mhurhangee/ep-ind-claims huggingface dataset:
Handling gantry for the handling of loads defined in that it includes: - at least one horizontal beam having a longitudinal axis, comprising at each of its ends a foot (3, 4), substantially vertical to straddle a load, - each of the feet (3, 4) having at its bottom, a running base (5, 6) resting on the ground, - a motor drive system for at least one running base (5, 6) to move the said gantry, and - at least two gripping arms (8, 9), substantially vertical, each having at one bottom and free end, an attaching interface capable of being moved and articulated, configured to work together with an additional attaching interface provided on the load, the said gripping arms (8, 9) each having a top end mounted on a mobile trolley supported by a beam and capable of moving, and in that: - the gripping arms (8, 9) are telescopic and assembled to oscillate on the mobile trolleys; - the gantry has a motor drive system to assist the gripping arms (8, 9) in their oscillation movement; and - the said mobile trolleys can be moved individually along at least one running track or at least one pair of running tracks, rectilinear or curved inwards and provided on the beam or beams; and - each foot (3, 4) is connected to the beam by means of a rotating link having a vertical axis, wherein each of the running bases (5, 6) is associated with an independent motor drive. - at least one horizontal beam having a longitudinal axis, comprising at each of its ends a foot (3, 4), substantially vertical to straddle a load, - each of the feet (3, 4) having at its bottom, a running base (5, 6) resting on the ground, - a motor drive system for at least one running base (5, 6) to move the said gantry, and - at least two gripping arms (8, 9), substantially vertical, each having at one bottom and free end, an attaching interface capable of being moved and articulated, configured to work together with an additional attaching interface provided on the load, the said gripping arms (8, 9) each having a top end mounted on a mobile trolley supported by a beam and capable of moving, - the gripping arms (8, 9) are telescopic and assembled to oscillate on the mobile trolleys; - the gantry has a motor drive system to assist the gripping arms (8, 9) in their oscillation movement; and - the said mobile trolleys can be moved individually along at least one running track or at least one pair of running tracks, rectilinear or curved inwards and provided on the beam or beams; and - each foot (3, 4) is connected to the beam by means of a rotating link having a vertical axis, wherein each of the running bases (5, 6) is associated with an independent motor drive.
Automatic machine to deliver a beverage containing caffeine, comprising a water container, a pump, a filtering element to contain, during use, a powdered mixture, a main pipe that connects the container to the filtering element, and a heating element, associated with the container and/or with the main pipe, able to be selectively activated to heat the stream of water delivered from the container toward the filtering element in order to infuse the powdered mixture, said automatic machine also comprising at least an adjustment element to adjust the flow rate of the water, and/or at least an element to divert/choke the flow rate of the water, both able to be selectively activated by a user, and/or a grinding device and/or a metering device, characterized in that it also comprises a processing and control unit configured to calculate and estimate a quantity of caffeine present in the beverage delivered determining a bi-univocal association between the estimated quantity of caffeine present in the final beverage obtained and one or more of the parameters chosen at least between the actual flow rate of water, the temperature of the water, the quantity of water diverted, the grain size and/or the quantity of the mixture and to carry out a direct correlation between functioning parameters of the automatic machine and the estimated value of caffeine resulting in the beverage delivered starting from pre-memorized data and/or data inserted on each occasion, wherein for each setting of the automatic machine determined by the user, or pre-set on the basis of pre-memorized parameters, the processing and control unit is configured to generate a corresponding estimated value of the caffeine present in the beverage and the automatic machine also comprises display means to display said estimated quantity of caffeine present in the beverage obtained.
A method for automatic modeling a process control system, whereby elements of a user interface are arranged in a tree structure reflecting the topography of the elements in the process control system, whereby each element is assigned to at least one input window having a plurality of attributes for setting and/or monitoring a target apparatus controllable in the process control system, whereby the current arrangement of the tree structure is stored as a project, and whereby a list of all input windows opened during the same current operation and properties of each input window are stored as an operating session associated with the project, the properties of each input window comprising the attributes of the input window and the communication status, indicating an online or offline status, of the input window, to thereby be able to restore the properties of the input windows and only the required communication links to distinct nodes of the complete project when loading the project again.
