mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a bone replacement, wherein the bone replacement is a tooth implant 12), an abutment and/or a dental prosthesis or is in the form of an artificial tooth of a tooth implant, a dental prosthesis and a prosthesis crown/bridge absorption component that connects the tooth implant and the dental prosthesis or is embodied as an integral tooth replacement, wherein the method includes the following steps: - measuring a cavity in a bone for producing initial data which are indicative for a structure of the cavity, - producing processing data from the initial data, wherein the processing data are indicative for an intended structure of the bone replacement, and - producing the bone replacement by automated processing using the processing data, characterized by the step of - computer-aided ascertaining respective types of a number of surgical instruments on the basis of the initial data, the processing data, a design of the tooth implant, a design of the abutment or a design of the dental prosthesis. - measuring a cavity in a bone for producing initial data which are indicative for a structure of the cavity, - producing processing data from the initial data, wherein the processing data are indicative for an intended structure of the bone replacement, and - producing the bone replacement by automated processing using the processing data, characterized by the step of - computer-aided ascertaining respective types of a number of surgical instruments on the basis of the initial data, the processing data, a design of the tooth implant, a design of the abutment or a design of the dental prosthesis.
Method for operating an electrical circuit, in particular a convertor, wherein the circuit has a mains-side power convertor coupled to a capacitor, wherein the mains-side power convertor has at least two series connections between at least two power semiconductor components (18a, 18b; 18c, 18d; 18e, 18f), wherein the series connections are each connected in parallel between a positive potential and a negative potential to the capacitor, and wherein the mains-side power convertor is coupled to an energy supply network, characterised in that the DC voltage (Udc) applied to the capacitor is determined, that a maximum voltage (Udcmax) is predefined, wherein, if the maximum voltage (Udcmax) is exceeded, the power semiconductor components are switched into their non-conductive state, that further switching of the power semiconductor components into their non-conductive state is blocked for at least as long as the maximum voltage (Udcmax) is exceeded and the normal operation of the electrical circuit is temporarily interrupted, and that, if the DC voltage (Udc) is greater than the maximum voltage (Udcmax) and an AC voltage (Unet) present at one of the phases of the energy supply network is in the maximum amount, at least two of the power semiconductor components are switched into their conductive state, which results in at least one electrical connection between the positive potential and the negative potential via the power semiconductor components which have been switched into their conductive state and the energy supply network, such that the capacitor is discharged in the direction of the energy supply network, and wherein the power semiconductor components switched into their conductive state are only switched back into their non-conductive state if the DC voltage (Udc) is smaller than the maximum voltage (Udcmax).
A medicament dispensing mechanism configured to eject successive doses of the medicament from a medicament chamber, comprising: a housing; a plunger rod configured for ejecting the doses of medicament from the chamber; and an actuation mechanism (38, 34, 32) that comprises a trigger associated with the housing and having a ready position and a fired position with respect thereto, the trigger being configured for manipulation by a user for successive movement, characterized by: a dosing motion from the ready position to the fired position generally in axial translation in which the trigger is associated with the plunger rod to cause the plunger rod to eject one of the doses of a predetermined volume, and a resetting motion from the fired position to the ready position that comprises axial rotation, wherein the trigger is uncoupled from the plunger rod during the resetting motion, wherein the trigger comprises a plurality of ready positions and fired positions disposed in sequence with each other, and wherein the ready positions are circumferentially spaced about the housing. a housing; a plunger rod configured for ejecting the doses of medicament from the chamber; and an actuation mechanism (38, 34, 32) that comprises a trigger associated with the housing and having a ready position and a fired position with respect thereto, the trigger being configured for manipulation by a user for successive movement, characterized by: a dosing motion from the ready position to the fired position generally in axial translation in which the trigger is associated with the plunger rod to cause the plunger rod to eject one of the doses of a predetermined volume, and a resetting motion from the fired position to the ready position that comprises axial rotation, wherein the trigger is uncoupled from the plunger rod during the resetting motion, wherein the trigger comprises a plurality of ready positions and fired positions disposed in sequence with each other, and wherein the ready positions are circumferentially spaced about the housing. a dosing motion from the ready position to the fired position generally in axial translation in which the trigger is associated with the plunger rod to cause the plunger rod to eject one of the doses of a predetermined volume, and a resetting motion from the fired position to the ready position that comprises axial rotation, wherein the trigger is uncoupled from the plunger rod during the resetting motion, wherein the trigger comprises a plurality of ready positions and fired positions disposed in sequence with each other, and wherein the ready positions are circumferentially spaced about the housing.
