mhurhangee/ep-ind-claims huggingface dataset:
An assembly including: a cartridge including: a rotor having a wheel (53,54) and a rotational shaft; and a bearing housing accommodating a bearing rotatably supporting the rotor; a wheel-side housing being to be pressed to the bearing housing in an axial direction; a vibration insulator mounted between the cartridge and the wheel-side housing, wherein the vibration insulator comprising: an annular outer ring portion having a wheel-side contact surface configured to come into contact with the wheel-side housing; an annular inner ring portion disposed inside the outer ring portion with a clearance from the outer ring portion and having a bearing-side contact surface configured to come into contact with the bearing housing; and a flexible support portion interposed between the outer ring portion and the inner ring portion and connecting the outer ring portion and the inner ring portion, the flexible support portion being elastically deformable, wherein the flexible support portion includes a plurality of wave-shaped plate spring parts disposed in the clearance and including an elementary wave-shaped plate spring part folded in a wave shape along a radial direction. a cartridge including: a rotor having a wheel (53,54) and a rotational shaft; and a bearing housing accommodating a bearing rotatably supporting the rotor; a wheel-side housing being to be pressed to the bearing housing in an axial direction; a vibration insulator mounted between the cartridge and the wheel-side housing, wherein the vibration insulator comprising: an annular outer ring portion having a wheel-side contact surface configured to come into contact with the wheel-side housing; an annular inner ring portion disposed inside the outer ring portion with a clearance from the outer ring portion and having a bearing-side contact surface configured to come into contact with the bearing housing; and a flexible support portion interposed between the outer ring portion and the inner ring portion and connecting the outer ring portion and the inner ring portion, the flexible support portion being elastically deformable, wherein the flexible support portion includes a plurality of wave-shaped plate spring parts disposed in the clearance and including an elementary wave-shaped plate spring part folded in a wave shape along a radial direction. an annular outer ring portion having a wheel-side contact surface configured to come into contact with the wheel-side housing; an annular inner ring portion disposed inside the outer ring portion with a clearance from the outer ring portion and having a bearing-side contact surface configured to come into contact with the bearing housing; and a flexible support portion interposed between the outer ring portion and the inner ring portion and connecting the outer ring portion and the inner ring portion, the flexible support portion being elastically deformable, wherein the flexible support portion includes a plurality of wave-shaped plate spring parts disposed in the clearance and including an elementary wave-shaped plate spring part folded in a wave shape along a radial direction.
Method for determining the total mass of an electrically driveable vehicle, wherein a portion of the drive torque is applied by a rider, comprising the steps of: - determining the speed and a gradient of the route being travelled by the vehicle, - determining the drive torque of the electric motor in the case of a purely electrically driven vehicle, - determining the drive torque, which is applied by the rider, by means of torque sensors and/or rotation speed sensors, and - determining the total mass of the vehicle on the basis of Newton's second law depending on the determined drive torque of the electric motor, the gradient of the route which is being travelled, and the speed, characterized in that - the process of determining the total mass is performed at a determined drive torque of the rider of 0 Nm. - determining the speed and a gradient of the route being travelled by the vehicle, - determining the drive torque of the electric motor in the case of a purely electrically driven vehicle, - determining the drive torque, which is applied by the rider, by means of torque sensors and/or rotation speed sensors, and - determining the total mass of the vehicle on the basis of Newton's second law depending on the determined drive torque of the electric motor, the gradient of the route which is being travelled, and the speed, - the process of determining the total mass is performed at a determined drive torque of the rider of 0 Nm.
A square baler having a bale case within which crop is compacted by means of a plunger, a discharge outlet at one end of the bale case and an ejector system for advancing bales towards the discharge outlet independently of the movement of the compacting plunger, the ejector system comprising a shuttle assembly mounted in a wall of the bale case for reciprocation parallel to the direction of movement of the bales (16,18) in the bale case, and a plurality of dogs mounted on the shuttle assembly to engage a bale in the bale case and to advance the bale incrementally out of the discharge outlet as the shuttle assembly reciprocates relative to the bale case, wherein the number of dogs engaging the bales (16,18) in the bale case is selectable to eject only the last completed bale or both the bales in the bale case, characterised in that a control system is provided to select the number of dogs automatically in dependence of the position of the last completed bale in the bale case as indicated by the output of a sensor responsive to movement of the bales (16,18) in the bale case.