A surgical stapler, comprising: a tubular body portion; a cartridge assembly disposed at a distal end of the body portion for expelling a first annular array of staples and a second annular array of staples each of the staples of the first and second annular arrays of staples having legs (236a, 236b) and a generally straight backspan, the legs (236a, 236b) being contained in a plane, the legs of the staples of the first annular array of staples and the legs of the staples of the second annular of staples having the same length as each other, and an anvil member disposed at the distal end of the tubular body portion and positioned opposite the cartridge assembly to crimp the staples in tissue upon expulsion of the staples from the cartridge assembly, the anvil member having a corresponding first and second annular arrays of staple forming buckets, characterised in that each of the buckets have a curved or bent configuration, the buckets having a curved or bent configuration in a plane different to the plane of the staple legs (236a, 236b), the buckets of the first annular array further configured to crimp the staples so that the legs extend to or beyond the backspan, wherein the second annular array of staple forming buckets includes a depth that is different to a depth of the first annular array of staple forming buckets. a tubular body portion; a cartridge assembly disposed at a distal end of the body portion for expelling a first annular array of staples and a second annular array of staples each of the staples of the first and second annular arrays of staples having legs (236a, 236b) and a generally straight backspan, the legs (236a, 236b) being contained in a plane, the legs of the staples of the first annular array of staples and the legs of the staples of the second annular of staples having the same length as each other, and an anvil member disposed at the distal end of the tubular body portion and positioned opposite the cartridge assembly to crimp the staples in tissue upon expulsion of the staples from the cartridge assembly, the anvil member having a corresponding first and second annular arrays of staple forming buckets, characterised in that each of the buckets have a curved or bent configuration, the buckets having a curved or bent configuration in a plane different to the plane of the staple legs (236a, 236b), the buckets of the first annular array further configured to crimp the staples so that the legs extend to or beyond the backspan, wherein the second annular array of staple forming buckets includes a depth that is different to a depth of the first annular array of staple forming buckets.
Pneumatic chisel, in particular for comminuting polycrystalline silicon, comprising - a housing having a double-acting pneumatic cylinder in which a piston comprising a chisel is movably arranged along a longitudinal axis, wherein the cylinder has a work-side section and a return-side section, wherein the return-side section comprises a damping means and a pressure-equalization opening and wherein the work-side section comprises an end-position damping means and a compressed air connection, - a compressed air reservoir connected to the return-side section of the cylinder, - a chisel guide housing comprising a sealing air chamber, characterized in that the piston is constructed as one piece with the chisel. - a housing having a double-acting pneumatic cylinder in which a piston comprising a chisel is movably arranged along a longitudinal axis, wherein the cylinder has a work-side section and a return-side section, wherein the return-side section comprises a damping means and a pressure-equalization opening and wherein the work-side section comprises an end-position damping means and a compressed air connection, - a compressed air reservoir connected to the return-side section of the cylinder, - a chisel guide housing comprising a sealing air chamber, characterized in that the piston is constructed as one piece with the chisel.
A genetically modified rodent that comprises: a nucleic acid encoding human IL-6 operably linked to an IL-6 promoter, wherein the rodent expresses a human IL-6 polypeptide and does not express a functional native IL-6 polypeptide, and at least one additional nucleic acid selected from the group consisting of: i) a nucleic acid encoding human SIRPa operably linked to a SIRPa promoters, wherein the rodent expresses a human SIRPa polypeptide; ii) a nucleic acid encoding human M-CSF operably linked to a M-CSF promoter, wherein the rodent expresses a human M-CSF polypeptide; iii) a nucleic acid encoding human IL-3 operably linked to an IL-3 promoter, wherein the rodent expresses a human IL-3 polypeptide; iv) a nucleic acid encoding human GM-CSF operably linked to a GM-CSF promoter, wherein the rodent expresses a human GM-CSF polypeptide; and v) a nucleic acid encoding human TPO operably linked to a TPO promoter, wherein the rodent expresses a human TPO polypeptide. a nucleic acid encoding human IL-6 operably linked to an IL-6 promoter, wherein the rodent expresses a human IL-6 polypeptide and does not express a functional native IL-6 polypeptide, and at least one additional nucleic acid selected from the group consisting of: i) a nucleic acid encoding human SIRPa operably linked to a SIRPa promoters, wherein the rodent expresses a human SIRPa polypeptide; ii) a nucleic acid encoding human M-CSF operably linked to a M-CSF promoter, wherein the rodent expresses a human M-CSF polypeptide; iii) a nucleic acid encoding human IL-3 operably linked to an IL-3 promoter, wherein the rodent expresses a human IL-3 polypeptide; iv) a nucleic acid encoding human GM-CSF operably linked to a GM-CSF promoter, wherein the rodent expresses a human GM-CSF polypeptide; and v) a nucleic acid encoding human TPO operably linked to a TPO promoter, wherein the rodent expresses a human TPO polypeptide. i) a nucleic acid encoding human SIRPa operably linked to a SIRPa promoters, wherein the rodent expresses a human SIRPa polypeptide; ii) a nucleic acid encoding human M-CSF operably linked to a M-CSF promoter, wherein the rodent expresses a human M-CSF polypeptide; iii) a nucleic acid encoding human IL-3 operably linked to an IL-3 promoter, wherein the rodent expresses a human IL-3 polypeptide; iv) a nucleic acid encoding human GM-CSF operably linked to a GM-CSF promoter, wherein the rodent expresses a human GM-CSF polypeptide; and v) a nucleic acid encoding human TPO operably linked to a TPO promoter, wherein the rodent expresses a human TPO polypeptide.
