mhurhangee/ep-ind-claims huggingface dataset:
A test apparatus for carrying out investigations on trusses, comprising • a frame for holding a truss, • supports for holding the truss on the frame, which supports have junction plates for connecting to bars with a selectable alignment of the bars on the supports, • apparatuses for detachably holding the supports in various selectable positions on the frame, • bars for forming a truss, • at least one junction plate for connecting bars to one another in a selectable alignment, • articulated connecting elements on the junction plates and the ends of the bars for connecting the bars to the junction plates in an articulated manner, • contacts for power and data on the junction plates and the two ends of the bars, in order to transfer power and data between the junction plates and the bars when the junction plates are connected to one another with the bars via the articulated connecting elements, • wherein the bars each have an electronic module for conveying power and receiving and transmitting data, which electronic module is connected to the contacts for power and data on their two ends. • a frame for holding a truss, • supports for holding the truss on the frame, which supports have junction plates for connecting to bars with a selectable alignment of the bars on the supports, • apparatuses for detachably holding the supports in various selectable positions on the frame, • bars for forming a truss, • at least one junction plate for connecting bars to one another in a selectable alignment, • articulated connecting elements on the junction plates and the ends of the bars for connecting the bars to the junction plates in an articulated manner, • contacts for power and data on the junction plates and the two ends of the bars, in order to transfer power and data between the junction plates and the bars when the junction plates are connected to one another with the bars via the articulated connecting elements, • wherein the bars each have an electronic module for conveying power and receiving and transmitting data, which electronic module is connected to the contacts for power and data on their two ends.
Method for the manufacturing of products with anodized high gloss surfaces from extruded profiles of Al-Mg-Si or Al-Mg-Si-Cu alloys, where the alloys initially are cast to extrusion billet(s), containing in wt.% Si: 0,25 - 1,00 Mg: 0,25 - 1,00 Fe: 0,00 - 0,15 Cu: 0,00 - 0,30 Mn: 0,00 - 0,20 Cr: 0,00 - 0,10 Zr: 0,00 - 0,10 Sc: 0,00 - 0,10 Zn: 0,00 - 0,10 Ti: 0,00 - 0,05, and including incidental impurities and balance Al, a) where the billet is homogenised at a holding temperature between 480°C and 620°C and soaked at this temperature for 0-12 hours, where after the billet is subjected to cooling from the homogenisation temperature at a rate of 150°C/h or faster, b) the billet is preheated to a temperature between 400 and 540°C and extruded preferably to a solid shape profile and cooled rapidly down to room temperature, c) optionally artificially ageing the profile, d) deforming the profile more than 10% by a cold rolling operation, where after e) the profile is flash annealed with a heating time of maximum two minutes to a temperature of between 450 - 530 °C for not more than 5 minutes and subsequently quenched, and f) optionally the profile after flash annealing is further subjected to a cold deforming operation to remove residual stresses from cooling and adjusting dimensional tolerances, and g) the profile is finally aged. Si: 0,25 - 1,00 Mg: 0,25 - 1,00 Fe: 0,00 - 0,15 Cu: 0,00 - 0,30 Mn: 0,00 - 0,20 Cr: 0,00 - 0,10 Zr: 0,00 - 0,10 Sc: 0,00 - 0,10 Zn: 0,00 - 0,10 Ti: 0,00 - 0,05, and a) where the billet is homogenised at a holding temperature between 480°C and 620°C and soaked at this temperature for 0-12 hours, where after the billet is subjected to cooling from the homogenisation temperature at a rate of 150°C/h or faster, b) the billet is preheated to a temperature between 400 and 540°C and extruded preferably to a solid shape profile and cooled rapidly down to room temperature, c) optionally artificially ageing the profile, d) deforming the profile more than 10% by a cold rolling operation, where after e) the profile is flash annealed with a heating time of maximum two minutes to a temperature of between 450 - 530 °C for not more than 5 minutes and subsequently quenched, and f) optionally the profile after flash annealing is further subjected to a cold deforming operation to remove residual stresses from cooling and adjusting dimensional tolerances, and g) the profile is finally aged.
