mhurhangee/ep-ind-claims huggingface dataset:
A communication device comprising: a reception unit configured to receive information from an external device; a control unit configured to implement control for storing, in a storage unit, state information relevant to a state of the communication device itself; a first processor configured to perform a process on the information received from the external device; and a second processor configured to perform a process of executing output, wherein when the information received from the external device is a browse request to browse the state information, the first processor acquires requested information from the state information stored in the storage unit, and executes control to send the acquired information to the external device, characterized in that the first processor determines whether a process requested by a request signal from the external device can be executed by the first processor or by the second processor, and when the first processor determines that the process requested by the request signal can be executed by the second processor, and a power of the second processor is off, the first processor stores the request signal in the storage unit wherein the first processor monitors whether the power of the second processor is turned on, and when the power of the second processor is turned on, the first processor inputs, in the second processor, the request signal stored in the storage unit. a reception unit configured to receive information from an external device; a control unit configured to implement control for storing, in a storage unit, state information relevant to a state of the communication device itself; a first processor configured to perform a process on the information received from the external device; and a second processor configured to perform a process of executing output, wherein when the information received from the external device is a browse request to browse the state information, the first processor acquires requested information from the state information stored in the storage unit, and executes control to send the acquired information to the external device, characterized in that the first processor determines whether a process requested by a request signal from the external device can be executed by the first processor or by the second processor, and when the first processor determines that the process requested by the request signal can be executed by the second processor, and a power of the second processor is off, the first processor stores the request signal in the storage unit wherein the first processor monitors whether the power of the second processor is turned on, and when the power of the second processor is turned on, the first processor inputs, in the second processor, the request signal stored in the storage unit.
A split type brush seal device comprising: a plurality of brush seal pieces having bundled wire rods; and an attached member comprising an attached portion, wherein the plurality of brush seal pieces are attached to the attached portion in the circumferential direction, each of the brush seal pieces has a plate (51, 52) of arc shape to which the bundled wire rods are fixed; and the split type brush seal device further comprises a biasing means that forcibly causes a curvature of the plate (51, 52) to approximate to a curvature of the attached portion, characterized in that the biasing means is a fastening member that fastens the plate (51, 52) to the attached member in the radial direction, wherein the fastening member is bolts, wherein the plate is fastened and fixed to the attached member by screwing the bolts into screw holes of the attached member from the radially inner circumferential side in a state where the brush seal pieces are housed in the attached portion, wherein part of head portions of the bolts of a larger diameter than shaft portions of the bolts are abutted with bottom faces of recess portions having arch shape sections of the plate, so that a biasing force in the radial direction is applied to the brush seal pieces, and wherein substantially cylindrical spot faces to house the head portions are formed by the recess portions and recess portions of the attached member. a plurality of brush seal pieces having bundled wire rods; and an attached member comprising an attached portion, wherein the plurality of brush seal pieces are attached to the attached portion in the circumferential direction, each of the brush seal pieces has a plate (51, 52) of arc shape to which the bundled wire rods are fixed; and the split type brush seal device further comprises a biasing means that forcibly causes a curvature of the plate (51, 52) to approximate to a curvature of the attached portion, characterized in that the biasing means is a fastening member that fastens the plate (51, 52) to the attached member in the radial direction, wherein the fastening member is bolts, wherein the plate is fastened and fixed to the attached member by screwing the bolts into screw holes of the attached member from the radially inner circumferential side in a state where the brush seal pieces are housed in the attached portion, wherein part of head portions of the bolts of a larger diameter than shaft portions of the bolts are abutted with bottom faces of recess portions having arch shape sections of the plate, so that a biasing force in the radial direction is applied to the brush seal pieces, and wherein substantially cylindrical spot faces to house the head portions are formed by the recess portions and recess portions of the attached member.
Protective device for a compartment section of a motor vehicle, with a flexible sheetlike structure which is movable between a compactly stored stowed position and at least one functional position where the sheetlike structure is at least partially extended in a planar manner, and is provided, at the face end region thereof which is in front in the pull-out direction, with a dimensionally stable pull-out profile, which profile includes, on opposite end faces, holding profile sections telescopically mounted to be shiftable to a limited extent within the pull-out profile, and a spring arrangement can act upon the holding profile sections in the longitudinal direction of the pull-out profile outwards, characterized in that a second spring arrangement (13, 14) is assigned to each holding profile section and acting on the holding profile section in a direction opposite to the first spring arrangement (13, 14), and in that the holding profile section in an unloaded rest position is held in a central location on the pull-out profile, from which location the holding profile section is displaceable in opposite longitudinal directions inwards or outwards relative to the pull-out profile.
