mhurhangee/ep-ind-claims huggingface dataset:
An orthodontic bracket, comprising: a body having a front and a back, the back for facing a tooth when the bracket is operably attached thereto, and the front having at least one archwire slot therein, the slot having a length with at least a floor, opposing sides, and an opening for providing an archwire therein, wherein the opening extends the length; a rotatable member for rotating relative to the body from an open position wherein the opening provides archwire access to operably position the archwire within the slot, to one of a plurality of closed positions wherein for each closed position, at least a portion of the rotatable member inhibits the archwire from moving through the opening; wherein a first portion of the rotatable member is secured within a recess of the body, and rotates therein when the rotatable member rotates between the open and any of the closed positions; wherein the portion of the rotatable member further comprises two slot coverable extensions that are substantially straight and bar shaped, said extensions being parallel to each other, and wherein, the archwire is restrained by the two slot coverable extensions when the portion is rotated to at least one closed position of the plurality of closed positions; and wherein said first portion includes at least one projection, and the recess includes a wall therein having a bank of notches, wherein the bank and the projection interact for preventing the portion from detaching from the recess. a body having a front and a back, the back for facing a tooth when the bracket is operably attached thereto, and the front having at least one archwire slot therein, the slot having a length with at least a floor, opposing sides, and an opening for providing an archwire therein, wherein the opening extends the length; a rotatable member for rotating relative to the body from an open position wherein the opening provides archwire access to operably position the archwire within the slot, to one of a plurality of closed positions wherein for each closed position, at least a portion of the rotatable member inhibits the archwire from moving through the opening; wherein a first portion of the rotatable member is secured within a recess of the body, and rotates therein when the rotatable member rotates between the open and any of the closed positions; wherein the portion of the rotatable member further comprises two slot coverable extensions that are substantially straight and bar shaped, said extensions being parallel to each other, and wherein, the archwire is restrained by the two slot coverable extensions when the portion is rotated to at least one closed position of the plurality of closed positions; and wherein said first portion includes at least one projection, and the recess includes a wall therein having a bank of notches, wherein the bank and the projection interact for preventing the portion from detaching from the recess.
A battery pack comprising: one or more cells, each cell comprising an electrode assembly comprising a positive electrode, a negative electrode and a separator and a pouch-type battery case to receive the electrode assembly, wherein the cell is received and stacked by a module case, the module case has a fire retarding material or fire extinguishing agent inside or outside, and the fire retarding material or fire extinguishing agent is automatically discharged from the module case when swelling of the cell occurs, characterized in that the battery pack further comprises a horizon detection sensor to detect distortion of the walls of the module case caused by swelling of the cell, and when the horizon detection sensor determines that the walls of the module case are distorted, the fire retarding material or fire extinguishing agent is sprayed toward the cell. one or more cells, each cell comprising an electrode assembly comprising a positive electrode, a negative electrode and a separator and a pouch-type battery case to receive the electrode assembly, wherein the cell is received and stacked by a module case, the module case has a fire retarding material or fire extinguishing agent inside or outside, and the fire retarding material or fire extinguishing agent is automatically discharged from the module case when swelling of the cell occurs, characterized in that the battery pack further comprises a horizon detection sensor to detect distortion of the walls of the module case caused by swelling of the cell, and when the horizon detection sensor determines that the walls of the module case are distorted, the fire retarding material or fire extinguishing agent is sprayed toward the cell.
A composition for photoluminescence of the chemical formula M 2(1-y-z) Yb 2y Rem 2z ADO 5-x Hal 2x wherein M is at least one element selected from Y, Gd, La, Lu, In, Sc, Bi, and mixtures thereof; A is at least one element selected from Ba, Sr, Ca, and mixtures thereof; D is at least one element selected from Zn, Mg, Cu, Ni, Mn, Fe, and mixtures thereof; Hal is at least one element selected from F, Cl, Br, I, and mixtures thereof; Rem is at least one rare earth element selected from Ce, Dy, Er, Eu, Ho, Nd, Pr, Sm, Tb, Tm, and mixtures thereof; x is from 0.02 to 2.5; y is from 0 to 1; z is from 0 to 1; at least one of y and z is at least 0.001; and the total sum of y + z is at most 1. M is at least one element selected from Y, Gd, La, Lu, In, Sc, Bi, and mixtures thereof; A is at least one element selected from Ba, Sr, Ca, and mixtures thereof; D is at least one element selected from Zn, Mg, Cu, Ni, Mn, Fe, and mixtures thereof; Hal is at least one element selected from F, Cl, Br, I, and mixtures thereof; Rem is at least one rare earth element selected from Ce, Dy, Er, Eu, Ho, Nd, Pr, Sm, Tb, Tm, and mixtures thereof; x is from 0.02 to 2.5; y is from 0 to 1; z is from 0 to 1; at least one of y and z is at least 0.001; and the total sum of y + z is at most 1.
