locking-together of the long sides by angling along an upper joint edge, characterized in that the connecting means comprise horizontal connecting means, parts of the horizontal connecting means comprises a separate strip of metal which is mechanically joined to a first floorboard, that the strip comprises a locking element configured to cooperate with a locking groove of a second adjacent floorboard, that the strip is attached to a horizontally open groove at an edge of the first floorboard that a lower lip of the groove is provided with an upwardly facing groove, for positioning of the strip, that the lower lip of the groove extends beyond the vertical plane of the floorboard, that a first pair of strip portions (Db1, Db2) cooperates with the groove in order to prevent downward bending of the outer part of the strip in case of tension load, and a second pair of strip portions (Ub1, Ub2) cooperates with the groove in order to prevent upward bending of the outer part of the strip so that the strip does not come loose during handling before laying, that a third pair of strip portions (IP, OP) cooperates with the groove for positioning the strip in its inner and outer position relative to the vertical plane VP, and that the strip is made of a metal sheet, preferably aluminum, and that the strip has been formed by bending.
A waistband for an article of apparel comprising: a base layer that is resiliently elastic and that includes an inner surface, an outer surface, and an upper edge; and a mounting layer that is resiliently elastic and that includes a first surface and a second surface, the first surface being layered over and attached to the inner surface, the outer surface, and the upper edge of the base layer; characterized by a flocking that is mounted on the second surface of the mounting layer, the flocking disposed on the waistband to face a wearer of the article of apparel, wherein the flocking includes at least one opening, the mounting layer being exposed through the at least one opening, and the mounting layer is folded over the upper edge so that an edge of the mounting layer is disposed over the outer surface of the base layer. a base layer that is resiliently elastic and that includes an inner surface, an outer surface, and an upper edge; and a mounting layer that is resiliently elastic and that includes a first surface and a second surface, the first surface being layered over and attached to the inner surface, the outer surface, and the upper edge of the base layer; characterized by a flocking that is mounted on the second surface of the mounting layer, the flocking disposed on the waistband to face a wearer of the article of apparel, wherein the flocking includes at least one opening, the mounting layer being exposed through the at least one opening, and the mounting layer is folded over the upper edge so that an edge of the mounting layer is disposed over the outer surface of the base layer.
A puree nutritional composition comprising: a puree selected from the group consisting of at least one fruit puree, at least one vegetable puree, at least one fruit puree concentrate, at least one vegetable puree concentrate, and combinations thereof; and an ingredient selected from the group consisting of dextrose, dextrose polymers, other grain/nut syrups comprising rice syrup, agave syrup, palm syrup, and combinations thereof, wherein the nutritional composition includes a carbohydrate fraction comprising glucogenic carbohydrates and fructogenic carbohydrates in a weight ratio from 0.5:1 to 5:1, wherein the puree is present in the nutritional composition in an amount ranging from 30% to 100%, and wherein the carbohydrate fraction is present in an amount ranging from 10 g to 45 g per serving size of the nutritional composition, wherein the serving size is from 28.35 g to 141.75 g. a puree selected from the group consisting of at least one fruit puree, at least one vegetable puree, at least one fruit puree concentrate, at least one vegetable puree concentrate, and combinations thereof; and an ingredient selected from the group consisting of dextrose, dextrose polymers, other grain/nut syrups comprising rice syrup, agave syrup, palm syrup, and combinations thereof, wherein the nutritional composition includes a carbohydrate fraction comprising glucogenic carbohydrates and fructogenic carbohydrates in a weight ratio from 0.5:1 to 5:1, wherein the puree is present in the nutritional composition in an amount ranging from 30% to 100%, and wherein the carbohydrate fraction is present in an amount ranging from 10 g to 45 g per serving size of the nutritional composition, wherein the serving size is from 28.35 g to 141.75 g.
