mhurhangee/ep-ind-claims huggingface dataset:
An antenna device comprising: a feeding element having a feedpoint that a signal in a first frequency band and a signal in a second frequency band lower than the first frequency band are supplied to; a high-band element connected to the feeding element, the high-band element resonating with the signal in the first frequency band; a low-band element connected to the feeding element, the low-band element resonating with the signal in the second frequency band; an auxiliary element capacitively coupled to the low-band element at an open end of the low-band element; a ground member grounded; a switch switching a conductive state and a non-conductive state between the ground member and the auxiliary element, and a connection part to which the high-band element and low-band element are connected, wherein the high-band element and the low-band element are elongated elements that extend from the connection part in directions opposite to each other and are disposed on the same straight line such that their respective longitudinal directions coincide with each other and each have one end connected to the connection part and the other end being an open end, and characterized in that the ground member includes a coupling portion disposed apart from and facing the open end of the low-band element in a longitudinal direction of the low-band element, the auxiliary element is disposed between the open end of the low-band element and the coupling portion, and the auxiliary element is capacitively coupled to the coupling portion. a feeding element having a feedpoint that a signal in a first frequency band and a signal in a second frequency band lower than the first frequency band are supplied to; a high-band element connected to the feeding element, the high-band element resonating with the signal in the first frequency band; a low-band element connected to the feeding element, the low-band element resonating with the signal in the second frequency band; an auxiliary element capacitively coupled to the low-band element at an open end of the low-band element; a ground member grounded; a switch switching a conductive state and a non-conductive state between the ground member and the auxiliary element, and a connection part to which the high-band element and low-band element are connected, wherein the high-band element and the low-band element are elongated elements that extend from the connection part in directions opposite to each other and are disposed on the same straight line such that their respective longitudinal directions coincide with each other and each have one end connected to the connection part and the other end being an open end, and characterized in that the ground member includes a coupling portion disposed apart from and facing the open end of the low-band element in a longitudinal direction of the low-band element, the auxiliary element is disposed between the open end of the low-band element and the coupling portion, and the auxiliary element is capacitively coupled to the coupling portion.
A closure for a liquid container comprising a. a base portion comprising i. a top deck with a spout extending in an upper direction (z) away from the top deck and ii. an outer skirt extending from an outer end of the top deck in a lower direction away from the top deck, said outer skirt comprising a fastening means to interconnect the closure to a neck of the container; b. a top portion comprising i. an annular base interconnectable to the base portion and ii. a cover with an outer wall interconnected to the annular base, and iii. at least one tamper element extending from the annular base in the upper direction (z) above the annular base characterised in the tamper element extending along the outer wall spaced a distance apart from the outer wall and being interconnected to the outer wall by a predetermined breaking linkage, wherein the tamper element is interconnected to the annular base by a hinge arrangement, said hinge arrangement being arranged between the annular base and the at least one predetermined breaking linkage, such that the tamper element can be bent away from the outer wall after tearing the predetermined breaking linkage. a. a base portion comprising i. a top deck with a spout extending in an upper direction (z) away from the top deck and ii. an outer skirt extending from an outer end of the top deck in a lower direction away from the top deck, said outer skirt comprising a fastening means to interconnect the closure to a neck of the container; i. a top deck with a spout extending in an upper direction (z) away from the top deck and ii. an outer skirt extending from an outer end of the top deck in a lower direction away from the top deck, said outer skirt comprising a fastening means to interconnect the closure to a neck of the container; b. a top portion comprising i. an annular base interconnectable to the base portion and ii. a cover with an outer wall interconnected to the annular base, and iii. at least one tamper element extending from the annular base in the upper direction (z) above the annular base i. an annular base interconnectable to the base portion and ii. a cover with an outer wall interconnected to the annular base, and iii. at least one tamper element extending from the annular base in the upper direction (z) above the annular base
A vacuum pump apparatus comprising: a pump casing having a rotor chamber therein; a pump rotor arranged in the rotor chamber; a rotation shaft to which the pump rotor is secured; an electric motor coupled to the rotation shaft; a side cover (10A, 10B) forming an end surface of the rotor chamber; a housing structure (16, 12, 14) located outwardly of the side cover (10A, 10B) in an axial direction of the rotating shaft; a heat insulator (25A, 25B; 29A, 29B; 41A, 42A, 41B, 42B) located between the pump casing and the housing structure (16, 12, 14); and a side heater (55A, 55B) provided in the side cover (10A, 10B); wherein the heat insulator (41A, 42A, 41B, 42B) includes a heat insulating member (41A, 42A, 41B, 42B) arranged in the side cover (10A, 10B); the side cover (10A, 10B) includes an inner side cover (31A, 31B) forming the end surface of the rotor chamber, and an outer side cover (32A, 32B) located outwardly of the inner side cover (31A, 31B) in the axial direction; the heat insulating member (41A, 42A, 41B, 42B) is sandwiched between the