mhurhangee/ep-ind-claims huggingface dataset:
A user equipment, UE, comprising: a transceiver configured to: receive configuration information for a location of a channel state information, CSI, report trigger field associated with the UE in a downlink control information, DCI; and receive the DCI that includes a plurality of CSI report trigger fields for transmission of CSI reports from a group of UEs, wherein the plurality of CSI report trigger fields is a bitmap with each bit having a one-to-one association with each of the UEs from the group of UEs, wherein the configuration information indicates the location of the CSI report trigger field associated with the UE within the bitmap; and a controller configured to determine whether or not a value for the CSI report trigger field indicates a transmission of a CSI report of the UE based on the configuration information for the location of the CSI report trigger field, wherein the transceiver is further configured to transmit a physical uplink control channel, PUCCH, that includes the CSI report in case that the value for the CSI report trigger field indicates a transmission of the CSI report. a transceiver configured to: receive configuration information for a location of a channel state information, CSI, report trigger field associated with the UE in a downlink control information, DCI; and receive the DCI that includes a plurality of CSI report trigger fields for transmission of CSI reports from a group of UEs, wherein the plurality of CSI report trigger fields is a bitmap with each bit having a one-to-one association with each of the UEs from the group of UEs, wherein the configuration information indicates the location of the CSI report trigger field associated with the UE within the bitmap; and receive configuration information for a location of a channel state information, CSI, report trigger field associated with the UE in a downlink control information, DCI; and receive the DCI that includes a plurality of CSI report trigger fields for transmission of CSI reports from a group of UEs, wherein the plurality of CSI report trigger fields is a bitmap with each bit having a one-to-one association with each of the UEs from the group of UEs, wherein the configuration information indicates the location of the CSI report trigger field associated with the UE within the bitmap; and a controller configured to determine whether or not a value for the CSI report trigger field indicates a transmission of a CSI report of the UE based on the configuration information for the location of the CSI report trigger field, wherein the transceiver is further configured to transmit a physical uplink control channel, PUCCH, that includes the CSI report in case that the value for the CSI report trigger field indicates a transmission of the CSI report.
Electronic unit for a hand-held machine tool, with a mounting frame comprising a receiving space into which a printed circuit board carrying a plurality of electronic components is inserted, and with at least one heat sink for the dissipation of heat loss occurring at the electronic components, characterized in that a shaft section, with at least one insertion shaft oriented perpendicularly to the printed circuit board, is formed on the mounting frame for receiving an electronic component along an insertion direction pointing away from the printed circuit board, wherein the shape and the height of the at least one insertion shaft is adapted to the electronic component received therein, and in that the at least one heat sink is assigned to the shaft section.
An air bubble detector comprising: a housing configured for receiving a conduit; a piezoelectric emitter; a piezoelectric receiver; wherein the emitter and receiver comprise generally planar elements which are disposed so as to be generally parallel to each other and so as to be disposed on generally opposite sides of a conduit which is loaded into the housing; whrerein the housing defines a plurality of pedestals contacting one of the emitter and receiver and for contacting the conduit, and the housing further defines a plurality of recessed areas adjacent the pedestals, wherein each recessed area provides a gap between the housing and said one of the emitter and the receiver, wherein the pedestals and recessed areas form a plurality of bubble detection areas along the conduit between the emitter and the receiver. a housing configured for receiving a conduit; a piezoelectric emitter; a piezoelectric receiver; wherein the emitter and receiver comprise generally planar elements which are disposed so as to be generally parallel to each other and so as to be disposed on generally opposite sides of a conduit which is loaded into the housing; whrerein the housing defines a plurality of pedestals contacting one of the emitter and receiver and for contacting the conduit, and the housing further defines a plurality of recessed areas adjacent the pedestals, wherein each recessed area provides a gap between the housing and said one of the emitter and the receiver, wherein the pedestals and recessed areas form a plurality of bubble detection areas along the conduit between the emitter and the receiver.
