mhurhangee/ep-ind-claims huggingface dataset:
Treatment device for treating food products with conditioned air, comprising a housing which delimits a treatment space and is provided with an entry for introducing the food products to be treated and an exit for discharging the treated food products, which are in communication with one another via the treatment space, at least one conveying means for conveying the products from the entry throughout the treatment space to the exit, the conveying means between the entry and the exit following a conveying path with several windings (28, 30, 36, 38) which are situated one above the other, the conveying means comprising at least one driven hollow drum with rotary shaft, wherein the drum is composed of essentially horizontal and vertical strips, air-conditioning means for conditioning the air, air-circulation means for circulating conditioned air throughout the treatment space from the circumference of the hollow drum over the windings of the conveying means, wherein the air-conditioning means are provided in a conduit which has a conduit entry which is in fluid communication with the treatment space and a conduit exit which is in fluid communication with the air-circulation means, the air-circulation means, viewed in the direction of flow of the conditioned air towards the conveying path, being arranged downstream of the air-conditioning means, and wherein the air-circulation means are at least partially arranged inside the hollow drum at the bottom thereof.
A composite luminophore comprising an inorganic matrix and an organic fluorescent dye, wherein the inorganic matrix is formed from a compound selected from of CaCO 3, LaPO 4, ZrO(HPO 4), ZrO(H 2 PO 4) 2, Zr 3 (PO 4) 4, including Zr(HPO 4) 2 and Zr(H 2 PO 4) 4, respectively, wherein the organic fluorescent dye has one or more functional groups selected from sulfate groups, phosphate groups, phosphonic acid groups, phosphinic acid groups, or carboxylate groups, by means of which the fluorescent dye is incorporated into the inorganic matrix through ionic bonding, wherein the organic fluorescent dye is selected from the group consisting of riboflavin 5'-monophosphate sodium salt, perylene, coumarin and umbelliferone, wherein the latter have been functionalized with at least a sulfate group, a phosphate group, a phosphonic acid group, a phosphinic acid group, or a carboxylate group. wherein the inorganic matrix is formed from a compound selected from of CaCO 3, LaPO 4, ZrO(HPO 4), ZrO(H 2 PO 4) 2, Zr 3 (PO 4) 4, including Zr(HPO 4) 2 and Zr(H 2 PO 4) 4, respectively, wherein the organic fluorescent dye has one or more functional groups selected from sulfate groups, phosphate groups, phosphonic acid groups, phosphinic acid groups, or carboxylate groups, by means of which the fluorescent dye is incorporated into the inorganic matrix through ionic bonding, wherein the organic fluorescent dye is selected from the group consisting of riboflavin 5'-monophosphate sodium salt, perylene, coumarin and umbelliferone, wherein the latter have been functionalized with at least a sulfate group, a phosphate group, a phosphonic acid group, a phosphinic acid group, or a carboxylate group.
A radio frequency, RF, device comprising a first duplexer, a second duplexer, and a processor, the processor being configured to include a channel switch, the first duplexer being configured for transceiving a first band signal in a first band and being connected to a first transmit port and a first receive port of the processor, the second duplexer being configured for transceiving a second band signal in a second band and being connected to a second transmit port and a second receive port of the processor, the processor being configured to select a corresponding one of the duplexers (10, 20) to transceive a signal by the channel switch according to a frequency band of the signal; characterised in that the first band and the second band are configured such that: the first band and the second band belong to a Band 28, the Band 28 comprising an uplink band having a starting frequency point of 703MHz and an ending frequency point of 748MHz and a downlink band having a starting frequency point of 758MHz and an ending frequency point of 803MHz; an overlapping band, consisting of an overlap between Band 28 and a DVT band, belongs to the first band, the overlapping band spanning from 703MHz to 710MHz; frequency test points having the values of 725.5MHz and 723MHz belong to the second band; the first band comprises a first uplink band and a first downlink band, wherein a starting frequency point of the first uplink band is equal to the starting frequency point of the uplink band of the Band 28 and an end frequency point of the first uplink band is less than the frequency test points; and the second band comprises a second uplink band and a second downlink band, wherein a starting frequency point of the second uplink band is greater than the end frequency point of the first uplink band a frequency point unit of 0.1 MHz, and an end frequency point of the second uplink band is equal to the end frequency point of the uplink band of the Band 28. the first band and the second band belong to a Band 28, the Band 28 comprising an uplink band having a starting frequency point of 703MHz and an ending frequency point of 748MHz and a downlink band having a starting frequency point of 758MHz and an ending frequency point of 803MHz; an overlapping band, consisting of an overlap between Band 28 and a DVT band, belongs to the first band, the overlapping band spanning from 703MHz to 710MHz; frequency test points having the values of 725.5MHz and 723MHz belong to the second band; the first band comprises a first uplink band and a first downlink band, wherein a starting frequency point of the first uplink band is equal to the starting frequency point of the uplink band of the Band 28 and an end frequency point of the first uplink band is less than the frequency test points; and the second band comprises a second uplink band and a second downlink band, wherein a starting frequency point of the second uplink band is greater than the end frequency point of the first uplink band a frequency point unit of 0.1 MHz, and an end frequency point of the second uplink band is equal to the end frequency point of the uplink band of the Band 28.