inner side cover (31A, 31B) and the outer side cover (32A, 32B); and the heat insulating member (41A, 42A, 41B, 42B) comprises a heat insulating plate (41A, 41B) having a through-hole through which the rotation shaft extends, and a plurality of heat insulating spacers (42A, 42B) arranged around the heat insulating plate (41A, 41B). a pump casing having a rotor chamber therein; a pump rotor arranged in the rotor chamber; a rotation shaft to which the pump rotor is secured; an electric motor coupled to the rotation shaft; a side cover (10A, 10B) forming an end surface of the rotor chamber; a housing structure (16, 12, 14) located outwardly of the side cover (10A, 10B) in an axial direction of the rotating shaft; a heat insulator (25A, 25B; 29A, 29B; 41A, 42A, 41B, 42B) located between the pump casing and the housing structure (16, 12, 14); and a side heater (55A, 55B) provided in the side cover (10A, 10B); wherein the heat insulator (41A, 42A, 41B, 42B) includes a heat insulating member (41A, 42A, 41B, 42B) arranged in the side cover (10A, 10B); the side cover (10A, 10B) includes an inner side cover (31A, 31B) forming the end surface of the rotor chamber, and an outer side cover (32A, 32B) located outwardly of the inner side cover (31A, 31B) in the axial direction; the heat insulating member (41A, 42A, 41B, 42B) is sandwiched between the inner side cover (31A, 31B) and the outer side cover (32A, 32B); and the heat insulating member (41A, 42A, 41B, 42B) comprises a heat insulating plate (41A, 41B) having a through-hole through which the rotation shaft extends, and a plurality of heat insulating spacers (42A, 42B) arranged around the heat insulating plate (41A, 41B).
A device with power supply mechanism comprising: a movable body that travels along a rail; and a power supply mechanism that supplies electric power to the movable body, the power supply mechanism comprising: a primary coil that extends along the rail; a magnetic core that is provided within the primary coil and is shorter than the primary coil; a tubular member that is provided in the movable body and into which the primary coil is inserted; a secondary coil that is wound around an outer circumferential face of the tubular member and to which electric power is supplied from the primary coil due to electromagnetic induction; a first magnet provided in the magnetic core; and a second magnet provided in the tubular member, wherein the magnetic core moves within the primary coil in conjunction with the movable body, due to a magnetic force of the first magnet and the second magnetic force. the power supply mechanism comprising: a primary coil that extends along the rail; a magnetic core that is provided within the primary coil and is shorter than the primary coil; a tubular member that is provided in the movable body and into which the primary coil is inserted; a secondary coil that is wound around an outer circumferential face of the tubular member and to which electric power is supplied from the primary coil due to electromagnetic induction; a first magnet provided in the magnetic core; and a second magnet provided in the tubular member, a primary coil that extends along the rail; a magnetic core that is provided within the primary coil and is shorter than the primary coil; a tubular member that is provided in the movable body and into which the primary coil is inserted; a secondary coil that is wound around an outer circumferential face of the tubular member and to which electric power is supplied from the primary coil due to electromagnetic induction; a first magnet provided in the magnetic core; and a second magnet provided in the tubular member, wherein the magnetic core moves within the primary coil in conjunction with the movable body, due to a magnetic force of the first magnet and the second magnetic force.
A driving tool including an ejection unit to which a fastener is supplied and a striking unit capable of moving with respect to the ejection unit so as to drive the fastener supplied to the ejection unit into a workpiece, the driving tool comprising: a first push lever provided in the ejection unit, capable of contacting with and separating from the workpiece, and capable of moving in a moving direction (Al) of the striking unit with respect to the ejection unit; and a second push lever provided in the ejection unit and capable of moving in the moving direction of the striking unit in conjunction with the first push lever, wherein the ejection unit includes a blade guide configured to guide a movement of the striking unit and a cover fixed to the blade guide, and wherein the first push lever and the second push lever are arranged between the blade guide and the cover in a first perpendicular direction (A2, Z1) that is perpendicular to the moving direction of the striking unit, so that the first push lever and the second push lever are restricted from moving in the first perpendicular direction (A2, Z1) and a second perpendicular direction that is perpendicular to the moving direction of the striking unit and the first perpendicular direction (A2, Z1), and the movement of the first push lever and the second push lever with respect to the ejection unit is guided along the moving direction of the striking unit. a first push lever provided in the ejection unit, capable of contacting with and separating from the workpiece, and capable of moving in a moving direction (Al) of the striking unit with respect to the ejection unit; and a second push lever provided in the ejection unit and capable of moving in the moving direction of the striking unit in conjunction with the first push lever, wherein the ejection unit includes a blade guide configured to guide a movement of the striking unit and a cover fixed to the blade guide, and wherein the first push lever and the second push lever are arranged between the blade guide and the cover in a first perpendicular direction (A2, Z1) that is perpendicular to the moving direction of the striking unit, so that the first push lever and the second push lever are restricted from moving in the first perpendicular direction (A2, Z1) and a second perpendicular direction that is perpendicular to the moving direction of the striking unit and the first perpendicular direction (A2, Z1), and the movement of the first push lever and the second push lever with respect to the ejection unit is guided along the moving direction of the striking unit.
