mhurhangee/ep-ind-claims huggingface dataset:
A process for preparing an oral, solid fast dispersing dosage form of a pharmaceutically active substance, wherein said substance exhibits polymorphism in an aqueous environment, comprising the steps of: (a) forming a suspension of particles of said substance in a carrier material in a continuous phase, wherein the carrier material comprises standard molecular weight fish gelatin in which at least 50% of the molecular weight distribution is below 30,000 daltons; (b) reducing the suspension temperature to less than about 15 °C and maintaining the suspension temperature at less than about 15 °C after step (b) and prior to step (c); (c) forming discrete units of the suspension at a formation temperature of less than about 15 °C; and (d) removing the continuous phase to leave the suspension of particles in the carrier material. (a) forming a suspension of particles of said substance in a carrier material in a continuous phase, wherein the carrier material comprises standard molecular weight fish gelatin in which at least 50% of the molecular weight distribution is below 30,000 daltons; (b) reducing the suspension temperature to less than about 15 °C and maintaining the suspension temperature at less than about 15 °C after step (b) and prior to step (c); (c) forming discrete units of the suspension at a formation temperature of less than about 15 °C; and (d) removing the continuous phase to leave the suspension of particles in the carrier material.
Method for operating a furnace, wherein a starting material comprising at least one metal element is molten, wherein the starting material is heated by at least one burner that is operated with a volumetric fuel flow of a fuel and a volumetric oxidant flow of an oxidant, wherein an exhaust gas temperature of the furnace is monitored in an exhaust gas line at least at one measuring point downstream of a post combustion zone, wherein in a standard operating state a target volumetric fuel flow and a target volumetric oxidant flow is fed to the burner, wherein a change of the exhaust gas temperature is recorded at predeterminable time intervals and is compared to a predeterminable threshold value, characterised in that when the change of the exhaust gas temperature per unit time is greater than the threshold value, the burner is put into a reduction operating state for a predetermined reduction period, wherein the ratio of volumetric fuel flow to volumetric oxidant flow is lowered by at least one of the following actions: A) a predeterminable sudden reduction of the volumetric fuel flow to a reduced volumetric flow and B) a predeterminable sudden increase of the volumetric oxidant flow to an increased volumetric flow, said ratio being reset to the standard operating state after expiry of the reduction period, wherein the change of the volumetric flow has a value of at least 3% and is instantaneous. A) a predeterminable sudden reduction of the volumetric fuel flow to a reduced volumetric flow and B) a predeterminable sudden increase of the volumetric oxidant flow to an increased volumetric flow, said ratio being reset to the standard operating state after expiry of the reduction period, wherein the change of the volumetric flow has a value of at least 3% and is instantaneous.
Coke oven door sealing device for sealing a coke oven door against a sealing surface of a coke oven door frame of a coke oven chamber, the coke oven door sealing device comprising: a coke oven door having a panel unit for closing the coke oven chamber; a fixture device for holding a sealing piece in a peripheral area of the coke oven door opposite to the sealing surface, wherein the fixture device is attached to the panel unit; the sealing piece, wherein the sealing piece is configured to be operated in a first operating state or a second operating state; wherein, in a first operating state, the sealing piece is spaced at a first distance from the sealing surface arranged opposite of the sealing piece; and wherein, in a second operating state, the sealing piece contacts the sealing surface; such that in the second operating state, the sealing piece and the panel unit at least partially shape a cavity; and wherein the coke oven door sealing device further comprises a first insulation element for thermally insulating the sealing piece, wherein the first insulation element is arranged on the fixture device and the first insulation element is arranged between the fixture device and the panel unit, so that the fixture device is indirectly attached to the panel unit. a coke oven door having a panel unit for closing the coke oven chamber; a fixture device for holding a sealing piece in a peripheral area of the coke oven door opposite to the sealing surface, wherein the fixture device is attached to the panel unit; the sealing piece, wherein the sealing piece is configured to be operated in a first operating state or a second operating state; wherein, in a first operating state, the sealing piece is spaced at a first distance from the sealing surface arranged opposite of the sealing piece; and wherein, in a second operating state, the sealing piece contacts the sealing surface; such that in the second operating state, the sealing piece and the panel unit at least partially shape a cavity; and wherein the coke oven door sealing device further comprises a first insulation element for thermally insulating the sealing piece, wherein the first insulation element is arranged on the fixture device and the first insulation element is arranged between the fixture device and the panel unit, so that the fixture device is indirectly attached to the panel unit.
