mhurhangee/patent-ind-claim-en huggingface dataset:
A lighting device comprising a solid state light source configured to generate light source light and a converter element configured to convert at least part of the light source light into converter element light , wherein the converter element comprises a polymeric host matrix element hosting a particulate first luminescent material of the type M 2 AX 6 doped with tetravalent manganese, wherein M comprises an alkaline cation, wherein A comprises a tetravalent cation, and wherein X comprises a monovalent anion, at least comprising fluorine (F), wherein the particulate first luminescent material is available in the polymeric host matrix element with an average weight percentage x averaged over the polymeric host matrix element , wherein the polymeric host matrix element has a first outer face , wherein an outer layer volume defined by at least part of the first outer face and a first distance (d1) from said first outer face hosts the particulate first luminescent material with a first local weight percentage y averaged over the outer layer volume with a ratio of the first local weight percentage y over the averaged weight percentage x of y/x≤0.1, wherein the first distance (d1) is at least 10 μm and wherein an outer layer defined by at least part of the first outer face and the first distance (d1) from said first outer face comprises cavities .
A multiple slots scheduling method, comprising: receiving, by a user equipment, UE, a notification message transmitted through high-layer signaling, wherein the notification message is used to notify the UE to start a configuration procedure of multiple slots scheduling; receiving , by the UE, physical downlink control channel, PDCCH, information which is sent by a base station and comprises time domain resource indication information, wherein the time domain resource indication information is used to indicate information of multiple slots scheduled by the PDCCH information; and transmitting and receiving , by the UE, data in the multiple slots scheduled by the PDCCH information, wherein the PDCCH information is configured by the base station according to a new Downlink Control Information format which bears a same information bit load as a standard DCI format in a Long Term Evolution system, wherein the new DCI format is a variation of the standard DCI format in the LTE system, wherein the standard DCI format is any one of the ten DCI formats in an LTE R8 system, wherein a frequency domain resource indication field in the standard DCI format is reused in the new DCI format to carry the time domain resource indication information, and wherein the PDCCH information further comprises transmission configuration information, and the transmitting and receiving, by the UE, data in the multiple slots scheduled by the PDCCH information comprises: in the multiple slots scheduled by the PDCCH information, transmitting and receiving data by using the same transmission configuration information. receiving, by a user equipment, UE, a notification message transmitted through high-layer signaling, wherein the notification message is used to notify the UE to start a configuration procedure of multiple slots scheduling; receiving , by the UE, physical downlink control channel, PDCCH, information which is sent by a base station and comprises time domain resource indication information, wherein the time domain resource indication information is used to indicate information of multiple slots scheduled by the PDCCH information; and transmitting and receiving , by the UE, data in the multiple slots scheduled by the PDCCH information, wherein the PDCCH information is configured by the base station according to a new Downlink Control Information format which bears a same information bit load as a standard DCI format in a Long Term Evolution system, wherein the new DCI format is a variation of the standard DCI format in the LTE system, wherein the standard DCI format is any one of the ten DCI formats in an LTE R8 system, wherein a frequency domain resource indication field in the standard DCI format is reused in the new DCI format to carry the time domain resource indication information, and wherein the PDCCH information further comprises transmission configuration information, and the transmitting and receiving, by the UE, data in the multiple slots scheduled by the PDCCH information comprises: in the multiple slots scheduled by the PDCCH information, transmitting and receiving data by using the same transmission configuration information.
Cosmetic cleansing preparation comprising a) Lauryl Glucoside, b) Sodium Methyl Cocoyl Taurate, and c) cocamidopropyl betaine, characterized in that the cleansing preparation comprises Glyceryl Behenate, Glyceryl Dibehenate and/or Tribehenin. a) Lauryl Glucoside, b) Sodium Methyl Cocoyl Taurate, and c) cocamidopropyl betaine,
A star-shaped base for a chair device, comprising a center seat and a plurality of extending arms mounted on the center seat , the extending arms being used to place the star-shaped base on a ground, wherein: at least one of the extending arms is hinged to the center seat and rotates relative to the center seat , wherein rotation of one or all of the extending arms is locked by a locking element ; characterized in that the locking element is an annular locking element mounted on the center seat , rotation of all of the extending arms are simultaneously locked; when the locking element rotates around a longitudinal axis direction of a chair column relative to the center seat to a locked position, a braking element on the locking element is embedded between the center seat and the extending arms , thereby blocking the rotation of the extending arms relative to the center seat . wherein rotation of one or all of the extending arms is locked by a locking element ; characterized in that the locking element is an annular locking element mounted on the center seat , rotation of all of the extending arms are simultaneously locked; when the locking element rotates around a longitudinal axis direction of a chair column relative to the center seat to a locked position, a braking element on the locking element is embedded between the center seat and the extending arms , thereby blocking the rotation of the extending arms relative to the center seat .
