mhurhangee/patent-ind-claim-en huggingface dataset:
A method of scheduling uplink resources, the method comprising: transmitting, by a radio-access network node , an uplink grant and an uplink indication, said uplink indication determining a validity duration of said uplink grant; transmitting, by the radio-access network node , in subsequent subframes, subsequent uplink grants and subsequent uplink indications until an uplink transmission of a wireless communication device is received; and shifting forward, by the radio-access network node , the validity duration with each subsequent uplink grant, wherein shifting forward the validity duration comprises shifting the validity duration forward for a duration of one subframe. transmitting, by a radio-access network node , an uplink grant and an uplink indication, said uplink indication determining a validity duration of said uplink grant; transmitting, by the radio-access network node , in subsequent subframes, subsequent uplink grants and subsequent uplink indications until an uplink transmission of a wireless communication device is received; and shifting forward, by the radio-access network node , the validity duration with each subsequent uplink grant, wherein shifting forward the validity duration comprises shifting the validity duration forward for a duration of one subframe.
A reed switch glass tube comprising: a compressive stress layer formed at an end part of the glass tube , the compressive stress layer being formed on an outer circumference surface of the glass tube in the end part has a length (A) of 0.1 mm to 0.6 mm in a longitudinal direction.
A method performed in a security gateway for establishing an additional packet data network, PDN, connection over an untrusted access network to an additional packet data gateway, PDN-GW , in an evolved packet core network, EPC, the method comprising: - Establishing a first PDN connection over the untrusted access network comprising establishing an Internet Key Exchange Security Association, IKE SA, and a first Internet Protocol Security, IPsec, SA, with a UE and establishing a first network tunnel with a first PDN-GW ; - receiving an IKE request message for establishing an additional IPSec SA, the IKE request message comprising a PDN type for the additional PDN connection and wherein the IKE request message is cryptographically protected using cryptographic algorithms and keys negotiated in the IKE SA establishment; - determining an Access Point Name, APN, for the additional PDN connection and selecting as the additional PDN-GW a second PDN-GW in the EPC for establishing an additional network tunnel associated with the additional IPSec SA; - sending an IKE response message indicating establishment of the additional PDN connection with the second PDN-GW and establishment of the additional IPSec SA, the IKE response message comprising a UE assigned address information over the additional PDN connection; - binding the additional IPSec SA to the additional network tunnel for the additional PDN connection; and - using an IKE Informational message to release the additional PDN connection, the IKE Informational message comprising a delete payload indicating a security parameter index corresponding to the additional IPSec SA associated with the additional PDN connection. - Establishing a first PDN connection over the untrusted access network comprising establishing an Internet Key Exchange Security Association, IKE SA, and a first Internet Protocol Security, IPsec, SA, with a UE and establishing a first network tunnel with a first PDN-GW ; - receiving an IKE request message for establishing an additional IPSec SA, the IKE request message comprising a PDN type for the additional PDN connection and wherein the IKE request message is cryptographically protected using cryptographic algorithms and keys negotiated in the IKE SA establishment; - determining an Access Point Name, APN, for the additional PDN connection and selecting as the additional PDN-GW a second PDN-GW in the EPC for establishing an additional network tunnel associated with the additional IPSec SA; - sending an IKE response message indicating establishment of the additional PDN connection with the second PDN-GW and establishment of the additional IPSec SA, the IKE response message comprising a UE assigned address information over the additional PDN connection; - binding the additional IPSec SA to the additional network tunnel for the additional PDN connection; and - using an IKE Informational message to release the additional PDN connection, the IKE Informational message comprising a delete payload indicating a security parameter index corresponding to the additional IPSec SA associated with the additional PDN connection.