An automatic fire protection sprinkler assembly comprising: a sprinkler frame having an inlet, an outlet and an internal passageway extending from the inlet and the outlet, the frame including a sealing surface formed about the outlet; a deflector member spaced from the outlet; a seal assembly for sealing the internal passageway, the seal assembly including a body having a proximal end, a distal end and a wall circumscribed about a central axis (B--B) to define an outer surface and an inner surface forming an internal chamber, the wall defining an opening at the proximal end of the body exposing the internal chamber to the internal passageway and a floor at the distal end of the body to enclose the chamber; and a thermally responsive trigger disposed between the seal assembly and the deflector member to support the seal assembly in the outlet such that a portion of the proximal end of the body engages the sealing surface to form a fluid tight seal with the internal passageway in fluid communication with the internal chamber, characterized by the body of the seal assembly being symmetrical about a first plane, a second plane intersecting the first plane along the central axis to define a bisected body, the bisected body defining an elliptical profile. a sprinkler frame having an inlet, an outlet and an internal passageway extending from the inlet and the outlet, the frame including a sealing surface formed about the outlet; a deflector member spaced from the outlet; a seal assembly for sealing the internal passageway, the seal assembly including a body having a proximal end, a distal end and a wall circumscribed about a central axis (B--B) to define an outer surface and an inner surface forming an internal chamber, the wall defining an opening at the proximal end of the body exposing the internal chamber to the internal passageway and a floor at the distal end of the body to enclose the chamber; and a thermally responsive trigger disposed between the seal assembly and the deflector member to support the seal assembly in the outlet such that a portion of the proximal end of the body engages the sealing surface to form a fluid tight seal with the internal passageway in fluid communication with the internal chamber, characterized by the body of the seal assembly being symmetrical about a first plane, a second plane intersecting the first plane along the central axis to define a bisected body, the bisected body defining an elliptical profile.
Method for assisting a user in creating a measurement plan for a measurement to be carried out with a dimensional measuring apparatus and/or in controlling the measurement to be carried out with the measuring apparatus, wherein the method comprises the following steps: - providing a device for controlling the dimensional measuring apparatus and for assisting a user in creating a measurement plan for a measurement to be carried out with the dimensional measuring apparatus and/or during the measurement in the course of control of the measurement to be carried out with the measuring apparatus, wherein the following further steps are to be carried out by this device: - receiving a plurality of setting parameters which are selected by a user with regard to one measurement or control command from a plurality of measurement or control commands for the measurement to be carried out with the measuring apparatus; - evaluating the plurality of setting parameters on the basis of a statistical evaluation and/or an evaluation by means of machine-assisted learning; - determining a presetting which assigns at least one setting parameter of the evaluated plurality of setting parameters to the measurement or control command; and - outputting a setting parameter proposal on the basis of the determined presetting if an input command for selecting the measurement or control command is received. - providing a device for controlling the dimensional measuring apparatus and for assisting a user in creating a measurement plan for a measurement to be carried out with the dimensional measuring apparatus and/or during the measurement in the course of control of the measurement to be carried out with the measuring apparatus, wherein the following further steps are to be carried out by this device: - receiving a plurality of setting parameters which are selected by a user with regard to one measurement or control command from a plurality of measurement or control commands for the measurement to be carried out with the measuring apparatus; - evaluating the plurality of setting parameters on the basis of a statistical evaluation and/or an evaluation by means of machine-assisted learning; - determining a presetting which assigns at least one setting parameter of the evaluated plurality of setting parameters to the measurement or control command; and - outputting a setting parameter proposal on the basis of the determined presetting if an input command for selecting the measurement or control command is received.
