mhurhangee/ep-ind-claims huggingface dataset:
A wire mesh mat in particular for a security fence secured by an alarm system, wherein the wire mesh mat is made at least partially from tubes (3, 24) with at least one chamber for passing a signaling cable, wherein the chambers of intersecting tubes remain separated, characterized in that the wire mesh mat is formed in such a manner and/or comprises means, such that a signaling cable can be passed through the wire mesh mat along at least one pathway, which runs between the entrance into the wire mesh mat and the exit from the wire mesh mat through more than one tube and may run partially outside of the tubes only within the wire mesh mat, wherein the wire mesh mat comprises a region, in which a part of the tubes is interrupted, so that the pathway of a signaling cable exiting in that region can be continued in more than one manner, and at least one planar element covers the region.
Seating furniture cushion arrangement, in particular for an office or conference chair, comprising a seat or rest structure and a seating furniture cushion, the seat cushion having a base body, which is formed shell-like as a negative shape of the seat or rest structure and has on its edge an inwardly curved undercut, and a cushion body, which is formed integrally on the base body and arranged on a face of the base body remote from the undercut, the base body being formed so as to be positively attachable to the seat or rest structure, by peripherally engaging the seat or rest structure from behind with the undercut, in such a way that the cushion body, when attached, is arranged on the seat or rest structure as a seat or rest cushion. comprising a seat or rest structure and a seating furniture cushion, the seat cushion having a base body, which is formed shell-like as a negative shape of the seat or rest structure and has on its edge an inwardly curved undercut, and a cushion body, which is formed integrally on the base body and arranged on a face of the base body remote from the undercut, the base body being formed so as to be positively attachable to the seat or rest structure, by peripherally engaging the seat or rest structure from behind with the undercut, in such a way that the cushion body, when attached, is arranged on the seat or rest structure as a seat or rest cushion.
A hand-held miter saw with an electrically powered circular saw blade for in use cutting a rod, said saw comprises a table for supporting the rod and a guideway equipped on the table for aligning the rod into a desired miter angle, characterized in that the miter saw comprises, - a bearing with an axis extending parallel with the table and consisting of a piece of tube and a piece of axle pivotally mounted in the tube, - a first lever connected to the tube of the bearing and a second lever connected to the axle of the bearing to serve like the levers of a tong to operate the miter saw by means of a hand of an operator, - a cutting head for supporting the spindle of the circular saw blade in such way that the axis of rotation of said spindle is parallel with the axis of the bearing, - an arm which is formed on the cutting head and attached to the axle of the bearing or pivotally connected to the first lever, and - a bar, which is attached to the tube of the bearing or to the first lever and is supporting the table in such way that the table can turn about a pivot axle of the table and the guideway forms an angle with the axis of rotation of the saw blade. - a bearing with an axis extending parallel with the table and consisting of a piece of tube and a piece of axle pivotally mounted in the tube, - a first lever connected to the tube of the bearing and a second lever connected to the axle of the bearing to serve like the levers of a tong to operate the miter saw by means of a hand of an operator, - a cutting head for supporting the spindle of the circular saw blade in such way that the axis of rotation of said spindle is parallel with the axis of the bearing, - an arm which is formed on the cutting head and attached to the axle of the bearing or pivotally connected to the first lever, and - a bar, which is attached to the tube of the bearing or to the first lever and is supporting the table in such way that the table can turn about a pivot axle of the table and the guideway forms an angle with the axis of rotation of the saw blade.
A lighting apparatus comprising a single point-like light source, preferably a LED, and a transmissive substantially planar lens structure (202, 302) optically connected to said light source defining a plurality of optically functional, mutually different segments (204, 206, 208, 304, 306, 308) dedicated for controlling the light distributed and directed from said single light source, the lighting apparatus configured to produce asymmetric light distribution, wherein at least one segment (204, 206, 208, 304, 306, 308) comprises at least one optically functional feature selected from the group consisting of: surface relief form, surface relief pattern, surface relief grating, diffractive grating, diffractive profile, relief groove, relief protrusion, slanted relief profile, blazed relief profile, symmetric relief profile, asymmetric relief profile, refractive profile, and a number of refractive Fresnel profiles; characterized in that at least one segment (204, 206, 208, 304, 306, 308) comprises a number of embedded optically functional features comprising a cavity, the boundary of which and neighbouring lens material defines internal relief forms within the lens structure.
