mhurhangee/ep-ind-claims huggingface dataset:
A daylighting member comprising: a base that has optical transparency; multiple first daylighting units which are formed on at least a first surface of the base and each of which has the optical transparency; a first opening space which is provided between each of the multiple first daylighting units; and multiple second daylighting units which constitute an index which is provided on at least any one of a first surface side of the base and a second surface side that is opposite in direction to the first surface, the index including information relating the daylighting member, characterized in that each of the multiple first daylighting units has a first polygonal-pillar structure, and the multiple second daylighting units are formed on at least the first surface, and each of the multiple second daylighting units has a second polygonal-pillar structure different from the first polygonal-pillar structure. a base that has optical transparency; multiple first daylighting units which are formed on at least a first surface of the base and each of which has the optical transparency; a first opening space which is provided between each of the multiple first daylighting units; and multiple second daylighting units which constitute an index which is provided on at least any one of a first surface side of the base and a second surface side that is opposite in direction to the first surface, the index including information relating the daylighting member, characterized in that each of the multiple first daylighting units has a first polygonal-pillar structure, and the multiple second daylighting units are formed on at least the first surface, and each of the multiple second daylighting units has a second polygonal-pillar structure different from the first polygonal-pillar structure.
A dual-source multi-mode power supply system comprising: a battery power supply including a direct current to direct current DC-DC converter circuit configured to convert a first DC voltage supplied by a battery into a second DC voltage that is greater than the first DC voltage; a first DC bus connected to the battery power supply and having the second DC voltage; an electric power generating system EPGS including a permanent magnet generator PMG and an active rectifier circuit configured to convert a variable-voltage/variable-frequency output from the PMG into a constant high-voltage direct current HVDC output; a second DC bus connected to the HVDC output; a plurality of switches (128a - 128c) comprising a first switch, a second switch and a third switch; and an electronic coordinated microcontroller in signal communication with the battery power supply, the electric power generating system and the switches, the third switch connecting a first load to the second DC bus, the first switch connecting a second load to the first DC bus, and the second switch being configured to selectively isolate and cross-couple the first and second DC buses with respect to one another; the coordinated microcontroller configured to determine a load request of at least one of a first load and a second load, and to control the plurality of switches such that the power from the first DC bus and power from the second DC bus are delivered to the loads so as to satisfy the load request. a battery power supply including a direct current to direct current DC-DC converter circuit configured to convert a first DC voltage supplied by a battery into a second DC voltage that is greater than the first DC voltage; a first DC bus connected to the battery power supply and having the second DC voltage; an electric power generating system EPGS including a permanent magnet generator PMG and an active rectifier circuit configured to convert a variable-voltage/variable-frequency output from the PMG into a constant high-voltage direct current HVDC output; a second DC bus connected to the HVDC output; a plurality of switches (128a - 128c) comprising a first switch, a second switch and a third switch; and an electronic coordinated microcontroller in signal communication with the battery power supply, the electric power generating system and the switches, the third switch connecting a first load to the second DC bus, the first switch connecting a second load to the first DC bus, and the second switch being configured to selectively isolate and cross-couple the first and second DC buses with respect to one another; the coordinated microcontroller configured to determine a load request of at least one of a first load and a second load, and to control the plurality of switches such that the power from the first DC bus and power from the second DC bus are delivered to the loads so as to satisfy the load request.
A data broadcasting apparatus for broadcasting data within a wireless communication service area, the data broadcasting apparatus comprising: a broadcasting control unit configured to provide an internet broadcasting data service to a plurality of terminals located within the wireless communication service area; an internet access unit configured to receive a datagram through the internet and determine whether the received datagram is a datagram for the internet broadcasting data service accessed by the plurality of terminals by using a combination of a destination address included in the datagram, a protocol number, and a port number of user datagram protocol, UDP; an address convert unit configured to replace the destination address of the received datagram with a predetermined address for providing the internet broadcasting data service, under control of the broadcasting control unit, when the received datagram is a datagram for the internet broadcasting data service; and a wireless communication unit configured to transmit the datagram having the replaced destination address to the plurality of terminals, under control of the broadcasting controlling unit. a broadcasting control unit configured to provide an internet broadcasting data service to a plurality of terminals located within the wireless communication service area; an internet access unit configured to receive a datagram through the internet and determine whether the received datagram is a datagram for the internet broadcasting data service accessed by the plurality of terminals by using a combination of a destination address included in the datagram, a protocol number, and a port number of user datagram protocol, UDP; an address convert unit configured to replace the destination address of the received datagram with a predetermined address for providing the internet broadcasting data service, under control of the broadcasting control unit, when the received datagram is a datagram for the internet broadcasting data service; and a wireless communication unit configured to transmit the datagram having the replaced destination address to the plurality of terminals, under control of the broadcasting controlling unit.