- Method to integrate a first part and a second part comprising composite material, both parts (1, 2) being at least partially thermoplastic parts, the method comprising the following steps: - providing the first part, - placing the first part in a tool, - applying in-situ consolidation process, such that integration layers of thermoplastic material are laid on thermoplastic plies of the first part and the integration of the first part with the integration layers is obtained, the integration layers being the first layers of the second part, wherein the applied in-situ consolidation process comprises the following sub-steps: - a tape is melted by a heat source, and welded to the layer below, - compression by a roller, and - cooling down below melting temperature of thermoplastic, - laying the rest of the second part, and - curing or consolidation of the rest of the second part, wherein the second part is a hybrid part with integration layers of thermoplastic material and the rest of the second part is of thermoset material, and the integration layers and the rest of the second part are joined by means of integration elements before the curing step of the rest of the second part. - providing the first part, - placing the first part in a tool, - applying in-situ consolidation process, such that integration layers of thermoplastic material are laid on thermoplastic plies of the first part and the integration of the first part with the integration layers is obtained, the integration layers being the first layers of the second part, wherein the applied in-situ consolidation process comprises the following sub-steps: - a tape is melted by a heat source, and welded to the layer below, - compression by a roller, and - cooling down below melting temperature of thermoplastic, - a tape is melted by a heat source, and welded to the layer below, - compression by a roller, and - cooling down below melting temperature of thermoplastic, - laying the rest of the second part, and - curing or consolidation of the rest of the second part,
A display device comprising: a light-emitting device comprising a plurality of pixels, each pixel comprising a first light-emitting element and a second light-emitting element; and a first shield means and a second shield means; and an optical system (102, 202) provided at a side of the light-emitting device, wherein each of the first light-emitting element and the second light-emitting element comprises a first electrode (703, 704), a second electrode, and a light-emitting layer between the first electrode (703, 704) and the second electrode; wherein the first light-emitting element is configured to emit a first light, wherein the second light-emitting element is configured to emit a second light, wherein the first electrode (703, 704) has translucency, wherein the second electrode has translucency, wherein one of the first and second electrodes are separated for each light-emitting element and the other one of the first and second electrodes are common for the light-emitting elements, wherein the first shield means is configured to shield the first light to one side of the light-emitting elements, wherein the second shield means is configured to shield the second light to another side of the light-emitting elements, and wherein the optical system (102, 202) is configured to make the first light from a pixel of the plurality of pixels incident into a left eye of a viewer and make the first light from another pixel of the plurality of pixels incident into a right eye of the viewer by controlling a traveling direction of the first light and the second light. a light-emitting device comprising a plurality of pixels, each pixel comprising a first light-emitting element and a second light-emitting element; and a first shield means and a second shield means; and an optical system (102, 202) provided at a side of the light-emitting device, wherein each of the first light-emitting element and the second light-emitting element comprises a first electrode (703, 704), a second electrode, and a light-emitting layer between the first electrode (703, 704) and the second electrode; wherein the first light-emitting element is configured to emit a first light, wherein the second light-emitting element is configured to emit a second light, wherein the first electrode (703, 704) has translucency, wherein the second electrode has translucency, wherein one of the first and second electrodes are separated for each light-emitting element and the other one of the first and second electrodes are common for the light-emitting elements, wherein the first shield means is configured to shield the first light to one side of the light-emitting elements, wherein the second shield means is configured to shield the second light to another side of the light-emitting elements, and wherein the optical system (102, 202) is configured to make the first light from a pixel of the plurality of pixels incident into a left eye of a viewer and make the first light from another pixel of the plurality of pixels incident into a right eye of the viewer by controlling a traveling direction of the first light and the second light.
A ride vehicle control system for a ride vehicle of an attraction, the ride vehicle control system comprising: a plurality of sensors configured to monitor a guest supported by the ride vehicle; an actuator system configured to couple to the ride vehicle; and one or more processors configured to: receive signals from the plurality of sensors, wherein the signals are indicative of a position of the guest, a movement of the guest, or both; determine an intended movement for the ride vehicle based on the signals; and control the actuator system to adjust a resistance to movement of the ride vehicle, to adjust a force applied to the ride vehicle, or both to facilitate the intended movement. an actuator system configured to couple to the ride vehicle; and one or more processors configured to: receive signals from the plurality of sensors, wherein the signals are indicative of a position of the guest, a movement of the guest, or both; determine an intended movement for the ride vehicle based on the signals; and control the actuator system to adjust a resistance to movement of the ride vehicle, to adjust a force applied to the ride vehicle, or both to facilitate the intended movement. receive signals from the plurality of sensors, wherein the signals are indicative of a position of the guest, a movement of the guest, or both; determine an intended movement for the ride vehicle based on the signals; and control the actuator system to adjust a resistance to movement of the ride vehicle, to adjust a force applied to the ride vehicle, or both to facilitate the intended movement.
