mhurhangee/patent-ind-claim-en huggingface dataset:
A secure communication method, comprising: generating, by a security anchor function, SEAF, key identifier information in a process of performing authentication on a terminal on a network side, wherein the key identifier information is used to identify a secure context; and sending, by the SEAF, a non-access stratum security mode command, NAS SMC, message to the terminal when the authentication on the terminal is completed on the network side, wherein the NAS SMC message comprises a message used to indicate that authentication on the terminal succeeds, and the key identifier information, wherein the authentication is extensible authentication protocol- authentication and key agreement', EAP- AKA', authentication, and the message used to indicate that authentication on the terminal succeeds is an EAP-Success, message. generating, by a security anchor function, SEAF, key identifier information in a process of performing authentication on a terminal on a network side, wherein the key identifier information is used to identify a secure context; and sending, by the SEAF, a non-access stratum security mode command, NAS SMC, message to the terminal when the authentication on the terminal is completed on the network side, wherein the NAS SMC message comprises a message used to indicate that authentication on the terminal succeeds, and the key identifier information, wherein the authentication is extensible authentication protocol- authentication and key agreement', EAP- AKA', authentication, and the message used to indicate that authentication on the terminal succeeds is an EAP-Success, message.
An articulated instrument for use in surgical procedures comprising: an instrument tube defining the longitudinal axis of the instrument and configured to accommodate mechanical transmission elements ; an articulated end-effector at a distal extremity of the instrument tube , comprising distal end-effector links , a proximal end-effector link , and at least two rotation joints; a set of at least two rotating elements , placed at a proximal extremity of the instrument tube , configured to actuate the proximal and distal end-effector links of the articulated end-effector ; flexible mechanical transmission elements , passing through the instrument tube , configured to transmit motion from each rotating element to the respective end-effector link of the articulated end-effector ; characterised in further comprising at least one distal amplification element , mounted between the proximal end-effector link and the flexible mechanical transmission elements and comprising a disk-like element with two teeth areas separated by a circular groove , the at least one distal amplification element being directly connected to the flexible mechanical transmission elements at the circular groove , and configured to amplify the motion transmitted from each rotating element to the proximal end-effector link of the articulated end-effector . an instrument tube defining the longitudinal axis of the instrument and configured to accommodate mechanical transmission elements ; an articulated end-effector at a distal extremity of the instrument tube , comprising distal end-effector links , a proximal end-effector link , and at least two rotation joints; a set of at least two rotating elements , placed at a proximal extremity of the instrument tube , configured to actuate the proximal and distal end-effector links of the articulated end-effector ; flexible mechanical transmission elements , passing through the instrument tube , configured to transmit motion from each rotating element to the respective end-effector link of the articulated end-effector ; characterised in further comprising at least one distal amplification element , mounted between the proximal end-effector link and the flexible mechanical transmission elements and comprising a disk-like element with two teeth areas separated by a circular groove , the at least one distal amplification element being directly connected to the flexible mechanical transmission elements at the circular groove , and configured to amplify the motion transmitted from each rotating element to the proximal end-effector link of the articulated end-effector .
A microfluidic multi-well-based cell culture testing device that has an array structure of a plurality of aligned microfluidic well units, each of the microfluidic well units comprises an inlet through which a first fluid enters, an accommodation compartment adapted to accommodate a second fluid therein, a microfluidic channel through which the first fluid flows, and an air outlet adapted to facilitate the entering of the first fluid, wherein the microfluidic channel is in communication with the inlet and the air outlet such that the first fluid is allowed to flow into and fill the microfluidic channel, wherein the accommodation compartment is designed in the form of a well such that the entering second fluid is retained, and a capillary valve is formed where a portion of the lower lateral side of the accommodation compartment is in communication with a portion of the lateral side of the microfluidic channel such that the first fluid and the second fluid meet each other to form an interface, wherein the air outlet is formed at one end of the microfluidic channel, is in communication with the upper wall of the microfluidic channel, and is exposed to the atmosphere.
