mhurhangee/patent-ind-claim-en huggingface dataset:
A stabilized solid activated bleach composition comprising: at least one alkaline solidification matrix including alkali metal carbonates and/or alkali metal silicates; an active oxygen source, wherein the active oxygen source is selected from the group consisting of peroxygen compounds, hydrogen peroxide, hydrogen peroxide liberating or generating compounds, inorganic or organic peroxyacids, peroxycarboxylic acids, percarbonates and combinations thereof; a bleach activating agent; and from 1-15 wt-% of a binding system comprising an anionic surfactant and a cellulose component; wherein no more than 0.5 wt-% of nonionic surfactant is included in the binding system; wherein the solid composition has less than 0.5 wt-% water. at least one alkaline solidification matrix including alkali metal carbonates and/or alkali metal silicates; an active oxygen source, wherein the active oxygen source is selected from the group consisting of peroxygen compounds, hydrogen peroxide, hydrogen peroxide liberating or generating compounds, inorganic or organic peroxyacids, peroxycarboxylic acids, percarbonates and combinations thereof; a bleach activating agent; and from 1-15 wt-% of a binding system comprising an anionic surfactant and a cellulose component; wherein no more than 0.5 wt-% of nonionic surfactant is included in the binding system;
Combination of a microplate reader with an accessory device, comprising a receiving device for receiving a microplate having predefined dimensions and having a plurality of wells, an optical detector for detecting optical radiation at respective individual ones of the wells of a microplate received in the receiving device, and a positioning mechanism , wherein the receiving device is arranged to be movable in at least one spatial direction via the positioning mechanism , in order to position the received microplate relative to the optical detector for successive measurements at different wells; wherein the receiving device has an interface apparatus , wherein the accessory device is inserted into the receiving apparatus and the interface apparatus is configured to provide an energy and/or data connection and/or a connection for media supply to and/or media disposal from the microplate reader to the accessory device that is inserted into the receiving device jointly with or instead of a microplate or another sample container for additional functions, wherein the accessory device has a counterpart , which collaborates with the interface apparatus of the microplate reader, via which an additional function provided by the accessory device is controlled and/or supplied with energy.
A propylene-ethylene random copolymer, wherein the copolymer has: a melting point (Tm) of 125 °C or higher, an ethylene content of 4.0% by weight to 5.5% by weight, a crystallization temperature (Tc) of 75 °C or lower, and a melt index (MI 2.16 , melt index measured at 230 °C, 2.16 kg load) of 16 g/10min to 22 g/10min; wherein melting point (Tm) and crystallization temperature (Tc) are measured using a differential scanning calorimeter as set out in the specification. a melting point (Tm) of 125 °C or higher, an ethylene content of 4.0% by weight to 5.5% by weight, a crystallization temperature (Tc) of 75 °C or lower, and a melt index (MI 2.16 , melt index measured at 230 °C, 2.16 kg load) of 16 g/10min to 22 g/10min; wherein melting point (Tm) and crystallization temperature (Tc) are measured using a differential scanning calorimeter as set out in the specification.
A circuit, comprising: a first PMOS high-side transistor device (Q2); a first NMOS low-side transistor device (Q3); wherein the first PMOS-high side transistor device (Q2) is connectable between a high-side voltage and a first node of a load and the first NMOS low-side transistor device (Q3) is connectable between a second node of the load and a low-side voltage; and turn-on circuitry configured to turn on the first PMOS high-side transistor device (Q2) while simultaneously turning on the first NMOS low-side transistor device (Q3), by routing charge stored in a gate of the first PMOS high-side transistor device (Q2) to a gate of the first NMOS low-side transistor device (Q3), to charge the gate of the first NMOS low-side transistor device (Q3), characterized in that the gate of the first PMOS high-side transistor device (Q2) has a gate capacitance higher than a gate capacitance of the first NMOS low-side transistor device (Q3), and in that the circuit further comprises a capacitor (C1) coupled to the turn-on circuitry and configured to receive an excess of charge stored in the gate of the first PMOS high-side transistor device (Q2) over that used to charge the gate of the first NMOS low-side transistor device (Q3), each time the first PMOS high-side transistor device (Q2) and first NMOS low-side transistor device (Q3) are turned on. a first PMOS high-side transistor device (Q2); a first NMOS low-side transistor device (Q3); wherein the first PMOS-high side transistor device (Q2) is connectable between a high-side voltage and a first node of a load and the first NMOS low-side transistor device (Q3) is connectable between a second node of the load and a low-side voltage; and turn-on circuitry configured to turn on the first PMOS high-side transistor device (Q2) while simultaneously turning on the first NMOS low-side transistor device (Q3), by routing charge stored in a gate of the first PMOS high-side transistor device (Q2) to a gate of the first NMOS low-side transistor device (Q3), to charge the gate of the first NMOS low-side transistor device (Q3),
