mhurhangee/patent-ind-claim-en huggingface dataset:
Dispenser of menstrual products comprising a rear face intended for the fastening of said dispenser onto a vertical support, two lateral faces and a front face , characterised in that it comprises: - at least one storage compartment adapted for the reception of at least one closed refill comprising a plurality of menstrual products of the same type, said at least one refill comprising a substantially parallelepipedic upper part, a front face having a length greater than a rear face and a base having an angle of more than 90° with said rear face, said at least one storage compartment being adapted to conform to the shape of said at least one refill, - at least one compartment for making available at least one of said menstrual products, and in that said front face of said dispenser has at least one lower opening facing said at least one compartment for making available , said opening having a shape and dimensions adapted for making available a single menstrual product per type in said compartment for making available, and said opening having at least one gripping notch adapted to be located facing at least one notch having a predetermined shape pre-cut out in the front face of said at least one refill, in its lower part, for its opening and making available the products that it contains, when said at least one refill is inserted into said dispenser. - at least one storage compartment adapted for the reception of at least one closed refill comprising a plurality of menstrual products of the same type, said at least one refill comprising a substantially parallelepipedic upper part, a front face having a length greater than a rear face and a base having an angle of more than 90° with said rear face, said at least one storage compartment being adapted to conform to the shape of said at least one refill, - at least one compartment for making available at least one of said menstrual products, - at least one compartment for making available at least one of said menstrual products, and in that said front face of said dispenser has at least one lower opening facing said at least one compartment for making available , said opening having a shape and dimensions adapted for making available a single menstrual product per type in said compartment for making available, and said opening having at least one gripping notch adapted to be located facing at least one notch having a predetermined shape pre-cut out in the front face of said at least one refill, in its lower part, for its opening and making available the products that it contains, when said at least one refill is inserted into said dispenser.
An elevator control device comprising: pause operation selecting means for stopping a car at a predetermined pause floor, closing a door after door opening motion after the car has been run to the predetermined pause floor, and pausing an elevator by transferring the elevator to pause operation if predetermined pause conditions are met; and car call cutoff means for prohibiting a car call from being registered from a car call button in the car by cutting off the car call, wherein when the car call to the pause floor has been cut off by the car call cutoff means , even if the predetermined pause conditions are met, the pause operation selecting means does not transfer the elevator to pause operation. pause operation selecting means for stopping a car at a predetermined pause floor, closing a door after door opening motion after the car has been run to the predetermined pause floor, and pausing an elevator by transferring the elevator to pause operation if predetermined pause conditions are met; and car call cutoff means for prohibiting a car call from being registered from a car call button in the car by cutting off the car call, wherein when the car call to the pause floor has been cut off by the car call cutoff means , even if the predetermined pause conditions are met, the pause operation selecting means does not transfer the elevator to pause operation.
Electromechanical brake actuator for an aircraft wheel, comprising an electric motor with a stator and a rotor , a screw/nut assembly, of which one of the elements is rotationally driven by the motor and the other of the elements is compelled to slide without rotation to selectively exert a force on a stack of discs, the actuator comprising a park blocking member suitable for selectively blocking the rotor of the motor at least when the sliding element exerts a force on the stack of discs, the park blocking member comprising a shuttle that can move along a rotation axis (X) of the rotor between a stable position of blocking of the rotor of the motor and a stable position of freeing the latter under the action of a pulse actuator which includes two windings embedded in a ferromagnetic material armature to generate magnetic forces channelled by the armature causing the shuttle to pass from one position to the other, the brake actuator comprising means for forcing the shuttle to the freeing position when the motor of the brake actuator is powered, characterised in that the shuttle bears a cylindrical ferromagnetic material bushing facing the pulse actuator so that in each of the positions one end of the bushing comes to abut against the armature .
