mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a dental prosthesis based on lithium silicate glass or lithium silicate glass-ceramic, comprising the method steps: - melting a powder with the composition in wt-% SiO 2 50 - 70 % Li 2 O 5 - 25 % Al 2 O 3 0.1 - 20 % K 2 O 0.1 - 15 % CeO 2 0.1 - 15 % B 2 O 3 0 - 5 % P 2 O 5 0 - 15 % Tb 2 O 3 0 - 2 % ZrO 2 0 - 15 % ZnO 2 0 - 4 % as well as at least an additive between 0.1 and 5 wt-% of an oxide from the group BaO, CaO, MgO, MnO, Er 2 O 3, Gd 2 O 3, Na 2 O, Pr 2 O 3, Pr 6 O 11, Sm 2 O 3, TiO 2, V 2 O 5, Y 2 O 3, - producing spherical, lens-shaped or rod-shaped glass particles solidified from the melt; - portioning the glass particles and filling them into a crucible; - melting the glass particles in the crucible and setting a viscosity ν, wherein 4 dPa·s ≤ ν ≤ 80 dPa·s; - casting the thus produced melt into a negative mold which is enclosed by an investment material and corresponds to the dental prosthesis; - solidifying the melt in the negative mold, - crystallizing lithium metasilicate as main crystalline phase from the solidified melt by employing a first heat treatment at a temperature between 600 °C and 760 °C over a time between 20 min and 120 min, - crystallizing lithium disilicate as main crystalline phase during a second heat treatment at a temperature between 760 °C and 860 °C over a time between 5 min and 60 min, - wherein the first and second heat treatment takes place within the investment material or after removal of the solidified melt from the investment material. - melting a powder with the composition in wt-% SiO 2 50 - 70 % Li 2 O 5 - 25 % Al 2 O 3 0.1 - 20 % K 2 O 0.1 - 15 % CeO 2 0.1 - 15 % B 2 O 3 0 - 5 % P 2 O 5 0 - 15 % Tb 2 O 3 0 - 2 % ZrO 2 0 - 15 % ZnO 2 0 - 4 % as well as at least an additive between 0.1 and 5 wt-% of an oxide from the group BaO, CaO, MgO, MnO, Er 2 O 3, Gd 2 O 3, Na 2 O, Pr 2 O 3, Pr 6 O 11, Sm 2 O 3, TiO 2, V 2 O 5, Y 2 O 3, - producing spherical, lens-shaped or rod-shaped glass particles solidified from the melt; - portioning the glass particles and filling them into a crucible; - melting the glass particles in the crucible and setting a viscosity ν, wherein 4 dPa·s ≤ ν ≤ 80 dPa·s; - casting the thus produced melt into a negative mold which is enclosed by an investment material and corresponds to the dental prosthesis; - solidifying the melt in the negative mold, - crystallizing lithium metasilicate as main crystalline phase from the solidified melt by employing a first heat treatment at a temperature between 600 °C and 760 °C over a time between 20 min and 120 min, - crystallizing lithium disilicate as main crystalline phase during a second heat treatment at a temperature between 760 °C and 860 °C over a time between 5 min and 60 min, - wherein the first and second heat treatment takes place within the investment material or after removal of the solidified melt from the investment material.
A power supply system with automatic switchover voltage for vehicle control unit at least comprising: a charging station including a supply communication module and a communication device, wherein said supply communication module is configured to communicate with a vehicle control unit of a mobile vehicle, said supply communication module comprising a power supply module to provide power for said vehicle control unit of said mobile vehicle; wherein said supply communication module provides a first direct voltage and communicates with said vehicle control unit of said mobile vehicle before supplying power, and if said supply communication module does not receive any message from said vehicle control unit of said mobile vehicle within a first time interval, said supply communication module automatically switches to a second direct voltage from said first direct voltage or automatically increases said first direct voltage within a second time interval, and supplies power to said vehicle control unit; and wherein said second direct voltage is greater than said first direct voltage, characterized in that said power supply system further comprises a charging money setting module; wherein said charging money setting module is coupled to said supply communication module to set a charging money to provide said power for said vehicle control unit of said mobile vehicle by said power supply module, and further characterised in that said communication device is coupled to said supply communication module for showing power supply status.
A method for producing a motor vehicle interior trim component from a base body, which is entirely or at least partly produced from a polymeric material, and which is limited along its circumference by side edges, wherein at least one side edge at least partially, preferably all side edges along the entire circumference of the base body, are provided with a cover element on a plastic basis, characterized in that the cover element is printed on the base body by means of a 3D printing method.