An LED lighting module comprising - an LED element, - an electronic driving arrangement for driving the LED element, - a heat sink, which heat sink forms a casing for the electronic driving arrangement and comprises a receptacle on a front side with a number of first reference elements (27, 29) for coupling the LED element to the heat sink in a defined orientation, a cavity for enclosing at least parts of the electronic driving arrangement, and a number of second reference elements for coupling the LED light module to a secondary optic (70, 70'), characterized in that the LED element is mounted directly onto the heat sink, a rear cover covers the cavity enclosing the electronic driving arrangement, the rear cover comprises rigid contact elements for electrically connecting the electronic driving arrangement with the LED element or rigid support elements, which mechanically support lead elements between the LED element and the electronic driving arrangement, when the rear cover is assembled with the heat sink. - an LED element, - an electronic driving arrangement for driving the LED element, - a heat sink, which heat sink forms a casing for the electronic driving arrangement and comprises a receptacle on a front side with a number of first reference elements (27, 29) for coupling the LED element to the heat sink in a defined orientation, a cavity for enclosing at least parts of the electronic driving arrangement, and a number of second reference elements for coupling the LED light module to a secondary optic (70, 70'), characterized in that the LED element is mounted directly onto the heat sink, a rear cover covers the cavity enclosing the electronic driving arrangement, the rear cover comprises rigid contact elements for electrically connecting the electronic driving arrangement with the LED element or rigid support elements, which mechanically support lead elements between the LED element and the electronic driving arrangement, when the rear cover is assembled with the heat sink.
A method performed by a user equipment, UE, the method comprising: receiving at the UE a fast dormancy, FD, configuration comprising an indication that the UE is permitted to send an FD indication; characterized by selecting one or more target bearers assigned to the UE to which the FD indication will apply based on the UE's knowledge of on-going connections and their traffic nature; and transmitting (205, 305, 403, 503, 760) the FD indication based on the selection of the one or more target bearers. receiving at the UE a fast dormancy, FD, configuration comprising an indication that the UE is permitted to send an FD indication; characterized by selecting one or more target bearers assigned to the UE to which the FD indication will apply based on the UE's knowledge of on-going connections and their traffic nature; and transmitting (205, 305, 403, 503, 760) the FD indication based on the selection of the one or more target bearers.