Device for changing a sheet pile in a sheet feeder for a sheet treating machine, comprising a main pile supporting unit with a main pile actuating unit for lifting and lowering the main pile supporting unit , wherein the main pile supporting unit comprises a supporting surface adapted to support a pallet carrying a sheet pile , further comprising a residual pile supporting unit with a residual pile actuating unit for lifting and lowering the residual pile supporting unit , wherein the residual pile supporting unit comprises a plurality of residual pile bars extending substantially parallel to each other and being substantially parallel to the supporting surface of the main pile supporting unit , wherein the residual pile bars are coupled to a bar actuating unit adapted to move the residual pile bars on a line parallel to the direction of extension of the respective residual pile bar into a sheet pile region and retract the residual pile bars from the sheet pile region , the device characterised in that the bar actuating unit is configured to retract the residual pile bars while introducing an oscillatory movement of the residual pile bars along the direction of extension of the residual pile bars . comprising a main pile supporting unit with a main pile actuating unit for lifting and lowering the main pile supporting unit , wherein the main pile supporting unit comprises a supporting surface adapted to support a pallet carrying a sheet pile , further comprising a residual pile supporting unit with a residual pile actuating unit for lifting and lowering the residual pile supporting unit , wherein the residual pile supporting unit comprises a plurality of residual pile bars extending substantially parallel to each other and being substantially parallel to the supporting surface of the main pile supporting unit , wherein the residual pile bars are coupled to a bar actuating unit adapted to move the residual pile bars on a line parallel to the direction of extension of the respective residual pile bar into a sheet pile region and retract the residual pile bars from the sheet pile region , the device characterised in that the bar actuating unit is configured to retract the residual pile bars while introducing an oscillatory movement of the residual pile bars along the direction of extension of the residual pile bars .
A catalyzed particulate filter comprising: a plurality of porous walls extending longitudinally to form a plurality of parallel passages extending from an inlet end to an outlet end, wherein a quantity of the passages are inlet passages that are open at the inlet end and closed at the outlet end, and a quantity of passages are outlet passages that are closed at the inlet end and open at the outlet end; at least three coatings creating at least two zones axially along the plurality of porous walls, wherein a first coating is a first SCR catalyst coating, a second coating is a second SCR catalyst coating, and a third coating is a platinum group metal coating; wherein the at least three coatings create at least three zones axially along the plurality of porous walls, and wherein: a first zone extends axially from the inlet end of the porous walls a distance less than the full length of the porous walls and consists essentially of the first SCR catalyst coating; and a second zone extends axially from the first zone a distance less than the distance to the outlet end of the porous walls and comprises the platinum group metal coating and the first SCR catalyst coating; and wherein: a third zone extends axially from the second zone to the outlet end of the porous wall and comprises the platinum group metal coating and the second SCR catalyst coating. a plurality of porous walls extending longitudinally to form a plurality of parallel passages extending from an inlet end to an outlet end, wherein a quantity of the passages are inlet passages that are open at the inlet end and closed at the outlet end, and a quantity of passages are outlet passages that are closed at the inlet end and open at the outlet end; at least three coatings creating at least two zones axially along the plurality of porous walls, wherein a first coating is a first SCR catalyst coating, a second coating is a second SCR catalyst coating, and a third coating is a platinum group metal coating; wherein the at least three coatings create at least three zones axially along the plurality of porous walls, and wherein: a first zone extends axially from the inlet end of the porous walls a distance less than the full length of the porous walls and consists essentially of the first SCR catalyst coating; and a second zone extends axially from the first zone a distance less than the distance to the outlet end of the porous walls and comprises the platinum group metal coating and the first SCR catalyst coating; and wherein: a third zone extends axially from the second zone to the outlet end of the porous wall and comprises the platinum group metal coating and the second SCR catalyst coating.
Use of a piping system comprising at least one metal pipeline for penetrating a building ceiling or building wall, in a sealing of a fire section of a building part with respect to another building part of the same building, wherein the sealing comprises a building ceiling or building wall of the building which is penetrated by the at least one metal pipeline , wherein the piping system further comprises at least one floor pipeline , which is designed as a plastic piping or plastic-metal multilayer composite piping and is connected to a metal connecting piece connected to the metal pipeline , wherein the metal pipeline , the connecting piece and the floor pipeline are provided with a jacket-shaped fire protection insulation (9.1, 9.2) made of mineral wool having a melting point of more than 1,000°C, wherein the connecting piece is designed in the form of a T-piece, bend or branch and has plastically deformable press-fit connection sections (4.1) which are each provided with an annular bead (4.2) and a sealing ring accommodated therein, wherein the floor pipeline is connected to the connecting piece via a transition piece , wherein the transition piece comprises a sleeve-shaped insertion part (7.1, 7.1') and a press ring (7.2, 7.2'), the insertion part (7.1, 7.1') being inserted into the floor pipeline and connected to the connection piece , the distance (A) of the floor pipeline press-connected to the insertion part (7.1, 7.1') from the central axis (M) of the metal pipeline lies in a range from 35 mm to 150 mm, wherein the fire protection insulation (9.1) encasing the metal pipeline has an insulation thickness in the range from 20 to 60 mm, wherein the fire protection insulation (9.2) has an insulation thickness in the range from 15 to 25 mm, and wherein the fire protection insulation (9.2) encasing the floor pipeline directly adjoins the fire protection insulation (9.1) encasing the metal pipeline and has a length of at least 10 mm and at most 320 mm measured from the fire protection insulation (9.1) encasing the metal pipeline .
