mhurhangee/patent-ind-claim-en huggingface dataset:
An epidithiodioxopiperazine compound represented by the following Chemical Formula 1, or a pharmaceutically acceptable salt thereof: wherein, in Chemical Formula 1, R 1 and R 3 are each independently hydrogen, or linear or branched C1 to C6 alkyl; R 2 and R 4 are each independently hydrogen, a halogen atom, a hydroxyl group, linear or branched alkenyl or alkynyl, linear or branched C1 to C6 alkoxy, linear or branched C1 to C6 hydroxyalkyl, linear or branched C1 to C6 alkylaryl, a linear or branched C1 to C6 perfluoroalkyl group, a substituted or unsubstituted aryl group, a substituted or unsubstituted perfluoroaryl group, a substituted or unsubstituted heteroaryl group comprising an oxygen, nitrogen or sulfur atom in a ring as a heteroatom, or a substituted or unsubstituted epidithiodioxopiperazine group, and the alkyl and the aryl group may optionally include a heteroatom of oxygen, nitrogen or sulfur in the middle of the chain, and each of the substituted epidithiodioxopiperazine groups may independently optionally include the substituents defined above. R 1 and R 3 are each independently hydrogen, or linear or branched C1 to C6 alkyl; R 2 and R 4 are each independently hydrogen, a halogen atom, a hydroxyl group, linear or branched alkenyl or alkynyl, linear or branched C1 to C6 alkoxy, linear or branched C1 to C6 hydroxyalkyl, linear or branched C1 to C6 alkylaryl, a linear or branched C1 to C6 perfluoroalkyl group, a substituted or unsubstituted aryl group, a substituted or unsubstituted perfluoroaryl group, a substituted or unsubstituted heteroaryl group comprising an oxygen, nitrogen or sulfur atom in a ring as a heteroatom, or a substituted or unsubstituted epidithiodioxopiperazine group, and the alkyl and the aryl group may optionally include a heteroatom of oxygen, nitrogen or sulfur in the middle of the chain, and each of the substituted epidithiodioxopiperazine groups may independently optionally include the substituents defined above.
A strip of staples, comprising a succession of staples configured in a general U-shape, juxtaposed and connected among themselves in a separable manner by means of a flexible fastening element or means , each staple having two opposing legs and between said legs a connecting crown on whose inner face, that is, between the legs, said fastening element or means is extended, the strip being characterized in that the width of the staples is reduced in the crown and in a linking portion of the legs with said crown enabling the staples to adopt slightly spread out positions from each other, without preventing each staple from supporting itself on its legs with the staple immediately before and after it in the strip, the crowns of said staples moving towards each other and consequently loosening the fastening element or means between the staples, endowing the strip with the ability to adopt a curved shape, suitable for winding the strip around the core of a reel with the legs directed towards the outside of said reel.