A process for producing a polymer comprising: polymerizing a monomer dissolved in a solvent in the presence of a catalyst system to obtain a first effluent stream, comprising a solution of polymer in the solvent; heating the first effluent stream in at least one spiral heat exchanger to produce a second effluent stream, wherein the first effluent stream flows through the at least one spiral heat exchanger in a cross-flow direction relative to spirals of the at least one spiral heat exchanger; and separating the second effluent stream in a vessel into: a third effluent stream comprising polymer substantially free of the solvent and a recycle stream comprising the solvent and unreacted monomer. polymerizing a monomer dissolved in a solvent in the presence of a catalyst system to obtain a first effluent stream, comprising a solution of polymer in the solvent; heating the first effluent stream in at least one spiral heat exchanger to produce a second effluent stream, wherein the first effluent stream flows through the at least one spiral heat exchanger in a cross-flow direction relative to spirals of the at least one spiral heat exchanger; and separating the second effluent stream in a vessel into: a third effluent stream comprising polymer substantially free of the solvent and a recycle stream comprising the solvent and unreacted monomer.
Compression garment for providing compression to a body part of a patient, comprising a padded sleeve extending around the body part and having - an inner layer and an outer layer secured together to define at least one enclosure between them, and - multiple foam particles received in the enclosure for being pressed against the body part, - wherein the particles have an at least essentially polyhedral shape such that an irregular pattern of flat surfaces and edged protrusions is formed at least on the inner layer side of the enclosure, characterized in that the padded sleeve is elastic and configured to apply compression according to a predetermined basic compression profile to the body part. - an inner layer and an outer layer secured together to define at least one enclosure between them, and - multiple foam particles received in the enclosure for being pressed against the body part, - wherein the particles have an at least essentially polyhedral shape such that an irregular pattern of flat surfaces and edged protrusions is formed at least on the inner layer side of the enclosure,
A method for processing fingerprint sensing signals by a circuit, wherein the circuit comprises a frequency mixer and a capacitive feedback amplifier, the method comprising: mixing, by the frequency mixer, a collected high frequency fingerprint sensing signal with a first high frequency signal from a high frequency generator to obtain a low frequency signal; and amplifying, by the capacitive feedback amplifier, the low frequency signal; wherein an inverting input end of the capacitive feedback amplifier is connected to an output end of the frequency mixer and a non-inverting input end of the capacitive feedback amplifier is connected to a bias voltage, and wherein a feedback capacitor is connected between the inverting input end and the output end of the capacitive feedback amplifier. mixing, by the frequency mixer, a collected high frequency fingerprint sensing signal with a first high frequency signal from a high frequency generator to obtain a low frequency signal; and amplifying, by the capacitive feedback amplifier, the low frequency signal; wherein an inverting input end of the capacitive feedback amplifier is connected to an output end of the frequency mixer and a non-inverting input end of the capacitive feedback amplifier is connected to a bias voltage, and wherein a feedback capacitor is connected between the inverting input end and the output end of the capacitive feedback amplifier.
Plant for producing electro-welded metal mesh, formed from longitudinal wires and transversal wires, comprising: - a manufacturing line provided with a loading station for the longitudinal wires that have been stretched and cut, said station being positioned along the manufacturing line upstream a welding station; - downstream the welding station an unloading station of the electro-welded mesh; - a first plurality of rollers aligned along an axis (Y-Y) adjacent to the manufacturing line for providing the longitudinal wires; - a second plurality of rollers aligned along an axis (Z-Z) adjacent to the first plurality of rollers for providing transversal wires; - a stretching station (30; 40) and a cutting station (31; 41) respectively connected to each of said first and second plurality of rollers; - a transfer device of the transversal wires and a transfer device of the longitudinal wires for transferring the wires from the respective cutting stations (31; 41) to said welding station, characterized in that - the transfer device of the transversal wires comprises a transfer group controlled by moving means (6; 70) so that to roto-translate the same group carrying the abutting line of the wires from a position proximal to a fixed roto-translation shaft or centre, said abutting line being orthogonal to the manufacturing line and proximal to the cutting station of the transversal wires, to a distal position with respect to said fixed centre, parallel to the manufacturing line and at the access of the welding station. - a manufacturing line provided with a loading station for the longitudinal wires that have been stretched and cut, said station being positioned along the manufacturing line upstream a welding station; - downstream the welding station an unloading station of the electro-welded mesh; - a first plurality of rollers aligned along an axis (Y-Y) adjacent to the manufacturing line for providing the longitudinal wires; - a second plurality of rollers aligned along an axis (Z-Z) adjacent to the first plurality of rollers for providing transversal wires; - a stretching station (30; 40) and a cutting station (31; 41) respectively connected to each of said first and second plurality of rollers; - a transfer device of the transversal wires and a transfer device of the longitudinal wires for transferring the wires from the respective cutting stations (31; 41) to said welding station, characterized in that - the transfer device of the transversal wires comprises a transfer group controlled by moving means (6; 70) so that to roto-translate the same group carrying the abutting line of the wires from a position proximal to a fixed roto-translation shaft or centre, said abutting line being orthogonal to the manufacturing line and proximal to the cutting station of the transversal wires, to a distal position with respect to said fixed centre, parallel to the manufacturing line and at the access of the welding station.