Household dishwasher with a dishwashing compartment , a door attached to the dishwashing compartment , and an operating module provided on the door for operating the household dishwasher , wherein the door comprises a fascia plate , wherein the operating module can be pivoted about an axis of rotation from a disassembled state (Z1), in which an engagement section of the fascia plate is not in form-fit engagement with the operating module , into an assembled state (Z2), in which the engagement section is in form-fit engagement with the operating module , and wherein the operating module has an operating module housing and operating and display electronics accommodated in the operating module housing , characterised in that the operating module comprises a sealing element for sealing the operating module relative to the fascia plate , that the sealing element is pressed between the operating module and the fascia plate in the assembled state (Z2), and that the operating module housing has an upper side inclined in the direction of the sealing element .
A method for estimating a cylinder pressure (CP) in an internal combustion engine arrangement , said internal combustion engine arrangement comprising an internal combustion engine having a combustion cylinder and a reciprocating piston movable within said combustion cylinder between a bottom dead center (BDC) and a top dead center (TDC), and further a flow control valve assembly in fluid communication with the combustion cylinder and comprising a valve operable between an open position and a closed position and an actuator operable to provide an opening force for opening the valve, the flow control valve assembly being adapted to regulate the flow of a fluid medium passing through the valve, characterized by the method comprising the steps of: - initiating an opening of said valve by said actuator during an expansion stroke; - monitoring said valve to determine a point in time (Tp) when said valve opens; - determining a differential pressure (DP) between a gas pressure level of the fluid medium in said combustion cylinder and a pressure level of the combustion gas at a position in a fluid medium passage downstream said valve at said point in time (Tp); - receiving data being indicative of a pressure (EP) in said fluid medium passage at said point in time (Tp); and - determining the cylinder pressure (CP) at said point in time (Tp) based on the determined differential pressure (DP) and said data indicative of the pressure in said fluid medium passage. - initiating an opening of said valve by said actuator during an expansion stroke; - monitoring said valve to determine a point in time (Tp) when said valve opens; - determining a differential pressure (DP) between a gas pressure level of the fluid medium in said combustion cylinder and a pressure level of the combustion gas at a position in a fluid medium passage downstream said valve at said point in time (Tp); - receiving data being indicative of a pressure (EP) in said fluid medium passage at said point in time (Tp); and - determining the cylinder pressure (CP) at said point in time (Tp) based on the determined differential pressure (DP) and said data indicative of the pressure in said fluid medium passage.
A printer , comprising: a housing configured to accommodate a recording sheet (P1) and a printing portion ; an attachment member , which is removably mounted to the housing , and has a hook hole for a strap, wherein a portion of the housing , to which the attachment member is mounted, and the attachment member form a rotation regulating portion (95; 96) configured to regulate rotation of the attachment member , and characterized in that the rotation regulating portion (95; 96) includes a chamfered engagement portion (71; 72) configured to regulate rotation of the attachment member by being held in contact with a connecting chamfered portion (91; 92) in an opposed state. a housing configured to accommodate a recording sheet (P1) and a printing portion ; an attachment member , which is removably mounted to the housing , and has a hook hole for a strap, wherein a portion of the housing , to which the attachment member is mounted, and the attachment member form a rotation regulating portion (95; 96) configured to regulate rotation of the attachment member , and characterized in that the rotation regulating portion (95; 96) includes a chamfered engagement portion (71; 72) configured to regulate rotation of the attachment member by being held in contact with a connecting chamfered portion (91; 92) in an opposed state.
A cabin furnishing element comprising: a panel comprising a panel body, the panel body comprising an illumination surface having an illumination zone , and wherein the panel body defines a lighting recess within the panel body and comprising a recess opening corresponding to the illumination zone , characterized in that it comprises: a housing positioned within the lighting recess , wherein the housing defines a housing chamber ; and a lighting system comprising a light source assembly and a light guide retained within the lighting recess defined by the panel body, wherein the light source assembly comprises a light source positioned within the housing chamber, and in that an illumination edge of the light guide is positioned within the housing chamber ; the lighting system being adapted to selectively illuminate a portion of the illumination zone . a housing positioned within the lighting recess , wherein the housing defines a housing chamber ; and a lighting system comprising a light source assembly and a light guide retained within the lighting recess defined by the panel body, wherein the light source assembly comprises a light source positioned within the housing chamber, and in that an illumination edge of the light guide is positioned within the housing chamber ; the lighting system being adapted to selectively illuminate a portion of the illumination zone .