A hierarchical motion prediction method comprising: splitting a first frame comprising a block that is to be motion-predicted into first pixel groups, and generating a down-sampled first frame by selecting a pixel of a same first location from each of the first pixel groups; splitting a second frame that is encoded and then reconstructed into second pixel groups, and generating a down-sampled second frame by selecting a pixel of a same second location that is different from the first location, from each of the split second pixel groups; performing motion prediction on a block of the down-sampled first frame which is the down-sampled version of the block to be motion-predicted by referring to the down-sampled second frame and obtaining a motion vector of the block of the down-sampled first frame; and expanding the motion vector based on a down sampling rate of the first frame, wherein each of the first and second split pixel groups consists of four pixels being a left upper first pixel, a right upper second pixel, a left lower third pixel, and a right lower fourth pixel that are adjacent to each other, wherein, in the generating of the down-sampled first frame, a pixel of the first location is selected from the four pixels included in the first pixel groups of the first frame, and wherein, in the generating of the down-sampled second frame, a pixel of the second location that is different from the first location is selected from the four pixels included in the second pixel groups of the second frame. splitting a first frame comprising a block that is to be motion-predicted into first pixel groups, and generating a down-sampled first frame by selecting a pixel of a same first location from each of the first pixel groups; splitting a second frame that is encoded and then reconstructed into second pixel groups, and generating a down-sampled second frame by selecting a pixel of a same second location that is different from the first location, from each of the split second pixel groups; performing motion prediction on a block of the down-sampled first frame which is the down-sampled version of the block to be motion-predicted by referring to the down-sampled second frame and obtaining a motion vector of the block of the down-sampled first frame; and expanding the motion vector based on a down sampling rate of the first frame, wherein each of the first and second split pixel groups consists of four pixels being a left upper first pixel, a right upper second pixel, a left lower third pixel, and a right lower fourth pixel that are adjacent to each other, wherein, in the generating of the down-sampled first frame, a pixel of the first location is selected from the four pixels included in the first pixel groups of the first frame, and wherein, in the generating of the down-sampled second frame, a pixel of the second location that is different from the first location is selected from the four pixels included in the second pixel groups of the second frame.
An ink-jet printing method comprising the step of ejecting a water-based ink onto a printing medium using a printing apparatus to print characters or images on the printing medium, said printing apparatus comprising an ink-jet printing head (12K, 12C, 12M, 12Y) that ejects the water-based ink onto the printing medium that is transported in a feeding direction thereof; and a drying mechanism that is disposed on a downstream side in a feeding direction of the printing medium, in which the printing medium is in the form of a transparent resin printing medium, and the water-based ink comprises a white ink, and a black or chromatic ink, and characterized in that the drying mechanism blows a superheated steam that is heated to a temperature of not lower than 100°C and not higher than 180°C against at least one of a printing surface and an opposite surface of the printing medium.
Hermetic circular connector comprising at least one contact in an housing and a glass-metal sealing material between the at least one contact and the housing characterized in that - the at least one contact is made of copper or copper alloy, optionally nickel-plated or nickel-gold-plated, - the housing is made of metal or alloy, said metal or alloy having a coefficient of thermal expansion greater than 16 ppm/°C, said metal or alloy possibly having undergone a surface treatment, - the glass-metal sealing material is a tellurium oxide-based glass having the composition consisting of, in mole percent: - from 50 to 80% TeO 2, advantageously from 60 to 70%; - from 8 to 40% ZnO, advantageously from 15 to 35%; - from 2 to 25% TiO 2, advantageously from 3 to 10%. - from 0 to 20% of an oxide α x O y, advantageously from 1 to 6%, α being an element selected from the group consisting of Ba, Ce, Er, Sb, Y, La and B, x being an integer equal