mhurhangee/ep-ind-claims huggingface dataset:
An apparatus, comprising: a first portion coupleable onto a top of a manually-operated dose knob (104, 204) of a medication delivery device (100, 200); and a second portion coupled to the first portion and coupleable onto a top of a housing (106, 206) of the medication delivery device (100, 200), wherein the second portion is operable to receive dose information electronically from an external device and to drive the first portion to operate the dose knob (104, 204) to set a dosage of the medication delivery device (100, 200). a first portion coupleable onto a top of a manually-operated dose knob (104, 204) of a medication delivery device (100, 200); and a second portion coupled to the first portion and coupleable onto a top of a housing (106, 206) of the medication delivery device (100, 200), wherein the second portion is operable to receive dose information electronically from an external device and to drive the first portion to operate the dose knob (104, 204) to set a dosage of the medication delivery device (100, 200).
A media gateway comprising: a plurality of instantiations of a media session manager function; a plurality of instantiations of a media processor function; and a plurality of instantiations of a media session state datastore function, wherein instantiations of the media session manager function, instantiations of the media processor function, and instantiations of the media session state datastore function are instantiated on different containers. a plurality of instantiations of a media session manager function; a plurality of instantiations of a media processor function; and a plurality of instantiations of a media session state datastore function, wherein instantiations of the media session manager function, instantiations of the media processor function, and instantiations of the media session state datastore function are instantiated on different containers.
A system for additively manufacturing and/or repairing a superalloy component via laser metal deposition utilizing a sintered wire, comprising: a pressure vessel connected to a powder feed system (220, 222) for delivering at least two powders to a powder mixing zone of the pressure vessel; a heating device contained within the pressure vessel, the heating device configured to heat a mixture of the at least two different powders mixed in the powder mixing zone so that liquid phase sintering occurs creating a sintered wire; a laser wire welding system, comprising: a laser energy source operably configured to direct a laser energy towards a base material for forming a melt pool thereon and for laser processing the sintered wire deposited into the melt pool for forming a layer of additive material on the base material, and a welding head for receiving the sintered wire directly from the pressure vessel, wherein the sintered wire is continuously fed from the pressure vessel to the laser wire welding system. a pressure vessel connected to a powder feed system (220, 222) for delivering at least two powders to a powder mixing zone of the pressure vessel; a heating device contained within the pressure vessel, the heating device configured to heat a mixture of the at least two different powders mixed in the powder mixing zone so that liquid phase sintering occurs creating a sintered wire; a laser wire welding system, comprising: a laser energy source operably configured to direct a laser energy towards a base material for forming a melt pool thereon and for laser processing the sintered wire deposited into the melt pool for forming a layer of additive material on the base material, and a welding head for receiving the sintered wire directly from the pressure vessel, a laser energy source operably configured to direct a laser energy towards a base material for forming a melt pool thereon and for laser processing the sintered wire deposited into the melt pool for forming a layer of additive material on the base material, and a welding head for receiving the sintered wire directly from the pressure vessel, wherein the sintered wire is continuously fed from the pressure vessel to the laser wire welding system.
Method for selecting an entry server (Pj) of an IMS communication network, implemented by a proxy server (Prx) of said network, comprising, following the reception from a terminal (Ti) of a registration message sent according to the SIP protocol, the following steps: - obtaining of a value of at least one field of the SIP registration message, said field being representative of a characteristic specific to the terminal, - selection, from at least said obtained value, of an entry server having a configuration suited to said characteristic, - sending to the terminal of an SIP redirect message comprising an IP address of said selected entry server. - obtaining of a value of at least one field of the SIP registration message, said field being representative of a characteristic specific to the terminal, - selection, from at least said obtained value, of an entry server having a configuration suited to said characteristic, - sending to the terminal of an SIP redirect message comprising an IP address of said selected entry server.