A base station for wireless communication having a processing time for processing packet data, the base station comprising: a receiver configured to: receive packet data on an uplink channel from a mobile station; and a transmitter configured to: transmit from the base station a dedicated physical channel (DPCH) on a first frame , the first frame having a first time offset relative to a time reference associated with a primary common control physical channel (P-CCPCH); and characterised by being configured to: transmit from the base station an enhanced dedicated hybrid ARQ indicator channel, E-HICH, or an enhanced dedicated channel relative grant channel, E-RGCH on a second frame , the second frame being transmitted in a time period which does not overlap with a remote station processing time, the E-HICH or E-RGCH being responsive to the packet data transmission on the uplink channel, the second frame having a second time offset relative to the time reference, the second time offset being a function of the first time offset, wherein the second time offset is defined by the equation τ ec = τ ec 0 + k T ec where k is a variable, T ec and τ ec0 are both constants and wherein variable k is a function of τ dpch , first time offset, wherein k = ⌊ TTI dpch + 256 ⋅ τ dpch − τ ec 0 − TTI e − hich + T 0 _ min − 256 ⋅ UE proc _ req / 256 256 ⋅ T ec ⌋ . where T 0_min and T ec are constants and UE proc_req is the processing time required for a remote station. a receiver configured to: receive packet data on an uplink channel from a mobile station; and a transmitter configured to: transmit from the base station a dedicated physical channel (DPCH) on a first frame , the first frame having a first time offset relative to a time reference associated with a primary common control physical channel (P-CCPCH); and characterised by being configured to: transmit from the base station an enhanced dedicated hybrid ARQ indicator channel, E-HICH, or an enhanced dedicated channel relative grant channel, E-RGCH on a second frame , the second frame being transmitted in a time period which does not overlap with a remote station processing time, the E-HICH or E-RGCH being responsive to the packet data transmission on the uplink channel, the second frame having a second time offset relative to the time reference, the second time offset being a function of the first time offset, wherein the second time offset is defined by the equation τ ec = τ ec 0 + k T ec where k is a variable, T ec and τ ec0 are both constants and wherein variable k is a function of τ dpch , first time offset, wherein k = ⌊ TTI dpch + 256 ⋅ τ dpch − τ ec 0 − TTI e − hich + T 0 _ min − 256 ⋅ UE proc _ req / 256 256 ⋅ T ec ⌋ . where T 0_min and T ec are constants and UE proc_req is the processing time required for a remote station.
An electrophotographic toner comprising a wax composition: wherein a hydroxyl value of the wax composition is 30 or higher and an iodine value of the wax composition is 13 or lower, wherein the wax composition comprises: a wax (a) containing a monoester of a straight-chain monocarboxylic acid and a straight-chain monoalcohol; and an ester (b) of glycerin with a mixed carboxylic acid composed of a straight-chain C12 to C24 monocarboxylic acid having one hydroxyl group and a straight-chain C12 to C24 monocarboxylic acid, wherein the wax (a) containing the monoester of the straight-chain monocarboxylic acid and the straight-chain monoalcohol has hydroxyl value of 30 or lower. wherein a hydroxyl value of the wax composition is 30 or higher and an iodine value of the wax composition is 13 or lower, wherein the wax composition comprises: a wax (a) containing a monoester of a straight-chain monocarboxylic acid and a straight-chain monoalcohol; and an ester (b) of glycerin with a mixed carboxylic acid composed of a straight-chain C12 to C24 monocarboxylic acid having one hydroxyl group and a straight-chain C12 to C24 monocarboxylic acid, wherein the wax (a) containing the monoester of the straight-chain monocarboxylic acid and the straight-chain monoalcohol has hydroxyl value of 30 or lower. a wax (a) containing a monoester of a straight-chain monocarboxylic acid and a straight-chain monoalcohol; and an ester (b) of glycerin with a mixed carboxylic acid composed of a straight-chain C12 to C24 monocarboxylic acid having one hydroxyl group and a straight-chain C12 to C24 monocarboxylic acid, wherein the wax (a) containing the monoester of the straight-chain monocarboxylic acid and the straight-chain monoalcohol has hydroxyl value of 30 or lower.
A food mixing arrangement comprising a stand mixer having a drive outlet and a tool adapted for suspension by a shaft from the drive outlet for mixing ingredients in a mixing bowl , the drive outlet being capable of causing the blade to execute a planetary motion whereby said shaft rotates in one direction around its own axis whilst being bodily moved in the same or the opposite rotational direction about another axis parallel to, but offset from, that of the shaft ; characterised in that said tool comprises a wing-like volute blade , wherein said blade is elongate and extends outwardly from said shaft , twisting along its length, said blade having a leading edge and thickening towards a central column, and the curved surfaces of said blade being formed for lifting and turning the ingredients into the centre of the bowl.