A method of refining raffinate-2 comprising: feeding a raffinate-2 containing n-butane, isobutane, and 1-butene to a first distillation column; obtaining heavy raffinate-3 containing n-butane from a lower part of the first distillation column; recovering an upper part fraction containing 1-butene from an upper part of the first distillation column; feeding the upper part fraction containing 1-butene to a second distillation column; and recovering a first lower part fraction rich in 1-butene from a lower part of the second distillation column and a light raffinate-3 containing isobutane from an upper part of the second distillation column, wherein heat of the upper part fraction recovered from the upper part of the first distillation column is fed to the lower part of the second distillation column through a first heat exchanger; wherein the raffinate-2 fed to the first distillation column contains isobutene and 1-butene at a weight ratio (isobutene/1-butene) of 0.006 or less; wherein an operating pressure of the second distillation column is 4.7 kgf/cm 2 or more, wherein an operating pressure of the first distillation column is higher than an operating pressure of the second distillation column by 3.5 kgf/cm 2 or more. feeding a raffinate-2 containing n-butane, isobutane, and 1-butene to a first distillation column; obtaining heavy raffinate-3 containing n-butane from a lower part of the first distillation column; recovering an upper part fraction containing 1-butene from an upper part of the first distillation column; feeding the upper part fraction containing 1-butene to a second distillation column; and recovering a first lower part fraction rich in 1-butene from a lower part of the second distillation column and a light raffinate-3 containing isobutane from an upper part of the second distillation column, wherein heat of the upper part fraction recovered from the upper part of the first distillation column is fed to the lower part of the second distillation column through a first heat exchanger; wherein the raffinate-2 fed to the first distillation column contains isobutene and 1-butene at a weight ratio (isobutene/1-butene) of 0.006 or less; wherein an operating pressure of the second distillation column is 4.7 kgf/cm 2 or more, wherein an operating pressure of the first distillation column is higher than an operating pressure of the second distillation column by 3.5 kgf/cm 2 or more.
A medical probe, comprising: a shaft for insertion into a cavity of organ of a patient; and an expandable flexible distal-end assembly , which is fitted at a distal-end of the shaft and comprises: two flexible substrates having respective arrays of electrodes disposed thereon; characterised by a flat flexible backing sheet , comprising irrigation channels , wherein the irrigation channels are connected to a tube running in the shaft , wherein the substrates are attached one on either side of the backing sheet. a shaft for insertion into a cavity of organ of a patient; and an expandable flexible distal-end assembly , which is fitted at a distal-end of the shaft and comprises: two flexible substrates having respective arrays of electrodes disposed thereon; characterised by a flat flexible backing sheet , comprising irrigation channels , wherein the irrigation channels are connected to a tube running in the shaft , wherein the substrates are attached one on either side of the backing sheet. two flexible substrates having respective arrays of electrodes disposed thereon; characterised by a flat flexible backing sheet , comprising irrigation channels , wherein the irrigation channels are connected to a tube running in the shaft , wherein the substrates are attached one on either side of the backing sheet.
A method for treating waters, sediments and/or sludges, comprising: (a) introducing and/or applying a composition comprising at least one alkaline earth metal peroxide into and/or to the waters, sediments and/or sludges; and (b) introducing cable bacteria into the waters, sediments and/or sludges. (a) introducing and/or applying a composition comprising at least one alkaline earth metal peroxide into and/or to the waters, sediments and/or sludges; and (b) introducing cable bacteria into the waters, sediments and/or sludges.
Frequency converter for operating an electrical machine, having a rectifier which has thyristors as rectifier semiconductors, and having an inverter , the rectifier and the inverter being connected to one another via an intermediate circuit , the intermediate circuit having two intermediate circuit capacitor units connected in series and for each intermediate circuit capacitor unit having a symmetry resistor connected in parallel therewith for voltage balancing at the intermediate circuit capacitor units , and having a precharging circuit for the intermediate circuit , which precharging circuit has a diode and a resistor connected in series with the diode , characterized in that for each intermediate circuit capacitor unit there is provided a unit for detecting the voltage applied to this intermediate circuit capacitor unit , the unit having an optocoupler which is connected in series with the symmetry resistor of the associated intermediate circuit capacitor unit , in that a comparison device is provided which compares the voltages applied at the intermediate circuit capacitors with one another and outputs a corresponding control signal in the event of voltage asymmetry, the voltage asymmetry being recognized in that an optocoupler output assigned to the respective optocoupler switches over and a voltage signal at an input of the comparison device changes, and in that a switch-off device is provided which interrupts the current flow into the intermediate circuit when a control signal emitted by the comparison device is detected, the switch-off device comprising the rectifier , the precharging circuit for the intermediat circuit and a thyristor controller for deactivating a signal which controls the thyristors of the rectifier , and the resistor of the precharging circuit being a temperature-dependent resistor .
