mhurhangee/ep-ind-claims huggingface dataset:
A device including memory protection, comprising: a memory module comprising a flexible counter system that includes one or more data lines, an overflow counter associated with each of the one or more data lines, and a plurality of counters associated with each of the one or more data lines, wherein each of the plurality of counters includes a bit flag to indicate an overflow state in the corresponding counter; and a processing module that includes at least a memory encryption engine to: determine whether a counter is in an overflow state using the bit flag corresponding to the respective counter; decrypt encrypted data loaded from the memory module using security metadata generated at least in part by the flexible counter system; and encrypt plaintext data prior to storage in the memory module using the security metadata; wherein the security metadata comprises at least counter values generated by the flexible counter system using the respective counter and, responsive to detection of a bit flag indicating the respective counter is in an overflow state, the overflow counter, and wherein the plurality of counters associated with at least one data line of the one or more data lines includes a first counter having a first size and a second counter having a distinct second size. a memory module comprising a flexible counter system that includes one or more data lines, an overflow counter associated with each of the one or more data lines, and a plurality of counters associated with each of the one or more data lines, wherein each of the plurality of counters includes a bit flag to indicate an overflow state in the corresponding counter; and a processing module that includes at least a memory encryption engine to: determine whether a counter is in an overflow state using the bit flag corresponding to the respective counter; decrypt encrypted data loaded from the memory module using security metadata generated at least in part by the flexible counter system; and encrypt plaintext data prior to storage in the memory module using the security metadata; determine whether a counter is in an overflow state using the bit flag corresponding to the respective counter; decrypt encrypted data loaded from the memory module using security metadata generated at least in part by the flexible counter system; and encrypt plaintext data prior to storage in the memory module using the security metadata; wherein the security metadata comprises at least counter values generated by the flexible counter system using the respective counter and, responsive to detection of a bit flag indicating the respective counter is in an overflow state, the overflow counter, and wherein the plurality of counters associated with at least one data line of the one or more data lines includes a first counter having a first size and a second counter having a distinct second size.
A catheter (100,200,300) for delivering a fluid media comprising: a main catheter portion extending along a main catheter lumen axis from a proximal catheter end toward a distal catheter end; an angled assembly coupled with the main catheter portion near the distal catheter end, the angled assembly includes: a pigtail loop having a plane, the plane being at a first angle relative to the main catheter lumen axis of the main catheter portion, wherein the first angle is at least 60 degrees and not more than 120 degrees, a distal angled portion extending from the main catheter portion to the pigtail loop, the distal angled portion extending from the main catheter portion at a second angle relative to the main catheter portion, and wherein the pig tail loop extends from the distal angled portion at a third angle relative to the distal angled portion; wherein one or more of the pigtail loop or the distal angled portion includes at least one fluid media hole configured for dispensing a fluid media, and characterised in that the main catheter lumen axis intersects the plane of the pigtail loop at an offset point displaced from the pigtail loop. a main catheter portion extending along a main catheter lumen axis from a proximal catheter end toward a distal catheter end; an angled assembly coupled with the main catheter portion near the distal catheter end, the angled assembly includes: a pigtail loop having a plane, the plane being at a first angle relative to the main catheter lumen axis of the main catheter portion, wherein the first angle is at least 60 degrees and not more than 120 degrees, a distal angled portion extending from the main catheter portion to the pigtail loop, the distal angled portion extending from the main catheter portion at a second angle relative to the main catheter portion, and wherein the pig tail loop extends from the distal angled portion at a third angle relative to the distal angled portion; wherein one or more of the pigtail loop or the distal angled portion includes at least one fluid media hole configured for dispensing a fluid media, and characterised in that the main catheter lumen axis intersects the plane of the pigtail loop at an offset point displaced from the pigtail loop. a pigtail loop having a plane, the plane being at a first angle relative to the main catheter lumen axis of the main catheter portion, wherein the first angle is at least 60 degrees and not more than 120 degrees, a distal angled portion extending from the main catheter portion to the pigtail loop, the distal angled portion extending from the main catheter portion at a second angle relative to the main catheter portion, and wherein the pig tail loop extends from the distal angled portion at a third angle relative to the distal angled portion; wherein one or more of the pigtail loop or the distal angled portion includes at least one fluid media hole configured for dispensing a fluid media, and characterised in that the main catheter lumen axis intersects the plane of the pigtail loop at an offset point displaced from the pigtail loop.