A device comprising: at least one processor adapted to: determine synchronization information for each of a plurality of orthogonal frequency duplex multiplexing, OFDM, signals in a respective plurality of wireless local area network, WLAN, frames , the WLAN frames respectively being transmitted from different transmission addresses and respectively defining different reception addresses to be processed by different receivers ; and instruct transmission of at least one message comprising the synchronization information; wherein the at least one message configures a first device to transmit a first OFDM signal of said plurality of OFDM signals synchronously with a transmission, by a second device (102 or 122), of a second OFDM signal (103 or 123) of said plurality of OFDM signals; wherein OFDM sub carriers of the first OFDM signal are synchronized, in a frequency domain, to OFDM subcarriers of the second OFDM signal; and/or wherein OFDM symbols of the first OFDM signal are synchronized in phase with OFDM symbols of the second OFDM signal (103 or 123). determine synchronization information for each of a plurality of orthogonal frequency duplex multiplexing, OFDM, signals in a respective plurality of wireless local area network, WLAN, frames , the WLAN frames respectively being transmitted from different transmission addresses and respectively defining different reception addresses to be processed by different receivers ; and instruct transmission of at least one message comprising the synchronization information; wherein the at least one message configures a first device to transmit a first OFDM signal of said plurality of OFDM signals synchronously with a transmission, by a second device (102 or 122), of a second OFDM signal (103 or 123) of said plurality of OFDM signals; wherein OFDM sub carriers of the first OFDM signal are synchronized, in a frequency domain, to OFDM subcarriers of the second OFDM signal; and/or wherein OFDM symbols of the first OFDM signal are synchronized in phase with OFDM symbols of the second OFDM signal (103 or 123).
An operating method for a building automation system, wherein the operating method comprises the following steps: - providing and/or collecting (S0) of at least one information, which describes at least one performed time expenditure and energy expenditure for obtaining at least one specific building zone climate and/or at least one specific building zone climate change, - using the at least one information, determining (S3.1) at least one required time expenditure and energy expenditure for obtaining at least one building zone climate to be achieved and/or at least one building zone climate change to be achieved, wherein the required time expenditure is a minimum time expenditure and the required energy expenditure is a minimum energy expenditure, and - using the at least one information, determining (S3.2) at least one measure for influencing the building zone climate with which at least one building zone climate to be achieved and/or at least one building zone climate change to be achieved can be obtained in a time-optimized and/or energy-optimized manner or can be obtained with a user-prescribable preference. - providing and/or collecting (S0) of at least one information, which describes at least one performed time expenditure and energy expenditure for obtaining at least one specific building zone climate and/or at least one specific building zone climate change, - using the at least one information, determining (S3.1) at least one required time expenditure and energy expenditure for obtaining at least one building zone climate to be achieved and/or at least one building zone climate change to be achieved, wherein the required time expenditure is a minimum time expenditure and the required energy expenditure is a minimum energy expenditure, and - using the at least one information, determining (S3.2) at least one measure for influencing the building zone climate with which at least one building zone climate to be achieved and/or at least one building zone climate change to be achieved can be obtained in a time-optimized and/or energy-optimized manner or can be obtained with a user-prescribable preference.
An ultrasonic mist inhaler , comprising: a liquid reservoir structure comprising an inner container forming a liquid chamber adapted to receive liquid to be atomized, the liquid chamber comprising a top surface representing the maximum level of the liquid chamber and the bottom surface representing the minimum level of the liquid chamber , a sonication chamber in fluid communication with the liquid chamber , the sonication chamber comprising a means of ultrasonic vibrations and a capillary element which extends through an opening between the sonication chamber and the liquid chamber , wherein the means of ultrasonic vibrations is disposed close to or at the top surface of the liquid chamber , wherein the means of ultrasonic vibrations has at least an atomization surface perpendicular to the top surface of the liquid chamber , wherein the means of ultrasonic vibrations is supported by an elastic member , and the inner container comprising an opening into which the elastic member is introduced at least partly, the elastic member having a radial groove wherein the capillary element passes through the radial groove and penetrates the liquid chamber . a liquid reservoir structure comprising an inner container forming a liquid chamber adapted to receive liquid to be atomized, the liquid chamber comprising a top surface representing the maximum level of the liquid chamber and the bottom surface representing the minimum level of the liquid chamber , a sonication chamber in fluid communication with the liquid chamber , the sonication chamber comprising a means of ultrasonic vibrations and a capillary element which extends through an opening between the sonication chamber and the liquid chamber , wherein the means of ultrasonic vibrations is disposed close to or at the top surface of the liquid chamber , wherein the means of ultrasonic vibrations has at least an atomization surface perpendicular to the top surface of the liquid chamber , wherein the means of ultrasonic vibrations is supported by an elastic member , and the inner container comprising an opening into which the elastic member is introduced at least partly, the elastic member having a radial groove wherein the capillary element passes through the radial groove and penetrates the liquid chamber .