Gear for a spur gear section without play having a hub and a sprocket, which is divided along an axis-normal division plane into two partial sprockets, namely into a hub-fixed sprocket part and a sprocket ring which is mounted so as to be coaxially rotatable in relation thereto, and which forms at least three springs enclosing the hub in sections in the circumferential direction, which are arranged in a rotationally-symmetrical manner in relation to the sprocket axis and are integrally connected at their bases to the sprocket ring, mounted in a rotatable manner on the hub, and which are supported with their free ends, protruding towards the hub, on stops of the hub which are likewise arranged in a rotationally-symmetrical manner, characterised in that the stops of the hub have approach surfaces for the free ends of the springs, which surfaces rise radially outward in the circumferential direction towards the bases of the associated springs.
Method for transporting in an aquatic medium a civil engineering structure comprising a mast, the method comprising: ▪ associating the civil engineering structure with at least one buoyancy unit by a fastening means, the fastening means being disposed in a zone of the civil engineering structure located above the equilibrium center of said civil engineering structure associated to the buoyancy device, an inferior portion of the mast extending in the water below the buoyancy device ▪ moving the civil engineering structure and the associated buoyancy unit in the aquatic medium to a desired position, wherein during the moving of the civil engineering structure and the associated buoyance unit in the aquatic medium, the rotational movements of the buoyancy unit and of the civil engineering structure about at least one axis perpendicular to the longitudinal axis of the mast of the civil engineering structure are decoupled. ▪ associating the civil engineering structure with at least one buoyancy unit by a fastening means, the fastening means being disposed in a zone of the civil engineering structure located above the equilibrium center of said civil engineering structure associated to the buoyancy device, an inferior portion of the mast extending in the water below the buoyancy device ▪ moving the civil engineering structure and the associated buoyancy unit in the aquatic medium to a desired position,
An oral aqueous solution comprising 6-acetyl-8-cyclopentyl-5-methyl-2-(5-piperazin-1-yl-pyridin-2-ylamino)-8H-pyrido[2,3-d]pyrimidin-7-one (palbociclib), or a lactate or malate salt thereof, and a buffer system comprising lactic acid or malic acid, said oral aqueous solution having a pH from 3.6 ± 20% to 4.0 ± 20%.
A membrane type scaffold comprising: a first layer configured to be disposed to come into contact with bone tissue in a body and including first fibers arranged in parallel at first intervals and extending in a first direction; and a second layer laminated on the first layer, configured to be disposed to come into contact with soft tissue in the body, and including second fibers arranged in parallel at second intervals and extending in a second direction crossing the first direction, wherein the first interval is larger than the second interval, wherein the first interval is in a range of 150 μm to 400 μm and the second interval is in a range of 30 μm to 50 μm, and wherein the first intervals existing in the first layer have an error within ±20 μm and the second intervals existing in the second layer have an error within ±10 μm. a first layer configured to be disposed to come into contact with bone tissue in a body and including first fibers arranged in parallel at first intervals and extending in a first direction; and a second layer laminated on the first layer, configured to be disposed to come into contact with soft tissue in the body, and including second fibers arranged in parallel at second intervals and extending in a second direction crossing the first direction, wherein the first interval is larger than the second interval, wherein the first interval is in a range of 150 μm to 400 μm and the second interval is in a range of 30 μm to 50 μm, and wherein the first intervals existing in the first layer have an error within ±20 μm and the second intervals existing in the second layer have an error within ±10 μm.