An omni-directional acoustic deflector comprising: an acoustically reflective body having a substantially conical outer surface, and an inner surface opposite the outer surface, characterized in that the inner surface defines a region for contacting a first electronic component such that heat is transferred from the first electronic component to the outer surface of the acoustically reflective body. an acoustically reflective body having a substantially conical outer surface, and an inner surface opposite the outer surface, characterized in that the inner surface defines a region for contacting a first electronic component such that heat is transferred from the first electronic component to the outer surface of the acoustically reflective body.
Acoustic horn for an acoustic enclosure having a plurality of loudspeakers (2; 2'; 2"), this acoustic horn comprises a rear face, a front face and a through opening which extends between the rear face and the front face and has lateral walls (7; 7') which, on either side of this through opening, extend from the rear face and in the direction of the front face in a diverging manner, characterized in that said through opening comprises a plurality of lobes (8; 8'; 8") which are configured to each be associated with one of the loudspeakers (2; 2'; 2") of the acoustic enclosure.
A portable computing device comprising - an upper device unit having a display device, - a lower device unit having an input device, and - a connecting device for connecting the upper device unit to the lower device unit, comprising - a first connecting element (A6a), which is pivotably attached with a first end (A6a-1) to a first side (A2a) of the upper device unit and with a second end (A6a-2) to a first side (A4a) of the lower device unit, in each case a pivotability of up to 360 degrees being given, and - a second connecting element (A6b), which is pivotably attached with a first end (A6b-1) to a second side (A2b) of the upper device unit and with a second end (A6b-2) to a second side (A4b) of the lower device unit, in each case a pivotability of up to 360 degrees being given, wherein the first connecting element (A6a) and the second connecting element (A6b) are each telescopically adjustable such that the length of the connecting device is adjustable. - an upper device unit having a display device, - a lower device unit having an input device, and - a connecting device for connecting the upper device unit to the lower device unit, comprising - a first connecting element (A6a), which is pivotably attached with a first end (A6a-1) to a first side (A2a) of the upper device unit and with a second end (A6a-2) to a first side (A4a) of the lower device unit, in each case a pivotability of up to 360 degrees being given, and - a second connecting element (A6b), which is pivotably attached with a first end (A6b-1) to a second side (A2b) of the upper device unit and with a second end (A6b-2) to a second side (A4b) of the lower device unit, in each case a pivotability of up to 360 degrees being given, - a first connecting element (A6a), which is pivotably attached with a first end (A6a-1) to a first side (A2a) of the upper device unit and with a second end (A6a-2) to a first side (A4a) of the lower device unit, in each case a pivotability of up to 360 degrees being given, and - a second connecting element (A6b), which is pivotably attached with a first end (A6b-1) to a second side (A2b) of the upper device unit and with a second end (A6b-2) to a second side (A4b) of the lower device unit, in each case a pivotability of up to 360 degrees being given,
Coupling apparatus for coupling an agricultural implement to a prime mover, the coupling apparatus (1,80) comprising a mounting element for coupling to the prime mover, a carrier element for carrying the agricultural implement, a linkage mechanism coupling the carrier element to the mounting element, the linkage mechanism being configured to permit movement of the carrier element in a generally upwardly and downwardly direction relative to the mounting element, a take-up element for taking up some of the weight of the agricultural implement, and a compensating means (51,84) co-operating with the take-up element and being responsive to relative movement between the carrier element and the mounting element for maintaining the weight of the agricultural implement taken up by the take-up element substantially constant as the carrier element and the agricultural implement move upwardly and downwardly relative to the mounting element within the normal working range of upward and downward movement of the agricultural implement, wherein the take-up element is connected to the linkage mechanism, characterised in that the take-up element is connected to the mounting element through the compensating means (51,84).
Drinks holder, comprising a first cylindrical element, which has a thread-like guide (34, 38) at its inner wall and at its outer wall, a second cylindrical element, which has a thread-like guide corresponding with one of the thread-like guides of the first element, and a third cylindrical element, which has a thread-like guide corresponding with the other thread-like guide of the first element, wherein - the second element and the third element are rotatable relative to the first element about a common axis of rotation by way of the thread-like guides (34, 38, 56, 74) - the second element and the third element are so coupled together by way of a coupling device that the second element and the third element are rotatable together in the same direction about the common axis of rotation and - the position of the second element and of the third element relative to one another is fixedly defined by way of the coupling device. - the second element and the third element are rotatable relative to the first element about a common axis of rotation by way of the thread-like guides (34, 38, 56, 74) - the second element and the third element are so coupled together by way of a coupling device that the second element and the third element are rotatable together in the same direction about the common axis of rotation and - the position of the second element and of the third element relative to one another is fixedly defined by way of the coupling device.