A bag comprising: - a first wall and a second wall , connected together so as to form a bottom , lateral sides and a mouth , - a closure assembly comprising a first closure element connected to the first wall and a second closure element complementary to the first closure element and being connected to the second wall , the bag being characterised in that it further comprises a pinch strip connected to the first wall only, said pinch strip comprising a first portion and a second portion complementary to the first portion so that the fixing of the first portion on the second portion results in the formation of a fold in the first wall bringing the lateral sides of the bag closer together to form a pouring spout at the second wall . - a first wall and a second wall , connected together so as to form a bottom , lateral sides and a mouth , - a closure assembly comprising a first closure element connected to the first wall and a second closure element complementary to the first closure element and being connected to the second wall ,
A urinary dysfunction treatment apparatus characterized in that it comprises: an implantable constriction device configured to gently constrict at least one portion of the tissue wall of a patient's urethra, ureter, renal pelvis or urine bladder to at least restrict the flow of urine, a stimulation device for stimulating the constricted wall portion of the tissue wall, and a control device for controlling the stimulation device to stimulate the wall portion, as the constriction device constricts the wall portion, to cause contraction of the wall portion. an implantable constriction device configured to gently constrict at least one portion of the tissue wall of a patient's urethra, ureter, renal pelvis or urine bladder to at least restrict the flow of urine, a stimulation device for stimulating the constricted wall portion of the tissue wall, and a control device for controlling the stimulation device to stimulate the wall portion, as the constriction device constricts the wall portion, to cause contraction of the wall portion.
A seat comprising: a skin which has a curved surface portion at least at a part thereof and in which an opening curved in a predetermined curved direction along the curved surface portion is formed at the curved surface portion; an elastically deformable plate-shaped reinforcing member which reinforces a peripheral area of the opening at the curved surface portion, the reinforcing member being disposed in a curved state along an inner surface of the curved surface portion; and a pressing member which covers the peripheral area of the opening in a pressing state from an outer surface of the curved surface portion, wherein the reinforcing member includes a main body portion which overlaps with the pressing member and sandwiches the skin in cooperation with the pressing member, and an extending portion which is connected to at least one side edge of the main body portion in a width direction orthogonal to the curved direction and extends in a range not overlapping with the pressing member, characterized in that , a slit is formed in the extending portion, and the slit extends in the curved direction such that a part of the extending portion on an outer side in the width direction is elastically deformable independently from the main body portion. a skin which has a curved surface portion at least at a part thereof and in which an opening curved in a predetermined curved direction along the curved surface portion is formed at the curved surface portion; an elastically deformable plate-shaped reinforcing member which reinforces a peripheral area of the opening at the curved surface portion, the reinforcing member being disposed in a curved state along an inner surface of the curved surface portion; and a pressing member which covers the peripheral area of the opening in a pressing state from an outer surface of the curved surface portion, wherein the reinforcing member includes a main body portion which overlaps with the pressing member and sandwiches the skin in cooperation with the pressing member, and an extending portion which is connected to at least one side edge of the main body portion in a width direction orthogonal to the curved direction and extends in a range not overlapping with the pressing member, characterized in that , a slit is formed in the extending portion, and the slit extends in the curved direction such that a part of the extending portion on an outer side in the width direction is elastically deformable independently from the main body portion.
A flat filter element for filtering a fluid, having a filter body made up of a folded filter material , wherein - the filter element has along its circumferential edge a side edge running in circumferential direction, - the side edge has at least one strip portion , running along the side edge , with a side strip separate from the filter body and arranged on the filter body , characterized in that the side edge for sealing the filter body has at least one adhesive portion running along the side edge , which adhesive portion is formed as a pocket gluing between at least two folds , adjacent along the side edge , in the region of the side edge . - the filter element has along its circumferential edge a side edge running in circumferential direction, - the side edge has at least one strip portion , running along the side edge , with a side strip separate from the filter body and arranged on the filter body ,
Stun grenade comprising a fuze head , a housing which receives the fuze head , a rocker arm located on the fuze head , and a safety cotter pin which secures the rocker arm , the housing containing at least two chambers with an effect charge , and the chambers having at least one through-ignition hole , characterized in that a switching mechanism is supported in the housing , it being possible for the switching mechanism to functionally connect different chambers simultaneously to a delay charge by means of its own adjustment, a fuse being introduced into an air gap between the fuze head and the housing , the fuse being designed in the form of a plastics clip and comprising a tab which projects laterally into the fuze head and covers a primer cap .
