mhurhangee/ep-ind-claims huggingface dataset:
Device for packaging a product, in particular a cosmetic product, comprising: - a receptacle extending along an elevation axis (Z-Z') and comprising an internal volume; - a lid that is hinged with respect to said receptacle between a closing position, in which said lid cooperates with the receptacle and closes off access to the internal volume of said receptacle, and an opening position, in which said lid is pivoted away from the receptacle to allow access to said internal volume, the device comprising a stiffening member (40, 40', 40") mounted in the lid and one of the stiffening member (40, 40', 40") or the lid comprising at least one stiffening element that extends along the elevation axis (Z-Z') from one of the stiffening member (40, 40', 40") or the lid towards the other of the lid or the stiffening member (40, 40', 40") and wherein the stiffening element comprises a network of stiffening ribs (42a, 42b) comprising at least one plurality of ribs (42a, 42b) extending along the elevation axis (Z-Z') from one of the stiffening member (40, 40', 40") or the lid towards the other of the lid or the stiffening member (40, 40', 40"), characterised in that the stiffening element is rigidly secured to the other of the lid or the stiffening member (40, 40', 40"). - a receptacle extending along an elevation axis (Z-Z') and comprising an internal volume; - a lid that is hinged with respect to said receptacle between a closing position, in which said lid cooperates with the receptacle and closes off access to the internal volume of said receptacle, and an opening position, in which said lid is pivoted away from the receptacle to allow access to said internal volume, the device comprising a stiffening member (40, 40', 40") mounted in the lid and one of the stiffening member (40, 40', 40") or the lid comprising at least one stiffening element that extends along the elevation axis (Z-Z') from one of the stiffening member (40, 40', 40") or the lid towards the other of the lid or the stiffening member (40, 40', 40") and wherein the stiffening element comprises a network of stiffening ribs (42a, 42b) comprising at least one plurality of ribs (42a, 42b) extending along the elevation axis (Z-Z') from one of the stiffening member (40, 40', 40") or the lid towards the other of the lid or the stiffening member (40, 40', 40"), characterised in that the stiffening element is rigidly secured to the other of the lid or the stiffening member (40, 40', 40").
An apparatus for testing a tissue ablation system, the tissue ablation system having a thermocouple comprising a first and second thermocouple metallic material, comprising: emulation circuitry configured to connect to an ablator module being tested, the ablator module having an adjustable radiofrequency power output and a monitor display, the emulation circuitry comprising: a first arm, comprising a positive terminal and linked to the power output of the ablator module, the first arm comprising the first thermocouple metallic material; a second arm, comprising a negative terminal and connected to the monitor display, the second arm comprising the second thermocouple metallic material; a return pathway extending from the first arm to ground comprising a DC blocking capacitor, the return pathway permitting passage of RF current and blocking direct current; second circuitry, having a greater resistance to RF current than to direct current, and comprising: an adjustable voltage source producing a DC potential and connected across the first arm and the second arm; two inductors; a chain of resistors (67, 69) connected in series with the inductors; and an output circuit, having a greater resistance to RF current than to direct current, connected across the first and second arms, and comprising: an inductor (75; and a chain of resistors (63, 65) connected in series with the inductor; and a load resistor connected to the RF power output and ground. a first arm, comprising a positive terminal and linked to the power output of the ablator module, the first arm comprising the first thermocouple metallic material; a second arm, comprising a negative terminal and connected to the monitor display, the second arm comprising the second thermocouple metallic material; a return pathway extending from the first arm to ground comprising a DC blocking capacitor, the return pathway permitting passage of RF current and blocking direct current; second circuitry, having a greater resistance to RF current than to direct current, and comprising: an adjustable voltage source producing a DC potential and connected across the first arm and the second arm; two inductors; a chain of resistors (67, 69) connected in series with the inductors; and an output circuit, having a greater resistance to RF current than to direct current, connected across the first and second arms, and comprising: an inductor (75; and a chain of resistors (63, 65) connected in series with the inductor; and a load resistor connected to the RF power output and ground. an adjustable voltage source producing a DC potential and connected across the first arm and the second arm; two inductors; a chain of resistors (67, 69) connected in series with the inductors; and an output circuit, having a greater resistance to RF current than to direct current, connected across the first and second arms, and comprising: an inductor (75; and a chain of resistors (63, 65) connected in series with the inductor; and an inductor (75; and a chain of resistors (63, 65) connected in series with the inductor; and a load resistor connected to the RF power output and ground.