A foldable hinge for an electronic device; the hinge comprising: a plurality of interconnected sliding links (102 to 114), wherein each of the interconnected sliding links comprise at least one curved extruding prong (130 to 140) and at least one curved rail (116 to 128), wherein the at least one curved rail of a first interconnected sliding link is coupled to the at least one curved extruding prong of a second interconnected sliding link forming a torque engine, wherein the interconnected sliding links are rotatable relative to one another; and a plurality of shafts coupled to the plurality of interconnected sliding links, wherein each shaft is coupled to a separate interconnected sliding link; characterised in that said at least one curved extruding prong is frictionally couplable to said at least one curved rail when inserted therein. a plurality of interconnected sliding links (102 to 114), wherein each of the interconnected sliding links comprise at least one curved extruding prong (130 to 140) and at least one curved rail (116 to 128), wherein the at least one curved rail of a first interconnected sliding link is coupled to the at least one curved extruding prong of a second interconnected sliding link forming a torque engine, wherein the interconnected sliding links are rotatable relative to one another; and a plurality of shafts coupled to the plurality of interconnected sliding links, wherein each shaft is coupled to a separate interconnected sliding link; characterised in that said at least one curved extruding prong is frictionally couplable to said at least one curved rail when inserted therein.
An embedded type updating escalator, mounted in combination with an original truss of an original escalator, wherein the embedded type updating escalator comprises a truss assembly, as well as stairs, stair guide rails, stair chains, a traction machine, skirt plates, inner and outer cover plates, a handrail system, and an electrical control system which are mounted in combination with the truss assembly; wherein the truss assembly comprises a plurality of sections, a transverse width of each section is smaller than an inner transverse width of the original truss, and the plurality of sections are embedded into the original truss; the original truss is provided with a plurality of transverse bar members, and the sections are embedded into the original truss to avoid the transverse bar members, each section comprises two upper chord members and two lower chord members, wherein the upper and lower chord members each have an angle steel structure, the two upper chord members are fixed to two sides of an upper portion of the corresponding section respectively, the two lower chord members are fixed to two sides of a lower portion of the corresponding section respectively; the embedded type updating escalator is characterized in that, a transverse edge of each upper chord member extends away from the corresponding section, and a transverse edge of each lower chord member extends toward an interior of the corresponding section. each section comprises two upper chord members and two lower chord members, wherein the upper and lower chord members each have an angle steel structure, the two upper chord members are fixed to two sides of an upper portion of the corresponding section respectively, the two lower chord members are fixed to two sides of a lower portion of the corresponding section respectively; the embedded type updating escalator is characterized in that, a transverse edge of each upper chord member extends away from the corresponding section, and a transverse edge of each lower chord member extends toward an interior of the corresponding section.
A material for slide mechanisms comprising a thickened polymer brush, wherein: the thickened polymer brush has a dry thickness of 500 nm or more, the dry thickness is measured according to gel permeation chromatography and ellipsometry; and the thickened polymer brush consists of an addition polymer that bonds to a polymerization initiation group residue. the thickened polymer brush has a dry thickness of 500 nm or more, the dry thickness is measured according to gel permeation chromatography and ellipsometry; and the thickened polymer brush consists of an addition polymer that bonds to a polymerization initiation group residue.
Stackable system container comprising a base part and a cover part fastened to the base part, and having at least two coupling elements (9a; 9b) that protrude upwardly beyond a top side of the system container for engagement of a coupling device (11a; 11b) of an identical system container disposed above, wherein the coupling elements (9a; 9b) are pivotably attached to the top side of the system container in such a manner that, in a pivoted-in position, the coupling elements (9a; 9b) do not protrude beyond the top side of the system container, wherein the coupling elements (9a; 9b) are arranged at opposite ends of the top side of the cover part, characterized in that the coupling elements (9a; 9b) each have two recesses (10a; 10b) which are designed for engagement of the coupling devices (11a; 11b) of the system container to be arranged above.