An apparatus, comprising: (a) a shaft ; and (b) a tip member positioned at a distal end of the shaft , the tip member having an integral non-tissue contact electrode and defining a hollow interior and an opening in fluid communication with the hollow interior; and (c) at least a pair of spines extending from the distal end of the shaft along a longitudinal axis to define a virtual volume about the tip member ; wherein the non-tissue contact electrode is positioned proximate the opening of the tip member , and is configured to pick up a reference potential, and wherein the tip member is configured to prevent the non-tissue contact electrode from contacting tissue, and. wherein the non-tissue contact electrode is disposed inside the hollow interior. (a) a shaft ; and (b) a tip member positioned at a distal end of the shaft , the tip member having an integral non-tissue contact electrode and defining a hollow interior and an opening in fluid communication with the hollow interior; and (c) at least a pair of spines extending from the distal end of the shaft along a longitudinal axis to define a virtual volume about the tip member ; wherein the non-tissue contact electrode is positioned proximate the opening of the tip member , and is configured to pick up a reference potential, and wherein the tip member is configured to prevent the non-tissue contact electrode from contacting tissue, and. wherein the non-tissue contact electrode is disposed inside the hollow interior.
Commercial vehicle brake disc comprising at least one friction disc having a friction surface , wherein the friction disc has at least one recess which forms a contour on the friction surface , characterised in that that the contour or the course of the contour is interrupted by at least one clearance , wherein the clearance has a round, in particular a circular, cross-section.
A local management device for a security monitoring system for a building, the local management device being configured for operative coupling to a plurality of alarm event sensors and to a remote monitoring station , and to respond to the following sequence of events: (i) being notified of presence outside the building at a main entrance, the main entrance having a door; (ii) detection of the presence of a person inside the building at, or approaching, the main entrance from inside the building; and (iii) detection of the opening of the door of the main entrance; in combination with (iv) detection of the presence of a person outside who is approaching or proximate the perimeter of the building remote from the main entrance and/or (v) detection of the opening of a door or window remote from the main entrance; by determining an alarm condition and reporting the alarm condition to the remote monitoring station and/or sounding an alarm at the building. (i) being notified of presence outside the building at a main entrance, the main entrance having a door; (ii) detection of the presence of a person inside the building at, or approaching, the main entrance from inside the building; and (iii) detection of the opening of the door of the main entrance; in combination with (iv) detection of the presence of a person outside who is approaching or proximate the perimeter of the building remote from the main entrance and/or (v) detection of the opening of a door or window remote from the main entrance; by determining an alarm condition and reporting the alarm condition to the remote monitoring station and/or sounding an alarm at the building.
Gas turbine having a filter housing with air filters, and having a cooling device for cooling the intake air of an intake housing , wherein the cooling device comprises at least: a plurality of nozzles and a grid , which are arranged together in a module , a water supply for the nozzles , wherein the nozzles are arranged first in terms of flow in a planned inflow direction of air, wherein the nozzles can finely spray water in an ejection direction and the grid (19', ...) is then arranged in the inflow direction , characterized in that the cooling device is arranged in front of the filter housing . having a filter housing with air filters, and having a cooling device for cooling the intake air of an intake housing , wherein the cooling device comprises at least: a plurality of nozzles and a grid , which are arranged together in a module , a water supply for the nozzles , wherein the nozzles are arranged first in terms of flow in a planned inflow direction of air, wherein the nozzles can finely spray water in an ejection direction and the grid (19', ...) is then arranged in the inflow direction , characterized in that the cooling device is arranged in front of the filter housing . a plurality of nozzles and a grid , which are arranged together in a module , a water supply for the nozzles , wherein the nozzles are arranged first in terms of flow in a planned inflow direction of air, wherein the nozzles can finely spray water in an ejection direction and the grid (19', ...) is then arranged in the inflow direction , characterized in that the cooling device is arranged in front of the filter housing .
