mhurhangee/patent-ind-claim-en huggingface dataset:
Protective roller blinds for an opening in a building, having - a covering sheet for at least partly covering the opening in the building, and - a roller blind box for receiving the covering sheet , and also - two profile strips extending at a distance from and parallel to each other as guide rails for a handle profile coupled to the covering sheet , - wherein an electromotive drive device , with which the covering sheet is adjustable along an unwinding direction (A), is integrated in the roller blind box , - wherein the drive device has an electromotive tubular motor and a spring shaft and a hollow shaft that can be cut to length, - wherein the spring shaft has two spring elements , which are coupled mechanically by means of a torsion rod arranged between them, - wherein the hollow shaft has an internal contour , in which the tubular motor and the spring shaft engage in a form-fitting and co-rotational manner by means of mating contours on opposite end faces of the hollow shaft , - wherein the roller blind box has a covering cap on each of its opposite end faces, each of which is provided with an axial joining contour for the co-rotational holding of the spring shaft and the tubular motor respectively, - wherein the joining contour for the spring shaft is formed as an axial pin, onto which the spring shaft is placed with a force fit or frictional fit, and - wherein a shaft bush for the hollow shaft is rotatably mounted on the spring shaft in the region of the axial pin . - a covering sheet for at least partly covering the opening in the building, and - a roller blind box for receiving the covering sheet , and also - two profile strips extending at a distance from and parallel to each other as guide rails for a handle profile coupled to the covering sheet , - wherein an electromotive drive device , with which the covering sheet is adjustable along an unwinding direction (A), is integrated in the roller blind box , - wherein the drive device has an electromotive tubular motor and a spring shaft and a hollow shaft that can be cut to length, - wherein the spring shaft has two spring elements , which are coupled mechanically by means of a torsion rod arranged between them, - wherein the hollow shaft has an internal contour , in which the tubular motor and the spring shaft engage in a form-fitting and co-rotational manner by means of mating contours on opposite end faces of the hollow shaft , - wherein the roller blind box has a covering cap on each of its opposite end faces, each of which is provided with an axial joining contour for the co-rotational holding of the spring shaft and the tubular motor respectively, - wherein the joining contour for the spring shaft is formed as an axial pin, onto which the spring shaft is placed with a force fit or frictional fit, and - wherein a shaft bush for the hollow shaft is rotatably mounted on the spring shaft in the region of the axial pin .
A portable terminal comprising: a Wireless Local Area Network, WLAN, module ; and a processor configured to: operate the WLAN module according to a Power Save Mechanism, PSM, determine whether no user's input is received for a predefined time, in response to determining that no user's input is received for the predefined time, control the portable terminal to enter a sleep state and control the WLAN module to change a Delivery Traffic Indication Map, DTIM, interval. a Wireless Local Area Network, WLAN, module ; and a processor configured to: operate the WLAN module according to a Power Save Mechanism, PSM, determine whether no user's input is received for a predefined time, in response to determining that no user's input is received for the predefined time, control the portable terminal to enter a sleep state and control the WLAN module to change a Delivery Traffic Indication Map, DTIM, interval. operate the WLAN module according to a Power Save Mechanism, PSM, determine whether no user's input is received for a predefined time, in response to determining that no user's input is received for the predefined time, control the portable terminal to enter a sleep state and control the WLAN module to change a Delivery Traffic Indication Map, DTIM, interval.