A rotor (10, 32) for a hydro-powered electricity generator suitable for installation in a free stream, the rotor (10, 32) including: a hub (12, 34) formed of a shape with a circular cross section and a longitudinal rotational axis, the hub shape adapted to cause pressure in fluid flowing local to the hub (12, 34) to decrease relative to pressure of a balance of fluid in the free stream, and a plurality of blades (16, 36), each having a proximal root and a distal tip, each of the blade roots being mounted to the hub (12, 34) at the widest part thereof, wherein the ratio between the diameter of the tips of the blades to the diameter of the widest part of the hub (12, 34) is less than about 2:1, and characterized in that: a surface of the hub (12, 34) has a profile and the profile radius of the hub surface, in the region where each of the blade roots are mounted to the hub, is one-sixth of the radius of the widest part of the hub (12, 34). a hub (12, 34) formed of a shape with a circular cross section and a longitudinal rotational axis, the hub shape adapted to cause pressure in fluid flowing local to the hub (12, 34) to decrease relative to pressure of a balance of fluid in the free stream, and a plurality of blades (16, 36), each having a proximal root and a distal tip, each of the blade roots being mounted to the hub (12, 34) at the widest part thereof, wherein the ratio between the diameter of the tips of the blades to the diameter of the widest part of the hub (12, 34) is less than about 2:1, and characterized in that: a surface of the hub (12, 34) has a profile and the profile radius of the hub surface, in the region where each of the blade roots are mounted to the hub, is one-sixth of the radius of the widest part of the hub (12, 34).
A distal tip assembly for a catheter, the catheter having a distal end and a proximal end, the distal tip assembly comprising: a flexible tip; a tip guard positioned at the proximal end of the flexible tip; a first valve retaining sleeve, wherein the first valve retaining sleeve is configured to be axially movable over the flexible tip from a proximal position to a distal position; and a second valve retaining sleeve positioned proximally to the first valve retaining sleeve, wherein the second valve retaining sleeve (204 is axially moveable with respect to the first valve retaining sleeve, wherein the tip guard of the flexible tip is encompassed by the first valve retaining sleeve when the first valve retaining sleeve is in its proximal position, and wherein the tip guard is exposed on the proximal side of the first valve retaining sleeve when the first valve retaining sleeve is in its distal position. a flexible tip; a tip guard positioned at the proximal end of the flexible tip; a first valve retaining sleeve, wherein the first valve retaining sleeve is configured to be axially movable over the flexible tip from a proximal position to a distal position; and a second valve retaining sleeve positioned proximally to the first valve retaining sleeve, wherein the second valve retaining sleeve (204 is axially moveable with respect to the first valve retaining sleeve, wherein the tip guard of the flexible tip is encompassed by the first valve retaining sleeve when the first valve retaining sleeve is in its proximal position, and wherein the tip guard is exposed on the proximal side of the first valve retaining sleeve when the first valve retaining sleeve is in its distal position.
A sealing member arranged at a powder container including an opening/closing member that moves from a closing position for closing a nozzle insertion opening to an opening position for opening the nozzle insertion opening due to a contact with a conveying nozzle of an image forming apparatus, the sealing member comprising: a penetrated portion through which a nozzle opening/closing member arranged on an outer side of the conveying nozzle penetrate in a first moving direction in which the opening/closing member moves from the closing position to the opening position, and a sliding-contact surface including an inner circumference of the penetrated portion that rotates relative to an outer circumference of the nozzle opening/closing member while coming in sliding-contact with the outer circumference of the nozzle opening/closing member at the opening position, characterized in that a first layer on the downstream side in the first moving direction is made with micro cellular polymer, and a second layer on the upstream side in the first moving direction is made with expanded polyurethane, wherein the sliding-contact surface is formed such that a frictional force between the sliding-contact surface and the outer circumference of the nozzle opening/closing member at the upstream side thereof in the first moving direction becomes lower than a frictional force between the sliding-contact surface and the outer circumference of the nozzle opening/closing member at the downstream side thereof in the first moving direction. a penetrated portion through which a nozzle opening/closing member arranged on an outer side of the conveying nozzle penetrate in a first moving direction in which the opening/closing member moves from the closing position to the opening position, and a sliding-contact surface including an inner circumference of the penetrated portion that rotates relative to an outer circumference of the nozzle opening/closing member while coming in sliding-contact with the outer circumference of the nozzle opening/closing member at the opening position, characterized in that a first layer on the downstream side in the first moving direction is made with micro cellular polymer, and a second layer on the upstream side in the first moving direction is made with expanded polyurethane, wherein the sliding-contact surface is formed such that a frictional force between the sliding-contact surface and the outer circumference of the nozzle opening/closing member at the upstream side thereof in the first moving direction becomes lower than a frictional force between the sliding-contact surface and the outer circumference of the nozzle opening/closing member at the downstream side thereof in the first moving direction.
