mhurhangee/ep-ind-claims huggingface dataset:
A method of providing network security, the method comprising: monitoring, by a profiler unit that determines policies for protecting a protected network zone, network traffic entering and exiting the protected network zone; determining, from the monitored network traffic, endpoint-identifying information; identifying, by the profiler unit, a previously undetected endpoint (0070, 0065, 0100, or 0110) that interfaces with the protected network zone based on the endpoint-identifying information not being associated with any previously detected endpoint (0070, 0065, 0100, or 0110) in the protected network zone; comparing, by the profiler unit, first network traffic characteristics of the monitored network traffic associated with the previously undetected endpoint (0070, 0065, 0100, or 0110) to second network traffic characteristics of known device types of the previously detected endpoints (0070, 0065, 0100, or 0110); determining a device type of the previously undetected endpoint (0070, 0065, 0100, or 0110) based on the comparison between the first and the second network traffic characteristics; assigning, by the profiler unit, a policy to the previously undetected endpoint (0070, 0065, 0100, or 0110) according to the determined device type; and distributing, by the profiler unit, policy data to a policy enforcement point, PEP, device (0050 or 0120) to cause the PEP device (0050 or 0120) to enforce the network policy on network traffic flowing to and from the previously undetected endpoint (0070, 0065, 0100, or 0110). monitoring, by a profiler unit that determines policies for protecting a protected network zone, network traffic entering and exiting the protected network zone; determining, from the monitored network traffic, endpoint-identifying information; identifying, by the profiler unit, a previously undetected endpoint (0070, 0065, 0100, or 0110) that interfaces with the protected network zone based on the endpoint-identifying information not being associated with any previously detected endpoint (0070, 0065, 0100, or 0110) in the protected network zone; comparing, by the profiler unit, first network traffic characteristics of the monitored network traffic associated with the previously undetected endpoint (0070, 0065, 0100, or 0110) to second network traffic characteristics of known device types of the previously detected endpoints (0070, 0065, 0100, or 0110); determining a device type of the previously undetected endpoint (0070, 0065, 0100, or 0110) based on the comparison between the first and the second network traffic characteristics; assigning, by the profiler unit, a policy to the previously undetected endpoint (0070, 0065, 0100, or 0110) according to the determined device type; and distributing, by the profiler unit, policy data to a policy enforcement point, PEP, device (0050 or 0120) to cause the PEP device (0050 or 0120) to enforce the network policy on network traffic flowing to and from the previously undetected endpoint (0070, 0065, 0100, or 0110).
A refrigerator, comprising: a refrigerative chamber for storing stock at a low temperature; a main body for defining the refrigerative chamber; a door for opening and closing the refrigerative chamber; an ice tray (75A, 75B) and a water tank positioned in the main body; the ice tray (75A, 75B) being filled with water, for making ice; the water tank for storing water having a water supply hole (33A, 33B) for supplying water to the ice tray; a valve for selectively opening and closing the water supply hole (33A, 33B); and an operation member for opening the valve; characterised in that: the operation member is a valve driving button, the valve driving button being pressed to open the valve by closing of the door. a refrigerative chamber for storing stock at a low temperature; a main body for defining the refrigerative chamber; a door for opening and closing the refrigerative chamber; an ice tray (75A, 75B) and a water tank positioned in the main body; the ice tray (75A, 75B) being filled with water, for making ice; the water tank for storing water having a water supply hole (33A, 33B) for supplying water to the ice tray; a valve for selectively opening and closing the water supply hole (33A, 33B); and an operation member for opening the valve; the operation member is a valve driving button, the valve driving button being pressed to open the valve by closing of the door.
A constant-resistance and relatively large deformation anchor cable comprising cables, an anchoring device, a loading plate and clamping sheets, one end of each cable being fixed to the anchoring device and the loading plate by the clamping sheet, wherein the constant-resistance and relatively large deformation anchor cable further includes a constant-resistance device, the constant-resistance device including a sleeve and a constant-resistance body, the sleeve having a straight pipe structure, and the constant-resistance body having a frustum structure, a diameter of one end face of the constant-resistance body being larger than a diameter (d) of the other end face of the constant-resistance body; wherein the sleeve has an inner diameter smaller than the diameter of the one end face of the constant-resistance body, a cuneiform portion is arranged at one side of an inner wall of the sleeve and the constant-resistance body is disposed at the cuneiform portion; the constant-resistance body has a strength higher than that of the sleeve, so as to make the constant-resistance body have no deformation and make the sleeve have plastic deformation to generate constant resistance when the constant-resistance body moves in the sleeve, the constant resistance being a friction resistance between the sleeve and the constant-resistance body; the other end of each cable being fixed to the constant-resistance body; characterized in that a partition board is fixed to the other side of the inner wall of the sleeve, in that the cables are passing through the partition board, and in that water-proof and anti-corrosion material is filled in the sleeve between the partition board and the end of the other side of the sleeve.