A power generating system comprising: a wind turbine (42, 12); a converter configured to couple the wind turbine to a power grid, said converter comprising a generator side converter and a grid side converter connected by a DC link; a first controller connected to the grid side converter and configured for calculating voltage commands to emulate a phasor back electromotive force behind an inductance, the controller further configured for using the voltage commands for generating converter switching commands, wherein the voltage commands include a voltage magnitude reference, an internal frequency reference calculated from an imbalance between an active power reference and an actual electrical power; and a second controller configured to limit a converter current in the generator side converter; and wherein the active power reference is generated by a turbine controller connected to the first controller. a wind turbine (42, 12); a converter configured to couple the wind turbine to a power grid, said converter comprising a generator side converter and a grid side converter connected by a DC link; a first controller connected to the grid side converter and configured for calculating voltage commands to emulate a phasor back electromotive force behind an inductance, the controller further configured for using the voltage commands for generating converter switching commands, wherein the voltage commands include a voltage magnitude reference, an internal frequency reference calculated from an imbalance between an active power reference and an actual electrical power; and a second controller configured to limit a converter current in the generator side converter; and wherein the active power reference is generated by a turbine controller connected to the first controller.
A seal cap (10, 60, 61) for a container plug inserted into a bung neck of a container, said seal cap comprising a cover lid having a fastening ring, which is connected to a lower side of the cover lid, said fastening ring comprising a latching element (29, 62, 63) for producing a detachable engagement connection having a counter-latching element formed at an inner wall of a plug depression of the container plug, said cover lid comprising a peripheral apron arranged concentrically to the fastening ring at the periphery of the cover lid in order to cover an opening edge of the bung neck, characterized in that the fastening ring comprises a supporting device between the cover lid and the latching element at a supporting distance a to the latching element in order to support the fastening ring against the inner wall of the plug depression.
Head protection system comprising: - a safety helmet with a helmet shell and with a holding device for ensuring a distance between an inner side of the helmet shell and the head of a wearer of the safety helmet in the state in which the safety helmet is being worn, wherein an air path between safety helmet and head results on account of the distance between the inner side of the helmet shell and the head of the wearer, and wherein the air path is formed in part by a plurality of openings of a fastening ring, wherein the fastening ring is arranged at least in the region of the forehead of the wearer in the state in which the safety helmet is being worn; and - a fire protection cloth comprising a fastening strap, wherein the fastening strap has a plurality of rigid fastening elements which are each designed to engage in a respective opening of the fastening ring and to thereby releasably fasten the fire protection cloth to the safety helmet, and wherein, in the fastened state, the plurality of rigid fastening elements fill the plurality of openings in such a way that the air path through the plurality of openings is closed. - a safety helmet with a helmet shell and with a holding device for ensuring a distance between an inner side of the helmet shell and the head of a wearer of the safety helmet in the state in which the safety helmet is being worn, wherein an air path between safety helmet and head results on account of the distance between the inner side of the helmet shell and the head of the wearer, and wherein the air path is formed in part by a plurality of openings of a fastening ring, wherein the fastening ring is arranged at least in the region of the forehead of the wearer in the state in which the safety helmet is being worn; and - a fire protection cloth comprising a fastening strap, wherein the fastening strap has a plurality of rigid fastening elements which are each designed to engage in a respective opening of the fastening ring and to thereby releasably fasten the fire protection cloth to the safety helmet, and wherein, in the fastened state, the plurality of rigid fastening elements fill the plurality of openings in such a way that the air path through the plurality of openings is closed.
A high calorific gas producing method, comprising the step of: decomposing glycerin at a temperature of 600 to 900°C over iron ore to thereby obtain high calorific gas with a lower calorific value of 3,000 kcal/m 3 or more, wherein the glycerin is a by-product of production of biodiesel fuel and the by-product is in the form of an aqueous glycerin solution having a glycerin content of 30% or more and a molar ratio between water and glycerin in the range of 3 to 5. decomposing glycerin at a temperature of 600 to 900°C over iron ore to thereby obtain high calorific gas with a lower calorific value of 3,000 kcal/m 3 or more, wherein the glycerin is a by-product of production of biodiesel fuel and the by-product is in the form of an aqueous glycerin solution having a glycerin content of 30% or more and a molar ratio between water and glycerin in the range of 3 to 5.
