mhurhangee/ep-ind-claims huggingface dataset:
A method of configuring a replacement lighting device in a lighting system, the method comprising: - obtaining an original light scene from a memory (106, 108), wherein the original light scene is indicative of lighting control settings for a plurality of lighting devices (112, 114, 116) of the lighting system, - receiving a signal indicative of an addition of a new lighting device to the lighting system, - determining that a first lighting device of the plurality of lighting devices (112, 114, 116) has been removed from the lighting system, - obtaining first data indicative of first light rendering capabilities of the first lighting device, - obtaining second data indicative of second light rendering capabilities of the new lighting device by receiving the second data from the new lighting device or by obtaining the second data from a database based on an identifier or type of the new lighting device, - comparing the first light rendering capabilities to the second light rendering capabilities to identify a difference between the first and second light rendering capabilities, and - generating an updated light scene, wherein the updated light scene comprises a lighting control setting for the new lighting device, wherein the lighting control setting is based on the original light scene and the difference between the first and second light rendering capabilities. - obtaining an original light scene from a memory (106, 108), wherein the original light scene is indicative of lighting control settings for a plurality of lighting devices (112, 114, 116) of the lighting system, - receiving a signal indicative of an addition of a new lighting device to the lighting system, - determining that a first lighting device of the plurality of lighting devices (112, 114, 116) has been removed from the lighting system, - obtaining first data indicative of first light rendering capabilities of the first lighting device, - obtaining second data indicative of second light rendering capabilities of the new lighting device by receiving the second data from the new lighting device or by obtaining the second data from a database based on an identifier or type of the new lighting device, - comparing the first light rendering capabilities to the second light rendering capabilities to identify a difference between the first and second light rendering capabilities, and - generating an updated light scene, wherein the updated light scene comprises a lighting control setting for the new lighting device, wherein the lighting control setting is based on the original light scene and the difference between the first and second light rendering capabilities.
A method for determining in vitro bioequivalence of a sucralfate suspension sample to a sucralfate suspension reference listed drug comprising: a. contacting the sucralfate suspension sample with a bile acid, bile salt and/or a conjugated bile acid or a combination thereof, so as to permit sucralfate-bile interaction, quantifying the interaction so as to obtain quantified values of the interaction and comparing said values to reference values for the sucralfate suspension RLD; and b. contacting the sucralfate suspension sample with a cell culture system comprising mammalian gastrointestinal epithelial cells in the presence of a Non-Steroidal Anti-Inflammatory Drug (NSAID) or a nonselective inhibitor of cyclooxygenase 1 and 2 so as to inhibit cell damage induced by the NSAID or nonselective inhibitor of COX 1 and 2 in the cell culture system, quantifying the cell damage which is loss of cell monolayer's transepithelial electrical resistance (TEER) so as to obtain quantified value(s) for the sucralfate suspension sample and comparing the said value(s) to reference values for the sucralfate suspension RLD; wherein the reference values for the sucralfate suspension RLD in step (a) are derived from a set of values obtained from quantifying the sucralfate-bile interaction for 2 or more lots of the sucralfate suspension RLD; wherein sucralfate-bile interaction is interaction between sucralfate and bile acid, bile salt and/or conjugated bile acid or a combination thereof; wherein the reference values for the sucralfate suspension RLD in (b) are derived from a set of values obtained from quantifying the reduction in cell damage for 2 or more lots of the sucralfate suspension RLD; and wherein the sucralfate suspension sample is to have said in vitro bioequivalence to a sucralfate suspension RLD when the values determined in (a) and (b) for the sucralfate suspension sample are within the reference values in (a) and (b) for the sucralfate suspension RLD, respectively. a. contacting the sucralfate suspension sample with a bile acid, bile salt and/or a conjugated bile acid or a combination thereof, so as to permit sucralfate-bile interaction, quantifying the interaction so as to obtain quantified values of the interaction and comparing said values to reference values for the sucralfate suspension RLD; and b. contacting the sucralfate suspension sample with a cell culture system comprising mammalian gastrointestinal epithelial cells in the presence of a Non-Steroidal Anti-Inflammatory Drug (NSAID) or a nonselective inhibitor of cyclooxygenase 1 and 2 so as to inhibit cell damage induced by the NSAID or nonselective inhibitor of COX 1 and 2 in the cell culture system, quantifying the cell damage which is loss of cell monolayer's transepithelial electrical resistance (TEER) so as to obtain quantified value(s) for the sucralfate suspension sample and comparing the said value(s) to reference values for the sucralfate suspension RLD;
A shielding construction comprising a conductive shielding member and a conductive shielding shell in which crimping is adopted in fixedly connecting the conductive shielding shell having a cylindrical shell portion formed into a cylindrical configuration and a shell fixing portion that is contiguous with a proximal end portion of the cylindrical shell portion, with a conductive shielding member that covers one or a plurality of conductive paths together, and the shielding shell has a plurality of crimp pieces that are formed integrally therewith so as to extend towards a distal of the cylindrical shell portion, characterized in that the crimp pieces are each formed into a flat plate-like shape as a form resulting before crimping and the crimp pieces are disposed on external flat surface portions of the cylindrical shell portion so as to face oppositely each other.
