mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: generating a non-access stratum (NAS) context comprising an address of a user equipment, an address of a short message service server function (SMSF), a plurality of encryption keys , and a plurality of integrity keys , wherein the plurality of encryption keys and the plurality of integrity keys are associated with a plurality of NAS links between the user equipment and the mobility management function (AMF) , and wherein the plurality of encryption keys and the plurality of integrity keys are stored at the user equipment and the AMF ; selecting a first NAS link and selecting a first encryption key and a first integrity key associated with the first NAS link; encrypting an SMS message using the first encryption key ; adding the encrypted SMS message to a payload of an NAS message that includes an NAS header ; applying integrity protection to the NAS message using the first integrity key ; and transmitting the integrity-protected NAS message via the first NAS link. generating a non-access stratum (NAS) context comprising an address of a user equipment, an address of a short message service server function (SMSF), a plurality of encryption keys , and a plurality of integrity keys , wherein the plurality of encryption keys and the plurality of integrity keys are associated with a plurality of NAS links between the user equipment and the mobility management function (AMF) , and wherein the plurality of encryption keys and the plurality of integrity keys are stored at the user equipment and the AMF ; selecting a first NAS link and selecting a first encryption key and a first integrity key associated with the first NAS link; encrypting an SMS message using the first encryption key ; adding the encrypted SMS message to a payload of an NAS message that includes an NAS header ; applying integrity protection to the NAS message using the first integrity key ; and transmitting the integrity-protected NAS message via the first NAS link.
A method performed at a computing device, the computing device having one or more processors and storage media storing one or more programs, the one or more programs including instructions configured to perform the method, the computing device communicatively coupled to a peer computing device via at least a first data communications network, comprising: receiving , from the peer computing device (110-1, 110-2), a peer download advertisement, the peer download advertisement comprising an identifier of a content item namespace and a client journal cursor value , wherein the client journal cursor value reflects a synchronization state of the content item namespace with regard to the peer computing device; wherein the client journal cursor value is specific to the content item namespace and is specific to the peer computing device; wherein the content item namespace comprises a collection of content items under management of an online content management service; receiving , from a metadata server of the online content management service, an identification of content item blocks and an associated server journal cursor value , the content item blocks making up a content item, wherein the computing device and the metadata server are communicatively coupled via at least a second data communications network, wherein the second data communications network does not include the first data communications network; and based, at least in part, on the received client journal cursor value and the received server journal cursor value, identifying and downloading , from the peer computing device, one or more content item blocks, of the content item blocks making up the content item, that are stored at the peer computing device. receiving , from the peer computing device (110-1, 110-2), a peer download advertisement, the peer download advertisement comprising an identifier of a content item namespace and a client journal cursor value , wherein the client journal cursor value reflects a synchronization state of the content item namespace with regard to the peer computing device; wherein the client journal cursor value is specific to the content item namespace and is specific to the peer computing device; wherein the content item namespace comprises a collection of content items under management of an online content management service; receiving , from a metadata server of the online content management service, an identification of content item blocks and an associated server journal cursor value , the content item blocks making up a content item, wherein the computing device and the metadata server are communicatively coupled via at least a second data communications network, wherein the second data communications network does not include the first data communications network; and based, at least in part, on the received client journal cursor value and the received server journal cursor value, identifying and downloading , from the peer computing device, one or more content item blocks, of the content item blocks making up the content item, that are stored at the peer computing device.