An epoxy thermoset prepared by reaction of: (a) a grafted triglyceride prepared by a reaction of an epoxidized triglyceride with an acid anhydride, wherein the acid anhydride contains from 4 to 40 carbon atoms per molecule; (b) an epoxy resin; and (c) an anhydride curing agent, wherein the weight ratio of the grafted triglyceride to the epoxy resin is in the range of 1:99 to 99:1. (a) a grafted triglyceride prepared by a reaction of an epoxidized triglyceride with an acid anhydride, wherein the acid anhydride contains from 4 to 40 carbon atoms per molecule; (b) an epoxy resin; and (c) an anhydride curing agent,
A computer implemented orthosis fabrication method for fabricating an orthosis to be worn by a human body, the method comprising: measuring a shape of an orthosis wearing part of the human body, and generating three-dimensional shape data of the human body; generating molding shape data of the orthosis on a basis of the three-dimensional shape data, model shape data of the orthosis, and fabrication history data of another orthosis fabricated in past; three-dimensionally molding the orthosis on a basis of the molding shape data; and storing, as the fabrication history data, a processing amount taken when post-processing is performed on the orthosis after three-dimensional molding, in association with the three-dimensional shape data or the molding shape data; characterized in that the generating molding shape data comprises generating pre-correction molding shape data on a basis of the three-dimensional shape data and the model shape data, and to correcting the molding shape data based on a processing amount of the post-processing performed on another orthosis in the fabrication history data, or a correction amount corrected for a difference between the pre-correction molding shape data stored in past and the molding shape data. measuring a shape of an orthosis wearing part of the human body, and generating three-dimensional shape data of the human body; generating molding shape data of the orthosis on a basis of the three-dimensional shape data, model shape data of the orthosis, and fabrication history data of another orthosis fabricated in past; three-dimensionally molding the orthosis on a basis of the molding shape data; and storing, as the fabrication history data, a processing amount taken when post-processing is performed on the orthosis after three-dimensional molding, in association with the three-dimensional shape data or the molding shape data; characterized in that the generating molding shape data comprises generating pre-correction molding shape data on a basis of the three-dimensional shape data and the model shape data, and to correcting the molding shape data based on a processing amount of the post-processing performed on another orthosis in the fabrication history data, or a correction amount corrected for a difference between the pre-correction molding shape data stored in past and the molding shape data.
A drug delivery device comprising: a housing including a rigid base (12-2), the base including a surface having a pressure sensing opening ; an adhesive layer disposed over or on the base, the adhesive layer for adhesively attaching the device to body tissue; a vacuum generation device configured to generate a vacuum pressure between the device and the body tissue; and a pressure sensor (126, 183/184, 226, 326, 426) in fluid pressure communication with the adhesive layer through the pressure sensing opening for determining whether the device is properly attached to the body tissue by the adhesive layer by detecting any vacuum pressure generated between the device and the body tissue by the vacuum generation device. a housing including a rigid base (12-2), the base including a surface having a pressure sensing opening ; an adhesive layer disposed over or on the base, the adhesive layer for adhesively attaching the device to body tissue; a vacuum generation device configured to generate a vacuum pressure between the device and the body tissue; and a pressure sensor (126, 183/184, 226, 326, 426) in fluid pressure communication with the adhesive layer through the pressure sensing opening for determining whether the device is properly attached to the body tissue by the adhesive layer by detecting any vacuum pressure generated between the device and the body tissue by the vacuum generation device.
Bus system (1; 2) having at least two subscriber stations (10; 20; 30), a communication connection for connecting the at least two subscriber stations (10; 20; 30) to one another, and at least one device (12; 22; 32) for dynamic communication between the at least two subscriber stations (10; 20; 30) of the bus system (1; 2), wherein the at least two subscriber stations (10; 20; 30) and the communication connection are configured for static communication oriented to messages (50; 55) which are to be transmitted in the bus system (1; 2), are known when providing the bus system (1; 2) and are configured according to defined transmitters and receivers, and wherein the dynamic communication is oriented to dynamic messages (60; 65) which are to be transmitted in the bus system (1; 2) and are known only after the at least two subscriber stations (10; 20; 30) and the communication connection have been provided, wherein the bus system (1; 2) is a CAN or CAN FD bus system, and wherein the at least one device for dynamic communication is configured to use at least one previously reserved identifier (612; 652) of the CAN or CAN FD bus system, characterized in that the previously reserved identifier (612; 652) is reserved as a communication resource for dynamic communication, wherein each of the previously reserved identifiers (612; 652) is assigned to at most one subscriber station for transmitting a dynamic message (60; 65), wherein all subscriber stations are configured to receive the previously reserved identifiers (612; 652), wherein the contents of dynamic communication, that is to say the dynamic useful data to be transmitted, are identified by information identifiers which are part of the useful data of the dynamic message (60; 65) or part of the previously reserved identifier , with the result that the dynamic communication contents or dynamic useful data are identified via the information identifier and the communication resources are identified independently thereof via the previously reserved identifier (612; 652).