A method of communicating by an access point on a wireless network, comprising: generating a frame as a fast initial link setup, FILS, discovery frame comprising a FILS discovery frame control field (302; 302b), a time-stamp field , a beacon interval field , and a service set identifier, SSID, field providing a first indication of the SSID of the access point, the FILS discovery frame control field (302; 302b) comprising a SSID information field and a SSID type indicator field providing a second indication of a format of the first indication, wherein the SSID type indicator field has a length of 1 bit, and wherein a first bit of the SSID information field indicates that the SSID is compressed; and wherein the generating the frame comprises: hashing the service set identifier, wherein hashing the service set identifier comprises generating a four octet cyclic redundancy check, CRC, value based on the service set identifier; generating the first indication to have a value equivalent to the four octet CRC value; and generating the second indication to have a value indicating the first indication is the four octet CRC value, wherein the second indication is used to determine the first indication to determine the SSID of the access point during decoding of the frame ; and transmitting the frame . generating a frame as a fast initial link setup, FILS, discovery frame comprising a FILS discovery frame control field (302; 302b), a time-stamp field , a beacon interval field , and a service set identifier, SSID, field providing a first indication of the SSID of the access point, the FILS discovery frame control field (302; 302b) comprising a SSID information field and a SSID type indicator field providing a second indication of a format of the first indication, wherein the SSID type indicator field has a length of 1 bit, and wherein a first bit of the SSID information field indicates that the SSID is compressed; and wherein the generating the frame comprises: hashing the service set identifier, wherein hashing the service set identifier comprises generating a four octet cyclic redundancy check, CRC, value based on the service set identifier; generating the first indication to have a value equivalent to the four octet CRC value; and generating the second indication to have a value indicating the first indication is the four octet CRC value, wherein the second indication is used to determine the first indication to determine the SSID of the access point during decoding of the frame ; and hashing the service set identifier, wherein hashing the service set identifier comprises generating a four octet cyclic redundancy check, CRC, value based on the service set identifier; generating the first indication to have a value equivalent to the four octet CRC value; and generating the second indication to have a value indicating the first indication is the four octet CRC value, wherein the second indication is used to determine the first indication to determine the SSID of the access point during decoding of the frame ; and transmitting the frame .
Joint covering device for covering floor and/or wall covering joints, wherein - the joint covering device comprises a base part (B), - the joint covering device comprises a cover part (A), - the cover part (A) comprises a cover surface and an insertion tab , wherein the insertion tab protrudes essentially at right angles from the cover surface , - the base part (B) comprises an insertion groove , - wherein the insertion tab is at least partially inserted into the insertion groove , - wherein the insertion groove is wider over its entire cross section than the insertion tab , characterized in that - the insertion tab tapers continuously from the cover surface to a lower end of the insertion tab . - the joint covering device comprises a base part (B), - the joint covering device comprises a cover part (A), - the cover part (A) comprises a cover surface and an insertion tab , wherein the insertion tab protrudes essentially at right angles from the cover surface , - the base part (B) comprises an insertion groove , - wherein the insertion tab is at least partially inserted into the insertion groove , - wherein the insertion groove is wider over its entire cross section than the insertion tab , characterized in that - the insertion tab tapers continuously from the cover surface to a lower end of the insertion tab .
An information transmission method, wherein the method comprises: sending , by a first terminal device , first sidelink control information SCI to a second terminal device , wherein the first SCI comprises information about a first subchannel set, the first subchannel set is an available subchannel set sensed by the first terminal device on a sidelink SL, and the first SCI does not comprise modulation and coding scheme MCS information, wherein the method further comprises: receiving , by the first terminal device, second SCI sent by the second terminal device, wherein the second SCI comprises information about a second subchannel set, the second subchannel set is an available subchannel set sensed by the second terminal device on the SL, and the second SCI does not comprise MCS information, characterized in that the second SCI comprises a third field and a fourth field; the third field is used to indicate receive end information of the data transmitted on the SL, or the third field is a format identifier of the second SCI; and the fourth field is used to indicate at least one of channel state information CSI, feedback information, or a reserved bit. sending , by a first terminal device , first sidelink control information SCI to a second terminal device , wherein the first SCI comprises information about a first subchannel set, the first subchannel set is an available subchannel set sensed by the first terminal device on a sidelink SL, and the first SCI does not comprise modulation and coding scheme MCS information, wherein the method further comprises: receiving , by the first terminal device, second SCI sent by the second terminal device, wherein the second SCI comprises information about a second subchannel set, the second subchannel set is an available subchannel set sensed by the second terminal device on the SL, and the second SCI does not comprise MCS information, characterized in that the second SCI comprises a third field and a fourth field; the third field is used to indicate receive end information of the data transmitted on the SL, or the third field is a format identifier of the second SCI; and the fourth field is used to indicate at least one of channel state information CSI, feedback information, or a reserved bit.