A munition (20; 120) comprising: a case; a blast cone housed by the case; a grenade aft of the blast cone and housed by the case; and a main charge housed in the composite case forward of the first attenuator; characterised in that: the munition (20; 120) further comprises a first attenuator forward of the blast cone and a second attenuator aft of the blast cone and forward of the grenade, wherein the first and second attenuators (38a, 38b) are formed of a polyurethane foam that is a shock absorbing and/or dissipating material configured to weaken a blast shock from the main charge; and in that the case is a composite case. a case; a blast cone housed by the case; a grenade aft of the blast cone and housed by the case; and a main charge housed in the composite case forward of the first attenuator; characterised in that: the munition (20; 120) further comprises a first attenuator forward of the blast cone and a second attenuator aft of the blast cone and forward of the grenade, wherein the first and second attenuators (38a, 38b) are formed of a polyurethane foam that is a shock absorbing and/or dissipating material configured to weaken a blast shock from the main charge; and in that the case is a composite case. the munition (20; 120) further comprises a first attenuator forward of the blast cone and a second attenuator aft of the blast cone and forward of the grenade, wherein the first and second attenuators (38a, 38b) are formed of a polyurethane foam that is a shock absorbing and/or dissipating material configured to weaken a blast shock from the main charge; and in that the case is a composite case.
A blood pump apparatus arranged to provide pulsatile flow, the apparatus comprising a flexible inner duct providing a blood flow region, and a fixed volume outer duct arranged to surround the inner duct and arranged to accommodate a pumping liquid, the inner duct having a blood inlet for receiving blood into the region, a blood outlet for passing blood out from the blood flow region and a passageway therebetween, the inner duct further comprising a non return valve at the blood inlet and a non return valve at the blood outlet, the outer duct having a liquid port for a pumping liquid, and a pump device arranged to cyclically deliver and withdraw pumping liquid to the liquid port thereby cyclically compressing and expanding the flexible inner duct urging blood through the blood flow region and delivering a pulsating blood flow through the blood outlet; characterised in that the blood pump apparatus is an extracorporeal positive displacement blood pump apparatus.
A horizontal axis wind turbine comprising: - a main wind turbine unit for generating electricity; - a tower having a top end section and a bottom end section, the top end section of the tower supporting the main wind turbine unit and the bottom end section of the tower fixed to a base, and the lower end section side of the tower having a hollow space formed therein; and - a frame located in the hollow space of the tower, wherein specified equipment (8A, 8B, 8C) that is used for electrical generation performed by the main wind turbine unit is mounted on the frame, - wherein the tower is provided with a first flange configured to extend in the horizontal direction from the bottom end of the tower toward the inside of the hollow space, - wherein the base is provided with a second flange configured to extend along the first flange and substantially in the same direction with the first flange, the second flange is fixed in the vertical direction to the first flange, and - wherein each of the first flange and the second flange has a proximal end and a distal end, and the frame is supported by the distal end of the second flange. - a main wind turbine unit for generating electricity; - a tower having a top end section and a bottom end section, the top end section of the tower supporting the main wind turbine unit and the bottom end section of the tower fixed to a base, and the lower end section side of the tower having a hollow space formed therein; and - a frame located in the hollow space of the tower, wherein specified equipment (8A, 8B, 8C) that is used for electrical generation performed by the main wind turbine unit is mounted on the frame, - wherein the tower is provided with a first flange configured to extend in the horizontal direction from the bottom end of the tower toward the inside of the hollow space, - wherein the base is provided with a second flange configured to extend along the first flange and substantially in the same direction with the first flange, the second flange is fixed in the vertical direction to the first flange, and - wherein each of the first flange and the second flange has a proximal end and a distal end, and the frame is supported by the distal end of the second flange.