Planetary gear drive suitable for driving a machine via a vehicle and comprising: - a central shaft ; - a first coupling bush , wherein the first coupling bush is configured to drive the central shaft via the vehicle, preferably via a motor of the vehicle; - a sun wheel coupled to the central shaft ; - one or more planetary systems comprising a satellite carrier and two or more satellite wheels, wherein the one or more planetary systems are configured to be driven by the central shaft via a sun wheel for one of the one or more planetary systems ; - a wheel spindle and a wheel flange ; wherein the wheel spindle is stationary; and characterized in that ; - a second coupling bush , wherein the second coupling bush is configured to couple the satellite carrier of the one or more planetary systems to the wheel spindle and to decouple it from the wheel spindle ; wherein the second coupling bush is configured to decouple the satellite carrier from the wheel spindle by means of a linear shift of the second coupling bush relative to the central shaft ; and, wherein the planetary gear drive further comprises a linear actuator configured to shift the second coupling bush linearly relative to the satellite carrier . - a central shaft ; - a first coupling bush , wherein the first coupling bush is configured to drive the central shaft via the vehicle, preferably via a motor of the vehicle; - a sun wheel coupled to the central shaft ; - one or more planetary systems comprising a satellite carrier and two or more satellite wheels, wherein the one or more planetary systems are configured to be driven by the central shaft via a sun wheel for one of the one or more planetary systems ; - a wheel spindle and a wheel flange ; wherein the wheel spindle is stationary; and characterized in that ; - a second coupling bush , wherein the second coupling bush is configured to couple the satellite carrier of the one or more planetary systems to the wheel spindle and to decouple it from the wheel spindle ;
A sanitary shower , comprising at least: - one housing , - at least one liquid inlet for a liquid, - at least one jet former connected to the at least one liquid inlet via at least one liquid channel , and - a flow sensor for detecting a liquid flow through the at least one liquid channel , wherein the flow sensor has a rocker with a magnet , and wherein in the event of a liquid flow through the at least one liquid channel , the rocker can be tilted from an initial position in such a manner that the magnet actuates a reed switch , wherein by means of the reed switch , a power supply of the sanitary shower can be actuated. - one housing , - at least one liquid inlet for a liquid, - at least one jet former connected to the at least one liquid inlet via at least one liquid channel , and - a flow sensor for detecting a liquid flow through the at least one liquid channel , wherein the flow sensor has a rocker with a magnet , and wherein in the event of a liquid flow through the at least one liquid channel , the rocker can be tilted from an initial position in such a manner that the magnet actuates a reed switch , wherein by means of the reed switch , a power supply of the sanitary shower can be actuated.
A bending tool storage device for storing bending tools , comprising: - a preferably shelf-type rack on which a plurality of storage locations for bending tools are arranged, - at least one supply path , preferably in the form of a tool guide , for issuing and/or retrieving bending tools , - at least one first transfer device for transferring bending tools between the storage locations and a transfer point , wherein the bending tool storage device has between the transfer point and the supply path a rotating device for rotating the bending tools , characterized in that the storage device has at least a second transfer device , by means of which a bending tool can be displaced along the tool guide of the supply path . - a preferably shelf-type rack on which a plurality of storage locations for bending tools are arranged, - at least one supply path , preferably in the form of a tool guide , for issuing and/or retrieving bending tools , - at least one first transfer device for transferring bending tools between the storage locations and a transfer point ,
An ocular surgical apparatus , comprising: a handpiece configured to transport irrigation fluid into a patient's eye and aspirate fluid from the patient's eye; an occlusion sensor capable of detecting whether an occlusion has occurred in the handpiece; and a foot pedal , characterized in that the foot pedal includes an occlusion alarm, the occlusion alarm being configured to provide a tactile notification when an occlusion has occurred in the handpiece. a handpiece configured to transport irrigation fluid into a patient's eye and aspirate fluid from the patient's eye; an occlusion sensor capable of detecting whether an occlusion has occurred in the handpiece; and a foot pedal , characterized in that the foot pedal includes an occlusion alarm, the occlusion alarm being configured to provide a tactile notification when an occlusion has occurred in the handpiece.
A coil comprising: at least one infinity coil element comprising a plurality of loops with intersection regions between adjacent loops, each of the loops having an axis parallel to the axis of each of the other loops of the plurality of loops; wherein, when viewed parallel to an axis of one of the plurality of loops, each of the plurality of loops forms a closed curve with a respective open interior portion , wherein the at least one infinity coil element is a monofilament, twisted multifilament, or metal wire. at least one infinity coil element comprising a plurality of loops with intersection regions between adjacent loops, each of the loops having an axis parallel to the axis of each of the other loops of the plurality of loops; wherein, when viewed parallel to an axis of one of the plurality of loops, each of the plurality of loops forms a closed curve with a respective open interior portion , wherein the at least one infinity coil element is a monofilament, twisted multifilament, or metal wire.