A kit for deploying a banner, formed on the one hand by a moving assembly including two posts, a banner able to be deployed between said posts and securing means to fasten said banner to said posts and, on the other hand, by a stationary assembly including two bases anchored to the ground able each to receive an end segment of one of said posts, said kit including reversible locking means of the assembly between a post and its base, and at least the end segment of each of the posts being hollow and including a longitudinal slit formed from its base, whereas said bases are defined by hollow tubes with a section complementary to that of the end segment of the post that they must receive, characterized in that the reversible locking means include a finger mounted transversely on the inner wall of a base and an arm including a branch and a tab forming an angle α between them, said branch including an orifice extending near said angle α, said arm being mounted pivoting inside an end segment of a post and such that said tab, said orifice and the apex of said angle α appear behind the longitudinal slit, said arm including an axis connected to the free end of the branch, parallel to the rim of said free end, the ends (91a, 91b) of said axis respectively being engaged in a hole included by said post, and one of the ends (91a, 91b) of said axis being equipped with a lock emerging from said hole so as to be accessible using a key.
A collaborative communication system, comprising: a plurality of endpoints configured to engage in a collaborative communication session; a plurality of media switches, each of the plurality of media switches configured to route messages associated with the collaborative communication session between the plurality of endpoints; and a plurality of domains, wherein each of the plurality of domains comprises one or more of the plurality of media switches, and each of the plurality of endpoints is associated with one or more of the plurality of domains; wherein a domain of the plurality of domains also includes a feature service configured to provide collaboration session features (112, 116) that are accessible by one or more of the plurality of endpoints associated with the domain. a plurality of endpoints configured to engage in a collaborative communication session; a plurality of media switches, each of the plurality of media switches configured to route messages associated with the collaborative communication session between the plurality of endpoints; and a plurality of domains, wherein each of the plurality of domains comprises one or more of the plurality of media switches, and each of the plurality of endpoints is associated with one or more of the plurality of domains;
A composition comprising a polar organic extract of whole Ambrosia maritima or Ambrosia hispida plant together with a pharmaceutically acceptable carrier for use in treating bladder cancer, prostate cancer or pancreatic cancer, wherein said polar organic extract comprises parthenin, ambrosin, damsin, and neoambrosin.
A method for transmitting a message in an electronic device, the method comprising: displaying a screen comprising an input window and a plurality of dialog windows (1303,1307); displaying an input message on the input window, the input message being inputted by a user of the electronic device; receiving a gesture comprising a movement in a first direction towards a first dialog window and in a second direction towards a second dialog window; determining the first and second dialog window among the plurality of dialog windows based on the respective first and second direction of the movement in the gesture; transmitting the input message to each of the determined first and second dialog window; and displaying the input message in the determined first and second dialog window. displaying a screen comprising an input window and a plurality of dialog windows (1303,1307); displaying an input message on the input window, the input message being inputted by a user of the electronic device; receiving a gesture comprising a movement in a first direction towards a first dialog window and in a second direction towards a second dialog window; determining the first and second dialog window among the plurality of dialog windows based on the respective first and second direction of the movement in the gesture; transmitting the input message to each of the determined first and second dialog window; and displaying the input message in the determined first and second dialog window.
A gelatin comprising dosage form article for oral administration and containing therein a fill composition, the fill composition comprising one or more active materials capable of reacting with gelatin, and optionally one or more excipient materials, said active material comprising krill oil, wherein the dosage form article is a softgel capsule made of a gelatin material and one or more plasticizers, the gelatin material having a mean molecular weight of less than 130,000 g/mol and a low microgel content, wherein the fraction of microgel, having gelatin chains with molar mass greater than 340,000 g/mol, is of less than 10% of the total number of gelatin chains of said gelatin material, and wherein the plasticizer consists essentially of glycerol.
Reactor for deposition of polycrystalline silicon which is delimited laterally and upwardly by a reactor wall and downwardly by a base plate, comprising a plurality of filament rods heatable by direct passage of current and attached to the base plate, a feed gas system passed through one or more openings in the base plate for introducing a silicon-containing reaction mixture into the reactor and an offgas system passed through one or more openings in the base plate for discharging offgas from the reactor, characterized in that the feed gas system and/or the offgas system comprise at least one protective element made of metal, of ceramic or of CFC which comprises openings or mesh apertures, wherein the openings and the mesh apertures of the protective element are configured such that only silicon pieces which may be removed from the feed gas or offgas system by flushing can get into the feed gas or offgas system below the protective element, wherein the feed gas system comprises at least one nozzle and at least one feed gas conduit connected to the nozzle and the protective element is installed in the nozzle or in the feed gas conduit.