A method performed by an access device , the method comprising sending from the access device to a user equipment, UE , on a physical downlink control channel, PDCCH, a first downlink control information, DCI, set with DCI formats (402, 404, 406; 502, 504, 506, 508) containing a carrier indicator field, CIF ; sending from the access device to the UE a radio resource control, RRC, message to order the UE to switch from using the first DCI set to using a second DCI set, characterized in that the RRC message, to reconfigure the UE, when carriers are aggregated for use by the UE, causes the UE to switch from monitoring the first downlink control information, DCI, set to monitoring the second DCI set; and wherein the first DCI set comprises a set of DCI formats having a CIF size of 3 bits, and wherein the second DCI set does not comprise any CIF. sending from the access device to the UE a radio resource control, RRC, message to order the UE to switch from using the first DCI set to using a second DCI set, characterized in that the RRC message, to reconfigure the UE, when carriers are aggregated for use by the UE, causes the UE to switch from monitoring the first downlink control information, DCI, set to monitoring the second DCI set; and wherein the first DCI set comprises a set of DCI formats having a CIF size of 3 bits, and wherein the second DCI set does not comprise any CIF.
A policy enforcement function (PCEF), configured to: - receive from a policy controller (H-PCRF) a command related to a user equipment (UE), said command containing a sponsoring context identifier, said sponsoring context identifier serving as an identifier of a sponsoring context to be applied to application-related data traffic to be sponsored for said user equipment, said sponsoring context providing a list of data flows to be sponsored, - fetch said sponsoring context from a sponsoring context repository (Sponsoring context Repository), using said sponsoring context identifier as a pointer to said sponsoring context stored in said sponsoring context repository. - receive from a policy controller (H-PCRF) a command related to a user equipment (UE), said command containing a sponsoring context identifier, said sponsoring context identifier serving as an identifier of a sponsoring context to be applied to application-related data traffic to be sponsored for said user equipment, said sponsoring context providing a list of data flows to be sponsored, - fetch said sponsoring context from a sponsoring context repository (Sponsoring context Repository), using said sponsoring context identifier as a pointer to said sponsoring context stored in said sponsoring context repository.
A method supporting wireless access to a storage device , which is applied to a mobile routing hotspot device , wherein the mobile routing hotspot device is connected to the storage device by using a universal serial bus , USB interface, and the method comprises: recognizing , by the mobile routing hotspot device, the storage device by using a signal received by the USB interface; obtaining , by the mobile routing hotspot device, file description information and storage addresses of files stored in the storage device, wherein the file description information is in a one-to-one correspondence with the storage addresses of the stored files; when a user equipment accesses the mobile routing hotspot device, the user equipment displays the file description information to a user by using a web user interface of the user equipment; receiving , by the mobile routing hotspot device, an access request that is sent by the user equipment in a wireless communications manner and the access request is for accessing a specified file in the storage device, wherein the access request carries information about the specified file; acquiring , by the mobile routing hotspot device, the specified file in the storage device according to the information about the specified file by using the USB interface; and outputting , by the mobile routing hotspot device, the specified file to the user equipment according to the access request in a wireless communications manner. recognizing , by the mobile routing hotspot device, the storage device by using a signal received by the USB interface; obtaining , by the mobile routing hotspot device, file description information and storage addresses of files stored in the storage device, wherein the file description information is in a one-to-one correspondence with the storage addresses of the stored files; when a user equipment accesses the mobile routing hotspot device, the user equipment displays the file description information to a user by using a web user interface of the user equipment; receiving , by the mobile routing hotspot device, an access request that is sent by the user equipment in a wireless communications manner and the access request is for accessing a specified file in the storage device, wherein the access request carries information about the specified file; acquiring , by the mobile routing hotspot device, the specified file in the storage device according to the information about the specified file by using the USB interface; and outputting , by the mobile routing hotspot device, the specified file to the user equipment according to the access request in a wireless communications manner.