Metal complexes having at least one N -aminoamidinate ligand, wherein these metal complexes are constructed according to the general formula 1 wherein M is a metal selected from the groups 1 to 15 of the Periodic Table of the Elements, R 1 is hydrogen or CH 3, R 2 and R 3 independently of one another are CH 3, R 4 is hydrogen, CH 3, (CH(CH 3) 2), N(CH 3) 2, X is a hydride anion (H -), chloride (Cl -), bromide (Br -), dimethylamide (NMe 2 -) or diethylamide (NEt 2 -), a is an integer between 1 and 4 and n is 0, 1, 2 or 3. M is a metal selected from the groups 1 to 15 of the Periodic Table of the Elements, R 1 is hydrogen or CH 3, R 2 and R 3 independently of one another are CH 3, R 4 is hydrogen, CH 3, (CH(CH 3) 2), N(CH 3) 2, X is a hydride anion (H -), chloride (Cl -), bromide (Br -), dimethylamide (NMe 2 -) or diethylamide (NEt 2 -), a is an integer between 1 and 4 and n is 0, 1, 2 or 3.
A method for obtaining a resource indication value, wherein the method comprises: receiving downlink control information, wherein the downlink control information comprises a resource indication value, a quantity of bits of the resource indication value is determined based on a first bandwidth part, and the downlink control information is used to schedule a data channel located in a second bandwidth part; determining a positive number K based on a bandwidth N RB BWP 1 of the first bandwidth part and a bandwidth N RB BWP 2 of the second bandwidth part, wherein K meets K ≤ ⌊ N RB BWP 2 / N RB BWP 1 ⌋; determining a second number RB start and a second length L RBS based on the resource indication value, the bandwidth N RB BWP 1 of the first bandwidth part and the positive number K, wherein the second number RB start indicates a number identifying a starting virtual resource block of contiguous virtual resource blocks occupied by the data channel, and the second length L RBs indicates a quantity of the contiguous virtual resource blocks; and determining, based on the second number RB start and the second length L RBs, a resource occupied by the data channel. receiving downlink control information, wherein the downlink control information comprises a resource indication value, a quantity of bits of the resource indication value is determined based on a first bandwidth part, and the downlink control information is used to schedule a data channel located in a second bandwidth part; determining a positive number K based on a bandwidth N RB BWP 1 of the first bandwidth part and a bandwidth N RB BWP 2 of the second bandwidth part, wherein K meets K ≤ ⌊ N RB BWP 2 / N RB BWP 1 ⌋; determining a second number RB start and a second length L RBS based on the resource indication value, the bandwidth N RB BWP 1 of the first bandwidth part and the positive number K, wherein the second number RB start indicates a number identifying a starting virtual resource block of contiguous virtual resource blocks occupied by the data channel, and the second length L RBs indicates a quantity of the contiguous virtual resource blocks; and determining, based on the second number RB start and the second length L RBs, a resource occupied by the data channel.
Plug connection having a first, plug-type plug connector and a second, socket-type plug connector, comprising the following features: a) the first plug connector has an outer adapter protective housing arrangement - an adapter housing (4, 4') - in which a plug arrangement for connecting conductors, preferably optical waveguides, is inserted, b) the second socket-type plug connector has an outer adapter protective housing arrangement - a further adapter housing - into which a socket arrangement is inserted, c) wherein the two adapter housings (4, 4', 5) can be coupled to one another, in particular lockable, d) and wherein the socket arrangement in the adapter housing further comprises locking means adapted per se to provide a lockable push-pull connection, characterized in that e) the plug arrangement inserted into the adapter housing (4, 4') of the plug-type plug connector is designed in such a way that the locking means of the socket arrangement are not or not substantially deflected or deformed in the assembled state and are inoperative in the connected state, wherein f) the plug arrangement of the plug-type plug connector is designed to be free of locking means in such a way that the locking means of the socket arrangement are not locked to the plug arrangement of the plug connector in the adapter housing of the socket-type plug connector. a) the first plug connector has an outer adapter protective housing arrangement - an adapter housing (4, 4') - in which a plug arrangement for connecting conductors, preferably optical waveguides, is inserted, b) the second socket-type plug connector has an outer adapter protective housing arrangement - a further adapter housing - into which a socket arrangement is inserted, c) wherein the two adapter housings (4, 4', 5) can be coupled to one another, in particular lockable, d) and wherein the socket arrangement in the adapter housing further comprises locking means adapted per se to provide a lockable push-pull connection, characterized in that e) the plug arrangement inserted into the adapter housing (4, 4') of the plug-type plug connector is designed in such a way that the locking means of the socket arrangement are not or not substantially deflected or deformed in the assembled state and are inoperative in the connected state, wherein f) the plug arrangement of the plug-type plug connector is designed to be free of locking means in such a way that the locking means of the socket arrangement are not locked to the plug arrangement of the plug connector in the adapter housing of the socket-type plug connector.