A method for sharing a channel occupancy time, applied to a terminal device and comprising: determining uplink control information, UCI, wherein the UCI comprises first indication information, the first indication information is used to enable a network device to determine related information about downlink transmission in a target time period, the terminal device shares a target channel occupancy time, COT, in the target time period with the network device, and the target COT is obtained by the terminal device based on listen before talk, LBT; and transmitting the UCI, characterized in that the UCI further comprises a fourth indication information, the fourth indication information is used to indicate a start time of the target time period and duration of the target time period, the start time of the target time period is configured by using a value of an offset relative to a transmission end time of a PUSCH carrying the UCI. determining uplink control information, UCI, wherein the UCI comprises first indication information, the first indication information is used to enable a network device to determine related information about downlink transmission in a target time period, the terminal device shares a target channel occupancy time, COT, in the target time period with the network device, and the target COT is obtained by the terminal device based on listen before talk, LBT; and transmitting the UCI, characterized in that the UCI further comprises a fourth indication information, the fourth indication information is used to indicate a start time of the target time period and duration of the target time period, the start time of the target time period is configured by using a value of an offset relative to a transmission end time of a PUSCH carrying the UCI.
A process for casting a single crystal axisymmetric thick walled tube, the process comprising: forming an axisymmetric single crystal ring seed around a circular internal core, wherein the ring seed has an inner diameter, characterised in that: the ring seed has a taper on the inner diameter, the internal core has an outer diameter and a matching taper on the outer diameter, said matching taper matching the taper of the inner diameter of the axisymmetric single crystal ring seed, and said internal core being free to translate in a vertical direction relative to the axisymmetric single crystal ring seed; and the process further comprises heating said axisymmetric single crystal ring seed so as to expand said axisymmetric single crystal ring seed relative to said internal core, and allowing said circular internal core to translate relative to said axisymmetric single crystal ring seed in a direction of the force of gravity, thereby maintaining contact between said circular internal core and said axisymmetric single crystal ring seed. the ring seed has a taper on the inner diameter, the internal core has an outer diameter and a matching taper on the outer diameter, said matching taper matching the taper of the inner diameter of the axisymmetric single crystal ring seed, and said internal core being free to translate in a vertical direction relative to the axisymmetric single crystal ring seed; and the process further comprises heating said axisymmetric single crystal ring seed so as to expand said axisymmetric single crystal ring seed relative to said internal core, and allowing said circular internal core to translate relative to said axisymmetric single crystal ring seed in a direction of the force of gravity, thereby maintaining contact between said circular internal core and said axisymmetric single crystal ring seed.
Intelligent distribution module, to be attached to a ventilator, the intelligent distribution module comprising a pressurized breathable air tank and at least one inlet tube and at least one outlet tube, the intelligent distribution module also comprising a control system, including an HMI human interface central unit, characterized in that the intelligent distribution module includes a set of components comprising: - the or each outlet tube is equipped with one or more air flow sensors, one or more manual valves and one or more antibacterial filters. the intelligent distribution module also comprising a control system, including an HMI human interface central unit, characterized in that the intelligent distribution module includes a set of components comprising: - the or each outlet tube is equipped with one or more air flow sensors, one or more manual valves and one or more antibacterial filters. - the or each outlet tube is equipped with one or more air flow sensors, one or more manual valves and one or more antibacterial filters.
A method for producing dual-color LEDs and/or multi-color LEDs by lamination of LEDs with colored phosphor film, comprising: laminating two or more LEDs with two or more colored phosphor films by one step film lamination thereby producing dual and/or multi-color LEDs from two or more LEDs and two or more colored phosphor films in one step; wherein each of the colored phosphor films comprises each respectively a different colored phosphor composition which has a Maximum tan δ; and the difference of each Maximum tan δ varies within a range of 0-30%, each colored phosphor composition comprising a silicone binder. laminating two or more LEDs with two or more colored phosphor films by one step film lamination thereby producing dual and/or multi-color LEDs from two or more LEDs and two or more colored phosphor films in one step; wherein each of the colored phosphor films comprises each respectively a different colored phosphor composition which has a Maximum tan δ; and the difference of each Maximum tan δ varies within a range of 0-30%, each colored phosphor composition comprising a silicone binder.