Device for conversion of a rotational movement into a translational movement, said device including: - a first element driven in rotation about a fixed rotation centre by rotation drive means; - a second element driven in translation along a translation axis by rotation of the first element; - a cam fastened to the first element, said cam having a cam path in which moves a roller fastened to the second element; the cam path having an interior surface of contact with the roller, said roller being in contact with the interior contact surface when the first element is driven in rotation in a first rotation direction, characterized in that said interior contact surface defines a curve of circle involute type. - a first element driven in rotation about a fixed rotation centre by rotation drive means; - a second element driven in translation along a translation axis by rotation of the first element; - a cam fastened to the first element, said cam having a cam path in which moves a roller fastened to the second element; the cam path having an interior surface of contact with the roller, said roller being in contact with the interior contact surface when the first element is driven in rotation in a first rotation direction, characterized in that said interior contact surface defines a curve of circle involute type.
A personal care article comprising: a liquid personal care composition comprising a low-shear viscosity of at least 100 cps; the personal care composition being shear-thinning; a manually-actuable, non-aerosol dispenser comprising: (a) a reservoir for holding said liquid to be dispensed in the form of foam; the reservoir comprises a volume such that the reservoir volume is larger than the volume of the personal care composition contained within the reservoir; the reservoir further comprising a headspace, the headspace comprising air; (b) a foamer assembly which can be mounted on or in an opening of the reservoir; the foamer assembly comprises a dip tube, a mixing chamber and a dispensing head; the dip tube extends into the reservoir and into contact with the personal care composition, the dip tube fluidly connecting the mixing chamber with the personal care composition, the mixing chamber fluidly connected to the dispensing head, the dispensing head comprising a foam fluid connection contained within the dispensing head and the dispensing head further comprising a dispensing orifice; the foam fluid connection containing one or more porous elements; the mixing chamber comprises an outer wall which defines an internal volume of the mixing chamber; the outer wall comprises a top edge comprising a circumference; the circumference defining a top area; the mixing chamber further comprising at least one air ingress orifice, at least one liquid ingress orifice and at least one mixing chamber egress orifice; wherein the at least one air ingress orifice and at least one liquid ingress orifice are selected such that a ratio of personal care composition to air is from about 1:6 to about 1:15, preferably from about 1:8 to about 1:12, preferably 1:10; wherein the total area of the at least one air ingress orifice is from about 0.62mm 2 to about 3.14mm 2, preferably from about 1.26mm 2 to about 1.88mm 2; wherein the total area of the at least one liquid ingress orifice is from about 1.5mm 2 to about 3mm 2, preferably from about 1.8mm 2 to about 2.3mm 2. a liquid personal care composition comprising a low-shear viscosity of at least 100 cps; the personal care composition being shear-thinning; a manually-actuable, non-aerosol dispenser comprising: (a) a reservoir for holding said liquid to be dispensed in the form of foam; the reservoir comprises a volume such that the reservoir volume is larger than the volume of the personal care composition contained within the reservoir; the reservoir further comprising a headspace, the headspace comprising air; (b) a foamer assembly which can be mounted on or in an opening of the reservoir; (a) a reservoir for holding said liquid to be dispensed in the form of foam; the reservoir comprises a volume such that the reservoir volume is larger than the volume of the personal care composition contained within the reservoir; the reservoir further comprising a headspace, the headspace comprising air; (b) a foamer assembly which can be mounted on or in an opening of the reservoir;
A reversible latch lock, suitable for right-hand and left-hand opening doors, comprising: a box body and a front plate provided with an opening for a spring latch; a spring latch and slider assembly operatively connected to an actuating device of the latch lock; wherein the assembly of the latch and slider (14, 17) is elastically biased and guided in an axial direction along a sliding plane, and is elastically biased to a first advanced position in which the latch partially protrudes from the front plate; snap engaging means (21, 23) between the latch and the slider; and first stop means for the slider, configured for maintaining the latch in the first advanced position, characterised in that the first stop means of the slider are provided with an elastically flexible stop arm having a fore end