A terminal comprising a control unit adapted to control a start timing of a measurement gap for Dual Connectivity, DC, wherein the control unit is configured to match the start timing with a timing of a sub-frame configured in a cell of a secondary cell group for the measurement gap, MG, such as the Per-FR gap for frequency range 2, FR2, configured from a secondary node, SN, and the control unit is configured to start the measurement gap, MG, at the start timing. the control unit is configured to match the start timing with a timing of a sub-frame configured in a cell of a secondary cell group for the measurement gap, MG, such as the Per-FR gap for frequency range 2, FR2, configured from a secondary node, SN, and the control unit is configured to start the measurement gap, MG, at the start timing.
Method for applying, to an inorganic surface, a self-adhesive PVC composition comprising a composition comprising: - an optionally protected aminosilane; and - at least one compound selected from among a titanium complex, zirconium complex and/or an optionally protected isocyanate compound; said method comprising an activation step of said surface, selected from among heat treatment, a shot peening step, plasma treatment step, solvent cleaning and a silicification step. - an optionally protected aminosilane; and - at least one compound selected from among a titanium complex, zirconium complex and/or an optionally protected isocyanate compound;
A fabric disc filter having a structure for preventing damage to filter panel, the fabric disc filter comprising: a rotary drum; and a plurality of filter segments arranged on an outer circumferential surface of the rotary drum, wherein each of the filter segments includes: a segment frame that is partially open so as to enable inlet of a fluid therethrough, and is configured so as to discharge the inlet fluid to the rotary drum, a filter frame assembled to the segment frame so as to be positioned on the fluid inlet side of the segment frame; a filter panel provided in the filter frame so as to filter foreign matter in the fluid flowing therethrough; and a rod-shaped stopper provided in the filter panel so as to distribute a load applied to the filter panel in a washing process of the filter panel and couple the filter panel to the filter frame or the segment frame, characterised in the structure for preventing damage to the filter panel further comprising a pocket fixedly sewn to the filter panel, the pocket having a space into which the rod-shaped stopper is fixedly inserted. a rotary drum; and a plurality of filter segments arranged on an outer circumferential surface of the rotary drum, wherein each of the filter segments includes: a segment frame that is partially open so as to enable inlet of a fluid therethrough, and is configured so as to discharge the inlet fluid to the rotary drum, a filter frame assembled to the segment frame so as to be positioned on the fluid inlet side of the segment frame; a filter panel provided in the filter frame so as to filter foreign matter in the fluid flowing therethrough; and a rod-shaped stopper provided in the filter panel so as to distribute a load applied to the filter panel in a washing process of the filter panel and couple the filter panel to the filter frame or the segment frame, characterised in the structure for preventing damage to the filter panel further comprising a pocket fixedly sewn to the filter panel, the pocket having a space into which the rod-shaped stopper is fixedly inserted. a segment frame that is partially open so as to enable inlet of a fluid therethrough, and is configured so as to discharge the inlet fluid to the rotary drum, a filter frame assembled to the segment frame so as to be positioned on the fluid inlet side of the segment frame; a filter panel provided in the filter frame so as to filter foreign matter in the fluid flowing therethrough; and a rod-shaped stopper provided in the filter panel so as to distribute a load applied to the filter panel in a washing process of the filter panel and couple the filter panel to the filter frame or the segment frame, characterised in the structure for preventing damage to the filter panel further comprising a pocket fixedly sewn to the filter panel, the pocket having a space into which the rod-shaped stopper is fixedly inserted.
A stent comprising a stent body and one or more weld joints, wherein a radiopaque material is localized at the weld joints; wherein the weld joints comprise a solid mixture of the radiopaque material and stent body material.