An additive manufacturing device comprising: a recoater configured to push powder onto a build platform, the recoater defining an advancing direction for pushing powder; and a first baffle mounted to a first end of a leading edge of the recoater and a second baffle mounted to a second end of the leading edge of the recoater opposite the first end, wherein each of the first and second baffles includes: a base mounted to the recoater; a first wall that extends obliquely ahead of and laterally outward from the base relative to the advancing direction; and a second wall opposite and laterally inward from the first wall, the second wall extending obliquely ahead of and laterally inward from the base relative to the advancing direction, wherein a volume is defined between the first and second wall with capacity to collect powder as the recoater advances; and a build platform mounted stationary relative to advancing and returning movement of the recoater over the build platform, movement of the recoater being from one lateral side of the build platform to another, opposite lateral side; and a gas inlet for inert gas on a lateral side of the build platform; and a gas outlet for inert gas on the lateral side of the build platform opposite the inlet. a recoater configured to push powder onto a build platform, the recoater defining an advancing direction for pushing powder; and a first baffle mounted to a first end of a leading edge of the recoater and a second baffle mounted to a second end of the leading edge of the recoater opposite the first end, wherein each of the first and second baffles includes: a base mounted to the recoater; a first wall that extends obliquely ahead of and laterally outward from the base relative to the advancing direction; and a second wall opposite and laterally inward from the first wall, the second wall extending obliquely ahead of and laterally inward from the base relative to the advancing direction, wherein a volume is defined between the first and second wall with capacity to collect powder as the recoater advances; and a base mounted to the recoater; a first wall that extends obliquely ahead of and laterally outward from the base relative to the advancing direction; and a second wall opposite and laterally inward from the first wall, the second wall extending obliquely ahead of and laterally inward from the base relative to the advancing direction, wherein a volume is defined between the first and second wall with capacity to collect powder as the recoater advances; and a build platform mounted stationary relative to advancing and returning movement of the recoater over the build platform, movement of the recoater being from one lateral side of the build platform to another, opposite lateral side; and a gas inlet for inert gas on a lateral side of the build platform; and
An electric compressor comprising: a compressor unit configured to compress air; and a motor unit configured to drive the compressor unit, wherein the motor unit includes a housing that forms an outer frame of the motor unit, a rotor that is provided in the housing and rotatably supported around a central axis, a stator that is disposed radially outward from the rotor, and a stator holder inside which the stator is accommodated and which is fixed at a first axial end to the housing only by a part thereof in a central axis direction like a so called cantilever beam and is provided such that there is a gap in the radial direction around the central axis between said stator holder and an inner circumferential surface of the housing along the remaining part of the stator holder in the central axis direction, wherein the stator holder includes a radially extending end wall at a second axial end of the stator holder and a spacer located between a through-hole of the end wall and a bearing support of the housing. a compressor unit configured to compress air; and a motor unit configured to drive the compressor unit, wherein the motor unit includes a housing that forms an outer frame of the motor unit, a rotor that is provided in the housing and rotatably supported around a central axis, a stator that is disposed radially outward from the rotor, and a stator holder inside which the stator is accommodated and which is fixed at a first axial end to the housing only by a part thereof in a central axis direction like a so called cantilever beam and is provided such that there is a gap in the radial direction around the central axis between said stator holder and an inner circumferential surface of the housing along the remaining part of the stator holder in the central axis direction, wherein the stator holder includes a radially extending end wall at a second axial end of the stator holder and a spacer located between a through-hole of the end wall and a bearing support of the housing.
A high-frequency heating handle, comprising a heating assembly and a handle assembly; wherein the heating assembly comprises a heating cup for accommodating a tobacco material; the handle assembly comprises a housing and a magnetic induction coil disposed in the housing; the housing comprises a through hole, and the heating cup is disposed in the through hole; when in use, an alternating current passes through the magnetic induction coil , a magnetic induction effect is produced, and the heating cup is heated; characterised in that: the handle assembly further comprises a temperature difference sensor soldered on the variable-frequency power source and in the vicinity of a top opening of the heat insulation ring to sense the temperature of the airflow, thus controlling the variable-frequency power source whether or not to enter an automatic heating mode.