Anthropomorphic robotic hand, comprising: - a palm and a metacarpus configured to rotate with respect to said palm around an axis of rotation ; - four fingers substantially aligned and constrained to said palm and a finger opposable to them, each one of said aligned fingers comprising at least a proximal phalanx , a middle phalanx and a distal phalanx , and said opposable finger comprising a proximal phalanx and a distal phalanx , the proximal phalanges of each one of said aligned fingers being hinged to said palm in respective axes of rotation and the proximal phalanx of said opposable finger being hinged to said metacarpus in a respective axis of rotation ; - a motor - a plurality of bevel gear differential stages which transmit motion from said motor to said aligned fingers and to said opposable finger, characterized in that said motor is configured to directly drive only the planet carrier of a first differential stage; said plurality of differential stages comprises a first differential stage whose planet carrier is moved by said motor and whose sun gears move the planet carriers of a second and a fifth differential stage , the sun gears of said second differential stage being integral to the planet carriers of a third and a fourth differential stage, the sun gears of said third and fourth differential stage being configured so that they respectively engage with four gears having axes coincident with said respective axes of rotation between the proximal phalanges of said aligned fingers and said palm , and the sun gears of said fifth differential stage being configured to respectively rotate said metacarpus and a gear , having axis coincident with said respective axis of rotation between the proximal phalanx of said opposable finger and said metacarpus . - a palm and a metacarpus configured to rotate with respect to said palm around an axis of rotation ; - four fingers substantially aligned and constrained to said palm and a finger opposable to them, each one of said aligned fingers comprising at least a proximal phalanx , a middle phalanx and a distal phalanx , and said opposable finger comprising a proximal phalanx and a distal phalanx , the proximal phalanges of each one of said aligned fingers being hinged to said palm in respective axes of rotation and the proximal phalanx of said opposable finger being hinged to said metacarpus in a respective axis of rotation ; - a motor - a plurality of bevel gear differential stages which transmit motion from said motor to said aligned fingers and to said opposable finger,
Pellet burner having a burning space comprising a grate , a duct for introducing cold air into the burning space , an ignition tube , and a container arranged under the grate for holding the grate , wherein the ignition tube is arranged in the interior of the duct that supplies the cold air, and the duct is coupled to the wall of a common mechanical unit formed by the grate and the container , characterized by the air supply taking place in a medium height region of this mechanical unit, and by a drive unit coupled to the duct for ensuring its bi-directional turning by at least a right angle relative to a boundary wall defining the burning space , such that the duct is pivoted by being turned around relative to the boundary wall and by an ash collector space outside the burning space for receiving the ash that drops out from the grate in its rotated position.
Reflector device for microwaves, particularly for millimeter waves, comprising a plurality of reflector elements (102_1, 102_2, ..), wherein said reflector device is configured to move at least one reflector element (102_1) of said plurality of reflector elements (102_1, 102_2, ..) with respect to at least one further reflector element (102_2) of said plurality of reflector elements (102_1, 102_2, ..), wherein said reflector device comprises at least one drive system for moving said at least one reflector element (102_1), characterized in that said drive system comprises at least one electroactive polymer, EAP, actuator , and wherein said reflector device comprises a substrate , wherein said plurality of reflector elements (102_1, 102_2, ..) is arranged on a first surface of said substrate , and wherein at least one mounting element for mounting said reflector device to a further device, particularly to a surface of a wall, is arranged on at least one further surface of said substrate .
A method for reducing the effect of local process variations of a digital circuit on a hardware performance monitor, the method comprising the following steps: - measuring a set of performance values c n of the digital circuit by n identical hardware performance monitors, whereas n is a natural number greater than 1, - determining an average value c mean of the measured performance values c n , as an approximation of an ideal performance value c 0 , - selecting one performance value c j of the set of performance values c n by a signal converter, - comparing the performance value c j with a reference value c ref by a controller, resulting in a deviation value Δc, - controlling a regulator by using the deviation Δc for regulating the local process variations to the approximation c mean of the ideal performance value c 0 . - measuring a set of performance values c n of the digital circuit by n identical hardware performance monitors, whereas n is a natural number greater than 1, - determining an average value c mean of the measured performance values c n , as an approximation of an ideal performance value c 0 , - selecting one performance value c j of the set of performance values c n by a signal converter, - comparing the performance value c j with a reference value c ref by a controller, resulting in a deviation value Δc, - controlling a regulator by using the deviation Δc for regulating the local process variations to the approximation c mean of the ideal performance value c 0 .