A modular fan unit, adapted to be mounted under a radiator having one or more panels, said fan unit comprising: - a housing, adapted to be located under said radiator; - an electric fan provided within the housing and arranged to drive air upwards over said one or more panels; - a low temperature cut-out sensor having attachment means adapted to be attached to one of said panels, and adapted to activate the fan only upon water temperature in said panel reaching a pre-determined value; and - control means arranged to operate the fan, the modular fan unit being characterized in that the LTC sensor is provided externally of the housing and communicates via a wire with said control means, the attachment means are magnetic attachment means, and the control means comprises a LTC over-ride switch provided on the housing and adapted to enable operation of the fan when water temperature in said panel is below said pre-determined value. - a housing, adapted to be located under said radiator; - an electric fan provided within the housing and arranged to drive air upwards over said one or more panels; - a low temperature cut-out sensor having attachment means adapted to be attached to one of said panels, and adapted to activate the fan only upon water temperature in said panel reaching a pre-determined value; and - control means arranged to operate the fan,
An emulsion comprising: a) an emulsifier in an amount, by weight, from greater than 0% to about 1% of the total weight of the emulsion wherein the emulsifier comprises a natural extract containing saponins; b) a carbohydrate in an amount, by weight, from about 5 to about 55% of the total weight of the emulsion wherein the carbohydrate has a number average molecular weight of from 445 to about 687 g.mol -1; c) an oxidizable flavor or fragrance in an amount, by weight, from about 5 to about 60 % of the total weight of the emulsion; d) water in an amount, by weight, from 15 to 80 % of the total weight of the emulsion; and e) a polymeric emulsifier in an amount, by weight, not more than 10% of the total weight of the emulsion. a) an emulsifier in an amount, by weight, from greater than 0% to about 1% of the total weight of the emulsion wherein the emulsifier comprises a natural extract containing saponins; b) a carbohydrate in an amount, by weight, from about 5 to about 55% of the total weight of the emulsion wherein the carbohydrate has a number average molecular weight of from 445 to about 687 g.mol -1; c) an oxidizable flavor or fragrance in an amount, by weight, from about 5 to about 60 % of the total weight of the emulsion; d) water in an amount, by weight, from 15 to 80 % of the total weight of the emulsion; and e) a polymeric emulsifier in an amount, by weight, not more than 10% of the total weight of the emulsion.
A sofa bed comprising a mattress, a rigid bedstead intended to be the base of the mattress, backrest supports and a lower frame that forms a chest, the bedstead being attached to the chest by means of a folding system on at least one side, wherein the sofa bed comprises a fixing sheet located between the mattress and the bedstead; wherein the fixing sheet covers the entire perimeter of the bedstead; and wherein the fixing sheet is of similar dimensions to the bedstead and is fixed to the bedstead on a central area, leaving the perimeter area free to be able to tuck in the sheets, so that a frequent folding of the bedstead does not undo the bed.
An abutment element for mounting a coil spring arranged at least partially around a cylinder of a suspension strut, wherein the abutment element is provided at least region-wise with a female thread, and wherein at least one thread insert is arranged in the abutment element, the thread insert preferably being of a resilient structure quite particularly in the form of a coil spring, the thread insert having a holding region and an actuating region, wherein the diameter of the thread insert is variable by a movement of the actuating region, wherein a holding means, preferably in the form of a bore, for the holding region is provided in the abutment element, characterized in that the actuating region is mounted moveably in a slot arranged in the abutment element.
Internet Protocol, IP, Multimedia Subsystem, IMS, infrastructure hosting at least two different IMS services, wherein at least one of the at least two different IMS services is based on Rich Communications Suite, RCS, for messaging only, RCS-messaging-only, wherein at least another one of the at least two different IMS services is based on Voice over Long Term Evolution, VoLTE, or Voice over Wireless Fidelity, VoWiFi,, the IMS infrastructure comprising a first server (710, 720, 730, 740, 750, 760) for rerouting a VoLTE or VoWiFi, session invitation for a subscriber (200/400) to a Breakout Gateway, BG, using a Breakout Gateway Control Function, BGCF for forwarding said VoLTE or VoWiFi session invitation to said subscriber (200/400) via a Media Gateway Control Function, MGCF, and a Circuit Switched, CS, network based on determined capabilities and authorizations of said subscriber (200/400) characterized in that: the IMS infrastructure further comprises means for determining the capabilities and authorizations of said subscriber (200/400) by one of: a) a second server (610, 620) via a Contact Header received during a 3 rd party registration by at least one terminating initial Filter Criterion, iFC, for RCS-messaging-only users; b) the first server for rerouting via an iFC, which iFC is only set for RCS-messaging-only users; c) a second server using an enhanced functionality based on Caller Preferences Functionality, CPF, wherein RCS-message-only subscribers are excluded as possible destinations for certain IMS service invitations; d) the first server (750, 760) based on one or more Session Initiation Protocol, SIP, Unified Resource Identifiers, URIs, with distinct domains stored in an extended E.164 Number Mapping, ENUM, server (650, 660) comprised by the IMS infrastructure. a) a second server (610, 620) via a Contact Header received during a 3 rd party registration by at least one terminating initial Filter Criterion, iFC, for RCS-messaging-only users; b) the first server for rerouting via an iFC, which iFC is only set for RCS-messaging-only users; c) a second server using an enhanced functionality based on Caller Preferences Functionality, CPF, wherein RCS-message-only subscribers are excluded as possible destinations for certain IMS service invitations; d) the first server (750, 760) based on one or more Session Initiation Protocol, SIP, Unified Resource Identifiers, URIs, with distinct domains stored in an extended E.164 Number Mapping, ENUM, server (650, 660) comprised by the IMS infrastructure.