mhurhangee/ep-ind-claims huggingface dataset:
Device for coating workpieces preferably consisting at least in sections of wood, wood materials, plastic, aluminium or the like, comprising: a feed device for feeding a coating material, a pressing device for pressing the coating material onto a surface of a workpiece, a conveyor device for effecting a relative movement between the pressing device and the respective workpiece, and at least one energy source for applying energy to an adhesive agent or agent which can be rendered adhesive, which can be provided independently and/or can be part of the coating material and/or of the workpiece, characterised in that the at least one energy source is a microwave source, and the pressing device is configured to apply the coating material to a narrow surface area of the workpiece, wherein the device also comprises a control unit and sensors which monitor the operation of the coating device, wherein the control unit is configured to control an operation of the energy source, and is configured to evaluate information from the sensors, and the control unit is further configured to control the energy source on the basis of the information from the sensors. a feed device for feeding a coating material, a pressing device for pressing the coating material onto a surface of a workpiece, a conveyor device for effecting a relative movement between the pressing device and the respective workpiece, and at least one energy source for applying energy to an adhesive agent or agent which can be rendered adhesive, which can be provided independently and/or can be part of the coating material and/or of the workpiece, characterised in that the at least one energy source is a microwave source, and the pressing device is configured to apply the coating material to a narrow surface area of the workpiece, wherein the device also comprises a control unit and sensors which monitor the operation of the coating device, wherein the control unit is configured to control an operation of the energy source, and is configured to evaluate information from the sensors, and the control unit is further configured to control the energy source on the basis of the information from the sensors.
A channel former that can be fitted to an array antenna comprising n sub-arrays and m receiving channels, n being greater than or equal to m, each sub-array being able to deliver a radiofrequency signal (RF i), the channel former (10, 20, 30, 50, 60) being characterised in that it comprises: - n radiofrequency/optical converters (11 i, 21 i, 51 i), each radiofrequency/optical converter being able to receive as input the radiofrequency signal (RF i) deriving from one of the sub-arrays and to deliver as output an optical signal (O i) modulated by said radiofrequency signal (RF i) deriving from one of the sub-arrays, by means of which each optical signal carries a respective radiofrequency signal, - m to n optical/radiofrequency converters (Pd i, Pd j), each optical/radiofrequency converter being able to receive an optical signal (O i) and to deliver the radiofrequency signal (RF i, RF' j) carried by this optical signal (O i), - reconfigurable optical signal routing means (17, 25, 51 i, 53, 63) able to direct each optical signal (O i) deriving from a respective radiofrequency/optical converter (11 i, 21 i, 51 i) to one of said optical/radiofrequency converters (Pd i, Pd j), and - at least one summing means (19 j, Pd j) able to add up a plurality of radiofrequency signals (RF i) carried by respective optical signals and to deliver a radiofrequency signal (RF' j) equal to said sum of radiofrequency signals (RF i) on one of the receiving channels, by means of which each receiving channel delivers a radiofrequency signal (RF' j) corresponding to a sum of 1 to n radiofrequency signals (RF i) deriving from the sub-arrays. - n radiofrequency/optical converters (11 i, 21 i, 51 i), each radiofrequency/optical converter being able to receive as input the radiofrequency signal (RF i) deriving from one of the sub-arrays and to deliver as output an optical signal (O i) modulated by said radiofrequency signal (RF i) deriving from one of the sub-arrays, by means of which each optical signal carries a respective radiofrequency signal, - m to n optical/radiofrequency converters (Pd i, Pd j), each optical/radiofrequency converter being able to receive an optical signal (O i) and to deliver the radiofrequency signal (RF i, RF' j) carried by this optical signal (O i), - reconfigurable optical signal routing means (17, 25, 51 i, 53, 63) able to direct each optical signal (O i) deriving from a respective radiofrequency/optical converter (11 i, 21 i, 51 i) to one of said optical/radiofrequency converters (Pd i, Pd j), and - at least one summing means (19 j, Pd j) able to add up a plurality of radiofrequency signals (RF i) carried by respective optical signals and to deliver a radiofrequency signal (RF' j) equal to said sum of radiofrequency signals (RF i) on one of the receiving channels, by means of which each receiving channel delivers a radiofrequency signal (RF' j) corresponding to a sum of 1 to n radiofrequency signals (RF i) deriving from the sub-arrays.