A cardiac pacing system comprising: a pulse generator including a housing, the pulse generator configured to generate therapeutic electric pulses; and, at least one lead configured to electrically couple with the pulse generator and transmit the therapeutic electric pulses generated by the pulse generator, the at least one lead comprising: a lead body configured to transmit the therapeutic electric pulses between a distal end and a proximal end of the lead body; an electrode to transmit the therapeutic electric pulses to a heart; at least one sensor disposed at the distal end of the lead body, the at least one sensor configured to monitor physiological characteristics of a patient when the distal end of the lead is advanced through an intercostal space (410, 1302) associated with a cardiac notch of the left lung of the patient; characterized in that the at least one lead further comprises an inflatable balloon extending at least partially beyond a distal tip of the lead body. a pulse generator including a housing, the pulse generator configured to generate therapeutic electric pulses; and, at least one lead configured to electrically couple with the pulse generator and transmit the therapeutic electric pulses generated by the pulse generator, the at least one lead comprising: a lead body configured to transmit the therapeutic electric pulses between a distal end and a proximal end of the lead body; an electrode to transmit the therapeutic electric pulses to a heart; at least one sensor disposed at the distal end of the lead body, the at least one sensor configured to monitor physiological characteristics of a patient when the distal end of the lead is advanced through an intercostal space (410, 1302) associated with a cardiac notch of the left lung of the patient; characterized in that the at least one lead further comprises an inflatable balloon extending at least partially beyond a distal tip of the lead body. a lead body configured to transmit the therapeutic electric pulses between a distal end and a proximal end of the lead body; an electrode to transmit the therapeutic electric pulses to a heart; at least one sensor disposed at the distal end of the lead body, the at least one sensor configured to monitor physiological characteristics of a patient when the distal end of the lead is advanced through an intercostal space (410, 1302) associated with a cardiac notch of the left lung of the patient; characterized in that the at least one lead further comprises an inflatable balloon extending at least partially beyond a distal tip of the lead body.
A coating method for a mineral wool pipe section for thermal insulation of pipes constructed as an essentially round tubular body, wherein a coating material is bonded to an external surface of the pipe section by supplying the coating material into a nip between the coatable pipe section and a heated roll, in which the nip squeezes the coating material against an external surface of the pipe section and a bonding agent contained in the coating material melts, thus adhering to the pipe section's surface, a rotating motion of the pipe section and the roll causing a transfer of the coating material around the pipe section, characterized in that the method comprises squeezing the coating material with the heated roll, whose external surface is formed with ribs extending in a longitudinal direction of the heated roll and enabling the coating material to sink in within the pipe section.
A method for the three-dimensional additive construction of a moulded body, wherein a starting material is solidified successively in layers in a construction process, the layers (3.n) formed in the process each having a predetermined cross-sectional geometry, characterised in that liquid or pasty water glass is used as the starting material and the solidification of the layers (3.n) is effected by solvent removal via the introduction of an energy radiation (4.1).
Slicing apparatus, in particular high-speed slicer, for slicing food products into slices, the slicing apparatus comprising: - a feeding unit configured to feed products along a feeding direction into a cutting region in which a blade for slicing the products into slices is arranged; and - a loading apparatus for loading the food products onto and/or into the slicing apparatus, the loading apparatus comprising at least one magazine unit, the at least one magazine unit including a conveying means that endlessly circulates along a running direction, wherein the conveying means is configured to lift the products to a transferring height at which the products can be transferred along a transferring direction to the feeding unit, wherein the conveying means includes several product support surfaces, the product support surfaces being oriented essentially perpendicular to the running direction and positioned subsequently along the running direction with a space between each other, wherein at least one product is loadable onto a respective product support surface for lifting the product to the transferring height, characterized in that the slicing apparatus further comprises an entraining device that is configured to transfer products lifted to the transferring height along the transferring direction to the feeding unit. - a feeding unit configured to feed products along a feeding direction into a cutting region in which a blade for slicing the products into slices is arranged; and - a loading apparatus for loading the food products onto and/or into the slicing apparatus, the loading apparatus comprising at least one magazine unit, the at least one magazine unit including a conveying means that endlessly circulates along a running direction, wherein the conveying means is configured to lift the products to a transferring height at which the products can be transferred along a transferring direction to the feeding unit, wherein the conveying means includes several product support surfaces, the product support surfaces being oriented essentially perpendicular to the running direction and positioned subsequently along the running direction with a space between each other, wherein at least one product is loadable onto a respective product support surface for lifting the product to the transferring height, characterized in that the slicing apparatus further comprises an entraining device that is configured to transfer products lifted to the transferring height along the transferring direction to the feeding unit.