A mounting structure for an energy storage assembly of a circuit breaker, comprising an energy storage lever and an energy storage spring, wherein one end of the energy storage lever is an energy storage end which is connected with the energy storage spring, and the other end of the energy storage lever is a driving end; the energy storage lever rotates around a lever fulcrum in the middle of the energy storage lever by applying an external force to the driving end, thereby compressing the energy storage spring at the energy storage end to finish energy storage; one end of the energy storage spring is connected and mounted with the energy storage lever, and the other end of the energy storage spring is mounted in a base support; an energy storage mounting shaft as a rotating fulcrum of the energy storage lever is also arranged in the middle of the energy storage lever; the driving end is stressed, such that the energy storage lever rotates around the energy storage mounting shaft; characterised in that the base support is of a U-shaped structure; the side surface of the base support having the U-shaped structure is connected and mounted with a side plate assembly, thereby fixing the energy storage spring inside the base support; the base support having the U-shaped structure comprises a base supporting sheet which is connected with the end part of the energy storage spring, and base mounting sheets oppositely arranged at two sides of the base supporting sheet; a support guide rail configured to guide and limit is also arranged on each base mounting sheet; a guiding shaft is fixedly mounted on the side plate assembly.
A process for producing a wild type, an attenuated and/or a recombinant poxvirus with no targeted infection specificity comprising the steps of: a) preparing a culture of packaging cells, b) infecting said cell culture, c) culturing said infected cells for an appropriate period of time, in particular between two and four days, d) recovering the poxviral particles produced from the culture supernatant and the packaging cells, wherein step d) comprises the disruption of the packaging cells by using a high speed homogenizer, e) a clarification step of the mixture obtained from step d), allowing the withdrawal of the cellular debris, wherein said clarification step is a depth filtration step, f) a concentration step, wherein said concentration step is a microfiltration step, and g) a diafiltration step, wherein no nuclease and more particularly no benzonase is used, and wherein said process is free from animal products. a) preparing a culture of packaging cells, b) infecting said cell culture, c) culturing said infected cells for an appropriate period of time, in particular between two and four days, d) recovering the poxviral particles produced from the culture supernatant and the packaging cells, wherein step d) comprises the disruption of the packaging cells by using a high speed homogenizer, e) a clarification step of the mixture obtained from step d), allowing the withdrawal of the cellular debris, wherein said clarification step is a depth filtration step, f) a concentration step, wherein said concentration step is a microfiltration step, and g) a diafiltration step,
A depressed center grinding wheel comprising an abrasive disc having a working surface and a back surface opposite the working surface, wherein the working surface has a depressed center portion, and wherein the abrasive disc comprises: a working layer comprising first abrasive particles retained in a first binder material, the first abrasive particles comprising first shaped abrasive particles, wherein the first shaped abrasive particles comprise from 40 to 100 weight percent of the first abrasive particles; a back layer comprising second abrasive particles retained in a second binder material comprising first crushed abrasive particles and essentially free of shaped abrasive particles; an intermediate layer disposed between the working layer and the back layer, the intermediate layer comprising third abrasive particles retained in a third binder material, the intermediate layer comprising second shaped abrasive particles and second crushed abrasive particles, wherein the second shaped abrasive particles comprise 25 to 75 weight percent of the second abrasive particles; a first reinforcing scrim sandwiched between the back layer and the intermediate layer; and a second reinforcing scrim adjacent one of: the back layer opposite the intermediate layer; the intermediate layer opposite the back layer; or the working layer opposite the intermediate layer. a working layer comprising first abrasive particles retained in a first binder material, the first abrasive particles comprising first shaped abrasive particles, wherein the first shaped abrasive particles comprise from 40 to 100 weight percent of the first abrasive particles; a back layer comprising second abrasive particles retained in a second binder material comprising first crushed abrasive particles and essentially free of shaped abrasive particles; an intermediate layer disposed between the working layer and the back layer, the intermediate layer comprising third abrasive particles retained in a third binder material, the intermediate layer comprising second shaped abrasive particles and second crushed abrasive particles, wherein the second shaped abrasive particles comprise 25 to 75 weight percent of the second abrasive particles; a first reinforcing scrim sandwiched between the back layer and the intermediate layer; and a second reinforcing scrim adjacent one of: the back layer opposite the intermediate layer; the intermediate layer opposite the back layer; or the working layer opposite the intermediate layer. the back layer opposite the intermediate layer; the intermediate layer opposite the back layer; or the working layer opposite the intermediate layer.