Method of making a highly flexible stent graft, the method comprising: - providing a stent graft having a first and a second longitudinal end and a lumen extending longitudinally therethrough, the stent graft comprising a base stent, the base stent having a first covering material provided on the inside of the base stent so as to line the lumen and a second covering material provided on the outside of the base stent, - locally ablating the second covering material without puncturing the first covering material to thereby increase the flexibility of the stent graft, wherein the local ablation occurs by means of applying heat to the second covering material, wherein the heat is applied by means of a laser, characterized in that the laser is applied so as to impinge at an angle between 30° and 60° onto the second covering material. - providing a stent graft having a first and a second longitudinal end and a lumen extending longitudinally therethrough, the stent graft comprising a base stent, the base stent having a first covering material provided on the inside of the base stent so as to line the lumen and a second covering material provided on the outside of the base stent, - locally ablating the second covering material without puncturing the first covering material to thereby increase the flexibility of the stent graft, wherein the local ablation occurs by means of applying heat to the second covering material, wherein the heat is applied by means of a laser,
An air purification monitoring system for monitoring an air purification apparatus adapted to purify air in an enclosed space, the air purification apparatus comprising: a first inlet for receiving outdoor air from an outdoor space and at least one outlet coupled to the first inlet; a filter arrangement (61, 63) positioned in between the first inlet and the at least one outlet; and an air flow displacement arrangement (65, 67, 69) arranged to generate a forced ventilation airflow from the first inlet to the at least one outlet; the air purification monitoring system comprising a processor arranged to: receive an indication of a spontaneous ventilation rate between the enclosed space and the outdoor space; determine the spontaneous ventilation rate from said received indication; and generate a control signal for the air flow displacement arrangement (65, 67, 69) as a function of said calculated spontaneous ventilation rate, said control signal causing the air flow displacement arrangement (65, 67, 69) to control a rate of the forced ventilation airflow such that the forced ventilation airflow rate exceeds the spontaneous ventilation rate. a first inlet for receiving outdoor air from an outdoor space and at least one outlet coupled to the first inlet; a filter arrangement (61, 63) positioned in between the first inlet and the at least one outlet; and an air flow displacement arrangement (65, 67, 69) arranged to generate a forced ventilation airflow from the first inlet to the at least one outlet; the air purification monitoring system comprising a processor arranged to: receive an indication of a spontaneous ventilation rate between the enclosed space and the outdoor space; determine the spontaneous ventilation rate from said received indication; and generate a control signal for the air flow displacement arrangement (65, 67, 69) as a function of said calculated spontaneous ventilation rate, said control signal causing the air flow displacement arrangement (65, 67, 69) to control a rate of the forced ventilation airflow such that the forced ventilation airflow rate exceeds the spontaneous ventilation rate. receive an indication of a spontaneous ventilation rate between the enclosed space and the outdoor space; determine the spontaneous ventilation rate from said received indication; and generate a control signal for the air flow displacement arrangement (65, 67, 69) as a function of said calculated spontaneous ventilation rate, said control signal causing the air flow displacement arrangement (65, 67, 69) to control a rate of the forced ventilation airflow such that the forced ventilation airflow rate exceeds the spontaneous ventilation rate.
A method for producing a laminate board, comprising the step of producing an interim sheet, the method comprising the steps of: a) providing at least a first sheet material impregnated with a first thermosetting resin, and a second sheet material impregnated with a second thermosetting resin; b) pressing the first and second sheet materials together, at a temperature of between 60°C and 135°C, for between 40 and 130 minutes, such that the first and second thermosetting resins become liquid, and pressing with a first sufficient pressure such that the first and second sheet materials fuse to form an interim sheet without fully curing the first and second thermosetting resins such that the first and second thermosetting resins can flow again when heated; c) forming a stack comprising the following layers: - a substrate board; and, - the interim sheet of step b); and, d) pressing the stack together, at a temperature of between 170 and 230°C, for between 10 and 45 seconds, such that the first and second thermosetting resins flow again, and pressing with a second sufficient pressure such that the layers bond together to form a laminate board. a) providing at least a first sheet material impregnated with a first thermosetting resin, and a second sheet material impregnated with a second thermosetting resin; b) pressing the first and second sheet materials together, at a temperature of between 60°C and 135°C, for between 40 and 130 minutes, such that the first and second thermosetting resins become liquid, and pressing with a first sufficient pressure such that the first and second sheet materials fuse to form an interim sheet without fully curing the first and second thermosetting resins such that the first and second thermosetting resins can flow again when heated; c) forming a stack comprising the following layers: - a substrate board; and, - the interim sheet of step b); and, - a substrate board; and, - the interim sheet of step b); and, d) pressing the stack together, at a temperature of between 170 and 230°C, for between 10 and 45 seconds, such that the first and second thermosetting resins flow again, and pressing with a second sufficient pressure such that the layers bond together to form a laminate board.
A method for generating a calibrated clock, comprising: receiving a free-running fast clock; receiving a free-running slow clock; specifying a relationship between the fast clock and a calibrated slow clock; counting the number of fast clock cycles in a selected number of free-running slow clock cycles to provide a comparison value; modifying the free-running slow clock by removing clock cycles from the free-running slow clock based on the relationship between the fast clock and the calibrated slow clock, and on the comparison value, to provide a calibrated slow clock having a specified frequency relationship to the fast clock; and providing the phase compensation value for each clock cycle of the calibrated slow clock, the phase compensation value representing a phase error of the calibrated slow clock; wherein the amount of phase compensation is accumulated and when the accumulated value reaches a pre-stored value, the free-running slow clock is gated off until the next clock cycle. receiving a free-running fast clock; receiving a free-running slow clock; specifying a relationship between the fast clock and a calibrated slow clock; counting the number of fast clock cycles in a selected number of free-running slow clock cycles to provide a comparison value; modifying the free-running slow clock by removing clock cycles from the free-running slow clock based on the relationship between the fast clock and the calibrated slow clock, and on the comparison value, to provide a calibrated slow clock having a specified frequency relationship to the fast clock; and providing the phase compensation value for each clock cycle of the calibrated slow clock, the phase compensation value representing a phase error of the calibrated slow clock; wherein the amount of phase compensation is accumulated and when the accumulated value reaches a pre-stored value, the free-running slow clock is gated off until the next clock cycle.