to 1 or 2 and y being an integer equal to 1, 2 or 3; - optionally ZnF 2 in a content of 2 to 10%, advantageously of 3 to 8% - and unavoidable impurities, provided that ZnF 2 is present when α x O y is BaO, said composition being essentially free of lead oxide, sodium oxide, potassium oxide and vanadium oxide characterized in that it has a helium leakage rate of equal or less than 10 -11 mbar.l/s. - the at least one contact is made of copper or copper alloy, optionally nickel-plated or nickel-gold-plated, - the housing is made of metal or alloy, said metal or alloy having a coefficient of thermal expansion greater than 16 ppm/°C, said metal or alloy possibly having undergone a surface treatment, - the glass-metal sealing material is a tellurium oxide-based glass having the composition consisting of, in mole percent: - from 50 to 80% TeO 2, advantageously from 60 to 70%; - from 8 to 40% ZnO, advantageously from 15 to 35%; - from 2 to 25% TiO 2, advantageously from 3 to 10%. - from 0 to 20% of an oxide α x O y, advantageously from 1 to 6%, α being an element selected from the group consisting of Ba, Ce, Er, Sb, Y, La and B, x being an integer equal to 1 or 2 and y being an integer equal to 1, 2 or 3; - optionally ZnF 2 in a content of 2 to 10%, advantageously of 3 to 8% - and unavoidable impurities, provided that ZnF 2 is present when α x O y is BaO, said composition being essentially free of lead oxide, sodium oxide, potassium oxide and vanadium oxide characterized in that it has a helium leakage rate of equal or less than 10 -11 mbar.l/s. - from 50 to 80% TeO 2, advantageously from 60 to 70%; - from 8 to 40% ZnO, advantageously from 15 to 35%; - from 2 to 25% TiO 2, advantageously from 3 to 10%. - from 0 to 20% of an oxide α x O y, advantageously from 1 to 6%, α being an element selected from the group consisting of Ba, Ce, Er, Sb, Y, La and B, x being an integer equal to 1 or 2 and y being an integer equal to 1, 2 or 3; - optionally ZnF 2 in a content of 2 to 10%, advantageously of 3 to 8% - and unavoidable impurities, provided that ZnF 2 is present when α x O y is BaO, said composition being essentially free of lead oxide, sodium oxide, potassium oxide and vanadium oxide
Process for obtaining a food package based on polypropylene modified with nano-structured materials, comprising a step of modifying polypropylene with a mixed composite of Titanium dioxide and Silicium dioxide modified with silver nano-particles by weight percent of 0.5-3% silver (Ag/TiO 2 -SiO 2 with 0.5-3wt% Ag) and obtaining a food package with the modified polypropylene.
Solid microparticles consisting of epidermal lipids and a polyalcohol selected from mannitol, threhalose and xylitol, wherein the amount of the polyalcohol ranges from 5% to 20% by weight based on the weight of the lipids, and wherein the epidermal lipids are a mixture of cholesterol, one or more ceramides and one or more fatty acids at a weight ratio of 1:1:1.
A wireless communication method by a user equipment, UE, comprising: performing, by the UE, a first operation for a pending scheduling request, SR; wherein the first operation comprises that if a resource for a SR transmission occasion overlaps with data, the UE performs a first prioritization based on at least one of the following: prioritizing a secondary cell, SCell, beam failure recovery, BFR, SR or the data; and prioritizing the SCell BFR SR if no higher priority data is multiplexed or can be multiplexed in a grant; and wherein the first prioritization is performed in a medium access control, MAC, layer of the UE; characterised in that if the first prioritization performed in the MAC layer is performed before both the SR and the data are delivered to the PHY layer, only one resource of the SR and the data is delivered; and if one overlapping resource of the resource of the SR and the data is delivered to the PHY layer, a latter one resource of the SR and the data is delivered to the PHY layer if the latter one resource of the SR and the data has a higher priority or is prioritized. prioritizing a secondary cell, SCell, beam failure recovery, BFR, SR or the data; and prioritizing the SCell BFR SR if no higher priority data is multiplexed or can be multiplexed in a grant; and wherein the first prioritization is performed in a medium access control, MAC, layer of the UE; characterised in that if the first prioritization performed in the MAC layer is performed before both the SR and the data are delivered to the PHY layer, only one resource of the SR and the data is delivered; and if one overlapping resource of the resource of the SR and the data is delivered to the PHY layer, a latter one resource of the SR and the data is delivered to the PHY layer if the latter one resource of the SR and the data has a higher priority or is prioritized.