A method for wireless communication by a user equipment, UE, the method comprising: receiving one or more uplink grants scheduling a plurality of transmission occasions for the UE; performing a listen-before-talk, LBT, procedure to attempt to acquire a channel for transmitting in at least one of the plurality of transmission occasions; determining one or more of the plurality of transmission occasions to transmit data based, at least in part, on the LBT procedure, characterized in that said determining comprising one of: determining a last one of the plurality of transmission occasions to transmit highest priority data; or determining transmission occasions to transmit the data in ascending order of a priority of the data, wherein lower priority data is transmitted in earlier transmission occasions than higher priority data. receiving one or more uplink grants scheduling a plurality of transmission occasions for the UE; performing a listen-before-talk, LBT, procedure to attempt to acquire a channel for transmitting in at least one of the plurality of transmission occasions; determining one or more of the plurality of transmission occasions to transmit data based, at least in part, on the LBT procedure, characterized in that said determining comprising one of: determining a last one of the plurality of transmission occasions to transmit highest priority data; or determining transmission occasions to transmit the data in ascending order of a priority of the data, wherein lower priority data is transmitted in earlier transmission occasions than higher priority data. determining a last one of the plurality of transmission occasions to transmit highest priority data; or determining transmission occasions to transmit the data in ascending order of a priority of the data, wherein lower priority data is transmitted in earlier transmission occasions than higher priority data.
An aerosol-generating article comprising: a rod comprising an aerosol-generating substrate ; a filter in axial alignment with the rod ; a bridging element comprising a first wrapper , the first wrapper circumscribing the rod and the filter and securing the filter to the rod ; and a cavity located between the rod and the filter , the cavity being partially delimited by the inner surface of the first wrapper in a first portion of the bridging element , wherein the first portion of the bridging element has a reflectance factor of 85 percent or higher; and wherein the inner surface of the first wrapper in the first portion of the bridging element comprises a coating. a rod comprising an aerosol-generating substrate ; a filter in axial alignment with the rod ; a bridging element comprising a first wrapper , the first wrapper circumscribing the rod and the filter and securing the filter to the rod ; and a cavity located between the rod and the filter , the cavity being partially delimited by the inner surface of the first wrapper in a first portion of the bridging element , wherein the first portion of the bridging element has a reflectance factor of 85 percent or higher; and wherein the inner surface of the first wrapper in the first portion of the bridging element comprises a coating.
Herbicide combination comprising as component (A) pelargonic acid and as component (B) at least one ALS inhibitor which is flazasulfuron, where the weight ratio of components (A) and (B) is in the range from 200:1 to 12.5:1. as component (A) pelargonic acid and as component (B) at least one ALS inhibitor which is flazasulfuron, where the weight ratio of components (A) and (B) is in the range from 200:1 to 12.5:1.
A peptide comprising a striapathic region consisting of alternating hydrophilic and hydrophobic modules, wherein the striapathic region comprises a sequence selected from RP182 (SEQ ID NO: 121), RP185 (SEQ ID NO: 123).
A combination of a swashplate assembly and a gearbox, the swashplate assembly coupled to the gearbox , comprising: a mounting sleeve coupled to a top of the gearbox and around an upper portion of the gearbox , wherein the mounting sleeve extends downwards from the upper portion of the gearbox ; a tilt sleeve coupled to the mounting sleeve , wherein the tilt sleeve has a curved exterior surface; a non-rotating swashplate ring positioned around the tilt sleeve , wherein the non-rotating swashplate ring has a first set of pitch control connectors and an anti-rotation connector ; a set of pitch control actuators connected between the first set of pitch control connectors of the non-rotating swashplate ring and the gearbox ; an anti-rotation coupling connected between the anti-rotation connector of the non-rotating swashplate ring and a gearbox casing of the gearbox via a mounting bracket ; a rotating swashplate ring rotatable about the non-rotating swashplate ring , wherein the rotating swashplate ring has a second set of pitch control connectors and a drive link connector ; a drive link coupling connected to the drive link connector and configured for coupling to a rotor hub assembly ; and a first bearing system mounted between the non-rotating swashplate ring and the rotating swashplate ring . a mounting sleeve coupled to a top of the gearbox and around an upper portion of the gearbox , wherein the mounting sleeve extends downwards from the upper portion of the gearbox ; a tilt sleeve coupled to the mounting sleeve , wherein the tilt sleeve has a curved exterior surface; a non-rotating swashplate ring positioned around the tilt sleeve , wherein the non-rotating swashplate ring has a first set of pitch control connectors and an anti-rotation connector ; a set of pitch control actuators connected between the first set of pitch control connectors of the non-rotating swashplate ring and the gearbox ; an anti-rotation coupling connected between the anti-rotation connector of the non-rotating swashplate ring and a gearbox casing of the gearbox via a mounting bracket ; a rotating swashplate ring rotatable about the non-rotating swashplate ring , wherein the rotating swashplate ring has a second set of pitch control connectors and a drive link connector ; a drive link coupling connected to the drive link connector and configured for coupling to a rotor hub assembly ; and a first bearing system mounted between the non-rotating swashplate ring and the rotating swashplate ring .