Method for operating a machine tool having a battery and an electric motor which is designed to rotationally drive an output shaft that can be coupled to a tool , a control device for actuating the electric motor and a device for determining a parameter being provided, it being possible for the machine tool to be operated in a first operating mode and a second operating mode, and the control device transferring the machine tool from the first operating mode into the second operating mode if the parameter determined by the device exceeds or falls below a defined threshold value, the electric motor being controlled in the second operating mode by an amperage profile comprising a current pulse , characterized in that a level of a maximum current amperage (A1, A1', A2, A3, A4) of the current pulses is varied depending on a current charge status of the battery . the electric motor being controlled in the second operating mode by an amperage profile comprising a current pulse , characterized in that a level of a maximum current amperage (A1, A1', A2, A3, A4) of the current pulses is varied depending on a current charge status of the battery .
A luminaire comprising: a wireless communications interface configured to wirelessly communicate with a control device ; a light sensor ; and a controller ; wherein the controller is arranged to control the wireless communications interface such that upon the light sensor being illuminated above a threshold, the wireless communications interface is configured to change from a first mode to a second mode; wherein in the first mode, the wireless communications interface is configured to not transmit advertising messages and wherein in the second mode, the wireless communications interface is configured to enter an advertising state during which the wireless communications interface is configured to wirelessly transmit one or more advertising messages; wherein the threshold is defined by at least one of a light intensity, a duration of the illumination, a total amount of light received over a period of time, a spectral composition of the light. a wireless communications interface configured to wirelessly communicate with a control device ; a light sensor ; and a controller ; wherein the controller is arranged to control the wireless communications interface such that upon the light sensor being illuminated above a threshold, the wireless communications interface is configured to change from a first mode to a second mode; wherein in the first mode, the wireless communications interface is configured to not transmit advertising messages and wherein in the second mode, the wireless communications interface is configured to enter an advertising state during which the wireless communications interface is configured to wirelessly transmit one or more advertising messages; wherein the threshold is defined by at least one of a light intensity, a duration of the illumination, a total amount of light received over a period of time, a spectral composition of the light.
A method of producing process steam at a chemical pulp mill, in which method water is heated by subjecting it to an indirect heat exchange contact with steam in a heat exchanger (E-1), characterized in that the water is heated with live steam produced in a steam boiler for producing process steam, whereby the live steam is condensed and the thus generated condensate is recovered, and the process steam is subjected to a direct heat exchange contact with a material for heating the material.
Anaerobic digestion apparatus comprising a first chamber for retaining organic matter before and/or during anaerobic digestion and a second chamber for retaining organic matter during anaerobic digestion, the anaerobic digestion apparatus being configured to refrigerate the first chamber to thereby suppress methanogenesis in the first chamber, wherein the apparatus is configured to refrigerate the first chamber to a temperature equal to or below 10°C and to heat the second chamber to a temperature greater than 10°C.
A fire suppression nozzle assembly , comprising: a spray-type nozzle for spraying a fire suppression agent, the spray-type nozzle including, a body portion defining a passage extending longitudinally through the body portion for conveying the fire suppression agent, and a deflector portion coupled to the body portion and configured to spray the fire suppression agent onto a fire suppression target area using a radial spray pattern; a nozzle frame for mounting the spray-type nozzle , the nozzle frame having a through-passage for receiving the nozzle; characterized in that the nozzle assembly further comprises a nozzle enclosure configured to enclose the nozzle frame and the nozzle and configured for installation in a surface made of an impervious material. a body portion defining a passage extending longitudinally through the body portion for conveying the fire suppression agent, and a deflector portion coupled to the body portion and configured to spray the fire suppression agent onto a fire suppression target area using a radial spray pattern; a nozzle frame for mounting the spray-type nozzle , the nozzle frame having a through-passage for receiving the nozzle;