Electronic household appliance, comprising: a treatment area for treating goods, wherein the treatment area is at least partially delimited by at least one wall (14, 16); and an optical sensor system for capturing an actual degree of contamination of the treatment area, which sensor system is provided at at least one wall of the treatment area, wherein the optical sensor system comprises at least one radiation source (34, 40) for emitting electromagnetic radiation and at least one radiation detector for detecting electromagnetic radiation, wherein the wall comprises at least one plate (28, 29) which is at least partially radiation-transmissive for the electromagnetic radiation used by the optical sensor system and which is at least partially exposed to a contamination during a use of the electronic household appliance, and wherein the radiation source (34, 40) and the radiation detector are arranged on the same side of the radiation-transmissive plate (28, 29), characterized in that in/at the treatment area, a radiation reflector is provided opposite the radiation-transmissive plate (28, 29); and the radiation detector detects electromagnetic radiation which is emitted by the radiation source (34, 40), transmitted through the radiation-transmissive plate (28, 29) and reflected at the radiation reflector and again transmitted through the radiation-transmissive plate (28, 29). a treatment area for treating goods, wherein the treatment area is at least partially delimited by at least one wall (14, 16); and an optical sensor system for capturing an actual degree of contamination of the treatment area, which sensor system is provided at at least one wall of the treatment area, wherein the optical sensor system comprises at least one radiation source (34, 40) for emitting electromagnetic radiation and at least one radiation detector for detecting electromagnetic radiation, wherein the wall comprises at least one plate (28, 29) which is at least partially radiation-transmissive for the electromagnetic radiation used by the optical sensor system and which is at least partially exposed to a contamination during a use of the electronic household appliance, and wherein the radiation source (34, 40) and the radiation detector are arranged on the same side of the radiation-transmissive plate (28, 29), characterized in that in/at the treatment area, a radiation reflector is provided opposite the radiation-transmissive plate (28, 29); and the radiation detector detects electromagnetic radiation which is emitted by the radiation source (34, 40), transmitted through the radiation-transmissive plate (28, 29) and reflected at the radiation reflector and again transmitted through the radiation-transmissive plate (28, 29).
A method for fabricating a solar cell array, comprising: attaching a plurality of solar cells to a substrate, wherein: each of the solar cells has at least one cropped corner, the cropped corners defining at least one corner region; the substrate includes one or more insulating layers (106, 106A, 106B, 106C) and one or more conductive layers patterned as conductors (110, 122), which are embedded within the substrate, for making electrical connections with the solar cells, wherein first ones of the conductors are series connections for the solar cells and second ones of the conductors are circuit termination lines for the solar cells; the substrate includes one or more decision points for electrical continuity to the conductors (110, 122), for customizing circuits of the solar cells; and at least some of the second ones of the conductors are connected together at their crossing points, and in the at least one corner region the second ones of the conductors cross the first ones of the conductors where the first ones and second ones of the conductors are connected. each of the solar cells has at least one cropped corner, the cropped corners defining at least one corner region; the substrate includes one or more insulating layers (106, 106A, 106B, 106C) and one or more conductive layers patterned as conductors (110, 122), which are embedded within the substrate, for making electrical connections with the solar cells, wherein first ones of the conductors are series connections for the solar cells and second ones of the conductors are circuit termination lines for the solar cells; the substrate includes one or more decision points for electrical continuity to the conductors (110, 122), for customizing circuits of the solar cells; and at least some of the second ones of the conductors are connected together at their crossing points, and in the at least one corner region the second ones of the conductors cross the first ones of the conductors where the first ones and second ones of the conductors are connected.