An interlayer film for laminated glass, having one end and the other end being at the opposite side of the one end, the thickness of the other end being larger than the thickness of the one end, and further having a portion with a sectional shape of a wedge-like shape the glossiness on the surface of a maximum thickness part being 3% or more, wherein a distance between the one end and the other end is defined as X, the maximum thickness part exists within a region of 0.7X to 1X from the one end toward the other end and wherein a minimum thickness part exists within a region of 0X to 0.3X from the one end toward the other end, and wherein the glossiness is measured according to measurement method 2 described in JIS Z8741-1997.
A connector assembly , comprising: a connector body ; a flexible elongate conductor having one end terminated within the connector body ; and a strain relief device attached to the connector body having a clamping collar configured to surround a portion of the conductor , wherein the clamping collar comprises a first half ring and a second half ring each having a first end , wherein the first ends are separable from one another, and each having a second end, wherein the seconds ends are joined by a hinge feature , wherein the clamping collar further includes a rotation limiting feature , characterized in that the rotation limiting feature comprises a first arm extending from the first half ring and a second arm extending from the second half ring , wherein the hinge feature is disposed intermediate the first and second arms and the conductor , and wherein the first arm is configured to contact the second arm , thereby limiting an angle of rotation of the first half ring and the second half ring about the hinge feature . a connector body ; a flexible elongate conductor having one end terminated within the connector body ; and a strain relief device attached to the connector body having a clamping collar configured to surround a portion of the conductor , wherein the clamping collar comprises a first half ring and a second half ring each having a first end , wherein the first ends are separable from one another, and each having a second end, wherein the seconds ends are joined by a hinge feature , wherein the clamping collar further includes a rotation limiting feature , characterized in that the rotation limiting feature comprises a first arm extending from the first half ring and a second arm extending from the second half ring , wherein the hinge feature is disposed intermediate the first and second arms and the conductor , and wherein the first arm is configured to contact the second arm , thereby limiting an angle of rotation of the first half ring and the second half ring about the hinge feature .
A system for analysis of vent gas of a urea plant , comprising a gas stream qualitative/quantitative analysis instrument and a sampling conduit comprising at least one thermal treatment portion and having a connector connectable to a main pipe of the urea plant for conveying a preferably continuous sample stream of gas from the main pipe to the analysis instrument ; the analysis instrument being a Raman spectroscope ; the system being characterized in that the system comprises a temperature-adjusting device and a temperature controller , the temperature-adjusting device being operated by the temperature controller and acting on the at least one thermal treatment portion of the conduit for adjusting the temperature of the sample stream circulating in the conduit ; wherein the device comprises a cooling circuit , arranged around the thermal treatment portion of the conduit and in which a cooling fluid circulates; and at least one circulation member controlled by the temperature controller for circulating the cooling fluid in the cooling circuit ; the system also comprising a reflux device for collecting and returning to the main pipe a condensate fraction of the sample stream , condensed following a cooling of the sample stream in the thermal treatment portion of the conduit ; and wherein the temperature controller is set to a temperature lower than a threshold temperature that can damage components of the spectroscope .
A plurality of flaky magnetic metal particles , each flaky magnetic metal particle comprising a flat surface ; and a magnetic metal phase containing at least one first element selected from the group consisting of Fe, Co, and Ni, the flaky magnetic metal particles having an average thickness of between 10 nm and 100 μm inclusive and an average aspect ratio of between 5 and 10,000 inclusive, and having a difference in coercivity on the basis of direction within the flat surface, and characterised in that the flat surface having either or both of a plurality of concavities and a plurality of convexities arranged in a first direction, each concavity or convexity having a width of 0.1 μm or more, a length of 1 μm or more, and an aspect ratio of 2 or higher. the flaky magnetic metal particles having an average thickness of between 10 nm and 100 μm inclusive and an average aspect ratio of between 5 and 10,000 inclusive, and having a difference in coercivity on the basis of direction within the flat surface, and characterised in that the flat surface having either or both of a plurality of concavities and a plurality of convexities arranged in a first direction, each concavity or convexity having a width of 0.1 μm or more, a length of 1 μm or more, and an aspect ratio of 2 or higher.