facing the front plate, in which the stop arm extends having a fore end which extends on a side of the slider parallel to a sliding axis of the same; the stop arm being configured with a stop protrusion at the fore end slidable in a longitudinal guide slot provided in a side wall of the box body; and in that the latch-slider assembly is axially movable in a second more advanced position than the front plate, in which the latch may be freely turned to reverse the orientation after disengagement of the stop protrusion from the guide slot, by flexing the stop arm of the slider by acting from the outside, using a tool insertable from one side of the opening for the latch, or from a hole of the front plate, in a position aligned with the fore end of the stop arm. a box body and a front plate provided with an opening for a spring latch; a spring latch and slider assembly operatively connected to an actuating device of the latch lock; wherein the assembly of the latch and slider (14, 17) is elastically biased and guided in an axial direction along a sliding plane, and is elastically biased to a first advanced position in which the latch partially protrudes from the front plate; snap engaging means (21, 23) between the latch and the slider; and first stop means for the slider, configured for maintaining the latch in the first advanced position, characterised in that the first stop means of the slider are provided with an elastically flexible stop arm having a fore end facing the front plate, in which the stop arm extends having a fore end which extends on a side of the slider parallel to a sliding axis of the same; the stop arm being configured with a stop protrusion at the fore end slidable in a longitudinal guide slot provided in a side wall of the box body; and in that the latch-slider assembly is axially movable in a second more advanced position than the front plate, in which the latch may be freely turned to reverse the orientation after disengagement of the stop protrusion from the guide slot, by flexing the stop arm of the slider by acting from the outside, using a tool insertable from one side of the opening for the latch, or from a hole of the front plate, in a position aligned with the fore end of the stop arm.
An agent for activating tumor immunity, comprising a probiotic, a prebiotic, and an immune checkpoint inhibitor as active ingredients, wherein the probiotic is one or more selected from the group consisting of Lactobacillus casei YIT9029 (FERM BP-1366) and Bifidobacterium breve YIT12272 (FERM BP-11320), wherein the prebiotic is a galactooligosaccharide comprising β-1,4 galactosyllactose, and wherein the immune checkpoint inhibitor is an anti-PD-1 antibody.
A device (1; 101) for orienting capsules, comprising: - a container (9; 109) for receiving randomly oriented capsules, said container having a bottom wall (11; 111) with at least two apertures (17A, 17B; 117A, 117B); - a rotor (13; 113) arranged in said container (9; 109) above said bottom wall (11; 111) and rotating around a rotor axis (A-A), said rotor having at least one capsule receiving pocket (15; 115) rotating therewith and moving along the bottom wall (11; 111), the receiving pocket (15; 115) having an inlet opening (15X; 115X) and an outlet opening (15Y; 115Y), said capsules entering said capsule receiving pocket through said inlet opening and exiting said capsule receiving pocket through said outlet opening; - a capsule collector (19; 119) arranged under the two apertures (17A, 17B; 117A, 117B) for receiving capsules discharged from the capsule receiving pocket (15; 115) through either one or the other of the two apertures (17A, 17B; 117A, 117B); wherein said at least one capsule receiving pocket (15; 115) and said two apertures (17A, 17B; 117A, 117B) are shaped and arranged such that the capsules randomly contained in said container fall from the capsule receiving pocket (15; 115) selectively through either one or the other of the two apertures (17A, 17B; 117A, 117B) and exit therethrough, depending on their orientation in the capsule receiving pocket (15; 115), selective passage through one or the other of the two apertures resulting in all the capsules entering the capsule collector (19; 119) with the same orientation. - a container (9; 109) for receiving randomly oriented capsules, said container having a bottom wall (11; 111) with at least two apertures (17A, 17B; 117A, 117B); - a rotor (13; 113) arranged in said container (9; 109) above said bottom wall (11; 111) and rotating around a rotor axis (A-A), said rotor having at least one capsule receiving pocket (15; 115) rotating therewith and moving along the bottom wall (11; 111), the receiving pocket (15; 115) having an inlet opening (15X; 115X) and an outlet opening (15Y; 115Y), said capsules entering said capsule receiving pocket through said inlet opening and exiting said capsule receiving pocket through said outlet opening; - a capsule collector (19; 119) arranged under the two apertures (17A, 17B; 117A, 117B) for receiving capsules discharged from the capsule receiving pocket (15; 115) through either one or the other of the two apertures (17A, 17B; 117A, 117B);