A nose cone dilator for a prosthesis delivery device, the nose cone dilator comprising: a proximal end having a proximal opening, a distal end, and a sidewall extending between the proximal and distal ends; a substantially straight internal lumen extending through the nose cone dilator between the proximal opening and the distal end; an opening formed in the sidewall; an angled internal channel extending from the opening formed in the sidewall towards the proximal end, wherein the angled internal channel extends to the substantially straight internal lumen and is in fluid communication with the substantially straight internal lumen. a proximal end having a proximal opening, a distal end, and a sidewall extending between the proximal and distal ends; a substantially straight internal lumen extending through the nose cone dilator between the proximal opening and the distal end; an opening formed in the sidewall; an angled internal channel extending from the opening formed in the sidewall towards the proximal end, wherein the angled internal channel extends to the substantially straight internal lumen and is in fluid communication with the substantially straight internal lumen.
A roller conveying unit for conveying a sheet by means of aspiration, comprising: a roller which is activatable in rotation with respect to the axis thereof, which is internally hollow and which comprises a first through-hole which sets the outside of the roller in fluid communication with the inside of the roller; a cylindrical member which is arranged internally of the roller and which is concentric to the roller, an annular chamber being thus defined between the external surface of the cylindrical member and the internal surface of the roller; the cylindrical member further comprising an opening; aspirating means for creating a depression in the annular chamber; an insert; characterised in that the insert is borne by the roller, is inserted in the first through-hole of the roller, is dimensioned so as to contact the external surface of the cylindrical member and comprises a second through-hole which in turn is in communication with the outside of the roller and extends through the first through-hole and the annular chamber; the positions and the dimensions of the first through-hole of the opening being selected in such a way that, when the roller rotates with respect to the axis thereof, the insert transits at the opening, temporarily placing the outside of the roller in fluid communication with the annular chamber via the second through-hole, so that a sheet located on the outside of the roller and at the first through-hole is aspirated against the external surface of the roller by action of the depression generated by the aspirating means, and is consequently conveyed. a roller which is activatable in rotation with respect to the axis thereof, which is internally hollow and which comprises a first through-hole which sets the outside of the roller in fluid communication with the inside of the roller; a cylindrical member which is arranged internally of the roller and which is concentric to the roller, an annular chamber being thus defined between the external surface of the cylindrical member and the internal surface of the roller; the cylindrical member further comprising an opening; aspirating means for creating a depression in the annular chamber; an insert; characterised in that the insert is borne by the roller, is inserted in the first through-hole of the roller, is dimensioned so as to contact the external surface of the cylindrical member and comprises a second through-hole which in turn is in communication with the outside of the roller and extends through the first through-hole and the annular chamber; the positions and the dimensions of the first through-hole of the opening being selected in such a way that, when the roller rotates with respect to the axis thereof, the insert transits at the opening, temporarily placing the outside of the roller in fluid communication with the annular chamber via the second through-hole, so that a sheet located on the outside of the roller and at the first through-hole is aspirated against the external surface of the roller by action of the depression generated by the aspirating means, and is consequently conveyed.
A cerium-zirconium-based composite oxide comprising cerium, zirconium, and a third element other than these elements; wherein the third element is (a) a transition metal element or (b) at least one or more elements selected from the group consisting of rare earth elements and alkaline earth metal elements; the transition metal element (a) is iron; the rare earth element is at least one element selected from lanthanum and yttrium; the cerium-zirconium-based composite oxide has a pyrochlore phase before a heat treatment; after a heat treatment at 1,000°C to 1,100°C for 3 hours, the composite oxide has a crystal structure containing a pyrochlore phase, when the peak intensity of a plane measured by an X-ray diffraction method is regarded as I111, and the peak intensity of a plane is regarded as 1222, a value of {I111/(I111+I222)} x 100 is 1 or more, and the composite oxide has an oxygen storage capacity at 600°C of 0.05 mmol/g or more, and an oxygen storage capacity at 750°C of 0.3 mmol/g or more; and the third element is contained in an amount of 0.01 to 10 mol% in terms of oxide. (a) a transition metal element or (b) at least one or more elements selected from the group consisting of rare earth elements and alkaline earth metal elements; the composite oxide has a crystal structure containing a pyrochlore phase, when the peak intensity of a plane measured by an X-ray diffraction method is regarded as I111, and the peak intensity of a plane is regarded as 1222, a value of {I111/(I111+I222)} x 100 is 1 or more, and the composite oxide has an oxygen storage capacity at 600°C of 0.05 mmol/g or more, and an oxygen storage capacity at 750°C of 0.3 mmol/g or more; and