A flow control system mountable on a leading edge of an aircraft engine inlet nacelle housing a fan of a turbofan engine, the leading edge circumscribing an inlet providing air flow into the engine, and characterized in that the system comprising: a cascade of translating turning vanes (17a-17e) configured to extend from the leading edge of the nacelle ; and at least one actuator drivingly engaging the cascade of translating turning vanes to translate the cascade from a retracted position to an extended position; wherein the cascade of translating turning vanes are engaged by a plurality of longitudinal ribs forming translating turning vane segments ; and wherein each translating turning vane segment has a nose vane and at least one trailing vane supported by the longitudinal ribs to provide spacing of flow channels (26a - 26e) between the vanes. a cascade of translating turning vanes (17a-17e) configured to extend from the leading edge of the nacelle ; and at least one actuator drivingly engaging the cascade of translating turning vanes to translate the cascade from a retracted position to an extended position; wherein the cascade of translating turning vanes are engaged by a plurality of longitudinal ribs forming translating turning vane segments ; and wherein each translating turning vane segment has a nose vane and at least one trailing vane supported by the longitudinal ribs to provide spacing of flow channels (26a - 26e) between the vanes.
A method for scheduling dynamic frequency selection channel availability checks, comprising: using an available channel list , ACL, to list usable channels; selecting a channel from the ACL or, if no channel is usable: monitoring, by a wireless access point , wireless traffic traversing the wireless access point from one or more wireless client devices ; determining, by the wireless access point , to perform an off-channel availability check, based on the monitored wireless traffic; selecting, by the wireless access point , a channel that is not on the ACL; scanning, by the wireless access point , the selected channel for a protected signal for a predetermined time period, responsive to the determination; setting the channel according to the scan result for use; and updating the ACL according to the scan result, and determining to perform the off-channel availability check further comprises identifying that the monitored wireless traffic does not include a lossy transmission protocol. using an available channel list , ACL, to list usable channels; selecting a channel from the ACL or, if no channel is usable: monitoring, by a wireless access point , wireless traffic traversing the wireless access point from one or more wireless client devices ; determining, by the wireless access point , to perform an off-channel availability check, based on the monitored wireless traffic; selecting, by the wireless access point , a channel that is not on the ACL; scanning, by the wireless access point , the selected channel for a protected signal for a predetermined time period, responsive to the determination; setting the channel according to the scan result for use; and updating the ACL according to the scan result, monitoring, by a wireless access point , wireless traffic traversing the wireless access point from one or more wireless client devices ; determining, by the wireless access point , to perform an off-channel availability check, based on the monitored wireless traffic; selecting, by the wireless access point , a channel that is not on the ACL; scanning, by the wireless access point , the selected channel for a protected signal for a predetermined time period, responsive to the determination; setting the channel according to the scan result for use; and updating the ACL according to the scan result,
A stability control augmentation system for a flight control surface of an aircraft, comprising: an actuator operable for actuating the flight control surface; and a control valve comprising a spool and an integrated augmentation mechanism , wherein the spool is moveable to increase or decrease a cross-section of a fluid flow path through the control valve to thereby increase or decrease a flow of hydraulic fluid to the actuator during use, and wherein the integrated augmentation mechanism is operable to increase or decrease the cross-section of the fluid flow path to thereby adjust the flow of hydraulic fluid to the actuator ; characterized in that the augmentation mechanism comprises a piezoelectric element operable to increase or decrease the cross-section of the fluid flow path. an actuator operable for actuating the flight control surface; and a control valve comprising a spool and an integrated augmentation mechanism , wherein the spool is moveable to increase or decrease a cross-section of a fluid flow path through the control valve to thereby increase or decrease a flow of hydraulic fluid to the actuator during use, and wherein the integrated augmentation mechanism is operable to increase or decrease the cross-section of the fluid flow path to thereby adjust the flow of hydraulic fluid to the actuator ; characterized in that the augmentation mechanism comprises a piezoelectric element operable to increase or decrease the cross-section of the fluid flow path.