Machine tool for the workpiece machining of workpieces, wherein the machine tool (10; 100) has a first spindle assembly (21; 121) and at least one second spindle assembly with in each case at least two work spindles mounted in a common spindle housing (26, 126), and on each of which a machining tool for workpiece machining may be mounted, wherein the machine tool (10; 100) has a workpiece holding unit for holding of workpieces for workpiece machining by the machining tools, wherein the machine tool (10; 100) has a guide assembly (30; 130) for the relative positioning of the workpiece holding unit holding the workpieces and the first spindle assembly (21; 121) and the second spindle assembly or assemblies (22; 122) for the workpiece machining, wherein the first spindle assembly (21; 121) is guided on a first spindle assembly guide (31; 131) of the guide assembly (30; 130) and the second spindle assembly or assemblies (22; 122) are guided on a second spindle assembly guide (32; 132) of the guide assembly (30; 130) which is separate from the first spindle assembly guide, so that the spindle assemblies are adjustable independently of one another in a working area in which the workpieces for workpiece machining are provided by the workpiece holding unit and a tool change area provided for the changeover of machining tools on the work spindles, characterised in that there is provided in the tool change area a tool magazine which is designed and provided for the changeover of at least two machining tools, and the tool change area is provided for at least two spindle assemblies on a single tool change side next to the working area, so that the two or more spindle assemblies are moved in each case to the same tool change side for the tool changeover.
Impeller of a rotary pump with a rear support plate on which the impeller vanes are arranged, in which permanent magnets are attached on the back of the support plate to capture particles contained in the pumped liquid, characterised by a disc or cap being mounted on the rear of the impeller, in or on which the magnets are mounted, and by the outer surface of the disc or cap facing the flow on the back of the support plate being covered by a layer of material.
A panel device comprising: a panel for performing at least one of input and output of information related to operation of a work machine; and a support mechanism that rotatably supports the panel, wherein the support mechanism includes a first support axis fixed to the work machine, a second support axis fixed to the panel, and a connecting arm that is swingably held by the first support axis and the second support axis and connects the first support axis and the second support axis, the panel device being characterized in that the support mechanism further includes a guide rail configured to be fixed on one of the work machine and the panel, an engaging member engaged with the guide rail that moves along the guide rail, and a regulating arm attachable to the engaging member and configured to be held on the other of the work machine and the panel so as to be oscillatable by one of the first support axis and the second support axis, further wherein when the panel rotates, the rotation angle of the connecting arm with respect to the first support axis and the rotation angle of the connecting arm with respect to the second support axis are regulated by the regulating arm. a panel for performing at least one of input and output of information related to operation of a work machine; and a support mechanism that rotatably supports the panel, wherein the support mechanism includes a first support axis fixed to the work machine, a second support axis fixed to the panel, and a connecting arm that is swingably held by the first support axis and the second support axis and connects the first support axis and the second support axis, the panel device being characterized in that the support mechanism further includes a guide rail configured to be fixed on one of the work machine and the panel, an engaging member engaged with the guide rail that moves along the guide rail, and a regulating arm attachable to the engaging member and configured to be held on the other of the work machine and the panel so as to be oscillatable by one of the first support axis and the second support axis, further wherein when the panel rotates, the rotation angle of the connecting arm with respect to the first support axis and the rotation angle of the connecting arm with respect to the second support axis are regulated by the regulating arm.
Electric heater especially for an automobile vehicle, with an electric heating element, which is connectable to an electric power source, with an insulating element and with a tube with the electric heating element being placed inside the tube and being electrically insulated from the tube, with the tube having at least one opening, through which the insulating element and the electric heating element can be inserted into the tube, wherein the electric heater features a safety element, which is plugged into the at least one opening of the tube, with the safety element having at least one distance element, which defines the orientation of the electric heating element and/or the insulating element in relation to the tube, characterized in that the safety element features two distance elements protruding in a rectangular direction from a base with each of the distance elements featuring a recess to receive the electric heating element and/or the insulating element.
A microfluidic device comprising a tank supplying a microchannel with a first fluid, and a circuit in which a flow of a second fluid can be established without contact with the microchannel, wherein the circuit passes through the tank or is connected to the tank by a pipe, characterized in that the circuit comprises an on/off valve mounted in parallel with a proportional valve, the maximum opening cross-section of the proportional valve being smaller than the maximum opening cross-section of the on/off valve, these valves (11, 12) being controllable so as to modify the pressure applied in the tank to the first fluid by the second fluid.