A modular catheter which includes: an elongate tubular member having a proximal end and a closed, distal end with a lumen extending from the proximal end to the distal end and a plurality of electrodes arranged at, or adjacent, the distal end; an elongate shape-imparting mechanism received within the lumen of the tubular member such that a distal end of the shape-imparting mechanism is substantially in register with the distal end of the tubular member; and a control device having a proximal end and a distal end, wherein the proximal end of the tubular member and a proximal end of the shape-imparting mechanism are releasably connectable to the distal end of the control device, characterized in that conductors for the electrodes are embedded in a wall of the tubular member; said shape imparting element is removable from the lumen. an elongate tubular member having a proximal end and a closed, distal end with a lumen extending from the proximal end to the distal end and a plurality of electrodes arranged at, or adjacent, the distal end; an elongate shape-imparting mechanism received within the lumen of the tubular member such that a distal end of the shape-imparting mechanism is substantially in register with the distal end of the tubular member; and a control device having a proximal end and a distal end, wherein the proximal end of the tubular member and a proximal end of the shape-imparting mechanism are releasably connectable to the distal end of the control device, characterized in that conductors for the electrodes are embedded in a wall of the tubular member; said shape imparting element is removable from the lumen.
A vertical mixing screw for a feedstuff mixing vehicle for the mixing of feeding stuff, said vertical mixing screw comprising: - a worm gear shaft that is rotatable about a vertical axis of rotation, - a screw thread that helically extends around the worm gear shaft, - at least one magnet that is configured for the separation of metal particles from the feeding stuff during the mixing operation, characterized in that the magnet is arranged in the area of a recess between the beginning and the end of the screw thread and at least mainly bridges the recess. - a worm gear shaft that is rotatable about a vertical axis of rotation, - a screw thread that helically extends around the worm gear shaft, - at least one magnet that is configured for the separation of metal particles from the feeding stuff during the mixing operation,
A lightweight hub made of a steel-aluminum composite material, which is applied in a chassis of a land wheeled vehicle, wherein the hub comprises an aluminum alloy base body, an outer bearing hole steel sleeve, an inner bearing hole steel sleeve, an outer bearing outer race, an inner bearing outer race and a plurality of bolt hole steel inserts (61, 64); wherein the outer bearing outer race and the inner bearing outer race are respectively press-fitted into the outer bearing hole steel sleeve and the inner bearing hole steel sleeve in an interference manner, so as to be fixedly connected with the hub; and a plurality of bolt holes in a circumferential side of a flange of the aluminum alloy base body are provided with bolt hole steel inserts (61, 64), the bolt hole steel inserts (61, 64) being provided around circumferential sides of the bolt holes, and end faces of the steel inserts (61, 64) are exposed on a flange surface of the aluminum alloy base body so as to be in direct contact with bolt heads or other fastening connectors; wherein the outer bearing hole steel sleeve, namely an outer bearing bore bushing, is made of a material with the same thermal expansion coefficient as that of the outer bearing outer race, and the inner bearing hole steel sleeve, namely an inner bearing bore bushing, is made of a material with the same thermal expansion coefficient as that of the inner bearing outer race, wherein both the bushings (3, 5) and the inserts (61, 64) are cast-molded from ductile iron or steel and fixedly connected with the hub body by means of a low-pressure or gravity cast-molding process.
Use of an assembly comprising: (a) a radiation source for illuminating the surface of an object under Brewster-angle; (b) a polarization filter arranged in the path of rays which is transparent only for radiation which is polarized parallel to the plane of incidence; and (c) a detector for the detection of radiation reflected by the surface of the object or transmitted by the object; wherein (d) the layers of the object which are nearest to the radiation source are at least partly transparent for the radiation of the radiation source; characterized in that (e) the assembly is used the for optical detection of buried layers of flat objects with a plurality of layers (28, 29, 32), in particular wafers, where the materials of the layer stack consisting of a plurality of layers (28, 29, 32) including the incident material have only two different refractive indices apart from the buried layer to be detected. (a) a radiation source for illuminating the surface of an object under Brewster-angle; (b) a polarization filter arranged in the path of rays which is transparent only for radiation which is polarized parallel to the plane of incidence; and (c) a detector for the detection of radiation reflected by the surface of the object or transmitted by the object; wherein (d) the layers of the object which are nearest to the radiation source are at least partly transparent for the radiation of the radiation source; (e) the assembly is used the for optical detection of buried layers of flat objects with a plurality of layers (28, 29, 32), in particular wafers, where the materials of the layer stack consisting of a plurality of layers (28, 29, 32) including the incident material have only two different refractive indices apart from the buried layer to be detected.