A method of wireless communication, comprising: receiving , by a wireless communication device (115; 215; 300) from a first group of one or more transmission/reception points, TRPs , a first signal during a first time period (502; 602); and receiving , by the wireless communication device from a second group of one or more TRPs , a second signal during a second time period (502; 602), wherein at least one TRP in the second group is not in the first group; characterized in that the first time period (502; 602) and the second time period (502; 602) are different time periods within a transmission slot and have a same duration. receiving , by a wireless communication device (115; 215; 300) from a first group of one or more transmission/reception points, TRPs , a first signal during a first time period (502; 602); and receiving , by the wireless communication device from a second group of one or more TRPs , a second signal during a second time period (502; 602), wherein at least one TRP in the second group is not in the first group; characterized in that the first time period (502; 602) and the second time period (502; 602) are different time periods within a transmission slot and have a same duration.
Method for data communication in an industrial network with one or more nodal points for data transfer between a plurality of data-providing transmitters and a receiver receiving the data provided by the plurality of transmitters via a stream with which, to establish the stream, the receiver issues a listener advertise message for the stream, which comprises a stream description, and the listener advertise message is transmitted to a plurality of transmitters of the network, wherein at least one transmitter, which wishes to transmit data to the receiver via the stream, sends a talker join message and for this makes a talker join reservation at the nodal points on the network path between the transmitter and the receiver.
Fastening element intended for vehicle wheels and made as a nut or bolt, comprising: - a cylindrical body , in which there are defined a first end , a second end , a longitudinal axis ("S"), an engaging portion for a tool and a threaded surface axially extending about said longitudinal axis ("S"); - a cap covering the first end of the cylindrical body ; - a ferrule associated with the cylindrical body in an idly rotatable manner; wherein said cylindrical body and said ferrule are provided with engaging means (29, 31; 39, 59) mutually cooperating for holding the ferrule firmly associated with said cylindrical body , whereby the ferrule is held firmly associated with the body of the fastening element in the absence of the cap , characterized in that said cap is fastened to the cylindrical body by caulking or by bending a base edge about an outer circumferential edge of the ferrule . - a cylindrical body , in which there are defined a first end , a second end , a longitudinal axis ("S"), an engaging portion for a tool and a threaded surface axially extending about said longitudinal axis ("S"); - a cap covering the first end of the cylindrical body ; - a ferrule associated with the cylindrical body in an idly rotatable manner; wherein said cylindrical body and said ferrule are provided with engaging means (29, 31; 39, 59) mutually cooperating for holding the ferrule firmly associated with said cylindrical body , whereby the ferrule is held firmly associated with the body of the fastening element in the absence of the cap , characterized in that said cap is fastened to the cylindrical body by caulking or by bending a base edge about an outer circumferential edge of the ferrule .
A structured body arranged for heating a feed gas, said structured body comprising a first macroscopic structure and a second macroscopic structure , each extending in a longitudinal direction from a first end to a second end , where said first end forms an inlet to said first and second macroscopic structures for said feed gas and said second end forms an outlet for heated gas, said first and second macroscopic structure comprising a three-dimensional network structure , wherein the network structure forms flow paths allowing the feed gas to flow from said first end to said second end , the network structure being formed by a metallic material being electrically conductive, wherein the first and second macroscopic structures are electrically connected at the second end , and the structured body being characterized in that the second macroscopic structure is arranged at least partly circumferentially around the first macroscopic structure .
A peristaltic pump comprising a first housing component and a second loading component , said second loading component being at least partially contained within said first housing component and being axially movable with respect to said first housing component inside thereto, said second loading component comprising at least a couple of rollers for engaging and squeezing a delivery tube when, in operation, the second loading component is fully snapped into said first housing component , characterized in that the second loading component further comprises a guiding path for guiding the delivery tube around said at least a couple of rollers towards an exit port provided at a distal end surface of the second loading component .