A spray head assembly (20; 220; 320; 420) for use with a liquid spray gun platform, comprising: an air-handling saddle (30; 230; 330; 430) that is attachable to the liquid spray gun platform, an air cap (140; 240; 340; 440) that is attachable to the air-handling saddle (30; 230; 330; 430), and a liquid-handling core (50; 250; 350; 450) that is slidably engagable into the air-handling saddle (30; 230; 330; 430) and that is securable in its engaged position therewithin by the attaching of the air cap (140; 240; 340; 440) to the air-handling saddle (30; 230; 330; 430).
Method for adjusting the bearing clearance in a ceramic hybrid bearing comprising rolling elements in the form of balls or rollers made of a ceramic material, and comprising an external and an internal bearing shell made of a ferromagnetic material, characterized in that a magnetic flux is induced into an external side of the stationary non-rotating bearing shell and is discharged again at the opposite external side of the bearing shell, wherein a magnetic field and a corresponding magnetic flux are generated, and in that, due to the resulting magnetostrictive effect, a deformation of the bearing shell in the sense of a reduction or an enlargement of the diameter of the bearing shell is caused by means of the modification of the magnetic flux.
A system for providing pressure/load control at an end stroke stop, the system comprising: an actuator housing having an end stroke stop and a first actuator housing side; an actuator piston provided in the actuator housing, wherein the actuator piston is movable along a longitudinal axis, the actuator piston having a first piston portion perpendicular to the longitudinal axis; means for regulating the pressure/load control at the end stroke stop provided in the first piston portion, wherein the means for regulating the pressure/load control at the end stroke stop is configured to move from a closed position to an open position when in contact with the first actuator housing side; wherein the first piston portion has an opening that extends through a first piston portion side to a second piston portion side; and wherein the means for regulating the pressure/load control at the end stroke stop comprises: a ball bearing, a first biasing spring, a rod, a valve assembly casing, and characterized in that when the valve assembly casing contacts the first actuator housing side, in use, the rod is configured to move to contact the ball bearing such that the means for regulating the pressure/load control at the first actuator housing side provides fluid flow through the opening. an actuator housing having an end stroke stop and a first actuator housing side; an actuator piston provided in the actuator housing, wherein the actuator piston is movable along a longitudinal axis, the actuator piston having a first piston portion perpendicular to the longitudinal axis; means for regulating the pressure/load control at the end stroke stop provided in the first piston portion, wherein the means for regulating the pressure/load control at the end stroke stop is configured to move from a closed position to an open position when in contact with the first actuator housing side; wherein the first piston portion has an opening that extends through a first piston portion side to a second piston portion side; and a ball bearing, a first biasing spring, a rod, a valve assembly casing, and characterized in that when the valve assembly casing contacts the first actuator housing side, in use, the rod is configured to move to contact the ball bearing such that the means for regulating the pressure/load control at the first actuator housing side provides fluid flow through the opening.
A headset comprising: a sensor (215,220) to obtain sensor data, the sensor data comprising a motion signature and orientation data, the orientation data being indicative of the orientation of the headset in space; a store of motion signatures that includes a motion signature indicative of placement of the headset on the ear of a user and a motion signature indicative of removing the headset from the ear of a user, to which the motion signature obtained by the sensor (215,220) is compared to determine whether the headset is being worn by a user based on the obtained motion signature and orientation data; and a configuration logic to configure the headset based on the sensor data and the determination of whether the headset is being worn. a sensor (215,220) to obtain sensor data, the sensor data comprising a motion signature and orientation data, the orientation data being indicative of the orientation of the headset in space; a store of motion signatures that includes a motion signature indicative of placement of the headset on the ear of a user and a motion signature indicative of removing the headset from the ear of a user, to which the motion signature obtained by the sensor (215,220) is compared to determine whether the headset is being worn by a user based on the obtained motion signature and orientation data; and a configuration logic to configure the headset based on the sensor data and the determination of whether the headset is being worn.