Chuck for clamping tools and/or workpieces in a machine tool, in particular in a tool grinding machine, comprising a main body as well as a plurality of clamping pins which by way of the front ends thereof define a clamping location and are guided in a chuck body that is movable in relation to the main body, and wherein the clamping pins are installed so as to be oblique in relation to the envisaged rotation axis of the chuck, and the chuck body is conceived such that a radial movement of the clamping pins is caused by an axial movement of the chuck body such that the clamping location can be opened and closed, wherein an axial position of the front ends and/or free end faces (35.1) of the clamping pins is not changed, wherein the clamping pins, at least in the regions in which the latter are guided in the chuck body, are configured so as to be substantially circular-cylindrical, characterized in that the rear end faces (32.3) of the clamping pins at all times bear on a contact face on the main body that lies so as to be perpendicular to the rotation axis of the chuck, and by means of a retention device (37a, 40, 50) are held so as to be displaceable in the radial direction, wherein the retention device is configured in such a manner that at least one clamping pin by way of a pretensioning force is pushed in the axial direction onto the contact face.
A communication device comprising: a transmission/reception unit that receives transfer data for indicating vehicle running conditions and performs a process of transmitting the transfer data after a predetermined standby time passes; and a data processing unit that performs a process of calculating the predetermined standby time on the basis of a position of a host vehicle and the received transfer data, wherein the transfer data for indicating the vehicle running conditions comprise data to be transferred, position information of a destination of the data to be transferred, position information of relay points used to determine a route to the destination, and position information of a last transferring vehicle, and wherein, in the case where the host vehicle is not located in a predetermined range on the basis of the relay points, the data processing unit sets a first time as the predetermined standby time that becomes shorter as a distance between the position of the last transferring vehicle and the position of the host vehicle becomes longer, and in the case where the host vehicle is located in the predetermined range, the data processing unit sets a second time as the predetermined standby time that becomes longer as a distance between the position of the host vehicle and the position of the relay point becomes longer. a transmission/reception unit that receives transfer data for indicating vehicle running conditions and performs a process of transmitting the transfer data after a predetermined standby time passes; and a data processing unit that performs a process of calculating the predetermined standby time on the basis of a position of a host vehicle and the received transfer data, wherein the transfer data for indicating the vehicle running conditions comprise data to be transferred, position information of a destination of the data to be transferred, position information of relay points used to determine a route to the destination, and position information of a last transferring vehicle, and wherein, in the case where the host vehicle is not located in a predetermined range on the basis of the relay points, the data processing unit sets a first time as the predetermined standby time that becomes shorter as a distance between the position of the last transferring vehicle and the position of the host vehicle becomes longer, and in the case where the host vehicle is located in the predetermined range, the data processing unit sets a second time as the predetermined standby time that becomes longer as a distance between the position of the host vehicle and the position of the relay point becomes longer.
An apparatus configured to manage an assignment of one or more resources in a scheduled data transmission system, the apparatus comprising: means for receiving (532, 554) an assignment of a reverse link channel to transmit a data packet (202 a-d), the assignment being valid until a de-assignment of the reverse link channel is received, wherein said reverse link channel continues to be available if no data packets (202 a-d) are transmitted based upon transmission of one or more packets (206 a-d) in data packet transmission gaps that cause assignment of the reverse link channel to be maintained prior to said de-assignment, wherein said one or more packets (206 a-d) are known to the receiver as not being data packets; means for transmitting (516, 576) said data packet using said reverse link channel, wherein the assignment further includes an assignment of a forward link channel, wherein said forward link channel continues to be available after transmission of said data packet (202 a-d) based upon transmission of the one or more packets (206 a-d); and means for expiring said assignment of the reverse link channel by not transmitting said data packet (202 a-d) or said one or more packets (206 a-d). means for receiving (532, 554) an assignment of a reverse link channel to transmit a data packet (202 a-d), the assignment being valid until a de-assignment of the reverse link channel is received, wherein said reverse link channel continues to be available if no data packets (202 a-d) are transmitted based upon transmission of one or more packets (206 a-d) in data packet transmission gaps that cause assignment of the reverse link channel to be maintained prior to said de-assignment, wherein said one or more packets (206 a-d) are known to the receiver as not being data packets; means for transmitting (516, 576) said data packet using said reverse link channel, wherein the assignment further includes an assignment of a forward link channel, wherein said forward link channel continues to be available after transmission of said data packet (202 a-d) based upon transmission of the one or more packets (206 a-d); and means for expiring said assignment of the reverse link channel by not transmitting said data packet (202 a-d) or said one or more packets (206 a-d).