A method for modulation scheme indication comprising: monitoring a time interval upon transmission of a codeword; accessing information indicating quality of communications over at least one communication channel, wherein said information comprises one or more acknowledgement signals indicating successful receipt and decoding of respective codewords of rateless encoded data sub-blocks including finite length portions of infinite length codewords received over the at least one communications channel; transmitting a next rateless encoded data sub-block upon receipt of an acknowledgement signal; if the first time interval has expired and no acknowledgement signal is received, transmitting a next rateless encoded data sub-block; counting a number of occurrences of said one or more acknowledgment signals within a second time interval; and indicating, to a receiver, an increase to a modulation order for sending the rateless encoded data sub-blocks over the at least one communication channel when the counted number of occurrences of said one or more acknowledgement signals within said second time interval exceeds a threshold number of said one or more acknowledgement signals; and wherein said rateless encoded data sub-blocks are generated by: block encoding an input data sequence into codewords; dividing said codewords into sub-blocks; and encoding said sub-blocks with a rateless code. monitoring a time interval upon transmission of a codeword; accessing information indicating quality of communications over at least one communication channel, wherein said information comprises one or more acknowledgement signals indicating successful receipt and decoding of respective codewords of rateless encoded data sub-blocks including finite length portions of infinite length codewords received over the at least one communications channel; transmitting a next rateless encoded data sub-block upon receipt of an acknowledgement signal; if the first time interval has expired and no acknowledgement signal is received, transmitting a next rateless encoded data sub-block; counting a number of occurrences of said one or more acknowledgment signals within a second time interval; and indicating, to a receiver, an increase to a modulation order for sending the rateless encoded data sub-blocks over the at least one communication channel when the counted number of occurrences of said one or more acknowledgement signals within said second time interval exceeds a threshold number of said one or more acknowledgement signals; and wherein said rateless encoded data sub-blocks are generated by: block encoding an input data sequence into codewords; dividing said codewords into sub-blocks; and encoding said sub-blocks with a rateless code. block encoding an input data sequence into codewords; dividing said codewords into sub-blocks; and encoding said sub-blocks with a rateless code.
2-{4-[N-(5,6-diphenylpyrazin-2-yl)-N-isopropyl-amino]butyloxy}acetic acid or 2-{4-[N-(5,6-diphenylpyrazin-2-yl)-N-isopropylamino]butyloxy}-N-(methylsulfonyl)acetamide, or a pharmaceutically acceptable salt thereof for use in the treatment of inflammatory bowel diseases.
A method for controlling the production of heavy compounds in the production of alpha-methyl styrene comprising: providing a first composition to a distillation column, said first composition comprising acetone, phenol, cumene and alpha-methyl styrene; refining the first composition in the distillation column to produce a second composition comprising at least 1 wt.% alpha-methyl styrene and at least one organic acid, wherein the second composition includes a higher weight percentage of alpha-methyl styrene than the first composition; and adding a quantity of an amine to the second composition. providing a first composition to a distillation column, said first composition comprising acetone, phenol, cumene and alpha-methyl styrene; refining the first composition in the distillation column to produce a second composition comprising at least 1 wt.% alpha-methyl styrene and at least one organic acid, wherein the second composition includes a higher weight percentage of alpha-methyl styrene than the first composition; and adding a quantity of an amine to the second composition.
A metering member (100, 200) for an air pressure differential seed meter comprising: a bowl shaped body having a base portion and a sidewall (104, 204) extending axially and radially outwardly from the base portion, the sidewall (104, 204) terminating in an outer edge and having an inner surface (108, 208) and an outer surface (110, 210) and the sidewall (104, 204) further having a rim portion adjacent the outer edge with a plurality of apertures extending through the sidewall, wherein the metering member is configured such that individual seeds from a seed pool located at a bottom portion of the metering member (100, 200) are adhered to the apertures (114, 214) on the inner surface (108, 208) of the sidewall (104, 204), characterized in further comprising at least one projection (116, 216) extending inwardly from the inner surface (108, 208) of the sidewall (104, 204) forming a confronting surface following at least one aperture (114, 214) located behind the associated aperture in the direction of rotation of the metering member to push the seed adhered to the aperture into a delivery system. a bowl shaped body having a base portion and a sidewall (104, 204) extending axially and radially outwardly from the base portion, the sidewall (104, 204) terminating in an outer edge and having an inner surface (108, 208) and an outer surface (110, 210) and the sidewall (104, 204) further having a rim portion adjacent the outer edge with a plurality of apertures extending through the sidewall, wherein the metering member is configured such that individual seeds from a seed pool located at a bottom portion of the metering member (100, 200) are adhered to the apertures (114, 214) on the inner surface (108, 208) of the sidewall (104, 204), characterized in further comprising at least one projection (116, 216) extending inwardly from the inner surface (108, 208) of the sidewall (104, 204) forming a confronting surface following at least one aperture (114, 214) located behind the associated aperture in the direction of rotation of the metering member to push the seed adhered to the aperture into a delivery system.