mhurhangee/patent-ind-claim-en huggingface dataset:
Pivot bearing for pivotably attaching a side flap to the outer side of a vehicle, having two fastening elements which are mounted so as to be pivotable with respect to one another about a pivot axis (S) and of which one is intended to be attached to the side flap and the other is intended to be attached to the vehicle, wherein the pivot bearing has at least one spring-elastic element which, in the closed state of the pivot bearing , seeks to push the fastening elements away from one another, characterized in that a first of the fastening elements is provided with two receiving elements , spaced apart from one another along the pivot axis (S), for receiving a bearing pin that connects the fastening elements together in a pivotable manner, wherein the clear width (L), extending parallel to the pivot axis (S), of a gap between the receiving elements , increases or decreases at least sectionally along the pivoting direction (R) extending about the pivot axis (S), and end faces , located opposite one another along the pivot axis (S), of the receiving elements are formed in a manner extending at least sectionally in a helical manner towards one another.
A strain gauge having a first measuring grid , a second measuring grid , and a substrate on which these two measuring grids (2, 3 or 102, 103) are positioned in a common plane , wherein the multi-layer substrate has a metallic layer and an electrically insulating layer onto which electrically insulating layer these two measuring grids (2, 3 or 102, 103) consisting of a piezoresistive material (10.1, 10.2) are printed, characterized in that the second measuring grid oriented at right angles to the first measuring grid is embodied as a passive measuring grid for temperature compensation of the strain measurement values of the first measuring grid for which purpose the two measuring grids consist of the same piezoresistive material , wherein the first and second measuring grids each have at least one meandering grid section (2.1, 2.2, 2.3, 2.4 or 3.1, 3.2, 3.3, 3.4), with one grid section (2.1, 2.2, 2.3) of the first measuring grid being positioned between two grid sections (3.1, 3.2 or 3.2, 3.3 or 3.3, 3.4) of the second measuring grid .
A method for preventing bidding down attacks during motion of a User Equipment, UE, in an LTE network in idle state comprising: receiving , by a new mobility management entity, MME, a Tracking Area Update, TAU, Request from the UE, wherein the TAU Request carries UE's stored security capabilities; sending , by the new MME, a Mobility Management Context Request message to an old MME; receiving , by the new MME, a Mobility Management Context response message from the old MME, wherein the Mobility Management Context Response carries a current Non Access Stratum, NAS, security algorithm list and a current root key; selecting , by the new MME, a Non Access Stratum, NAS, security algorithm according to an intersection of NAS security algorithms in the UE's stored security capabilities from the TAU request, NAS security algorithms supported by the new MME, and NAS security algorithms enabled by a system; and sending , by the new MME, a Security Mode Command, SMC, request message to the UE, wherein the SMC request message carries the selected NAS security algorithm and UE's security capabilities; wherein the UE's security capabilities received by the UE are for use in determining a bidding down attack occurrence when they are inconsistent with the stored UE's security capabilities. receiving , by a new mobility management entity, MME, a Tracking Area Update, TAU, Request from the UE, wherein the TAU Request carries UE's stored security capabilities; sending , by the new MME, a Mobility Management Context Request message to an old MME; receiving , by the new MME, a Mobility Management Context response message from the old MME, wherein the Mobility Management Context Response carries a current Non Access Stratum, NAS, security algorithm list and a current root key; selecting , by the new MME, a Non Access Stratum, NAS, security algorithm according to an intersection of NAS security algorithms in the UE's stored security capabilities from the TAU request, NAS security algorithms supported by the new MME, and NAS security algorithms enabled by a system; and sending , by the new MME, a Security Mode Command, SMC, request message to the UE, wherein the SMC request message carries the selected NAS security algorithm and UE's security capabilities; wherein the UE's security capabilities received by the UE are for use in determining a bidding down attack occurrence when they are inconsistent with the stored UE's security capabilities.