A physiological electrical lead body comprising: a plurality of transducer contacts in close proximity to an end of the electrical lead body; and a control unit positioned within the lead body in close proximity to and in communication with the plurality of transducer contacts, the control unit constructed and arranged to enable precise delivery of signals to a predetermined treatment site and comprising: at least one electrical input contact configured to receive an input signal from the plurality of transducer contacts; and a plurality of electrical output contacts configured to deliver a plurality of output signals, wherein the quantity of the electrical output contacts is greater than the quantity of the electrical input contacts, the control unit configured to modulate the plurality of output signals from the control unit in response to the input signal from the plurality of transducer contacts. a plurality of transducer contacts in close proximity to an end of the electrical lead body; and a control unit positioned within the lead body in close proximity to and in communication with the plurality of transducer contacts, the control unit constructed and arranged to enable precise delivery of signals to a predetermined treatment site and comprising: at least one electrical input contact configured to receive an input signal from the plurality of transducer contacts; and a plurality of electrical output contacts configured to deliver a plurality of output signals, wherein the quantity of the electrical output contacts is greater than the quantity of the electrical input contacts, the control unit configured to modulate the plurality of output signals from the control unit in response to the input signal from the plurality of transducer contacts. at least one electrical input contact configured to receive an input signal from the plurality of transducer contacts; and a plurality of electrical output contacts configured to deliver a plurality of output signals, wherein the quantity of the electrical output contacts is greater than the quantity of the electrical input contacts, the control unit configured to modulate the plurality of output signals from the control unit in response to the input signal from the plurality of transducer contacts.
A stabilized soluble calcium complex, characterized in that it consists of: a) a source of calcium present in an amount of 0.05 mg to 15 mg per gram of a sample; b) a cationic polymer present in a mass ratio to the calcium source of between 0.25 and 12.5; c) an anionic hydrocolloid; and d) a source of a soluble fiber, the soluble fiber source consisting of fructans and / or inulin. a) a source of calcium present in an amount of 0.05 mg to 15 mg per gram of a sample; b) a cationic polymer present in a mass ratio to the calcium source of between 0.25 and 12.5; c) an anionic hydrocolloid; and d) a source of a soluble fiber, the soluble fiber source consisting of fructans and / or inulin.
A method of communicating via a wireless medium by a wireless communications apparatus within a network, the method comprising: determining first and second contention windows, the first contention window beginning earlier than the second contention window; beginning a first carrier sense multiple access, CSMA, countdown at the start of the first contention window; beginning a second CSMA countdown when the first CSMA countdown does not end before the start of the second contention window; characterised by transmitting a prepared frame at a time of the first CSMA countdown ending or the second CSMA countdown ending, whichever is earlier. determining first and second contention windows, the first contention window beginning earlier than the second contention window; beginning a first carrier sense multiple access, CSMA, countdown at the start of the first contention window; beginning a second CSMA countdown when the first CSMA countdown does not end before the start of the second contention window; characterised by transmitting a prepared frame at a time of the first CSMA countdown ending or the second CSMA countdown ending, whichever is earlier.
A method of providing a Push-To, PT, box service, wherein the PT box service provides a media data box, PT box, to which media data directed to a user of a PT terminal can be forwarded and stored, comprising: storing, in a PT server, PT box setting information of a terminal; receiving, by the PT server, a session invitation directed to the terminal; and determining, by the PT server, a routing of the session invitation to a PT box for the terminal based on the PT box setting information, wherein the PT box setting information comprises PT box routing information representing 'unwilling', 'unconditional', and 'conditional'; wherein if the PT box routing information is 'unwilling', then the session invitation is determined not to be routed; and wherein if the PT box routing information is 'unconditional', then the session invitation is determined to be routed unconditionally, or if the PT box routing information is 'conditional', then the session invitation is determined to be routed only under certain conditions. storing, in a PT server, PT box setting information of a terminal; receiving, by the PT server, a session invitation directed to the terminal; and determining, by the PT server, a routing of the session invitation to a PT box for the terminal based on the PT box setting information, wherein the PT box setting information comprises PT box routing information representing 'unwilling', 'unconditional', and 'conditional'; wherein if the PT box routing information is 'unwilling', then the session invitation is determined not to be routed; and wherein if the PT box routing information is 'unconditional', then the session invitation is determined to be routed unconditionally, or if the PT box routing information is 'conditional', then the session invitation is determined to be routed only under certain conditions.