An information processing device , comprising: a control unit ; a data obtaining unit ; and a protection storage unit having a secure element with tamper resistance; wherein the protection storage unit is configured to perform a process along with short-range wireless communication with an external device, wherein the data obtaining unit is configured to obtain, in response to a notification from the protection storage unit and from outside of the protection storage unit, data related to a timing of the process performed by the protection storage unit, and wherein the control unit is configured to associate the data related to the timing of the process with data related to the process and use the associated data for various kinds of processes . a control unit ; a data obtaining unit ; and a protection storage unit having a secure element with tamper resistance; wherein the protection storage unit is configured to perform a process along with short-range wireless communication with an external device, wherein the data obtaining unit is configured to obtain, in response to a notification from the protection storage unit and from outside of the protection storage unit, data related to a timing of the process performed by the protection storage unit, and wherein the control unit is configured to associate the data related to the timing of the process with data related to the process and use the associated data for various kinds of processes .
Driving device, comprising a hand-held housing with a piston element arranged therein for the transmission of energy to a fastening element to be driven in a driving direction , a propellant charge, in particular an exchangeable propellant charge, and a combustion chamber , which is arranged between the propellant charge and the piston element and extends around a central axis (A), and an actuator , by means of which the energy to be transmitted from the propellant charge to the piston element can be varied in such a way that it can be set, wherein the combustion chamber has an internal thread and a guiding portion, in particular a cylindrical guiding portion, wherein the actuator is arranged in the combustion chamber and has an external thread in engagement with the internal thread and a bearing for mounting the actuator in the guiding portion, characterized in that a thread gap spacing between the external thread and the internal thread is greater than a bearing gap spacing between the bearing and the guiding portion.
A method of handling signaling messages at a transit network, the transit network connected to at least two LTE mobile networks, the method comprising: receiving, at the transit network, a session control message from a mobile network; determining, at the transit network, a signaling type associated with the session control message; and routing the session control message based on the signaling type determined; wherein routing the session control message includes routing the session control message based on domain routing if the determined signaling type is roaming signaling and routing the session control message includes routing the session control message based on called party routing if the determined signaling type is non-roaming signaling. receiving, at the transit network, a session control message from a mobile network; determining, at the transit network, a signaling type associated with the session control message; and routing the session control message based on the signaling type determined; wherein routing the session control message includes routing the session control message based on domain routing if the determined signaling type is roaming signaling and routing the session control message includes routing the session control message based on called party routing if the determined signaling type is non-roaming signaling.
An alumina having a multimodal particle size distribution wherein at least one of the particle sizes giving local maximum values in the particle size distribution is less than 10 μm, wherein the alumina comprises 1 to 5 wt% of at least one of La and Ba, and comprising La and Ba, and satisfying the following expression : 0.0001 ≤ La / Ba ≤ 10000 wherein [La] represents a content of La (wt%), and [Ba] represents a content of Ba (wt%).
A communication method, comprising: receiving , by a network repository function a token request from a service consumer ; and sending , by the network repository function , a token request response to the service consumer , wherein the token request response carries a token, characterized in that the token comprises a network function set identifier of a service producer and is a token for a network function set of the service producer. receiving , by a network repository function a token request from a service consumer ; and sending , by the network repository function , a token request response to the service consumer , wherein the token request response carries a token, characterized in that the token comprises a network function set identifier of a service producer and is a token for a network function set of the service producer.