Fluid sample dispenser, comprising: a microdosing device fluidically coupled to a fluid sample reservoir and a fluid sample outlet, the microdosing device being configured to create, during an activation state, a flow of a carrier gas through the fluid sample reservoir for taking up fluid sample particles into the carrier gas, and to output a fluid sample in form of the carrier gas with the fluid sample particles at the fluid sample outlet to the environment, wherein the microdosing device comprises a micro fan or a micropump having a pump chamber providing a stroke volume (△V) for creating the flow of the carrier gas through the fluid sample reservoir to the fluid sample outlet, and a microdosing driver unit for adjusting a dosing rate of the fluid sample output at the fluid sample outlet by selectively activating the microdosing device. a microdosing device fluidically coupled to a fluid sample reservoir and a fluid sample outlet, the microdosing device being configured to create, during an activation state, a flow of a carrier gas through the fluid sample reservoir for taking up fluid sample particles into the carrier gas, and to output a fluid sample in form of the carrier gas with the fluid sample particles at the fluid sample outlet to the environment, wherein the microdosing device comprises a micro fan or a micropump having a pump chamber providing a stroke volume (△V) for creating the flow of the carrier gas through the fluid sample reservoir to the fluid sample outlet, and a microdosing driver unit for adjusting a dosing rate of the fluid sample output at the fluid sample outlet by selectively activating the microdosing device.
A process for extracting Carnallite from an aqueous solution, the process comprising steps of i) pre-heating the solution comprising said Carnallite in a series of at least five heat exchangers, thereby obtaining a pre-heated solution; and ii) concentrating said pre-heated solution in a series of at least five evaporation units, whereby forming a concentrated solution and hot vapors; wherein the solution comprising said Carnallite is fed into said series of at least five heat exchangers at a temperature of 30°C and wherein at least one of said evaporation units employs steam for indirect heating, and wherein at least one of said heat exchanger units employs the heat of said hot vapors formed in said evaporation units. i) pre-heating the solution comprising said Carnallite in a series of at least five heat exchangers, thereby obtaining a pre-heated solution; and ii) concentrating said pre-heated solution in a series of at least five evaporation units, whereby forming a concentrated solution and hot vapors;
An isolated collagen fiber, being extracted from a Sarcophyton soft coral, wherein when the fiber is 100 μm in diameter and 15 mm long, the E LOW of the elastic modulus of the fiber is 20.6 MPa and the E HIGH of the elastic modulus of the fiber is 52.6MPa when pulled in increments of 10 μm to a total displacement of 120 μm.
A method comprising: receiving, by a terminal node, a message originating from a client terminal (112a, 112b...), wherein the terminal node serves as an entry point to, and services data communications connections over, a wide area network, WAN, for the client terminal (112a, 112b...); determining that the message comprises an initiation request for establishing a data communications connection over the wide area network between the client terminal (112a, 112b,...) and a remote server (118a, 118b,...); determining that an intercept state is in effect; in response to determining that the message comprises the initiation request and that the intercept state is in effect, establishing the data communications connection as a local connection between the client terminal (112a, 112b,...) and the terminal node; and servicing the data communications connection via a local server function, wherein the servicing of the data communications connection via the local server function comprises a provision of status-based messaging to the client terminal (112a, 112b,...), and wherein the status-based messaging comprises information regarding one or more of status of potential communications links between the client terminal (112a, 112b,...) and the wide area network, WAN,, status of the wide area network, WAN, status of a subscription or other account associated with the client terminal (112a, 112b,...), promotions or other services or items of interest relevant to a subscriber associated with the client terminal. receiving, by a terminal node, a message originating from a client terminal (112a, 112b...), wherein the terminal node serves as an entry point to, and services data communications connections over, a wide area network, WAN, for the client terminal (112a, 112b...); determining that the message comprises an initiation request for establishing a data communications connection over the wide area network between the client terminal (112a, 112b,...) and a remote server (118a, 118b,...); determining that an intercept state is in effect; in response to determining that the message comprises the initiation request and that the intercept state is in effect, establishing the data communications connection as a local connection between the client terminal (112a, 112b,...) and the terminal node; and servicing the data communications connection via a local server function, wherein the servicing of the data communications connection via the local server function comprises a provision of status-based messaging to the client terminal (112a, 112b,...), and wherein the status-based messaging comprises information regarding one or more of status of potential communications links between the client terminal (112a, 112b,...) and the wide area network, WAN,, status of the wide area network, WAN, status of a subscription or other account associated with the client terminal (112a, 112b,...), promotions or other services or items of interest relevant to a subscriber associated with the client terminal.