A method for molding a composite material (1,10) having a curved corner part, the composite material molding method comprising: a first shaping step of shaping a laminate having the corner part curved at a first bending angle (Φ 2) and fiber sheets laminated such that a plate thickness of the laminate is reduced from an outside toward an inside of the corner part; and a second shaping step of shaping the laminate such that the plate thickness of the laminate is reduced by curving the corner part of the laminate to be a second bending angle (Φ 1) smaller than the first bending angle (Φ 2). a first shaping step of shaping a laminate having the corner part curved at a first bending angle (Φ 2) and fiber sheets laminated such that a plate thickness of the laminate is reduced from an outside toward an inside of the corner part; and a second shaping step of shaping the laminate such that the plate thickness of the laminate is reduced by curving the corner part of the laminate to be a second bending angle (Φ 1) smaller than the first bending angle (Φ 2).
An apparatus comprising: means for storing a first instruction (150, 351) that identifies a first register (140, 510) and a first memory location (102, 310); and means for executing the first instruction (150, 351) wherein the means for executing the first instruction (150, 351) comprises: means for loading a first item from the first memory location (102, 310); means for performing a shift operation to shift data items in the first register to remove a first data item from a first boundary position in the first register; and means for performing an insert operation to insert the first item in a second boundary position of the first register. wherein execution of the first instruction is completed in a single execution cycle of a load/store unit of the means for executing the first instruction. means for storing a first instruction (150, 351) that identifies a first register (140, 510) and a first memory location (102, 310); and means for executing the first instruction (150, 351) wherein the means for executing the first instruction (150, 351) comprises: means for loading a first item from the first memory location (102, 310); means for performing a shift operation to shift data items in the first register to remove a first data item from a first boundary position in the first register; and means for performing an insert operation to insert the first item in a second boundary position of the first register. means for loading a first item from the first memory location (102, 310); means for performing a shift operation to shift data items in the first register to remove a first data item from a first boundary position in the first register; and means for performing an insert operation to insert the first item in a second boundary position of the first register. wherein execution of the first instruction is completed in a single execution cycle of a load/store unit of the means for executing the first instruction.
A wireless communication method, wherein the method comprises: • determining, by a terminal device, based on N first ports for a sounding reference signal, SRS, of a first channel in a subframe, M second ports for a signal of a physical uplink shared channel, PUSCH, in the subframe, wherein T≥N≥1, T≥M≥1, and T is a maximum quantity of ports usable at a same moment by the terminal device during sending, ∘ wherein both, the N first ports and M second ports correspond to a same set of antennas, ∘ wherein the subframe is formed, starting from a beginning of the subframe, by a plurality of adjoining symbols assigned to the signal of the PUSCH, followed by a symbol used as a guard interval, the guard interval being used for channel switching, wherein the symbol used as the guard interval is followed by a last symbol of the subframe assigned to the SRS, and the symbol used as the guard interval and the remaining symbols of the subframe have a same length; and • sending, by the terminal device, the subframe to a network device, wherein within the subframe the SRS is sent on the first channel by using the N first ports and by using the set of antennas, and within the subframe the signal of the PUSCH is sent on the PUSCH by using the M second ports and by using the same set of antennas. • determining, by a terminal device, based on N first ports for a sounding reference signal, SRS, of a first channel in a subframe, M second ports for a signal of a physical uplink shared channel, PUSCH, in the subframe, wherein T≥N≥1, T≥M≥1, and T is a maximum quantity of ports usable at a same moment by the terminal device during sending, ∘ wherein both, the N first ports and M second ports correspond to a same set of antennas, ∘ wherein the subframe is formed, starting from a beginning of the subframe, by a plurality of adjoining symbols assigned to the signal of the PUSCH, followed by a symbol used as a guard interval, the guard interval being used for channel switching, wherein the symbol used as the guard interval is followed by a last symbol of the subframe assigned to the SRS, and the symbol used as the guard interval and the remaining symbols of the subframe have a same length; and ∘ wherein both, the N first ports and M second ports correspond to a same set of antennas, ∘ wherein the subframe is formed, starting from a beginning of the subframe, by a plurality of adjoining symbols assigned to the signal of the PUSCH, followed by a symbol used as a guard interval, the guard interval being used for channel switching, wherein the symbol used as the guard interval is followed by a last symbol of the subframe assigned to the SRS, and the symbol used as the guard interval and the remaining symbols of the subframe have a same length; and • sending, by the terminal device, the subframe to a network device, wherein within the subframe the SRS is sent on the first channel by using the N first ports and by using the set of antennas, and within the subframe the signal of the PUSCH is sent on the PUSCH by using the M second ports and by using the same set of antennas.