Longitudinal adjuster for a vehicle seat, comprising: - a rail arrangement with two rail pairs (P1, P2) of seat rails (3, 4), the respective rail pair (P1, P2) having a fixed seat rail and a seat rail which is movable relative to the fixed seat rail, - a motor unit, - a gear unit which couples the motor unit and the movable seat row of at least one of the rail pairs to one another, and - a holder for receiving a gear housing of the gear unit, the holder being arranged with the gear unit in a cavity which is formed by way of the one rail pair and being fastened to its movable seat rail, and being of open configuration at one end (5.7) and being of closed configuration at the opposite end, the holder comprising at least two holding limbs (5.2) which are spaced apart from one another in the longitudinal direction and extend vertically, the gear housing being arranged between the holding limbs (5.2), characterized in that the holder has, at the open end (5.7), at least one reinforcing element (5.6) which connects free ends of the holding limbs (5.2) which form the open end (5.7) of the holder. - a rail arrangement with two rail pairs (P1, P2) of seat rails (3, 4), the respective rail pair (P1, P2) having a fixed seat rail and a seat rail which is movable relative to the fixed seat rail, - a motor unit, - a gear unit which couples the motor unit and the movable seat row of at least one of the rail pairs to one another, and - a holder for receiving a gear housing of the gear unit, the holder being arranged with the gear unit in a cavity which is formed by way of the one rail pair and being fastened to its movable seat rail, and being of open configuration at one end (5.7) and being of closed configuration at the opposite end, the holder comprising at least two holding limbs (5.2) which are spaced apart from one another in the longitudinal direction and extend vertically, the gear housing being arranged between the holding limbs (5.2), characterized in that the holder has, at the open end (5.7), at least one reinforcing element (5.6) which connects free ends of the holding limbs (5.2) which form the open end (5.7) of the holder.
A method in a wireless device for reporting Channel State Information, CSI, the wireless device being comprised in a wireless communications system, the method comprising: - receiving, from a network node, a CSI process configuration and a request for CSI information, wherein the CSI process comprises the reporting process of CSI for a particular reference signal resource and an interference measurement resource; characterized in that the method further comprises: - reporting CSI for more than one CSI process, wherein the CSI is determined such as to reflect the state of the channel for a CSI reference resource, the CSI reference resource is determined to be greater than 4 subframes prior to the subframe when CSI is reported, based on the number of configured CSI processes. - receiving, from a network node, a CSI process configuration and a request for CSI information, wherein the CSI process comprises the reporting process of CSI for a particular reference signal resource and an interference measurement resource; - reporting CSI for more than one CSI process, wherein the CSI is determined such as to reflect the state of the channel for a CSI reference resource, the CSI reference resource is determined to be greater than 4 subframes prior to the subframe when CSI is reported, based on the number of configured CSI processes.
A molded radiation protection element, in cross section comprising a base body of lead or lead alloy, wherein the base body is a plate-shaped, metal plate-shaped or film-shaped base body with a cut having a square, rectangular or a different geometric, and has a first surface side which is provided with a first coating which consists of a first non-metallic material and a second surface side that is provided with a second coating, wherein the coating consists of a second non-metallic material, wherein the first non-metallic material and the second non-metallic material are the same or different, and wherein an upper surface side of the first coating is provided with an adhesive layer and a lower surface side of the second coating is provided with an adhesive layer, wherein each coating (3, 6) made of a non-metallic material is arranged between the respective surface side (8,9) of the base body and the adhesive layer (4, 5), and the coating (3, 6) of the non-metallic material has a thickness in the range of 10 nm to 100 μm, and wherein the adhesive layer (4, 5) is an adhesive compound on acrylate basis and has a thickness in the range of 10 nm to 800 μm
An integrated inductor (L 0) comprising a common mode magnetic core, a differential mode magnetic core, and at least two windings; the differential mode magnetic core comprises a second magnetic core and a third magnetic core (42, 43), wherein; the common mode magnetic core, the second magnetic core, and the third magnetic core are stacked in sequence in a first direction; each winding is located between the third magnetic core and the second magnetic core, and is wound on the common mode magnetic core and the second magnetic core; and the at least two windings are spaced by the third magnetic core; wherein the third magnetic core and the second magnetic core enclose at least two mounting holes and each winding correspondingly passes through one of the mounting holes; wherein an axial direction of the at least two mounting holes intersect with the first direction; wherein the common mode magnetic core has a first through hole; the second magnetic core is located on a side of the common mode magnetic core in an axial direction of the first through hole corresponding to the first direction, wherein the second magnetic core has a second through hole, and the second through hole is communicated with the first through hole; each mounting hole is communicated with the second through hole; and each winding correspondingly passes through one of the mounting holes, the second through hole, and the first through hole.; the common mode magnetic core, the second magnetic core, and the third magnetic core are stacked in sequence in a first direction; each winding is located between the third magnetic core and the second magnetic core, and is wound on the common mode magnetic core and the second magnetic core; and the at least two windings are spaced by the third magnetic core; wherein the third magnetic core and the second magnetic core enclose at least two mounting holes and each winding correspondingly passes through one of the mounting holes; wherein an axial direction of the at least two mounting holes intersect with the first direction; wherein the common mode magnetic core has a first through hole; the second magnetic core is located on a side of the common mode magnetic core in an axial direction of the first through hole corresponding to the first direction, wherein the second magnetic core has a second through hole, and the second through hole is communicated with the first through hole; each mounting hole is communicated with the second through hole; and each winding correspondingly passes through one of the mounting holes, the second through hole, and the first through hole.