A system for repairing a native heart valve having at least first and second native leaflets (6, 7), the system comprising: a prosthetic heart valve; a first leaflet brace having a first end portion and a second end portion, and a second leaflet brace having a first end portion and a second end portion, wherein each of the first and second leaflet braces (18, 20) forms an elongate flexible structure and is configured to extend partially around the first and second native leaflets (6, 7); and a first fastener configured to join the first end portion of the first leaflet brace and the first end portion of the second leaflet brace and a second fastener configured to join the second end portion of the first leaflet brace and the second end portion of the second leaflet brace so that the first and second leaflet braces (18, 20) encircle the first and second native leaflets (6, 7), wherein the prosthetic heart valve is configured to expand within the at least first and second leaflets (6, 7) of the native heart valve and the first and second leaflet braces (18, 20) so as to sandwich the at least first and second leaflets (6, 7) between the prosthetic heart valve and the first and second leaflet braces (18, 20). a prosthetic heart valve; a first leaflet brace having a first end portion and a second end portion, and a second leaflet brace having a first end portion and a second end portion, wherein each of the first and second leaflet braces (18, 20) forms an elongate flexible structure and is configured to extend partially around the first and second native leaflets (6, 7); and a first fastener configured to join the first end portion of the first leaflet brace and the first end portion of the second leaflet brace and a second fastener configured to join the second end portion of the first leaflet brace and the second end portion of the second leaflet brace so that the first and second leaflet braces (18, 20) encircle the first and second native leaflets (6, 7), wherein the prosthetic heart valve is configured to expand within the at least first and second leaflets (6, 7) of the native heart valve and the first and second leaflet braces (18, 20) so as to sandwich the at least first and second leaflets (6, 7) between the prosthetic heart valve and the first and second leaflet braces (18, 20).
A center device engaged in communication via a communication line with a plurality of terminal devices each installed in one of a plurality of moving bodies, comprising: a travel-completion information generation unit that is adapted to generate travel-completion information based upon information related to traveling conditions of each moving body transmitted from the terminal device in the moving body; a storage unit (12, 14) in which sets of the travel-completion information corresponding to the plurality of moving bodies are stored; and a route search unit that is adapted to search for a recommended route to a destination based upon the travel-completion information, characterized in that the travel-completion information includes travel-completed link information as travel-completed records pertaining to links each having been traveled from a starting end to a terminating end thereof by one of the plurality of moving bodies. a travel-completion information generation unit that is adapted to generate travel-completion information based upon information related to traveling conditions of each moving body transmitted from the terminal device in the moving body; a storage unit (12, 14) in which sets of the travel-completion information corresponding to the plurality of moving bodies are stored; and a route search unit that is adapted to search for a recommended route to a destination based upon the travel-completion information, characterized in that the travel-completion information includes travel-completed link information as travel-completed records pertaining to links each having been traveled from a starting end to a terminating end thereof by one of the plurality of moving bodies.
A method for wireless communications, comprising: determining, at a wireless device (116, 122, 250, 402), a prioritization of a collection of carriers allocated for transmitting wireless signals; adjusting transmission power for a plurality of carriers in the collection of carriers according to the prioritization comprising adjusting transmission power of channels within each of the carriers in the plurality of carriers; and transmitting signals over one or more of the carriers using a plurality of antennas according to the transmission power, characterised in that two channel components of the channels are transmitted using separate antennas within the plurality of antennas and separate power amplifiers; and wherein determining the prioritization comprises: receiving, at the wireless device, the prioritization from one or more upstream network components (100, 210, 404). determining, at a wireless device (116, 122, 250, 402), a prioritization of a collection of carriers allocated for transmitting wireless signals; adjusting transmission power for a plurality of carriers in the collection of carriers according to the prioritization comprising adjusting transmission power of channels within each of the carriers in the plurality of carriers; and transmitting signals over one or more of the carriers using a plurality of antennas according to the transmission power, characterised in that two channel components of the channels are transmitted using separate antennas within the plurality of antennas and separate power amplifiers; and wherein determining the prioritization comprises: receiving, at the wireless device, the prioritization from one or more upstream network components (100, 210, 404).