Method for compensating an interference effect, on a welding current provided by a welding current source for welding a workpiece, from another welding current source, comprising the steps of: (a) providing a compensation voltage (U Komp), which is calculated on the basis of a welding current progression provided by the other welding current source; (b) subtracting the compensation voltage (U Komp) from a measurement voltage (U Mess), measured by a voltage measurement unit of the welding current source, to determine a corrected measurement voltage (U' Mess); and (c) regulating the welding current generated by the welding current source as a function of the corrected measurement voltage (U' Mess). (a) providing a compensation voltage (U Komp), which is calculated on the basis of a welding current progression provided by the other welding current source; (b) subtracting the compensation voltage (U Komp) from a measurement voltage (U Mess), measured by a voltage measurement unit of the welding current source, to determine a corrected measurement voltage (U' Mess); and (c) regulating the welding current generated by the welding current source as a function of the corrected measurement voltage (U' Mess).
Device for depositing veneer strips on a carrier board, comprising - a veneer magazine in the region of an upper end of a transporting device with at least two compartments which are designed for storing and providing veneer strips, - means for transferring the veneer strips from the compartments to the transporting device, - wherein the transporting device extends obliquely downwards from an upper end towards a lower end in the region of a transporting plane for the carrier board, and is designed to transport at least two individual adjacently arranged veneer strips from the upper end to the lower end and to deposit them on the carrier board, and - a monitoring system for detecting the position of the veneer strips on the transporting device. - a veneer magazine in the region of an upper end of a transporting device with at least two compartments which are designed for storing and providing veneer strips, - means for transferring the veneer strips from the compartments to the transporting device, - wherein the transporting device extends obliquely downwards from an upper end towards a lower end in the region of a transporting plane for the carrier board, and is designed to transport at least two individual adjacently arranged veneer strips from the upper end to the lower end and to deposit them on the carrier board, and - a monitoring system for detecting the position of the veneer strips on the transporting device.
A method for document processing in a wireless communication apparatus, wherein said method comprises the following steps: A. Upon receiving a document of an unidentifiable type, a wireless communication apparatus sends the document to a network server via a wireless communication module; B. Upon receiving the document sent by the wireless communication apparatus, the network server carries out a document type conversion processing by performing a type identification on said document, reading the document type, and activating a corresponding application on the network server to open said document for document conversion, wherein opening said document is to correspondingly convert the document to a document of an image format sequentially page by page and save the same sequentially page by page; and then sends the converted document to the wireless communication apparatus via a wireless network; C. Upon receiving the document converted by the network server, establishing a corresponding independent folder for each document, and saving the received document of an image format as converted by the network server sequentially into said corresponding independent folder, then the wireless communication apparatus opens the document by calling a corresponding application with a document processing module. A. Upon receiving a document of an unidentifiable type, a wireless communication apparatus sends the document to a network server via a wireless communication module; B. Upon receiving the document sent by the wireless communication apparatus, the network server carries out a document type conversion processing by performing a type identification on said document, reading the document type, and activating a corresponding application on the network server to open said document for document conversion, wherein opening said document is to correspondingly convert the document to a document of an image format sequentially page by page and save the same sequentially page by page; and then sends the converted document to the wireless communication apparatus via a wireless network; C. Upon receiving the document converted by the network server, establishing a corresponding independent folder for each document, and saving the received document of an image format as converted by the network server sequentially into said corresponding independent folder, then the wireless communication apparatus opens the document by calling a corresponding application with a document processing module.
A method for determining the concentration of an anionic polymer or oligomer in an industrial water sample comprising: (a) adding a multifunctional buffer solution to said sample wherein said multifunctional buffer solution comprises at least one masking agent selected from the group consisting of bivalent manganese salt, ferrous salt, calcium salt, zinc salt, quaternary amine surfactant or any combination thereof; (b) adding a cationic dye solution to the buffer-sample mixture of step (a); (c) measuring absorbance of the admixture in step (b) above at a selected wavelength or wavelengths; and (d) determining polymer or oligomer concentration from the absorbance values determined in step (c) based on a predetermined calibration equation. (a) adding a multifunctional buffer solution to said sample wherein said multifunctional buffer solution comprises at least one masking agent selected from the group consisting of bivalent manganese salt, ferrous salt, calcium salt, zinc salt, quaternary amine surfactant or any combination thereof; (b) adding a cationic dye solution to the buffer-sample mixture of step (a); (c) measuring absorbance of the admixture in step (b) above at a selected wavelength or wavelengths; and (d) determining polymer or oligomer concentration from the absorbance values determined in step (c) based on a predetermined calibration equation.