Cover including an inner layer that has an inner face and an outer face and an outer layer that has an inner face and an outer face, whereby • the inner face of the outer layer and the inner face of the inner layer comprise means to adhere the inner layer and the outer layer to each other, • the inner layer has a detachable segment which adheres to the outer layer and which has an outer face that is part of the outer face of the inner layer and that is at least partially covered with reclosable adhesive, • the detachable segment has an inner face that is part of the inner face of the inner layer and the inner face of the detachable segment adheres to an area of the inner face of the outer layer, which area is at least partially coated with reclosable adhesive • at least one of the inner layer and the outer layer comprises means (34, 35c, 36) to facilitate separation and subsequent withdrawal of the detachable segment from the cover. • the inner face of the outer layer and the inner face of the inner layer comprise means to adhere the inner layer and the outer layer to each other, • the inner layer has a detachable segment which adheres to the outer layer and which has an outer face that is part of the outer face of the inner layer and that is at least partially covered with reclosable adhesive, • the detachable segment has an inner face that is part of the inner face of the inner layer and the inner face of the detachable segment adheres to an area of the inner face of the outer layer, which area is at least partially coated with reclosable adhesive • at least one of the inner layer and the outer layer comprises means (34, 35c, 36) to facilitate separation and subsequent withdrawal of the detachable segment from the cover.
A construct comprising a steel article having fiberglass fibers bonded thereto, wherein said steel/fiberglass article comprises in order: a first primary layer joined to the steel by means of a first intermediate layer, said first primary layer comprising nickel, and TiC; a second primary layer joined to the first primary layer by means of a second intermediate layer, said second primary layer comprising NiAl; and a third primary layer joined to the second primary layer by means of a third intermediate layer, said third primary layer comprising aluminum having fiberglass fibers projecting out of said third primary layer, and a carbon composite thereby bonded to said steel article by means of said layers. a steel article having fiberglass fibers bonded thereto, wherein said steel/fiberglass article comprises in order: a first primary layer joined to the steel by means of a first intermediate layer, said first primary layer comprising nickel, and TiC; a second primary layer joined to the first primary layer by means of a second intermediate layer, said second primary layer comprising NiAl; and a third primary layer joined to the second primary layer by means of a third intermediate layer, said third primary layer comprising aluminum having fiberglass fibers projecting out of said third primary layer, and a first primary layer joined to the steel by means of a first intermediate layer, said first primary layer comprising nickel, and TiC; a second primary layer joined to the first primary layer by means of a second intermediate layer, said second primary layer comprising NiAl; and a third primary layer joined to the second primary layer by means of a third intermediate layer, said third primary layer comprising aluminum having fiberglass fibers projecting out of said third primary layer, and a carbon composite thereby bonded to said steel article by means of said layers.
Method for automatically ascertaining cleaning, maintenance and/or repair information (Info) for a motor-driven treatment tool, wherein the treatment tool comprises a residue, able to be detected externally optically, caused during the operation of the treatment tool, wherein the method involves the steps of: a) Optically detecting the residue by means of an optical detection unit, b) Classing the detected residue in accordance with a type of the residue by means of a classing unit, c) Determining the cleaning, maintenance and/or repair information (Info) based on the classing by means of a determination unit, and d) Outputting the determined cleaning, maintenance and/or repair information (Info) by means of an output unit. a) Optically detecting the residue by means of an optical detection unit, b) Classing the detected residue in accordance with a type of the residue by means of a classing unit, c) Determining the cleaning, maintenance and/or repair information (Info) based on the classing by means of a determination unit, and d) Outputting the determined cleaning, maintenance and/or repair information (Info) by means of an output unit.