A controller for a laser system, the controller configured to perform the steps of: identifying parameters for a plurality of laser pulses; and causing a laser device to generate the plurality of laser pulses having the parameters, the laser device configured to couple to an optical fiber having a delivery end for guiding the plurality of laser pulses to a target, wherein the parameters cause the plurality of laser pulses to have an energy sufficient to form a chain of bubbles in a liquid medium from the delivery end of the optical fiber to the target and cause a time sequence for practicing the plurality of laser pulses to be such that a next pulse is fired during a period the bubble initiated by a previous pulse is collapsing and while the bubble initiated by the previous pulse still exists and has not yet been totally collapsed. identifying parameters for a plurality of laser pulses; and causing a laser device to generate the plurality of laser pulses having the parameters, the laser device configured to couple to an optical fiber having a delivery end for guiding the plurality of laser pulses to a target, wherein the parameters cause the plurality of laser pulses to have an energy sufficient to form a chain of bubbles in a liquid medium from the delivery end of the optical fiber to the target and cause a time sequence for practicing the plurality of laser pulses to be such that a next pulse is fired during a period the bubble initiated by a previous pulse is collapsing and while the bubble initiated by the previous pulse still exists and has not yet been totally collapsed.
A composition of microgranule preparation for oral administration, consisting of (i) a microgranule consisting of an inert core and a drug layer, wherein the inert core is coated with the drug layer, and wherein the drug layer consists of an effective ingredient and coating base; and (ii) sugar or sugar alcohol, which is mixed with the microgranule, wherein the effective ingredient is selected from the group consisting of Sildenafil, Tadalafil, Udenafil, Donepezil, Glymepide, Dexibuprofen, Pranlukast, Desmopressin, Acetaminophen, Pitavastatin, Rebamipide, Azithromycin, Pseudoephedrine HCl, Ranitidine HCl, and Levocetirizine HCl. (i) a microgranule consisting of an inert core and a drug layer, wherein the inert core is coated with the drug layer, and wherein the drug layer consists of an effective ingredient and coating base; and (ii) sugar or sugar alcohol, which is mixed with the microgranule,
A cutting tool comprising a drill bit; and a deburring tool mounted to the drill bit and displaceable between a retracted position and an extended position; characterised in that the tool comprises a stop adapted to reduce or eliminate surface tension between the deburring tool and the drill bit when the deburring tool is in the retracted position, the stop being provided as a protrusion on the surface of a recess in the drill bit against which the deburring tool lies when in the retracted state.
A method of detecting a status of a contact, the method comprising: wetting a contact with a wetting voltage; sensing the wetting voltage provided to the contact; providing a constant wetting current across an input of the contact over a wide input voltage range; maintaining the constant wetting current during varying wetting voltage inputs utilizing a current mirror connected across an input of the contact; scaling down the wetting voltage; comparing the wetting voltage to a reference wetting voltage to provide a digital output voltage; and determining the status of the contact in accordance with the digital output voltage. wetting a contact with a wetting voltage; sensing the wetting voltage provided to the contact; providing a constant wetting current across an input of the contact over a wide input voltage range; maintaining the constant wetting current during varying wetting voltage inputs utilizing a current mirror connected across an input of the contact; scaling down the wetting voltage; comparing the wetting voltage to a reference wetting voltage to provide a digital output voltage; and determining the status of the contact in accordance with the digital output voltage.
A three-dimensional cellulosic molded body having an optically detectable core/shell structure, the shell having a higher density and lower crystallinity than the core and the core having a sponge-like structure, characterized in that the shell has a relative density from 65% to 85% and the core has a relative density from 20% to 60% - related to compact cellulose -, shell thickness is between 50 μm and 200 μm, the ratio of the shell thickness to the total diameter of the molded body is between 1:5 and 1:50, and the ratio of the semiaxes of the molded body does not exceed 3:1.
Method for controlling a motor vehicle power train comprising an internal combustion engine, a main electric machine electrically connected to a storage battery, a secondary electric machine electrically connected to said storage battery, and at least one dog gearbox comprising a first primary shaft mechanically connected to the internal combustion engine and to the secondary electric machine, a second primary shaft mechanically connected to the main electric machine, and a secondary shaft, in which the rotational speed (ω ice) of the first primary shaft is synchronized, then the combustion engine transmission ratio for an output ratio is engaged, and torque (T mem) is switched from the second primary shaft to the first primary shaft, in which, when the rotational speed (ω ice) of the first primary shaft is synchronized, if the power setpoint (P mem_target_p3) is too high to be achieved by the main electric machine powered only by the storage battery, the secondary electric machine is forced into a regenerative mode and the electrical power generated by the secondary electric machine is used to supply top-up electrical power to the main electric machine.