A topical ophthalmic composition containing, as active ingredients, one or more omega-3 polyunsaturated fatty acids and one or more omega-6 polyunsaturated fatty acids, or pharmaceutically acceptable derivatives thereof, selected from their esters with C 1 -C 6 alkyl groups, their triglycerides and their phospholipids,in solution with vitamin E or a pharmaceutically acceptable ester thereof, the said solution being in dispersed form in a hydrogel based on an aqueous vehicle containing one or more gelling polymers, wherein the omega-3 polyunsaturated fatty acids are selected from the group consisting of eicosapentaenoic acid, docosahexaenoic acid and α-linolenic acid and the omega-6 polyunsaturated fatty acids are selected from the group consisting of γ-linolenic acid and linoleic acid, the said one or more gelling polymers being carboxyvinyl polymers.
An injection device comprising: a housing arranged to contain a liquid medicament or a medicament cartridge; an electrical coil arranged around an inner surface or an outer surface of the housing; an electricity storage apparatus electrically connected to the electrical coil; a removable cap that is arranged to be releasably attached to the housing; and a magnet arranged to be movable axially within a defined space with respect to the electrical coil to induce electrical voltage in the electrical coil and to generate current to charge the electricity storage apparatus, wherein the defined space is arranged at a wall of the removable cap. a housing arranged to contain a liquid medicament or a medicament cartridge; an electrical coil arranged around an inner surface or an outer surface of the housing; an electricity storage apparatus electrically connected to the electrical coil; a removable cap that is arranged to be releasably attached to the housing; and a magnet arranged to be movable axially within a defined space with respect to the electrical coil to induce electrical voltage in the electrical coil and to generate current to charge the electricity storage apparatus, wherein the defined space is arranged at a wall of the removable cap.
A method for handling a subscription profile for a subscriber entity, the method being performed by a subscription management entity, the method comprising: obtaining a request from a mobile network operator entity to configure the subscription profile for the subscriber entity, wherein the request comprises information comprising a first indication that the subscription profile is to be configured with a customized PIN code or PUK code; configuring the subscription profile with a customized PIN code or PUK code for the subscriber entity; generating (S104a), by the subscription management entity, the customized PIN code or PUK code based on the information in conjunction with configuring the subscription profile; and providing a second indication of the customized PIN code or PUK code being configured in the subscription profile in a response to the mobile network operator entity. obtaining a request from a mobile network operator entity to configure the subscription profile for the subscriber entity, wherein the request comprises information comprising a first indication that the subscription profile is to be configured with a customized PIN code or PUK code; configuring the subscription profile with a customized PIN code or PUK code for the subscriber entity; generating (S104a), by the subscription management entity, the customized PIN code or PUK code based on the information in conjunction with configuring the subscription profile; and providing a second indication of the customized PIN code or PUK code being configured in the subscription profile in a response to the mobile network operator entity.
A method for reducing the kinetic energy of ions in an ion-confinement apparatus, the method comprising the steps of: (a) moving the ions into the ion-confinement apparatus at a steady state background pressure less than about 5 x 10 -5 Torr and trapping and retaining the ions in the ion-confinement apparatus at the steady state background pressure; (b) after step (a), delivering a cooling gas into the ion-confinement apparatus to raise the pressure above a cooling-gas pressure of about 8 x 10 -5 Torr in at least a portion of the ion confinement apparatus for a predetermined duration that is less than an ion retention time, the ion retention time being the time during which the ions are retained in the ion-confinement apparatus; and (c) ejecting the ions from the ion-confinement apparatus at the end of the retention time. (a) moving the ions into the ion-confinement apparatus at a steady state background pressure less than about 5 x 10 -5 Torr and trapping and retaining the ions in the ion-confinement apparatus at the steady state background pressure; (b) after step (a), delivering a cooling gas into the ion-confinement apparatus to raise the pressure above a cooling-gas pressure of about 8 x 10 -5 Torr in at least a portion of the ion confinement apparatus for a predetermined duration that is less than an ion retention time, the ion retention time being the time during which the ions are retained in the ion-confinement apparatus; and (c) ejecting the ions from the ion-confinement apparatus at the end of the retention time.