A directional illumination apparatus comprising an imaging directional backlight for directing light, the imaging directional backlight comprising: an array of illumination elements ; a waveguide comprising an input end , a first light guiding surface and a second light guiding surface, opposite the first light guiding surface; and an input optic located between the first and second light guiding surfaces, wherein the input optic is configured to direct input light from each illumination element (15a-n, 126, 128, 130, 132, 134, 136, 138, 140, 142, 144, 146, 148) of the array of illumination elements into the waveguide through the input end into respective different directional distributions within the imaging directional backlight, and the waveguide cooperates with the array of illumination elements and input optic to output the input light from the waveguide in directions that provide a two dimensional array of optical windows. an array of illumination elements ; a waveguide comprising an input end , a first light guiding surface and a second light guiding surface, opposite the first light guiding surface; and an input optic located between the first and second light guiding surfaces, wherein the input optic is configured to direct input light from each illumination element (15a-n, 126, 128, 130, 132, 134, 136, 138, 140, 142, 144, 146, 148) of the array of illumination elements into the waveguide through the input end into respective different directional distributions within the imaging directional backlight, and the waveguide cooperates with the array of illumination elements and input optic to output the input light from the waveguide in directions that provide a two dimensional array of optical windows.
Composite composed of a cooling system and a surface to be cooled that is part of an electrical and/or electronic component, obtainable by the forming of chemical bonds by means of 3D printing, wherein the print bed utilized is the surface of the electrical and/or electronic component or a layer already produced on this surface by 3D printing, and the material used for printing, which serves to construct the cooling system, is an organometallic compound comprising at least one reactive group selected from the following groups: halogen/halide such as fluorine atom, chlorine atom, bromine atom, iodine atom; pseudohalogen/pseudohalide such as CN group, SCN group; amino group, amide group, aldehyde group, keto group, carboxyl group, thiol group, hydroxyl group, acryloyloxy group, methacryloyloxy group, epoxy group, isocyanate group, ester group, sulfo group, phosphoric acid group, vinyl group and/or a "waterglass".
A computerized method for distinguishing between false positive read events and true positive read events of a file stored on a storage device , the computerized method comprising: in a read event to read a file comprising file segments wherein a volume of the segments that were read is represented by a number of bits of an integer that are set, (a) determining a size of the file and a user that reads the file upon receiving a read request; (b) clearing the bits of the integer upon receiving the read request; (c) determining an offset and a size of the data read from the file ; (d) setting bits of the integer according to the size of the data read; (e) determining if the read event is true positive indicative of the user reading at least most of the file when the read volume represented by the number of set bits in the integer is above a threshold , otherwise the read event is false positive . (a) determining a size of the file and a user that reads the file upon receiving a read request; (b) clearing the bits of the integer upon receiving the read request; (c) determining an offset and a size of the data read from the file ; (d) setting bits of the integer according to the size of the data read; (e) determining if the read event is true positive indicative of the user reading at least most of the file when the read volume represented by the number of set bits in the integer is above a threshold , otherwise the read event is false positive .