A calibration curve generation method comprising: liquefying sample gas injected in a container using a coolant; measuring an absorbance spectrum of the sample gas in a liquefied state by a near-infrared measuring instrument, via a near-infrared probe extending from inside to outside the container thereby to obtain a measurement result of the absorbance spectrum of the sample gas for each sample of a plurality of samples that are not natural liquefied natural gas "LNG" or natural liquefied petroleum gas "LPG" and are produced to include the same components as LNG or LPG, but differ from each other in concentration of the components so as to cover an assumed concentration range of each component of LNG or LPG, each sample being injected as the sample gas into the container and liquified; and executing a chemometrics program to analyze correlations between the measurement results of the absorbance spectrum of each sample of the plurality of samples, being injected as the sample gas, and the concentration of the components included in each sample thereby to generate a calibration curve relating an absorbance spectrum of a liquified sample gas and the concentration of each of the components in the sample gas. liquefying sample gas injected in a container using a coolant; measuring an absorbance spectrum of the sample gas in a liquefied state by a near-infrared measuring instrument, via a near-infrared probe extending from inside to outside the container thereby to obtain a measurement result of the absorbance spectrum of the sample gas for each sample of a plurality of samples that are not natural liquefied natural gas "LNG" or natural liquefied petroleum gas "LPG" and are produced to include the same components as LNG or LPG, but differ from each other in concentration of the components so as to cover an assumed concentration range of each component of LNG or LPG, each sample being injected as the sample gas into the container and liquified; and executing a chemometrics program to analyze correlations between the measurement results of the absorbance spectrum of each sample of the plurality of samples, being injected as the sample gas, and the concentration of the components included in each sample thereby to generate a calibration curve relating an absorbance spectrum of a liquified sample gas and the concentration of each of the components in the sample gas.
Apparatus for safekeeping and/or handling valuable documents, having at least one housing part of a housing that surrounds at least the valuable documents, having a sensor unit (10, 40, 60, 80, 102 to 112) for detecting an attempted manipulation on the apparatus, wherein the sensor unit (10, 40, 60, 80, 102 to 112) comprises a glass plate that is arranged behind an outer surface of the housing part , integrated in the housing part or arranged between the hosing part and the valuable documents, and wherein the sensor unit (10, 40, 60, 80, 102 to 112) comprises a detector that detects the mechanical intactness of the glass plate , characterized in that a pretensioned element exerts a force laterally onto the glass plate of the sensor unit (10, 40, 60, 80, 102 to 112) away from the detector , so that any residues that may remain after the glass plate has been destroyed in its position are moved away from the detector by the force. having at least one housing part of a housing that surrounds at least the valuable documents, having a sensor unit (10, 40, 60, 80, 102 to 112) for detecting an attempted manipulation on the apparatus, wherein the sensor unit (10, 40, 60, 80, 102 to 112) comprises a glass plate that is arranged behind an outer surface of the housing part , integrated in the housing part or arranged between the hosing part and the valuable documents, and wherein the sensor unit (10, 40, 60, 80, 102 to 112) comprises a detector that detects the mechanical intactness of the glass plate , characterized in that a pretensioned element exerts a force laterally onto the glass plate of the sensor unit (10, 40, 60, 80, 102 to 112) away from the detector , so that any residues that may remain after the glass plate has been destroyed in its position are moved away from the detector by the force.
A head guard attachment structure, comprising a head guard which includes: a pair of right and left front pillars disposed at a front of a vehicle body of a forklift and arranged at an interval in a vehicle width direction; a pair of right and left rear pillars disposed at a rear of the vehicle body and arranged at an interval in the vehicle width direction; and a ceiling part disposed over the front pillars and the rear pillars , characterized in that a fastening direction of fastening members which fasten either one of the pair of front pillars or the pair of rear pillars to the vehicle body is the vehicle width direction, and a fastening direction of fastening members which fasten other one of the pair of front pillars or the pair of rear pillars to the vehicle body is a vehicle front-rear direction, wherein at least one of the pair of front pillars or the pair of rear pillars is fastened to the vehicle body by interposing an attachment bracket between the vehicle body and each front pillar or each rear pillar , wherein the fastening direction of the fastening members fastening the attachment bracket and each front pillar or each rear pillar is the vehicle front-rear direction. a pair of right and left front pillars disposed at a front of a vehicle body of a forklift and arranged at an interval in a vehicle width direction; a pair of right and left rear pillars disposed at a rear of the vehicle body and arranged at an interval in the vehicle width direction; and a ceiling part disposed over the front pillars and the rear pillars , characterized in that a fastening direction of fastening members which fasten either one of the pair of front pillars or the pair of rear pillars to the vehicle body is the vehicle width direction, and a fastening direction of fastening members which fasten other one of the pair of front pillars or the pair of rear pillars to the vehicle body is a vehicle front-rear direction, wherein at least one of the pair of front pillars or the pair of rear pillars is fastened to the vehicle body by interposing an attachment bracket between the vehicle body and each front pillar or each rear pillar , wherein the fastening direction of the fastening members fastening the attachment bracket and each front pillar or each rear pillar is the vehicle front-rear direction.