Control circuit for active noise control, ANC, to be coupled to a speaker (SP) generating a speaker signal (SPS) on the basis of an amplified audio signal and to an ANC microphone (MIC) generating a disturbed audio signal on the basis of ambient noise (NOISE) and the speaker signal (SPS), the control circuit comprising - a first mixer (M1) configured to generate an intermediate audio signal by superposing an audio signal (IN) and a first compensation signal (CS1); - a first amplifier (AMP1) configured to generate the amplified audio signal based on the intermediate audio signal; - a frequency compensation unit (CU) configured to generate a second compensation signal (CS2) by applying filter operations to the audio signal (IN); - a tuning unit (TUNE) comprising a second amplifier (AMP2) configured to generate an adjusted disturbed audio signal on the basis of the disturbed audio signal and further comprising a second mixer (M2) configured to generate an intermediate noise signal by subtracting the second compensation signal (CS2) from the adjusted disturbed audio signal, the tuning unit (TUNE) being configured to generate a compensated audio signal on the basis of the intermediate noise signal; and - an ANC filter (ANCF) configured to generate the first compensation signal (CS1) by applying filter operations to the compensated audio signal. - a first mixer (M1) configured to generate an intermediate audio signal by superposing an audio signal (IN) and a first compensation signal (CS1); - a first amplifier (AMP1) configured to generate the amplified audio signal based on the intermediate audio signal; - a frequency compensation unit (CU) configured to generate a second compensation signal (CS2) by applying filter operations to the audio signal (IN); - a tuning unit (TUNE) comprising a second amplifier (AMP2) configured to generate an adjusted disturbed audio signal on the basis of the disturbed audio signal and further comprising a second mixer (M2) configured to generate an intermediate noise signal by subtracting the second compensation signal (CS2) from the adjusted disturbed audio signal, the tuning unit (TUNE) being configured to generate a compensated audio signal on the basis of the intermediate noise signal; and - an ANC filter (ANCF) configured to generate the first compensation signal (CS1) by applying filter operations to the compensated audio signal.
A data accessing method, comprising: receiving a write instruction which comprises to be written data and a write target address; determining whether the write target address belongs to a most significant bit page, MSB page, in a non-volatile storage space; if the write target address does not belong to an MSB page in the non-volatile storage space, storing , in a preset cache area and a non-volatile storage space that is corresponding to the write target address, the to be written data, and establishing a first mapping relationship between the cache address and the write target address; if the write target address belongs to an MSB page in the non-volatile storage space, storing , in the non-volatile storage space corresponding to the write target address, the to be written data; wherein the method further comprises: obtaining a maximum page number difference m between an MSB page and an LSB page in all groups of shared pages in the non-volatile storage space, wherein m is a natural number; and allocating cache space with a size of at least n ∗ p+m pages for the preset cache area, wherein p represents a quantity of shared pages of an MSB page in the non-volatile storage space, and n is a natural number and is at least 1. receiving a write instruction which comprises to be written data and a write target address; determining whether the write target address belongs to a most significant bit page, MSB page, in a non-volatile storage space; if the write target address does not belong to an MSB page in the non-volatile storage space, storing , in a preset cache area and a non-volatile storage space that is corresponding to the write target address, the to be written data, and establishing a first mapping relationship between the cache address and the write target address; if the write target address belongs to an MSB page in the non-volatile storage space, storing , in the non-volatile storage space corresponding to the write target address, the to be written data; wherein the method further comprises: obtaining a maximum page number difference m between an MSB page and an LSB page in all groups of shared pages in the non-volatile storage space, wherein m is a natural number; and allocating cache space with a size of at least n ∗ p+m pages for the preset cache area, wherein p represents a quantity of shared pages of an MSB page in the non-volatile storage space, and n is a natural number and is at least 1. obtaining a maximum page number difference m between an MSB page and an LSB page in all groups of shared pages in the non-volatile storage space, wherein m is a natural number; and allocating cache space with a size of at least n ∗ p+m pages for the preset cache area, wherein p represents a quantity of shared pages of an MSB page in the non-volatile storage space, and n is a natural number and is at least 1.
A pharmaceutical composition for use in treating fanconi anemia in a subject, wherein the subject has fanconi anemia and is subjected to transplantation of a first population of HSCs, the pharmaceutical composition comprising an inhibitor of a stem cell growth factor receptor (KIT) and a pharmaceutically acceptable carrier, wherein the inhibitor is an anti-KIT antibody; and wherein the subject receives no irradiation treatment or a conditioning regimen comprising a DNA damaging agent after the administration of the KIT inhibitor, prior to the HSC transplantation.