A method, comprising: controlling a lift-gas compression process associated with multiple wells using a lift-gas compression process control system, the lift-gas compression process comprising a compressor that compresses a lift gas for injection to facilitate lifting of material from one or more reservoirs associated with the wells; controlling a lift-gas extraction process associated with the multiple wells using a lift-gas extraction process control system; controlling a production separation process using a production separation process control system, the production separation process comprising a separator, wherein operation of the separator in the production separation process affects operation of the compressor in the lift-gas compression process; receiving process-related data (408, 305) associated with at least one of: one or more of the processes and the material from the one or more reservoirs; and optimizing the lift-gas compression process control system, the lift-gas extraction process control system, and the production separation process control system based on the process-related data, wherein the optimizing comprises optimizing a gas lift rate for each of the wells by accepting an optimal gas lift rate as a quadratic optimization target for each gas lift rate, the quadratic optimization target determined based on differences between actual and desired resting values of multiple controlled variables and multiple manipulated variables; wherein the manipulated variables include a number of wells, a compressor discharge pressure, and a compressor speed. controlling a lift-gas compression process associated with multiple wells using a lift-gas compression process control system, the lift-gas compression process comprising a compressor that compresses a lift gas for injection to facilitate lifting of material from one or more reservoirs associated with the wells; controlling a lift-gas extraction process associated with the multiple wells using a lift-gas extraction process control system; controlling a production separation process using a production separation process control system, the production separation process comprising a separator, wherein operation of the separator in the production separation process affects operation of the compressor in the lift-gas compression process; receiving process-related data (408, 305) associated with at least one of: one or more of the processes and the material from the one or more reservoirs; and optimizing the lift-gas compression process control system, the lift-gas extraction process control system, and the production separation process control system based on the process-related data, wherein the optimizing comprises optimizing a gas lift rate for each of the wells by accepting an optimal gas lift rate as a quadratic optimization target for each gas lift rate, the quadratic optimization target determined based on differences between actual and desired resting values of multiple controlled variables and multiple manipulated variables; wherein the manipulated variables include a number of wells, a compressor discharge pressure, and a compressor speed.
A stabilized sizing formulation, comprising a sizing agent and an anionically charged derivative of a non-food polysaccharide, wherein the non-food polysaccharide comprises xylan or arabinogalactan or a mixture thereof and wherein the anionically charged derivative of the non-food polysaccharide is obtained by modifying the non-food polysaccharide with a carboxymethyl reagent.
A gas turbine engine blade comprising: a proximal end and a radially opposite distal end, and a forward side and an axially opposite aft side; an airfoil, a platform, a shank, and a dovetail; wherein said airfoil extends distally from said platform and terminates at said distal end, said shank extends proximally from said platform, and said dovetail extends proximally from said shank and terminates at said proximal end; and a skirt disposed at least partially on an aft side of said shank and extending at least partially from said shank in a direction that is at least partially axially aft of said shank and at least partially radially toward said proximal end; wherein said skirt has a first skirt surface that faces axially toward said forward side and also faces radially toward said proximal end, and said first skirt surface is disposed on a plane that is at an angle relative to an aft side surface of said shank; wherein said first skirt surface and an aft side surface of said shank have a skirt radius disposed therebetween which serves as a transitioning surface between said first skirt surface and an aft surface of said shank and also between said aft surface of said shank and a lateral side of said shank; and characterised in that said skirt comprises a skirt end portion 218a configured to mate with a retainer for fixing the blade to a rotor. a proximal end and a radially opposite distal end, and a forward side and an axially opposite aft side; an airfoil, a platform, a shank, and a dovetail;
A sauna pail for storing water in sauna, which sauna pail comprises a container suitable for storing water, characterized in that the sauna pail further comprises: - at least one light source arrangement that has been arranged so that at least a portion of light produced by the light source arrangement is refracted to outside the sauna pail via surface of water within the container, - a loudspeaker arranged substantially below the container, - a rechargeable battery, and - a frame part that comprises feet and defines a structure inside of which the container, the light source arrangement, the loudspeaker and the rechargeable battery are arranged, wherein the loudspeaker is arranged to transfer sound waves from the loudspeaker to the container for causing vibrations in the water within the container, thereby distorting surface of the water and causing the light refracted via the distorted water surface to produce a lighting effect dependent on the loudspeaker output. - at least one light source arrangement that has been arranged so that at least a portion of light produced by the light source arrangement is refracted to outside the sauna pail via surface of water within the container, - a loudspeaker arranged substantially below the container, - a rechargeable battery, and - a frame part that comprises feet and defines a structure inside of which the container, the light source arrangement, the loudspeaker and the rechargeable battery are arranged,