Fixing clip for securing a planar element having a recess to a component having a bore with a thread, wherein the fixing clip comprises a contact section with at least one contact plane for contact with a first side of the planar element that faces away from the bore, and wherein the fixing clip comprises, in a connecting section, an elastic first retaining element which is connected to the contact section and is configured such that it can engage through the recess of the planar element into the bore when the contact plane is in contact with the first side of the planar element, characterised in that the fixing clip comprises, in the connecting section, an elastic second retaining element which is connected to the contact section and is configured such that it can engage through the recess of the planar element behind the planar element on a second side of the planar element that faces towards the bore, in such a way that a contact pressure can be exerted by the fixing clip on the second side when the contact plane is in contact with the first side of the planar element, and wherein the second retaining element comprises a first leg and leads into a second leg, wherein the first leg and the second leg form an acute angle.
A double-layered material consisting of a cellulose nanofibrous layer and a graphene oxide nanolayer coating, characterized in that the material comprises 0.5-4 wt.% of GO, preferably 1-2 wt.% of GO, in relation to the total weight of the material.
Vehicle tyre comprising a tread, a tyre breaker belt, a tyre carcass with at least one carcass ply, sidewalls and a tyre bead with a bead core and a bead filler, wherein the bead core comprises a multiplicity of reinforcing elements in cross section and the bead filler on its underside is attached to the top side of the bead core, wherein the vehicle tyre has a transponder, wherein the transponder has a transponder chip and at least one antenna (2, 3, 14, 15) attached to the transponder chip, wherein the transponder is arranged between the carcass ply and the tyre inner liner, wherein a height dimension in the radial direction of the vehicle tyre between the transponder and the underside of the bead filler is at least 3 mm, wherein the transponder is in an arrangement region, wherein the arrangement region extends to a first point, wherein the first point is spatially at most 10 mm away from a carcass ply turn-up end in one direction, wherein the direction is that direction that points radially away from the axis of rotation or which points radially away from the bead core, and in that the transponder is completely surrounded by a rubber covering, wherein the rubber covering has a maximum length of 75 mm and a maximum width of 15 mm and a maximum thickness of 2.4 mm, characterized in that the transponder with its two antenna parts (2, 3, 14, 15) is aligned towards the bead core in the circumferential direction of the vehicle tyre and the transponder is a transponder with two helical antennas (14, 15). wherein the bead core comprises a multiplicity of reinforcing elements in cross section and the bead filler on its underside is attached to the top side of the bead core, wherein the vehicle tyre has a transponder, wherein the transponder has a transponder chip and at least one antenna (2, 3, 14, 15) attached to the transponder chip, wherein the transponder is arranged between the carcass ply and the tyre inner liner, wherein a height dimension in the radial direction of the vehicle tyre between the transponder and the underside of the bead filler is at least 3 mm, wherein the transponder is in an arrangement region, wherein the arrangement region extends to a first point, wherein the first point is spatially at most 10 mm away from a carcass ply turn-up end in one direction, wherein the direction is that direction that points radially away from the axis of rotation or which points radially away from the bead core, and in that the transponder is completely surrounded by a rubber covering, wherein the rubber covering has a maximum length of 75 mm and a maximum width of 15 mm and a maximum thickness of 2.4 mm, characterized in that the transponder with its two antenna parts (2, 3, 14, 15) is aligned towards the bead core in the circumferential direction of the vehicle tyre and the transponder is a transponder with two helical antennas (14, 15).