A receptacle for a miniaturized connector for use in an audio device, a hearing device or a similar device, the receptacle extending from a rear end towards of front end , wherein the receptacle comprises an inner receptacle part comprising: o a receptacle contact pin extending from a rear end to a front end ; o an inner contact base extending from a rear end to a front end , wherein the inner contact base is an insulator, and wherein the inner contact base comprises a through-going opening through which the receptacle contact pin extends, and one or more additional openings ; ∘ an inner contact spring extending from a rear end to a front end , the inner contact spring being secured at its rear end inside the one or more additional openings in the inner contact base , ∘ an insulator extending from a rear end to a front end , and having a through-going opening containing the front ends of the inner contact spring and the contact pin , wherein the receptacle contact pin , and contact spring are adapted for making electrical contact with two plug parts in a plug , when the plug is inserted inside the receptacle , characterized in that the inner contact spring comprises a number of protruding parts formed as arms extending from the rear end of the inner contact spring in an approximately straight line towards the front end of the inner contact spring , wherein the protruding parts bend towards a centre point of the inner contact spring , wherein the through-going opening contains the front end of the inner contact base . o a receptacle contact pin extending from a rear end to a front end ; o an inner contact base extending from a rear end to a front end , wherein the inner contact base is an insulator, and wherein the inner contact base comprises a through-going opening through which the receptacle contact pin extends, and one or more additional openings ; ∘ an inner contact spring extending from a rear end to a front end , the inner contact spring being secured at its rear end inside the one or more additional openings in the inner contact base , ∘ an insulator extending from a rear end to a front end , and having a through-going opening containing the front ends of the inner contact spring and the contact pin ,
A method of wireless communication at a user equipment, UE, comprising: receiving, from a base station , an uplink grant identifying an uplink configuration including uplink data channel resources identified by the base station as available for the UE , the identified uplink data channel resources comprising one or more granted transmission intervals for one or more channels of a shared radio frequency spectrum band; determining, by the UE , an uplink configuration for using the identified uplink data channel resources for an uplink transmission, wherein the determined configuration is different from the configuration indicated in the uplink grant in that the configuration uses less uplink data channel resources than identified by the base station; and transmitting, using at least a portion of the identified uplink data channel resources, the uplink transmission comprising uplink data and an uplink descriptor channel, the uplink descriptor channel comprising one or more parameters indicating the uplink configuration determined by the UE , including indicating unused uplink data channel resources. receiving, from a base station , an uplink grant identifying an uplink configuration including uplink data channel resources identified by the base station as available for the UE , the identified uplink data channel resources comprising one or more granted transmission intervals for one or more channels of a shared radio frequency spectrum band; determining, by the UE , an uplink configuration for using the identified uplink data channel resources for an uplink transmission, wherein the determined configuration is different from the configuration indicated in the uplink grant in that the configuration uses less uplink data channel resources than identified by the base station; and transmitting, using at least a portion of the identified uplink data channel resources, the uplink transmission comprising uplink data and an uplink descriptor channel, the uplink descriptor channel comprising one or more parameters indicating the uplink configuration determined by the UE , including indicating unused uplink data channel resources.
A rotating electric machine, having: - a magnetic mass , in particular a rotor magnetic mass, having first seats , - a plurality of permanent magnets inserted into the first seats , each permanent magnet having two polar faces , and - shims , in particular non-magnetic, inserted into the first seats and/or into second seats formed in the magnetic mass , the shims being configured to cause a deformation of the first seats reducing the parasitic air gap between at least one polar face of a permanent magnet and a corresponding wall of a first seat , the magnetic mass having material bridges formed between two consecutive seats within a row of seats, wherein the shims coming into contact with these material bridges , at least one material bridge being of curved general shape. - a magnetic mass , in particular a rotor magnetic mass, having first seats , - a plurality of permanent magnets inserted into the first seats , each permanent magnet having two polar faces , and - shims , in particular non-magnetic, inserted into the first seats and/or into second seats formed in the magnetic mass ,
A single facer comprising: a first corrugating roller with a first rotation axis (A) and a side surface provided with a series of flutes ; a second corrugating roller with a second rotation axis (B) and a side surface provided with a series of flutes ; wherein the first corrugating roller and the second corrugating roller form a corrugating nip therebetween; and wherein the second corrugating roller comprises a series of annular grooves ; a pressing member , co-acting with the second corrugating roller and forming a pressure nip therewith; a glue applicator , co-acting with the second corrugating roller ; a suction box extending approximately parallel to the axis (B) of the second corrugating roller and defining a suction area around the second corrugating roller ; a series of laminar members , each of which is inserted in a respective one of said annular grooves of the second corrugating roller , the laminar members being arranged between the pressing member and the first corrugating roller and extending in the respective annular grooves towards the suction box , such as to provide a sealing inside the annular grooves directly upstream of the suction box with respect to the direction of rotation of the second corrugating roller ; characterized in that to the suction box a sealing member is associated, co-acting with the flutes of the second corrugating roller . a first corrugating roller with a first rotation axis (A) and a side surface provided with a series of flutes ; a second corrugating roller with a second rotation axis (B) and a side surface provided with a series of flutes ; wherein the first corrugating roller and the second corrugating roller form a corrugating nip therebetween; and wherein the second corrugating roller comprises a series of annular grooves ; a pressing member , co-acting with the second corrugating roller and forming a pressure nip therewith; a glue applicator , co-acting with the second corrugating roller ; a suction box extending approximately parallel to the axis (B) of the second corrugating roller and defining a suction area around the second corrugating roller ; a series of laminar members , each of which is inserted in a respective one of said annular grooves of the second corrugating roller , the laminar members being arranged between the pressing member and the first corrugating roller and extending in the respective annular grooves towards the suction box , such as to provide a sealing inside the annular grooves directly upstream of the suction box with respect to the direction of rotation of the second corrugating roller ;