A passenger airbag comprising: an airbag main body that is provided with vent holes in both side surfaces and that is provided with an inflator opening at a proximal end; and a diffuser that is disposed within the airbag main body and that has gas discharge openings for causing gas from an inflator to flow toward the sides of the airbag main body, wherein a central part in the left-right direction of the diffuser in the inflated state is located closer to the proximal end than a left end and a right end, characterized in that: in the passenger airbag, in the early stage of inflation, the vent holes are located in extension directions of gas outflow directions through the gas discharge openings of the diffuser, and in the fully inflated state of the passenger airbag, the vent holes are located closer to the rear of the vehicle than the gas discharge openings. an airbag main body that is provided with vent holes in both side surfaces and that is provided with an inflator opening at a proximal end; and a diffuser that is disposed within the airbag main body and that has gas discharge openings for causing gas from an inflator to flow toward the sides of the airbag main body, wherein a central part in the left-right direction of the diffuser in the inflated state is located closer to the proximal end than a left end and a right end, in the passenger airbag, in the early stage of inflation, the vent holes are located in extension directions of gas outflow directions through the gas discharge openings of the diffuser, and in the fully inflated state of the passenger airbag, the vent holes are located closer to the rear of the vehicle than the gas discharge openings.
Vehicle cabin curtain rail attachment comprising: a guiding rail adapted to be mounted fixedly within a cabin of the vehicle and a movable curtain rail section for receiving and/or guiding a curtain, wherein the movable curtain rail section is adapted to slide along the guiding rail to a desired position, wherein the movable curtain rail section is configured to be retained in the desired position along the guiding rail by at least one movable end stop button being adapted to slide along the guiding rail and being adapted to engage with the guiding rail in order to fix the at least one movable end stop button to the guiding rail in a locking position, and wherein the at least one movable end stop button comprises a pin configured for achieving a locked state and an unlocked state. a guiding rail adapted to be mounted fixedly within a cabin of the vehicle and a movable curtain rail section for receiving and/or guiding a curtain, wherein the movable curtain rail section is adapted to slide along the guiding rail to a desired position, wherein the movable curtain rail section is configured to be retained in the desired position along the guiding rail by at least one movable end stop button being adapted to slide along the guiding rail and being adapted to engage with the guiding rail in order to fix the at least one movable end stop button to the guiding rail in a locking position, and wherein the at least one movable end stop button comprises a pin configured for achieving a locked state and an unlocked state.
A method of generating an input event of a touch sensing surface, the method comprising: detecting a set of a plurality of contacts touched down on the surface, characterised in that the method comprises the following steps: establishing hand, and finger or palm identities for each contact; tracking across successive scans of a proximity sensor of the touch sensitive surface the trajectories of contacts contacting the surface and identifying a user input event based on either: detecting a liftoff of a first subset of two or more contacts of the set of contacts touched down on or near the surface, wherein a second subset of one or more contacts of the set remain touched down; detecting a touchdown and sliding motion of the first subset, wherein the touchdown of the two or more contacts of the first subset occurs at approximately the same time; and generating the input event based on the combination of finger identities in the sliding first subset independent of the number of contacts in the remaining second subset or detecting a sliding motion greater than a predetermined threshold for each of the detected touched down contacts; and generating the input event based on the number of sliding contacts. detecting a set of a plurality of contacts touched down on the surface, characterised in that the method comprises the following steps: establishing hand, and finger or palm identities for each contact; establishing hand, and finger or palm identities for each contact; tracking across successive scans of a proximity sensor of the touch sensitive surface the trajectories of contacts contacting the surface and identifying a user input event based on either: detecting a liftoff of a first subset of two or more contacts of the set of contacts touched down on or near the surface, wherein a second subset of one or more contacts of the set remain touched down; detecting a touchdown and sliding motion of the first subset, wherein the touchdown of the two or more contacts of the first subset occurs at approximately the same time; detecting a liftoff of a first subset of two or more contacts of the set of contacts touched down on or near the surface, wherein a second subset of one or more contacts of the set remain touched down; detecting a touchdown and sliding motion of the first subset, wherein the touchdown of the two or more contacts of the first subset occurs at approximately the same time; and generating the input event based on the combination of finger identities in the sliding first subset independent of the number of contacts in the remaining second subset or detecting a sliding motion greater than a predetermined threshold for each of the detected touched down contacts; and generating the input event based on the number of sliding contacts. detecting a sliding motion greater than a predetermined threshold for each of the detected touched down contacts; and generating the input event based on the number of sliding contacts.