An in vitro method for implanting spheroids in a skin explant, said method comprising a step c) of implanting at least one spheroid within said skin explant, preferably a spheroid coated with a biologically degradable matrix
A method of fabricating an electrochromic device comprising one or more material layers having an electrochromic layer, the one or more material layers sandwiched between a first conductor layer and a second conductor layer, the method comprising, in order: (i) receiving a substrate with the first conductor layer over its surface; (ii) removing a first width of the first conductor layer in a region along between 50% and 90% of the perimeter of the substrate while leaving a pad of the first conductor layer extending to the perimeter edge and coextensive with the first width along the perimeter edge of the substrate such that the pad of the first conductor layer is along between 50% and 90% of the perimeter; (iii) depositing the one or more material layers of the electrochromic device and the second conductor layer over the surface of the substrate; and (iv) removing by laser edge deletion, a second width of the one or more material layers, the first conductor layer, and the second conductor layer along the entire perimeter of the substrate, wherein the depth of removal of the second width is at least sufficient to remove the first conductor layer, and wherein the second width is sufficient to remove the pad, wherein at least one of the first and second conductor layers is transparent. (i) receiving a substrate with the first conductor layer over its surface; (ii) removing a first width of the first conductor layer in a region along between 50% and 90% of the perimeter of the substrate while leaving a pad of the first conductor layer extending to the perimeter edge and coextensive with the first width along the perimeter edge of the substrate such that the pad of the first conductor layer is along between 50% and 90% of the perimeter; (iii) depositing the one or more material layers of the electrochromic device and the second conductor layer over the surface of the substrate; and (iv) removing by laser edge deletion, a second width of the one or more material layers, the first conductor layer, and the second conductor layer along the entire perimeter of the substrate, wherein the depth of removal of the second width is at least sufficient to remove the first conductor layer, and wherein the second width is sufficient to remove the pad,
An indirect bonding tray for transferring orthodontic brackets to a patient's teeth, the indirect bonding tray comprising: a tray having a lingual side, an occlusal side, and a buccal side formed from a moldable material and configured to be seated on at least a portion of the patient's dental arch, wherein the tray comprises at least one impression of at least one of the patient's teeth and at least one placeholder slot aligned with the at least one impression configured to hold an orthodontic bracket; characterized in that the indirect bonding tray comprises a plurality of handles extending from the occlusal side of the tray, wherein the handles are configured to extend across a subset of adjacent teeth, and the handles are configured to be grasped by a tool for insertion into a patient's mouth. a tray having a lingual side, an occlusal side, and a buccal side formed from a moldable material and configured to be seated on at least a portion of the patient's dental arch, wherein the tray comprises at least one impression of at least one of the patient's teeth and at least one placeholder slot aligned with the at least one impression configured to hold an orthodontic bracket; characterized in that the indirect bonding tray comprises a plurality of handles extending from the occlusal side of the tray, wherein the handles are configured to extend across a subset of adjacent teeth, and the handles are configured to be grasped by a tool for insertion into a patient's mouth.
A mixed reality system comprising: a first MR device configured to present first medical information and first real-world information to a first user via a first MR presentation; a second MR device configured to provide second medical information and second real-world information to a second user via a second MR presentation; and a third device configured to provide third information to a third user, wherein the third information is based at least in part on the first MR presentation or the second MR presentation, and wherein the third device is configured to allow for selection by the third user between the first MR presentation and the second MR presentation on the third device, wherein the third device comprises a third MR device configured to provide third medical information and third real-world information to the third user via a third MR presentation, wherein the first MR presentation or the second MR presentation is presented as part of the third MR presentation as a viewable window within the third MR presentation. a first MR device configured to present first medical information and first real-world information to a first user via a first MR presentation; a second MR device configured to provide second medical information and second real-world information to a second user via a second MR presentation; and a third device configured to provide third information to a third user, wherein the third information is based at least in part on the first MR presentation or the second MR presentation, and wherein the third device is configured to allow for selection by the third user between the first MR presentation and the second MR presentation on the third device, wherein the third device comprises a third MR device configured to provide third medical information and third real-world information to the third user via a third MR presentation, wherein the first MR presentation or the second MR presentation is presented as part of the third MR presentation as a viewable window within the third MR presentation.