A compressor stage, in particular for a bypass flow engine for aircraft, comprising: - a fan rotatable about a rotation axis; and - a plurality of stator blades, which are distributed in the peripheral direction and are arranged downstream of the fan, wherein the stator blades each extend from a radially inner stator hub to a radially outer external housing, wherein an angle of inclination (α), which is a lean angle, of a respective stator blade is variable, wherein the stator blades, in each case in a blade portion bordering the external housing, have an angle of inclination (α) with a value of less than 30° and, in at least one radially further inwardly located region, have an angle of inclination (α) with a value differing therefrom, wherein the stator blades, in each case viewed from radially inwards to radially outwards, have a radially inner blade portion, a radially outer blade portion and the radially outermost blade portion bordering the external housing, and wherein the angle of inclinations (α) of the directly successive blade portions (32, 34, 35) each differ from one another, specifically in such a way that the radially outer blade portion is inclined to a greater extent compared to the radially inner blade portion and the radially outermost blade portion is inclined to a lesser extent than the radially outer blade portion, wherein, in the radially inner blade portion, there is provided an angle of inclination (α) with a value of less than 30°, characterised in that in the radially outer blade portion there is provided an angle of inclination (α) with a value of between 40° and 70°, both inclusive. - a fan rotatable about a rotation axis; and - a plurality of stator blades, which are distributed in the peripheral direction and are arranged downstream of the fan, wherein the stator blades each extend from a radially inner stator hub to a radially outer external housing, wherein an angle of inclination (α), which is a lean angle, of a respective stator blade is variable, wherein the stator blades, in each case in a blade portion bordering the external housing, have an angle of inclination (α) with a value of less than 30° and, in at least one radially further inwardly located region, have an angle of inclination (α) with a value differing therefrom, wherein the stator blades, in each case viewed from radially inwards to radially outwards, have a radially inner blade portion, a radially outer blade portion and the radially outermost blade portion bordering the external housing, and wherein the angle of inclinations (α) of the directly successive blade portions (32, 34, 35) each differ from one another, specifically in such a way that the radially outer blade portion is inclined to a greater extent compared to the radially inner blade portion and the radially outermost blade portion is inclined to a lesser extent than the radially outer blade portion, wherein, in the radially inner blade portion, there is provided an angle of inclination (α) with a value of less than 30°, characterised in that in the radially outer blade portion there is provided an angle of inclination (α) with a value of between 40° and 70°, both inclusive.
A catalyst comprising palladium-ruthenium solid solution alloy fine particles in which palladium and ruthenium form a solid solution at an atomic level.
System for filtering a gas-solids mixture, the system comprising: - a housing; - a separating body dividing the housing into a raw gas section and a clean gas section, the raw gas section being accessible via an inlet for the gas-solids mixture and the clean gas section comprising an outlet for discharging a cleaned gas; - a number of filter elements suspended from the separating body; - a support grid, the support grid comprising a number of arms interconnected at nodes, the lower ends of the filter elements being connected to a respective node of the support grid; - characterized by one or more cleaning elements provided on the arms of the support grid for cleaning thereof, the cleaning elements movably arranged on the arms of the support grid between adjacent nodes; and - by comprising at least one impact device (370, 374) for providing a mechanical and/or hydraulic impulse to the filter elements for the removal of accumulated solids from a surface of the filter elements, said impulse being adapted to provide excitation energy causing vibration of the cleaning elements. - a housing; - a separating body dividing the housing into a raw gas section and a clean gas section, the raw gas section being accessible via an inlet for the gas-solids mixture and the clean gas section comprising an outlet for discharging a cleaned gas; - a number of filter elements suspended from the separating body; - a support grid, the support grid comprising a number of arms interconnected at nodes, the lower ends of the filter elements being connected to a respective node of the support grid; - characterized by one or more cleaning elements provided on the arms of the support grid for cleaning thereof, the cleaning elements movably arranged on the arms of the support grid between adjacent nodes; and - by comprising at least one impact device (370, 374) for providing a mechanical and/or hydraulic impulse to the filter elements for the removal of accumulated solids from a surface of the filter elements, said impulse being adapted to provide excitation energy causing vibration of the cleaning elements.
Electronics protection housing for accommodating electronics, and for long-lasting operation of electronics for use in the vicinity of metallurgical vessels and in other fields of use having a significantly raised ambient temperature, having - an inner housing part, by means of which the electronics can be at least partially enclosed, and - at least one outer housing part, which at least partially encloses the inner housing part and can be fastened to the inner housing part by means of a mechanically removable connection, wherein the at least one outer housing part has at least one layer comprising a renewable raw material, wherein the inner housing part has at least one layer comprising a material having a temperature resistance of at least up to 150°C. - an inner housing part, by means of which the electronics can be at least partially enclosed, and - at least one outer housing part, which at least partially encloses the inner housing part and can be fastened to the inner housing part by means of a mechanically removable connection,
A method for verifying an electroluminescent security feature in a valuable or security document, comprising the following steps: excitation of the electroluminescent security feature by a predetermined input signal by means of an electric field by an excitation device, the input signal being composed of a sequence of symbols, detection of a luminescence emitted by the electroluminescent security feature and conversion of the detected luminescence into an output signal by a detection device, transformation of the output signal by means of a characteristic function made available by an evaluation unit, the characteristic function describing the behavior of an electroluminescent reference pigment for the electroluminescent security feature that is to be verified after or during a certain excitation, evaluation of the transformed output signal in consideration of at least one input signal information item of the input signal for derivation by the evaluation unit of a verification decision, outputting of the verification decision by the evaluation unit, the at least one input signal information item being information about a symbol shape used in encoding the input signal. excitation of the electroluminescent security feature by a predetermined input signal by means of an electric field by an excitation device, the input signal being composed of a sequence of symbols, detection of a luminescence emitted by the electroluminescent security feature and conversion of the detected luminescence into an output signal by a detection device, transformation of the output signal by means of a characteristic function made available by an evaluation unit, the characteristic function describing the behavior of an electroluminescent reference pigment for the electroluminescent security feature that is to be verified after or during a certain excitation, evaluation of the transformed output signal in consideration of at least one input signal information item of the input signal for derivation by the evaluation unit of a verification decision, outputting of the verification decision by the evaluation unit, the at least one input signal information item being information about a symbol shape used in encoding the input signal.