A side wall for a cargo area of a vehicle, the side wall comprising a latch mechanism comprising: - a single handle rotatable about an axis ; - a rear latch mechanism comprising a rear latch configured for engaging with rear engagement means ; - a front latch mechanism comprising a front latch movable in a longitudinal direction of the side wall and configured for engaging with front engagement means ; - a pulley system comprising: - a pulley fixedly mounted to the handle ; - a spring arranged for biasing the front latch outwardly with respect to the side wall ; - a cable interconnecting the pulley and the front latch , the latch mechanism being adapted for engaging and disengaging both the front latch and the rear latch upon rotation of the handle ; characterised in that - the handle is located at the rear end of the side wall ; - the rear latch mechanism comprises the handle ; - the handle comprises the rear latch . - a single handle rotatable about an axis ; - a rear latch mechanism comprising a rear latch configured for engaging with rear engagement means ; - a front latch mechanism comprising a front latch movable in a longitudinal direction of the side wall and configured for engaging with front engagement means ; - a pulley system comprising: - a pulley fixedly mounted to the handle ; - a spring arranged for biasing the front latch outwardly with respect to the side wall ; - a cable interconnecting the pulley and the front latch , - the handle is located at the rear end of the side wall ; - the rear latch mechanism comprises the handle ; - the handle comprises the rear latch .
A snoop filter device connectable with a plurality of cache elements, where the snoop filter device comprising: - a plurality of snoop filter storage locations, each configured to store a tag that identifies a cache line storable in a cache agent , where each snoop filter storage location is mapped to one cache element characterised in that each cache element is uniquely identified by one cache identifier and each cache element comprises a plurality of cache agents , wherein each cache agent is a physical cache memory hardware unit. - a plurality of snoop filter storage locations, each configured to store a tag that identifies a cache line storable in a cache agent , where each snoop filter storage location is mapped to one cache element characterised in that each cache element is uniquely identified by one cache identifier and each cache element comprises a plurality of cache agents , wherein each cache agent is a physical cache memory hardware unit.
A striking tool comprising: a motor including a rotor; a plunger configured to be movable from a bottom dead point to a top dead point by the motor ; and a moving unit configured to move the plunger from the top dead point toward the bottom dead point, characterized in that the striking tool comprises: a speed variation acquiring unit configured to acquire an amount of variation in rotating speed of the rotor; and a control unit configured to control a stop position of the plunger by controlling the motor , based on the amount of variation acquired by the speed variation acquiring unit . a motor including a rotor; a plunger configured to be movable from a bottom dead point to a top dead point by the motor ; and a moving unit configured to move the plunger from the top dead point toward the bottom dead point, characterized in that the striking tool comprises: a speed variation acquiring unit configured to acquire an amount of variation in rotating speed of the rotor; and a control unit configured to control a stop position of the plunger by controlling the motor , based on the amount of variation acquired by the speed variation acquiring unit . a speed variation acquiring unit configured to acquire an amount of variation in rotating speed of the rotor; and a control unit configured to control a stop position of the plunger by controlling the motor , based on the amount of variation acquired by the speed variation acquiring unit .
A method for preparing positive electrode slurry for a lithium secondary battery which comprises the steps of: adding a positive electrode active material, a conductive material, a binder polymer and a dispersing agent to a solvent and mixing them to obtain slurry having a solid content of 69-74 wt%; dispersing the slurry primarily for 50 minutes to 100 minutes so that the migration rate of the solid content may be 3-6 m/s; and dispersing the slurry secondarily for 5 minutes to 20 minutes so that the migration rate of the solid content may be 14-27 m/s, wherein the migration rate of the solid content is the migration length of the solid content caused by the force applied to the slurry in the dispersion system used for dispersing the slurry as a function of time, wherein the migration rate of the solid content refers to the migration length (m) per second of the solid content in the slurry, caused by the shear force generated by the friction between a slurry dispersing member provided in the dispersion system and the slurry during the rotation of the member, and wherein the migration rate of the solid content is calculated by the following Mathematical Formula 1: Migration rate of solid content m / s = 2 π R m ∗ A wherein R is the radius of the slurry dispersing member, and A is the rotation per minute (rpm) of the slurry dispersing member, divided by 60 seconds, wherein all parameters are measured according to the methods described in the specification. adding a positive electrode active material, a conductive material, a binder polymer and a dispersing agent to a solvent and mixing them to obtain slurry having a solid content of 69-74 wt%; dispersing the slurry primarily for 50 minutes to 100 minutes so that the migration rate of the solid content may be 3-6 m/s; and dispersing the slurry secondarily for 5 minutes to 20 minutes so that the migration rate of the solid content may be 14-27 m/s, wherein the migration rate of the solid content is the migration length of the solid content caused by the force applied to the slurry in the dispersion system used for dispersing the slurry as a function of time, wherein the migration rate of the solid content refers to the migration length (m) per second of the solid content in the slurry, caused by the shear force generated by the friction between a slurry dispersing member provided in the dispersion system and the slurry during the rotation of the member, and wherein the migration rate of the solid content is calculated by the following Mathematical Formula 1: Migration rate of solid content m / s = 2 π R m ∗ A wherein R is the radius of the slurry dispersing member, and A is the rotation per minute (rpm) of the slurry dispersing member, divided by 60 seconds, wherein all parameters are measured according to the methods described in the specification.