Method for operating a steam power station during a start and start-up phase of a steam generator with connected water/steam circuit , the steam generator including a live steam generator without intermediate superheater or a live steam generator with a downstream intermediate superheater , and the water/steam circuit comprising a high-pressure preheater and a feedwater container , and at least one turbo set comprising at least one turbine being arranged in the water/steam circuit , and an auxiliary steam rail being assigned to the high-pressure preheater and the feedwater container of the water/steam circuit , which supplies the water/steam circuit at least during the respective start and start-up phase of the steam generator with auxiliary steam generated by means of auxiliary fuels, wherein, during the start and start-up phase of the steam power station, in a steam generator without intermediate superheater, live steam is produced from feedwater guided in the water/steam circuit , and, during a period or the respective period of the start and start-up phase in which the live steam produced does not fulfil the steam parameters required for operation of the turbine of the turbo set arranged in the water/steam circuit downstream of the live steam generator , the live steam produced in the steam generator is first fed to the high-pressure preheater or to the high-pressure preheater and to the auxiliary steam rail using its transferable thermal energy content, and that, during the start and start-up phase of the steam power station, in a steam generator with intermediate superheater , live steam and hot intermediate superheater steam are generated from feedwater guided in the water/steam circuit , and during a period or the respective period of the start and start-up phase, in which the hot intermediate superheater steam produced does not fulfil the steam parameters required for operation of the turbine of the turbo set arranged in the water/steam circuit downstream of the intermediate superheater producing hot intermediate superheater steam , first the hot intermediate superheater steam produced in the steam generator is fed to the high-pressure preheater or the high-pressure preheater and the auxiliary steam rail using its transferable thermal energy content.
A computer-implemented security system , comprising: a communications component of a local endpoint that receives a digital certificate from a remote endpoint , the digital certificate having certificate attributes; and a security component of the local endpoint that processes the certificate attributes to validate Internet Protocol security, IPsec, communications with the remote endpoint ;wherein the certificate is an IPsec certificate and characterized in that the certificate attributes include a list comprising an IP address or group of addresses of a physical network on which the certificate is intended to be used; wherein the local endpoint is adapted to compare the actual IP address the remote endpoint is using to the list of IP addresses in the received certificate; wherein, if the IP address of the remote endpoint is on the list, then the IPsec connection can proceed and, if the IP address of the remote endpoint is not on the list, the IPsec connection will fail. a communications component of a local endpoint that receives a digital certificate from a remote endpoint , the digital certificate having certificate attributes; and a security component of the local endpoint that processes the certificate attributes to validate Internet Protocol security, IPsec, communications with the remote endpoint ;wherein the certificate is an IPsec certificate and characterized in that the certificate attributes include a list comprising an IP address or group of addresses of a physical network on which the certificate is intended to be used; wherein the local endpoint is adapted to compare the actual IP address the remote endpoint is using to the list of IP addresses in the received certificate; wherein, if the IP address of the remote endpoint is on the list, then the IPsec connection can proceed and, if the IP address of the remote endpoint is not on the list, the IPsec connection will fail.
Use of a bis (alkoxysilyl-vinylene) group-containing organic silicon compound (A) represented by the following general formula as a curing agent for a room temperature-curable organopolysiloxane composition wherein R 1 represents an alkyl group that has 1 to 4 carbon atoms; R 2 represents a monovalent hydrocarbon group that has 1 to 6 carbon atoms selected from an alkyl group or an aryl group, and R 2 may be either identical or different; and each a independently represents an integer of 1 to 3. wherein R 1 represents an alkyl group that has 1 to 4 carbon atoms; R 2 represents a monovalent hydrocarbon group that has 1 to 6 carbon atoms selected from an alkyl group or an aryl group, and R 2 may be either identical or different; and each a independently represents an integer of 1 to 3.