A bulked absorbent member having first and second surfaces, said absorbent member comprising at least one unitary absorbent fibrous wetlaid structure comprising at least some cellulose fibers, said absorbent member characterized in that it is at least partially stratified, and has a plurality of discrete deformations in said first and second surfaces.
An electronic device for long-term adhesion to a mammal, the device comprising: a flexible first wing and a flexible second wing extending laterally from a housing without overlapping, wherein each wing includes a hinge portion (194, 196) adjacent the housing; a first electrode positioned on the bottom surface of the first wing and a second electrode positioned on the bottom surface of the second wing, the electrodes electronically connected to a rigid physiologic data collection circuit; a first electrical connection between the first electrode and the rigid physiologic data collection circuit and a second electrical connection between the second electrode and the rigid physiologic data collection circuit, the electrical connections configured to include slack between the respective electrode (124,126) and the rigid physiologic data collection circuit so that the electrical connections remain mechanically unstressed during movement of the mammal; an adhesive layer (164, 166) on the bottom surface of each wing, the adhesive layer providing adhesion to the surface of the mammal; and a floating section (102, 455) forming a water-tight enclosure and comprising the rigid physiologic data collection circuit, the floating section configured to float above the surface of the mammal in response to movement of the mammal; wherein the rigid physiologic data collection unit extends along only a portion of the distance between the electrodes (124, 126). a flexible first wing and a flexible second wing extending laterally from a housing without overlapping, wherein each wing includes a hinge portion (194, 196) adjacent the housing; a first electrode positioned on the bottom surface of the first wing and a second electrode positioned on the bottom surface of the second wing, the electrodes electronically connected to a rigid physiologic data collection circuit; a first electrical connection between the first electrode and the rigid physiologic data collection circuit and a second electrical connection between the second electrode and the rigid physiologic data collection circuit, the electrical connections configured to include slack between the respective electrode (124,126) and the rigid physiologic data collection circuit so that the electrical connections remain mechanically unstressed during movement of the mammal; an adhesive layer (164, 166) on the bottom surface of each wing, the adhesive layer providing adhesion to the surface of the mammal; and a floating section (102, 455) forming a water-tight enclosure and comprising the rigid physiologic data collection circuit, the floating section configured to float above the surface of the mammal in response to movement of the mammal; wherein the rigid physiologic data collection unit extends along only a portion of the distance between the electrodes (124, 126).
A four-stroke cycle internal combustion engine employing an odd number of cylinders, comprising: a crankangle sensor configured to output, responsively to rotation of a crankshaft, a first signal including a pulse train having pulses generated at each predetermined crankangle and also including a specific portion corresponding to a specified position in phase of a specified cylinder of the cylinders; a signal generating means for generating, responsively to the rotation of the crankshaft, a second signal related to an actual stroke of each of the cylinders and periodically oscillating with a period corresponding to the number of the cylinders in a manner so as to have a ridge corresponding to a top dead center position on compression stroke of each of the cylinders and a trough occurring at a midpoint of the two adjacent ridges; an integrating means for integrating the second signal for at least one concave-down interval (T2; T4; T6) set to include the ridge and at least one concave-up interval (T1; T3; T5) set to include the trough, the concave-down and concave-up intervals being preset based on the specific portion used as a reference, thereby calculating an integrated value within each of the preset intervals; and a cylinder-identification means for making a cylinder-identification by comparing the integrated values. a crankangle sensor configured to output, responsively to rotation of a crankshaft, a first signal including a pulse train having pulses generated at each predetermined crankangle and also including a specific portion corresponding to a specified position in phase of a specified cylinder of the cylinders; a signal generating means for generating, responsively to the rotation of the crankshaft, a second signal related to an actual stroke of each of the cylinders and periodically oscillating with a period corresponding to the number of the cylinders in a manner so as to have a ridge corresponding to a top dead center position on compression stroke of each of the cylinders and a trough occurring at a midpoint of the two adjacent ridges; an integrating means for integrating the second signal for at least one concave-down interval (T2; T4; T6) set to include the ridge and at least one concave-up interval (T1; T3; T5) set to include the trough, the concave-down and concave-up intervals being preset based on the specific portion used as a reference, thereby calculating an integrated value within each of the preset intervals; and a cylinder-identification means for making a cylinder-identification by comparing the integrated values.