A system for respiratory monitoring of a subject; said system comprising: a bioimpedance measurement sensor, which is configured for arrangement in relation to the subject for acquiring a bioimpedance signal; a reference measurement sensor, which is configured for arrangement in relation to the subject for acquiring a reference signal representing a respiratory effort of the subject or a respiratory airflow of the subject; and a processing unit, which is configured to receive the acquired bioimpedance signal and receive a reference signal, the reference signal representing a respiratory effort of the subject or a respiratory airflow at a time of bioimpedance signal acquirement, the processing unit being further configured to divide the bioimpedance signal into an effort component representing a respiratory effort of the subject and a flow component representing a respiratory airflow of the subject based on the received bioimpedance signal and the received reference signal. a bioimpedance measurement sensor, which is configured for arrangement in relation to the subject for acquiring a bioimpedance signal; a reference measurement sensor, which is configured for arrangement in relation to the subject for acquiring a reference signal representing a respiratory effort of the subject or a respiratory airflow of the subject; and a processing unit, which is configured to receive the acquired bioimpedance signal and receive a reference signal, the reference signal representing a respiratory effort of the subject or a respiratory airflow at a time of bioimpedance signal acquirement, the processing unit being further configured to divide the bioimpedance signal into an effort component representing a respiratory effort of the subject and a flow component representing a respiratory airflow of the subject based on the received bioimpedance signal and the received reference signal.
A backing plate integrated sputtering target wherein the sputtering target and the backing plate are made of a Cu-Mn alloy comprising 0.05 to 20 wt.% of Mn, wherein: the backing plate integrated sputtering target comprises a flange part having an enhanced mechanical strength with respect to the remainder of the target; and the flange part has a Vicker's hardness (Hv) of 90 or more and a 0.2% yield stress of 6.98×10 7 N/m 2 or more. the backing plate integrated sputtering target comprises a flange part having an enhanced mechanical strength with respect to the remainder of the target; and the flange part has a Vicker's hardness (Hv) of 90 or more and a 0.2% yield stress of 6.98×10 7 N/m 2 or more.
A nucleic acid extraction method for extracting nucleic acid from a fungal cell, said method comprising the steps of: (i) introducing a fungal cell suspension into a vessel, (ii) sealing the vessel, (iii) heating the fungal cell suspension housed in the vessel up to a prescribed highest temperature with the vessel held in a sealed state, wherein the prescribed highest temperature is in a range of 125°C to 160°C, and (iv) blending a cell lysis accelerator with the fungal cell suspension before or after heating the fungal cell suspension. (i) introducing a fungal cell suspension into a vessel, (ii) sealing the vessel, (iii) heating the fungal cell suspension housed in the vessel up to a prescribed highest temperature with the vessel held in a sealed state, wherein the prescribed highest temperature is in a range of 125°C to 160°C, and (iv) blending a cell lysis accelerator with the fungal cell suspension before or after heating the fungal cell suspension.
Dry liquids in the form of a dry powder having a pulverulent appearance, containing hydrophobic, pyrogenically prepared silica, characterized by the following physiochemical parameters: particle size distribution (agglomerate size distribution) (cumulative undersize) D10% 80 to 140 μm D50% 140 to 200 μm D90% 190 to 340 μm Bulk density DIN 53912 kg/m 3 400 to 500 Tamped density DIN ISO 787 kg/m 3 500 to 600 Solids content DIN 53 198 % 4 to 10 and in that the individual drop size is less than 5 μm. particle size distribution (agglomerate size distribution) (cumulative undersize) D10% 80 to 140 μm D50% 140 to 200 μm D90% 190 to 340 μm Bulk density DIN 53912 kg/m 3 400 to 500 Tamped density DIN ISO 787 kg/m 3 500 to 600 Solids content DIN 53 198 % 4 to 10 and in that the individual drop size is less than 5 μm.
Methanol reformer having a reaction region, a charging region and a discharge region, wherein the reaction region, the charging region and the discharge region are arranged one above the other, wherein the reaction region is arranged at the bottom, wherein at least one first coaxial reaction tube is arranged vertically in the reaction region, wherein the at least one first coaxial reaction tube comprises an outer tube region and an inner tube region, wherein the outer tube region is connected to the charging region and the inner tube region is connected to the discharge region, characterized in that a preheating device for preheating the methanol-water mixture is arranged in the reaction region, wherein the reaction region comprises a preheating device and a reaction device, wherein the preheating device and the reaction device are connected to the charging region, wherein the preheating device and the reaction device are arranged such that the reactants first of all flow through the preheating device in the reaction region, then through the charging region, to be passed to the discharge region via the reaction device in the reaction region, wherein the reaction region, the charging region and the discharge region are arranged in a housing, wherein the discharge region is arranged above the charging region, wherein the reaction region and the charging region are separated by a first separating tray, the charging region and the discharge region are separated by a second separating tray, wherein the outer tube region is connected to the first separating tray and the inner tube region is connected to the second separating tray, wherein the course of flow in the outer tube region runs from top to bottom, wherein the reaction region comprises a lower base, wherein the at least one first coaxial reaction tube is connected to the lower base by a screw connection.