A charged particle beam device for inspecting or structuring a specimen having a charged particle beam source to generate a charged particle beam, a focussing lens to focus the charged particle beam onto the specimen, and an aperture system for defining an aperture for defining an aperture angle (α; α x) at which the charged particle beam arrives at the focussing lens, the aperture system comprising: a first member to block a first portion of the charged particle beam between the charged particle beam source and the focussing lens; a second member to block a second portion of the charged particle beam between the charged particle beam source and the focussing lens; first means for moving the first member to adjust the size of the blocked first portion of the charged particle beam; second means for moving the second member independently of the first member; and whereby the first member and the second member have a respective first edge and second edge capable of defining a respective first boundary and second boundary of the aperture which extend essentially in parallel; and whereby the first means or the second means for moving the respective first or second member (20; 30) are capable of moving the respective first edge or second edge in a direction in which the respective first edge or second edge extends without changing the shape of the aperture. a first member to block a first portion of the charged particle beam between the charged particle beam source and the focussing lens; a second member to block a second portion of the charged particle beam between the charged particle beam source and the focussing lens; first means for moving the first member to adjust the size of the blocked first portion of the charged particle beam; second means for moving the second member independently of the first member; and whereby the first member and the second member have a respective first edge and second edge capable of defining a respective first boundary and second boundary of the aperture which extend essentially in parallel; and whereby the first means or the second means for moving the respective first or second member (20; 30) are capable of moving the respective first edge or second edge in a direction in which the respective first edge or second edge extends without changing the shape of the aperture. whereby the first member and the second member have a respective first edge and second edge capable of defining a respective first boundary and second boundary of the aperture which extend essentially in parallel; and whereby the first means or the second means for moving the respective first or second member (20; 30) are capable of moving the respective first edge or second edge in a direction in which the respective first edge or second edge extends without changing the shape of the aperture.
Aircraft having at least two antenna units (3, 4, 5) and a central control unit, wherein the at least two antenna units (3, 4, 5) are configured so as, in a first mode of operation, to send and/or receive signals in respectively different, nonoverlapping frequency bands independently of one another, and the central control unit is configured to control the at least two antenna units (3, 4, 5) in a second mode of operation such that they transmit and/or receive a common signal in a common frequency band by making use of multiple input multiple output (MIMO) transmission technology, characterized in that the central control unit is configured to control the at least two antenna units (3, 4, 5) in accordance with the second mode of operation when the aircraft is not in the air, wherein the at least two antenna units (3, 4, 5) are configured to send and/or receive signals in accordance with the first mode of operation when the aircraft is in the air, and wherein the central control unit is configured to automatically detect landing of the aircraft and to change over the mode of operation.
Handle device for function initiation of a lock for opening and/or closing of a moving part, especially a door, trunk lid or the like of a vehicle, with an electronic unit (20, 20') and an operating device, in which the electronic unit (20, 20') serves for data communication with a part of a vehicle site, especially a security system, the operating device monitors an operating zone, tripping of a signal occurs by means of the operating device through a movement of an object within the operating zone, wherein the operating device optically monitors the operating zone, so that a recording of a stipulated movement pattern through movement object leads to tripping of the signal, wherein a second movement pattern initiates a second signal, wherein the object is moved in the movement pattern in a first direction through operating zone and in the second operating pattern, the object is moved in the second direction through the operating zone, and wherein the first direction and the second direction are opposite, wherein for activation of the locking process, the object is moved according to the movement pattern in a first direction through operating zone and for operation of the unlocking process, the object is moved according to the second movement pattern in the second direction through the operating zone, characterized in that the operating device is arranged in a housing, wherein a cover element covers the operating device, wherein the cover element is transparent and wherein the cover element is materially bonded to the housing.
Cutter for dividing, such as cutting or atomising, a processed product by using ultrasound energy, with a blade that comprises at least one blade wing, which narrows at the front side towards a cutting edge, and that is connected at the rear side to a blade back, which comprises larger side surfaces (103U, 103O) opposing one another and smaller front surfaces at the exposed ends, characterised in that a mounting surface is provided on the blade back or an extremity formed thereon, on which mounting surface a first end piece of at least one curved, preferably U-shaped, coupling element (181; 182) is welded, whose second end piece has a connecting member, preferably a threaded bore, that is connectable to an energy converter, which serves for supplying ultrasound energy.
Cabling (1,20) for a motor vehicle, comprising at least one fluid hose, a first cable for heating the fluid hose and at least one electrical connector (6, 18) for connecting the cable to an electrical supply, and at least one hose connector (8, 9) for connecting the fluid hose to a cooperating connector means, said hose connector (8,9) being provided with an electrically heated device arranged to heat at least part of the hose connector, characterized in that the first cable for heating the fluid hose and the electrically heated device are connected to the electrical supply by the same electrical connector, the electrically heated device is connected in parallel to the first cable for heating the fluid hose, the cabling further comprising a second cable connected to the electrically heated device, wherein said second cable is integrated in the fluid hose.