An additive for the architectural composition, the additive comprising: a plurality of latex particles comprising a latex polymer copolymerized with a polymerizable surfactant, the latex polymer is non-film forming at room temperature polymer and has a glass transition temperature greater than about 30° C.; wherein the additive is capable of forming an admixture with a binder in the architectural composition and wherein the polymerizable surfactant comprises a first end that is capable of bonding to the binder and a second end capable of adsorbing to opacifying pigments in the architectural composition. a plurality of latex particles comprising a latex polymer copolymerized with a polymerizable surfactant, the latex polymer is non-film forming at room temperature polymer and has a glass transition temperature greater than about 30° C.; wherein the additive is capable of forming an admixture with a binder in the architectural composition and wherein the polymerizable surfactant comprises a first end that is capable of bonding to the binder and a second end capable of adsorbing to opacifying pigments in the architectural composition.
A permanent structural link for permanently linking a first subassembly of a rail vehicle assembly with a second subassembly of the rail vehicle assembly, wherein the first subassembly and the second subassembly consist either of a first vehicle body and a second vehicle body or of a vehicle body and a running gear, wherein the structural link comprises: - an energy absorption unit comprising a permanently deformable cylinder, which defines a reference axis and a widened portion, which has an inner cross-sectional area greater than the permanently deformable cylinder, - a piston comprising an end portion provided with a non-deformable piston head, wherein the piston head in a service position is received in the widened portion of the energy absorption unit, wherein the piston head is such as to effect a radial expansion of the permanently deformable cylinder while moving within the permanently deformable cylinder in a stroke direction parallel to the reference axis, and - an annular guide for guiding a relative translation motion between the piston and the permanently deformable cylinder in the stroke direction, characterised in that the piston comprises a piston rod protruding from the end portion in a direction parallel to the reference axis and opposed to the stroke direction, the piston rod is provided with an outer cylindrical sliding surface, and the annular guide is fixed relative to the widened portion of the energy absorption unit and has an inner diameter such as to be in sliding contact with the outer cylindrical sliding surface of the piston rod at least when the piston head, after leaving the service position, moves towards the end position. - an energy absorption unit comprising a permanently deformable cylinder, which defines a reference axis and a widened portion, which has an inner cross-sectional area greater than the permanently deformable cylinder, - a piston comprising an end portion provided with a non-deformable piston head, wherein the piston head in a service position is received in the widened portion of the energy absorption unit, wherein the piston head is such as to effect a radial expansion of the permanently deformable cylinder while moving within the permanently deformable cylinder in a stroke direction parallel to the reference axis, and - an annular guide for guiding a relative translation motion between the piston and the permanently deformable cylinder in the stroke direction,
Disc for a disc brake, in particular for motor vehicle use, having a central rotation axis, comprising: - a hat, suitable to be connected to a wheel hub, provided with a plurality of hat seats positioned circumferentially; - a braking band suitable to be engaged by a caliper of the disc brake to generate a braking torque, provided with a plurality of band seats, each open towards the respective hat seat; - a connection system comprising at least one lug suitable for inserting in the hat seat and in the respective band seat to rotationally constrain the band to the hat, characterized in that the lug comprises a tail suitable for inserting in the respective hat seat, and a head suitable for inserting in the band seat. - a hat, suitable to be connected to a wheel hub, provided with a plurality of hat seats positioned circumferentially; - a braking band suitable to be engaged by a caliper of the disc brake to generate a braking torque, provided with a plurality of band seats, each open towards the respective hat seat; - a connection system comprising at least one lug suitable for inserting in the hat seat and in the respective band seat to rotationally constrain the band to the hat,