A radiological source, including: - a radiological insert (130, 318) with a center and a periphery, the radiological insert (130, 318) having a higher radiation at the periphery of the insert (130, 318) than at the center of the insert (130, 318); - an encapsulation (102, 300) around the radiological insert (130, 318) with a center and a periphery, one wall of the encapsulation (102, 300) having increased radiological shielding at the center of the wall than at the periphery of the wall, characterized in that the radiological insert (130, 318) has a toroidal portion. - a radiological insert (130, 318) with a center and a periphery, the radiological insert (130, 318) having a higher radiation at the periphery of the insert (130, 318) than at the center of the insert (130, 318); - an encapsulation (102, 300) around the radiological insert (130, 318) with a center and a periphery, one wall of the encapsulation (102, 300) having increased radiological shielding at the center of the wall than at the periphery of the wall,
A method of monitoring a feed material layer 120 in a metallurgical furnace 100 comprising: providing at least one non-contact sensor 110 positioned above the feed material layer 120 contained in the furnace 100 while the furnace 100 is in use; sensing a sensed distance 132 between a surface of the feed material layer and a reference position using the at least one non-contact sensor 110; providing a process controller 138 communicably linked to the at least one non-contact sensor 110 to generate a control signal based on the sensed distance 132; and outputting the control signal; characterised by providing the at least one non-contact sensor 110 comprises providing at least one transmitter 172 in a fixed position above the feed material layer 120 and providing at least one receiver 174 above the feed material layer 120, and providing a housing 134 around each non-contact sensor 110 to electromagnetically shield the non-contact sensor 110 from electromagnetic interference present between the non-contact sensor 110 and the feed material layer 120. providing at least one non-contact sensor 110 positioned above the feed material layer 120 contained in the furnace 100 while the furnace 100 is in use; sensing a sensed distance 132 between a surface of the feed material layer and a reference position using the at least one non-contact sensor 110; providing a process controller 138 communicably linked to the at least one non-contact sensor 110 to generate a control signal based on the sensed distance 132; and outputting the control signal; characterised by providing the at least one non-contact sensor 110 comprises providing at least one transmitter 172 in a fixed position above the feed material layer 120 and providing at least one receiver 174 above the feed material layer 120, and providing a housing 134 around each non-contact sensor 110 to electromagnetically shield the non-contact sensor 110 from electromagnetic interference present between the non-contact sensor 110 and the feed material layer 120.
Apparatus for the separation of magnetic constituents from a dispersion comprising these magnetic constituents and nonmagnetic constituents, comprising at least one loop-like canal through which the dispersion flows having at least two inlets (1, 2) and at least two outlets (3, 4), further comprising at least one magnet that is movable alongside the canal, wherein the canal is arranged relative to gravity in a way that nonmagnetic constituents are assisted to go into at least one first outlet by sedimentation and by the current of the dispersion and magnetic constituents are forced into at least one second outlet by magnetic force and against a current of flushing water, wherein the flushing water is brought to the current of magnetic constituents through one second inlet.
A tread for a tire, this tread having a tread surface intended to come into contact with a roadway and comprising at least one groove of depth P delimited by two facing lateral walls (21, 22), these facing lateral walls being connected together by a groove bottom, this tread being such that at least one groove comprises a plurality of closing devices for reducing the running resonance noise generated by this groove, each closing device comprising at least two flexible blades, a first flexible blade secured to the bottom of the groove and provided to flex around a first axis and a second flexible blade (51, 52) secured to a lateral wall delimiting the groove and provided to flex around a second axis, the first flexible blade connected to the bottom having a maximum height H, the flexible blades are such that they have suitable geometries to cooperate with one another to close at least 70 % of the cross section of the groove, this tread being characterized in that the thickness of the first flexible blade carried by the groove bottom is less than the thickness of each second flexible blade (51, 52) carried by a lateral wall.