A smart card of the SIM type for communicating, via a mobile terminal in a radiotelephony network, with at least one server of at least one service, the at least one server being external to the radiotelephony network, characterized in that the smart card is adapted to: - trigger an implementation of a browser hosted within the smart card; - carry out an exchange of messages, the exchange of messages comprising at least one of the following two steps of: - transmitting (N1 or S2) a first message initiated by a subscriber and established by the browser, via the mobile terminal, to the server, and - receiving (N2 or S1) a second message (ESMS) transmitted from the server, via the mobile terminal, to the browser, the second message comprising data to be displayed by the terminal and an executable code, the browser interpreting a content of the second message, the browser executing the executable code and ordering a display of the data to be displayed included within the second message, so that the service is executed by the server which interacts, via the browser of the smart card, with the subscriber. - trigger an implementation of a browser hosted within the smart card; - carry out an exchange of messages, the exchange of messages comprising at least one of the following two steps of: - transmitting (N1 or S2) a first message initiated by a subscriber and established by the browser, via the mobile terminal, to the server, and - receiving (N2 or S1) a second message (ESMS) transmitted from the server, via the mobile terminal, to the browser, the second message comprising data to be displayed by the terminal and an executable code, the browser interpreting a content of the second message, the browser executing the executable code and ordering a display of the data to be displayed included within the second message, so that the service is executed by the server which interacts, via the browser of the smart card, with the subscriber. - transmitting (N1 or S2) a first message initiated by a subscriber and established by the browser, via the mobile terminal, to the server, and - receiving (N2 or S1) a second message (ESMS) transmitted from the server, via the mobile terminal, to the browser, the second message comprising data to be displayed by the terminal and an executable code, the browser interpreting a content of the second message, the browser executing the executable code and ordering a display of the data to be displayed included within the second message, so that the service is executed by the server which interacts, via the browser of the smart card, with the subscriber.
A camshaft phaser for controllably varying the phase relationship between a crankshaft and a camshaft in an internal combustion engine, said camshaft phaser comprising: a housing having a bore with an open end and extending along a longitudinal axis; and a harmonic gear drive unit comprising an outer first spline, an outer second spline which is axially adjacent to said outer first spline and disposed within said housing, a flexspline disposed radially within said outer first spline and said outer second spline, a wave generator disposed radially within said flexspline, and a rotational actuator connectable to said wave generator such that rotation of said rotational actuator causes relative rotation between said outer first spline and said outer second spline, wherein said outer first spline is fixed to said housing in order to prevent relative rotation therebetween and serves to close said open end of said housing, the camshaft phaser further comprising an output hub rotatably disposed coaxially within said housing axially adjacent to said harmonic gear drive unit and attachable to said camshaft and fixed to said outer second spline in order to prevent relative rotation therebetween, characterized in that said output hub includes a bearing mounted coaxially therewith which radially supports said wave generator. a housing having a bore with an open end and extending along a longitudinal axis; and a harmonic gear drive unit comprising an outer first spline, an outer second spline which is axially adjacent to said outer first spline and disposed within said housing, a flexspline disposed radially within said outer first spline and said outer second spline, a wave generator disposed radially within said flexspline, and a rotational actuator connectable to said wave generator such that rotation of said rotational actuator causes relative rotation between said outer first spline and said outer second spline, wherein said outer first spline is fixed to said housing in order to prevent relative rotation therebetween and serves to close said open end of said housing,