A nucleic acid molecule comprising a functional promoter of a cytomegalovirus, a functional enhancer of a cytomegalovirus, and one or more internal elements of the CpG island of the aprt (adenine phosphoribosyl transferase) gene, wherein at least one of the one or more internal elements of the CpG island of the aprt gene comprises one or more binding sites for the transcription factor Sp1, wherein the aprt gene is a hamster aprt gene and the SP1 binding site of the CpG island of the aprt gene has the sequence: 5'-GCCCCGCCCCGTCCCGCCCC-3'(SEQ ID NO: 1); or the aprt gene is the mouse aprt gene and the SP1 binding site of the CpG island of the aprt gene has the sequence 5'-CCCGCCC-3' (SEQ ID NO: 2) or the sequence 5'-TCCGCCC-3' (SEQ ID NO: 3). the aprt gene is a hamster aprt gene and the SP1 binding site of the CpG island of the aprt gene has the sequence: 5'-GCCCCGCCCCGTCCCGCCCC-3'(SEQ ID NO: 1); or the aprt gene is the mouse aprt gene and the SP1 binding site of the CpG island of the aprt gene has the sequence 5'-CCCGCCC-3' (SEQ ID NO: 2) or the sequence 5'-TCCGCCC-3' (SEQ ID NO: 3).
An electrostatic chuck comprising: a surface layer activated by a voltage in an electrode to form an electric charge to electrostatically clamp a substrate to the electrostatic chuck, the surface layer including a plurality of protrusions comprising a hard-baked photo-patterned polymer and a charge control layer to which the plurality of polymer protrusions adhere, the plurality of polymer protrusions extending to a height above portions of the charge control layer surrounding the plurality of polymer protrusions to support the substrate upon the plurality of polymer protrusions during electrostatic clamping of the substrate.
A battery pack comprising: a plurality of cylindrical battery cells arranged in a plurality of rows and a plurality of layers; a partition member for partitioning said battery cells; a lower case for supporting said partition member; a main circuit board electrically connected to said battery cells; and a display circuit board disposed on the opposite side of said main circuit board; wherein said partition member is provided with a partition plate, a positioning plate for positioning said main circuit board, said positioning plate being provided on the side, facing said lower case, of said partition plate, and an attaching plate for attaching said display circuit board, said attaching plate being provided on the opposite side of said positioning plate with respect to said partition plate, wherein said partition member is formed with reinforcing ribs in corners formed between said partition plate and said attaching plate. a plurality of cylindrical battery cells arranged in a plurality of rows and a plurality of layers; a partition member for partitioning said battery cells; a lower case for supporting said partition member; a main circuit board electrically connected to said battery cells; and a display circuit board disposed on the opposite side of said main circuit board; wherein said partition member is provided with a partition plate, a positioning plate for positioning said main circuit board, said positioning plate being provided on the side, facing said lower case, of said partition plate, and an attaching plate for attaching said display circuit board, said attaching plate being provided on the opposite side of said positioning plate with respect to said partition plate, wherein said partition member is formed with reinforcing ribs in corners formed between said partition plate and said attaching plate.
A rotor lock system for securing a main shaft assembly of a wind turbine in a substantially stationary position, the main shaft assembly comprising a main rotor shaft supported by a base frame, and the rotor lock system comprising: a locking disk, associated with the main rotor shaft, and provided with a plurality of locking apertures; and a locking unit comprising a first end arranged to engage with one or more of said plurality of locking apertures so as to retain the locking disk, and a second end supported by a mounting feature associated with the base frame, wherein the locking unit is configured to be adjustable relative to the mounting feature so that the first end moves linearly with respect to the mounting feature, wherein said rotor lock system comprises at least two locking units arranged around the main rotor shaft, and characterized in that the locking units are configured to be adjustable relative to the mounting feature so that the first ends move linearly and along substantially parallel axes. a locking disk, associated with the main rotor shaft, and provided with a plurality of locking apertures; and a locking unit comprising a first end arranged to engage with one or more of said plurality of locking apertures so as to retain the locking disk, and a second end supported by a mounting feature associated with the base frame, wherein the locking unit is configured to be adjustable relative to the mounting feature so that the first end moves linearly with respect to the mounting feature,