An electrical connection device including a terminal block adapted for being connected to a lug of an electrical cable , the terminal block comprising a locking sleeve adapted for securing a rod of the lug having an outer shape that is complementary to the inner shape of the sleeve so as to form an electrical connection enabling relative movement between the terminal block and the secured lug , the locking sleeve comprising a first portion and a second portion , as well as a pivot element configured such that the first and second portions pivot relative to one another in order to allow for the introduction of the lug and the securing thereof, characterised in that the pivot element of the locking sleeve comprises a pin connected to the second portion of the locking sleeve and engaged with the first portion of the locking sleeve on the side of the first portion substantially opposite the side of the first portion facing the second portion of the locking sleeve , and in that said relative movement allowed is translation.
A monitoring method whereby, when causing a computer device to execute a plurality of processes, each being executed by an interrupt and a priority level of each interrupt being specified in advance, a measurement value of an index representing a processing load of each process is monitored using a host controller that communicates with the computer device , the computer device measures the index every time each of the processes is executed, stores the latest measurement value for each priority level, updates the maximum value with the latest measurement value when the latest measurement value exceeds the maximum value measured thus far and, with the reception of a measurement result transmission request requesting transmission of the latest measurement value as a trigger from the host controller, transmits the latest measurement value and maximum value at that time to the host controller , and the host controller transmits measurement result transmission requests to the computer device in a cycle longer than the execution cycle of the process among the plurality of processes in the computer device with the longest execution cycle, and accumulates the latest measurement values and maximum values transmitted from the computer device in a storage device.
A method for wireless transmitting a first data stream, the transmission being subject to periodic blockages, the method comprising: segmenting a first data stream into packets (S321) of a predetermined fixed-size for a burst-mode transmission over a wireless channel , wherein the transmission is subject to a first periodic blockage; applying a forward error correction outer code (S323) to the packets of the first data stream for recovery of packets subjected to the first periodic blockage, wherein the forward error correction outer code comprises checksum packets added to the first data stream; interleaving the packets of the first data stream (S327) by using parameters, wherein the parameters used for interleaving by an interleaver are set to capture a number of blocked packets that does not exceed the capabilities of the forward error correcting coding wherein the packets of the first data stream are interleaved (S317) based on an interleaving of a depth based at least in part on a ratio of a blockage free duration between two consecutive blockages of the first periodic blockage to a duration of each blockage of the first periodic blockage; wherein interleaving is configured in a manner to ensure that only one blocked packet is included in a group of the first data stream reflected by each of checksum packets; applying a forward error correction inner code to each packet of the first data stream ; and transmitting the first data stream (S329) over the wireless channel. segmenting a first data stream into packets (S321) of a predetermined fixed-size for a burst-mode transmission over a wireless channel , wherein the transmission is subject to a first periodic blockage; applying a forward error correction outer code (S323) to the packets of the first data stream for recovery of packets subjected to the first periodic blockage, wherein the forward error correction outer code comprises checksum packets added to the first data stream; interleaving the packets of the first data stream (S327) by using parameters, wherein the parameters used for interleaving by an interleaver are set to capture a number of blocked packets that does not exceed the capabilities of the forward error correcting coding wherein the packets of the first data stream are interleaved (S317) based on an interleaving of a depth based at least in part on a ratio of a blockage free duration between two consecutive blockages of the first periodic blockage to a duration of each blockage of the first periodic blockage; wherein interleaving is configured in a manner to ensure that only one blocked packet is included in a group of the first data stream reflected by each of checksum packets; applying a forward error correction inner code to each packet of the first data stream ; and transmitting the first data stream (S329) over the wireless channel.