A method of producing a bonded body in which a first member and a second member (22, 23) are bonded to each other, the method comprising: a laminating step of forming a laminated body in which the first member and the second member (22, 23) are temporarily bonded to each other by providing a temporary bonding material including an organic material on at least one of a bonding surface of the first member and a bonding surface of the second member (22, 23) and laminating the first member and the second member (22, 23) via the temporary bonding material; and being characterised by: a bonding step of pressurizing and heating the laminated body in a laminating direction and bonding the first member and the second member (22, 23) to each other, wherein in the bonding step, during a temperature increase process of heating the laminated body up to a predetermined bonding temperature, at least a pressurization load P2 at a decomposition temperature T D of the organic material included in the temporary bonding material is lower than a pressurization load P1 at the bonding temperature. a laminating step of forming a laminated body in which the first member and the second member (22, 23) are temporarily bonded to each other by providing a temporary bonding material including an organic material on at least one of a bonding surface of the first member and a bonding surface of the second member (22, 23) and laminating the first member and the second member (22, 23) via the temporary bonding material; and being characterised by: a bonding step of pressurizing and heating the laminated body in a laminating direction and bonding the first member and the second member (22, 23) to each other, wherein in the bonding step, during a temperature increase process of heating the laminated body up to a predetermined bonding temperature, at least a pressurization load P2 at a decomposition temperature T D of the organic material included in the temporary bonding material is lower than a pressurization load P1 at the bonding temperature. a bonding step of pressurizing and heating the laminated body in a laminating direction and bonding the first member and the second member (22, 23) to each other, wherein in the bonding step, during a temperature increase process of heating the laminated body up to a predetermined bonding temperature, at least a pressurization load P2 at a decomposition temperature T D of the organic material included in the temporary bonding material is lower than a pressurization load P1 at the bonding temperature.
An interleaving unit, comprising a pair of rolls (1, 2) set alongside one another and counter-rotating and provided with respective first and second folding tools (3, 4; 5, 6) set at a distance from one another along the circumferential development of the respective peripheral surfaces so as to operate in a common point of tangency on a succession of sheets (7a, 7b) fed between the two rolls, said tools (3, 4; 5, 6) being set on respective mobile cylinder sectors (8, 9, 10, 11) to enable positioning thereof at an adjustable distance apart along the circumferential development of a corresponding roll (1, 2), said unit being characterized in that it comprises means (M1, M2, U) for independently adjusting the speed of rotation of one or more of said sectors according to their angular position in order to reduce or increase the peripheral speed of said sectors with respect to a speed of feed (Vm) of said sheets.
An assembly system for assisting a user in assembling components (2a - 2d) into a product in accordance with assembly instructions, the assembly system comprising: at least two storage units (4, 4a - 4d) for holding different components (2a - 2d); machine-readable labels (5, 5a - 5d), each label (5, 5a - 5d) being attached to one of the storage units (4, 4a - 4d) and indicating a content of that storage unit (4, 4a - 4d); a camera unit configured to capture an image of the assembly system including the labels (5, 5a - 5d); and characterized by a controller configured to determine a respective position of the at least two storage units (4, 4a - 4d) based on the image captured by the camera unit including the labels (5, 5a - 5d) and to determine the type of components (2a - 2d) contained in the storage units (4, 4a - 4d) using the labels (5, 5a - 5d) of the image captured by the camera unit. at least two storage units (4, 4a - 4d) for holding different components (2a - 2d); machine-readable labels (5, 5a - 5d), each label (5, 5a - 5d) being attached to one of the storage units (4, 4a - 4d) and indicating a content of that storage unit (4, 4a - 4d); a camera unit configured to capture an image of the assembly system including the labels (5, 5a - 5d); and characterized by a controller configured to determine a respective position of the at least two storage units (4, 4a - 4d) based on the image captured by the camera unit including the labels (5, 5a - 5d) and to determine the type of components (2a - 2d) contained in the storage units (4, 4a - 4d) using the labels (5, 5a - 5d) of the image captured by the camera unit.
A tyre handling apparatus, comprising: a central axle configured to mount a wheel rim; a coupling part rotatably mounted on the central axle and configured to couple to a mounted wheel rim, such that rotation of the coupling part causes rotation of the wheel rim; a driving unit configured to rotate the coupling part; a mount/demount unit mounted on the central axle with a fixed angular position and comprising a mount/demount tool arranged to: (i) engage with the mounted wheel rim to fit a tyre, and (ii) engage with the mounted wheel rim to remove a tyre, wherein the central axle has one or more flat portions to engage with the mount/demount unit. a central axle configured to mount a wheel rim; a coupling part rotatably mounted on the central axle and configured to couple to a mounted wheel rim, such that rotation of the coupling part causes rotation of the wheel rim; a driving unit configured to rotate the coupling part; a mount/demount unit mounted on the central axle with a fixed angular position and comprising a mount/demount tool arranged to: (i) engage with the mounted wheel rim to fit a tyre, and (ii) engage with the mounted wheel rim to remove a tyre, wherein the central axle has one or more flat portions to engage with the mount/demount unit.