An apparatus for controlling addition of a network node to a multi-hop network of a multi-hop technology comprising a bridge device, the network node being a combo network device with a single-hop communication unit of a single-hop technology for establishing a point-to-point connection and a multi-hop communication unit of the multi-hop technology for communicating with other network devices of the multi-hop network, wherein the apparatus comprises: - a single-hop communication unit of the single-hop technology adapted for establishing a point-to-point connection to the network node; - a trigger unit adapted for initiating a joining procedure between the network node and the bridge device in order to add the network node to the multi-hop network of the bridge device; and - a network interface adapted for establishing a network connection to the bridge device; - wherein the apparatus is characterised by being adapted to use the single-hop communication unit for reading a commissioning code from the network node and to use the network interface for forwarding the read commissioning code to the bridge device and for instructing the bridge device to: send a command to network nodes of the multi-hop network to initiate a reset to a factory new state and the joining procedure if the own commissioning code of the network node matches with the received commissioning code; and initiate a search for new devices in the multi-hop network based on the commissioning code. - a single-hop communication unit of the single-hop technology adapted for establishing a point-to-point connection to the network node; - a trigger unit adapted for initiating a joining procedure between the network node and the bridge device in order to add the network node to the multi-hop network of the bridge device; and - a network interface adapted for establishing a network connection to the bridge device; - wherein the apparatus is characterised by being adapted to use the single-hop communication unit for reading a commissioning code from the network node and to use the network interface for forwarding the read commissioning code to the bridge device and for instructing the bridge device to: send a command to network nodes of the multi-hop network to initiate a reset to a factory new state and the joining procedure if the own commissioning code of the network node matches with the received commissioning code; and initiate a search for new devices in the multi-hop network based on the commissioning code. send a command to network nodes of the multi-hop network to initiate a reset to a factory new state and the joining procedure if the own commissioning code of the network node matches with the received commissioning code; and initiate a search for new devices in the multi-hop network based on the commissioning code.
An external functional device which comprises at least one housing element having at least one flow channel and one valve device, the external functional device being designed as a medical fluid treatment cassette, the valve device comprising: - at least one valve insert elastic in at least one section thereof, which is arranged and designed to open or close the flow channel, the valve insert comprising an elastic bending ring area, an elastic sealing ring as a first sealing device and a guiding device, - at least one receiving device for the valve insert, the receiving device being provided in the housing element and comprising a second sealing device, the valve insert being arranged in the receiving device in order to be form-locking and/or force-locking compressible against the second sealing device by means of force transmission and/or displacement imprint on the valve insert by means of the elastic sealing ring; wherein the valve insert is designed and arranged in the flow channel in such a way that, due to its elasticity during displacement imprint and/or pressing force, it can be switched between at least three different valve states, wherein in a valve state, no external force or no preload or no significant preload acts on the valve insert, this valve state corresponding to a bidirectional flow position through the flow channel. - at least one valve insert elastic in at least one section thereof, which is arranged and designed to open or close the flow channel, the valve insert comprising an elastic bending ring area, an elastic sealing ring as a first sealing device and a guiding device, - at least one receiving device for the valve insert, the receiving device being provided in the housing element and comprising a second sealing device, the valve insert being arranged in the receiving device in order to be form-locking and/or force-locking compressible against the second sealing device by means of force transmission and/or displacement imprint on the valve insert by means of the elastic sealing ring;
An isolated, plant expressed recombinant human DNase I protein consisting of a plant expressed recombinant human DNase I protein having a Glycine residue as the N-terminal amino acid, said recombinant human DNase I protein having reduced susceptibility to actin inhibition of endonuclease activity as compared with that of mammalian cell expressed human recombinant DNase I, wherein said plant expressed recombinant human DNase I protein has the amino acid sequence as set forth in SEQ ID NO: 5 and wherein said plant expressed recombinant human DNase I protein has at least one core α-(1,3) fucose.
Sanitary fitting having a water inlet, at least one operating element, an outlet having a surface overflown with water and being at least partially manufactured of a transparent material, and a light-emitting illuminating device (12; 32; 42) wherein the illuminating device (12; 32; 42) comprises one or multiple light-emitting diodes and incorporates light into an end face of the transparent material (14; 34; 44) of the outlet such that a part of the light exits at the end of the outlet with the water jet and another part of the light exits along the light path through the surface of the transparent material (14; 34; 44) of the outlet; characterised in that a) outlet is constructed as a channel that is open at the top, in which the base of the outlet is made of the transparent material (14; 34); wherein b) transparent material (14; 34) tapers wedge-shaped in a lengthwise direction such that multiple reflections along the light path between the surfaces (34'; 34") of the transparent material occur, whereby the amount of light exiting the surface along the light path is increased. a) outlet is constructed as a channel that is open at the top, in which the base of the outlet is made of the transparent material (14; 34); wherein b) transparent material (14; 34) tapers wedge-shaped in a lengthwise direction such that multiple reflections along the light path between the surfaces (34'; 34") of the transparent material occur, whereby the amount of light exiting the surface along the light path is increased.