A computer-implemented method of providing distributed authorization, the method comprising the following steps performed by a second application (104; 204): receiving a communication from a first application (102; 202), wherein the communication from the first application (102; 202) comprises a security context for a client (100; 200), wherein the security context comprises information on the client (100; 200), at least one resource of the first application (102; 202), and at least one permission associated with the at least one resource; executing an authorization process based on the communication from the first application (102; 202) and the security context in order to determine whether the client (100; 200) is allowed to access the at least one resource of the first application (102; 202); characterized in that the communication from the first application (102; 202) comprises performing a callback function by an authorization check of the second application which is executed by the first application (102; 202), wherein a rule is associated with said callback function; for at least one step within the authorization process , communicating with a third application , in order to determine whether the client (100; 200) is allowed to access the at least one resource; and returning a result of the authorization request based on the evaluation of an abstract syntax tree to the first application 102; 202), wherein the abstract syntax tree is built by the first application based on the security context and the at least one rule. receiving a communication from a first application (102; 202), wherein the communication from the first application (102; 202) comprises a security context for a client (100; 200), wherein the security context comprises information on the client (100; 200), at least one resource of the first application (102; 202), and at least one permission associated with the at least one resource; executing an authorization process based on the communication from the first application (102; 202) and the security context in order to determine whether the client (100; 200) is allowed to access the at least one resource of the first application (102; 202); characterized in that the communication from the first application (102; 202) comprises performing a callback function by an authorization check of the second application which is executed by the first application (102; 202), wherein a rule is associated with said callback function; for at least one step within the authorization process , communicating with a third application , in order to determine whether the client (100; 200) is allowed to access the at least one resource; and returning a result of the authorization request based on the evaluation of an abstract syntax tree to the first application 102; 202), wherein the abstract syntax tree is built by the first application based on the security context and the at least one rule.
Method for constructing a museum display case, which comprises a platform and a case above the platform , the case having at least one opening door , the method comprising: - providing glass panes , - applying metal beams to the lower and upper sides of the glass panes beforehand by gluing, forming wall units , - providing metal beams at the opening door , - forming the case by assembling the wall units together by means of the metal beams , so that the metal beams form a load-bearing structure only when the wall units have been assembled, - fixing the load-bearing structure of the case to the platform ; wherein the metal beams are assembled together by means of corner joints ; wherein said wall units are assembled together by means of said corner joints , wherein the corner joints are fixed to the metal beams ; characterized in that the metal beams are tubular and the corner joints are formed by L-shaped elements inserted into the ends of the tubular metal beams . - providing glass panes , - applying metal beams to the lower and upper sides of the glass panes beforehand by gluing, forming wall units , - providing metal beams at the opening door , - forming the case by assembling the wall units together by means of the metal beams , so that the metal beams form a load-bearing structure only when the wall units have been assembled, - fixing the load-bearing structure of the case to the platform ; wherein the metal beams are assembled together by means of corner joints ; wherein said wall units are assembled together by means of said corner joints , wherein the corner joints are fixed to the metal beams ; characterized in that the metal beams are tubular and the corner joints are formed by L-shaped elements inserted into the ends of the tubular metal beams .
Cypate-cyclo-(DCys-Gly-Arg-Asp-Ser-Pro-Cys)-Lys-OH (LS-301), Cypate-cyclo-(DCys-Gly-Arg-Asp-Ser-Pro-DCys)-Lys-OH, Cypate-cyclo-(DCys-Arg-Gly-Asp-Ser-Pro-Cys)- Lys-OH, Cypate-cyclo-(DCys-Arg-Gly-Asp-Ser-Pro-DCys)-Lys-OH.
Rendering bin handling device comprising a spreader bar 12 of a substantially U-shaped structure that comprises a handling crossbar 13 connecting, substantially at one 14 of their ends 14; 15, two gripping arms 16, 17 which extend on either side of opposite walls 5, 7 of the rendering bin 2 or of a support structure 20 for at least one rendering bin 2 and are rigidly connected respectively to said rendering bin 2 or to said support structure 20 by hinge means 18 about the same horizontal pivot axis 19, said hinge means 18 on the opposite sides 5, 7 of the rendering bin 2 or of the support structure 20 are rigidly connected to the bin so as to be movable along a displacement path C determined with respect to the center of gravity 23 of the rendering bin 2 and/or of said support structure 20, said hinge means 18 being movable between a first position 24 defining a horizontal pivot axis 19 of the rendering bin 2 or, as the case may be, of the support structure 20 of this rendering bin 2, located below the center of gravity 23, as the case may be, of this rendering bin 2 and of the support structure 20 on which it is mounted, and at least one second position 25 in which the pivot axis 19 is located above this center of gravity 23, characterized in that it further comprises means 26 for retaining said hinge means 18 in their first position 24, and control means defined as being for releasing these retaining means 26 during tipping of the rendering bin and/or when the bin is in the overturned position.