Filter system for biopharmaceutical processes, said filter system comprising: - at least one filter unit; and - at least one distributor plate, against which the at least one filter unit rests and which comprises a distributor unit, which is arranged within the distributor plate and is fluidically connected to the at least one filter unit; wherein the distributor unit comprises a conduit system, which extends within the distributor plate and is configured such that the fluid to be filtered can be guided to the at least one filter unit and/or the filtered fluid can be received and discharged from the at least one filter unit, and wherein the distributor unit comprises at least one active control element (232; 238), which is integrated in the distributor plate and is configured to control in an open loop or closed loop manner a fluid flow, which flows through the distributor unit and the at least one filter unit, wherein the distributor unit is tubeless, wherein the fluid connection between the at least one filter unit and the distributor plate is tubeless, and wherein the active control element is preassembled and comprises at least one pump head, which can be connected to a pump drive in order to pump the fluid through the distributor plate and the at least one filter unit. - at least one filter unit; and - at least one distributor plate, against which the at least one filter unit rests and which comprises a distributor unit, which is arranged within the distributor plate and is fluidically connected to the at least one filter unit; wherein the distributor unit comprises a conduit system, which extends within the distributor plate and is configured such that the fluid to be filtered can be guided to the at least one filter unit and/or the filtered fluid can be received and discharged from the at least one filter unit, and wherein the distributor unit comprises at least one active control element (232; 238), which is integrated in the distributor plate and is configured to control in an open loop or closed loop manner a fluid flow, which flows through the distributor unit and the at least one filter unit, wherein the distributor unit is tubeless, wherein the fluid connection between the at least one filter unit and the distributor plate is tubeless, and wherein the active control element is preassembled and comprises at least one pump head, which can be connected to a pump drive in order to pump the fluid through the distributor plate and the at least one filter unit.
An accessory (100; 40; 70) configured to be detachably mountable to an image pickup apparatus including a first mount portion (201, A) including a plurality of first bayonet claw portions (201a-201c), and a plurality of first terminals (203a-203k, 203m), the accessory (100; 40; 70) comprising: a second mount portion (301, B) including a plurality of second bayonet claw portions (301d-301f) configured to enable engagement with the plurality of first bayonet claw portions (201a-201c); and a plurality of second terminals (303a-303k, 303m) configured to enable contact with the plurality of first terminals (203a-203k, 203m) and provided at positions that are different from positions of the plurality of second bayonet claw portions (301d-301f), the number of the plurality of second terminals (303a-303k, 303m) is twelve, characterised in that when viewed in a central axis direction of the second mount portion (301, B), a plurality of half lines that extend from the central axis of the second mount portion (301, B) and pass through a predetermined plurality of second terminals (303f-303k) that are used in communication between the image pickup apparatus and the accessory (100; 40; 70) and through a predetermined second terminal that determines whether the accessory (100; 40; 70) is mounted on the image pickup apparatus or not, among the plurality of second terminals (303a-303k, 303m), all pass through a predetermined second bayonet claw portion among the plurality of second bayonet claw portions (301d-301f). a second mount portion (301, B) including a plurality of second bayonet claw portions (301d-301f) configured to enable engagement with the plurality of first bayonet claw portions (201a-201c); and a plurality of second terminals (303a-303k, 303m) configured to enable contact with the plurality of first terminals (203a-203k, 203m) and provided at positions that are different from positions of the plurality of second bayonet claw portions (301d-301f), the number of the plurality of second terminals (303a-303k, 303m) is twelve, characterised in that when viewed in a central axis direction of the second mount portion (301, B), a plurality of half lines that extend from the central axis of the second mount portion (301, B) and pass through a predetermined plurality of second terminals (303f-303k) that are used in communication between the image pickup apparatus and the accessory (100; 40; 70) and through a predetermined second terminal that determines whether the accessory (100; 40; 70) is mounted on the image pickup apparatus or not, among the plurality of second terminals (303a-303k, 303m), all pass through a predetermined second bayonet claw portion among the plurality of second bayonet claw portions (301d-301f).
Process for the preparation of a precipitated silica, in which: - at least one silicate is reacted with at least one acidifying agent, so as to obtain a suspension of precipitated silica, - the said suspension of precipitated silica is filtered, so as to obtain a filtration cake, - the said filtration cake is subjected to a disintegrating operation comprising the addition of an aluminium compound, - after the disintegrating operation, a drying step is preferably carried out, characterized in that, after the addition of the aluminium compound, succinic acid is added to the filtration cake. - at least one silicate is reacted with at least one acidifying agent, so as to obtain a suspension of precipitated silica, - the said suspension of precipitated silica is filtered, so as to obtain a filtration cake, - the said filtration cake is subjected to a disintegrating operation comprising the addition of an aluminium compound, - after the disintegrating operation, a drying step is preferably carried out, characterized in that, after the addition of the aluminium compound, succinic acid is added to the filtration cake.