A method for establishing an association between a station, STA, and an access point, AP, wherein the STA and the AP communicate with each other according to a wireless local area network standard, and the method comprises: sending (S401), by the STA, an association request frame to the AP, wherein the association request frame comprises a service type element, and the service type element is used for indicating a sensor service type, an offloading service type, or another service type to which the STA belongs; and receiving (S402), by the STA, an association response frame sent by the AP, wherein the association response frame is a response of the AP to the association request frame, and the service type element is used by the AP to determine a service type to which the STA belongs; wherein the service type element comprises: an element identifier field, a length field, and an information field, wherein the element identifier field is used for recording an element identifier of the service type element, the length field is used for identifying a length of the information field, the information field indicates, by using a mapping relationship between a value of the information field and a service type, the service type to which the STA belongs, and the service type comprises the sensor service type and the offloading service type. sending (S401), by the STA, an association request frame to the AP, wherein the association request frame comprises a service type element, and the service type element is used for indicating a sensor service type, an offloading service type, or another service type to which the STA belongs; and receiving (S402), by the STA, an association response frame sent by the AP, wherein the association response frame is a response of the AP to the association request frame, and the service type element is used by the AP to determine a service type to which the STA belongs; wherein the service type element comprises: an element identifier field, a length field, and an information field, wherein the element identifier field is used for recording an element identifier of the service type element, the length field is used for identifying a length of the information field, the information field indicates, by using a mapping relationship between a value of the information field and a service type, the service type to which the STA belongs, and the service type comprises the sensor service type and the offloading service type.
A method for reading and writing, comprising: applying (S20) a read command to a memory device, the read command pointing to address information; determining (S21) whether the address information pointed to by the read command is valid; and reading (S22) data to be read out from a memory cell corresponding to the address information pointed to by the read command if the address information pointed to by the read command is valid; wherein the method further comprises: if an error occurs in the data to be read out, marking, in a lookup table, a first type code of a numerical code corresponding to the address information pointed to by the read command as an invalid marked value, revising a second type code as an identification code configured for identifying a spare memory cell, and storing the data to be read out into the spare memory cell, wherein the identification code is generated according to a number of revising times of the second type code. applying (S20) a read command to a memory device, the read command pointing to address information; determining (S21) whether the address information pointed to by the read command is valid; and reading (S22) data to be read out from a memory cell corresponding to the address information pointed to by the read command if the address information pointed to by the read command is valid; wherein the method further comprises: if an error occurs in the data to be read out, marking, in a lookup table, a first type code of a numerical code corresponding to the address information pointed to by the read command as an invalid marked value, revising a second type code as an identification code configured for identifying a spare memory cell, and storing the data to be read out into the spare memory cell, wherein the identification code is generated according to a number of revising times of the second type code. if an error occurs in the data to be read out, marking, in a lookup table, a first type code of a numerical code corresponding to the address information pointed to by the read command as an invalid marked value, revising a second type code as an identification code configured for identifying a spare memory cell, and storing the data to be read out into the spare memory cell, wherein the identification code is generated according to a number of revising times of the second type code.
A method of performing point-in-time recovery (PITR) in a massively parallel processing (MPP) database comprising a centralized global transaction manager GTM , a plurality of data nodes and a coordinator , the MPP configured for processing a transaction in parallel across the plurality of data nodes , where the GTM , coordinator and each data node run on different servers, the method comprising: receiving, by a data node from the coordinator , a PITR recovery request comprising a recovery target, the recovery target comprising a time or a transaction ID generated by the GTM ; reading a log record of the MPP database, the log record comprising a global timestamp acquired from the GTM ; determining a type of the log record; and updating a transaction table based on the recovery target when the type of the log record is an abort or a commit; wherein updating a transaction table based on the recovery target comprises: setting a timestamp and a state of the transaction table in accordance with the recovery target and the log record. receiving, by a data node from the coordinator , a PITR recovery request comprising a recovery target, the recovery target comprising a time or a transaction ID generated by the GTM ; reading a log record of the MPP database, the log record comprising a global timestamp acquired from the GTM ; determining a type of the log record; and updating a transaction table based on the recovery target when the type of the log record is an abort or a commit; wherein updating a transaction table based on the recovery target comprises: setting a timestamp and a state of the transaction table in accordance with the recovery target and the log record.