A stable composition for the treatment of lesions associated with herpes viral infections, the composition being in a form selected from creams and gels containing a low concentration of trichloroacetic acid, the amount of the trichloroacetic acid being less than 6% (m/m) of the mass of the cream or gel.
A fiber fabric comprising warps and wefts: wherein either one of the warps and the wefts is configured by a polyamide resin fiber composed of a polyamide resin composition, and the other is configured by a continuous carbon fiber; characterised in that in an arbitrary square area of the fiber fabric, one side of the arbitrary square area is aligned in parallel to the warps, and other one side of the arbitrary square area is aligned in parallel to the wefts, the continuous carbon fiber has an average length 1.1 to 1.6 times longer than the length of a side of the square; the polyamide resin composition contains a polyamide resin in which 50% by mole or more of diamine structural units thereof is derived from xylylenediamine; and wherein the polyamide resin has a number-average molecular weight (Mn) of 6,000 to 30,000, and 0.5 to 5% by mass of the polyamide resin has a molecular weight of 1,000 or smaller. wherein either one of the warps and the wefts is configured by a polyamide resin fiber composed of a polyamide resin composition, and the other is configured by a continuous carbon fiber; characterised in that in an arbitrary square area of the fiber fabric, one side of the arbitrary square area is aligned in parallel to the warps, and other one side of the arbitrary square area is aligned in parallel to the wefts, the continuous carbon fiber has an average length 1.1 to 1.6 times longer than the length of a side of the square; the polyamide resin composition contains a polyamide resin in which 50% by mole or more of diamine structural units thereof is derived from xylylenediamine; and wherein the polyamide resin has a number-average molecular weight (Mn) of 6,000 to 30,000, and 0.5 to 5% by mass of the polyamide resin has a molecular weight of 1,000 or smaller.
Valproic acid, or a pharmaceutically acceptable salt thereof, for use in: improving or normalizing endogenous fibrinolysis impaired by local or systemic inflammation; or treating or preventing a pathological condition associated with excess fibrin deposition and/or thrombus formation, wherein the pathological condition is caused wholly or at least in part by an increased fibrin deposition and/or reduced fibrinolytic capacity due to local or systemic inflammation, wherein the valproic acid, or a pharmaceutically acceptable salt thereof, is administered in an amount between 1 μg to 30 mg per kilogram of body weight per day and in the range of approximately 50-1000 mg per day. improving or normalizing endogenous fibrinolysis impaired by local or systemic inflammation; or treating or preventing a pathological condition associated with excess fibrin deposition and/or thrombus formation, wherein the pathological condition is caused wholly or at least in part by an increased fibrin deposition and/or reduced fibrinolytic capacity due to local or systemic inflammation,
A punching processing method in which a metallic sheet material is sequentially subjected to multiple punching processing steps by a punch(s) and a die(s), comprising, in first step punching processing, forming a first step punched surface on the sheet material, and then, in second step punching processing, forming a second step punched surface on the sheet material by punching the sheet material such that the second step punched surface and the first step punched surface are crossed with each other, thereby forming one or more matching portions at positions where the first step punched surface and the second step punched surface intersect, characterised in that after the first step punching processing and before the second step punching processing, the method further comprises subjecting the sheet material to swaging processing that either sandwiches and crushes matching portion forming portions of the sheet material, which will form the matching portions, from a top surface side and a back surface side of the sheet material, or presses and crushes the matching portion forming portions from a side of the sheet material which is opposite to the side of the sheet material on which the second step punching processing is performed.
Ink-jet printer for printing cards comprising: - a support on which a card is placed; - a printing station comprising at least one ink-jet printhead for printing on said card; wherein: - said card comprises a thermoplastic material; - said at least one ink-jet printhead is coupled to a reservoir containing an ink, said ink comprising: - a medium consisting of a low-boiling organic solvent; - an auxiliary solvent consisting of a high-boiling organic solvent; - a colouring component soluble in said medium; - said support is provided with a heating system for heating said card during operation of said printing station. - a support on which a card is placed; - a printing station comprising at least one ink-jet printhead for printing on said card; - said card comprises a thermoplastic material; - said at least one ink-jet printhead is coupled to a reservoir containing an ink, said ink comprising: - a medium consisting of a low-boiling organic solvent; - an auxiliary solvent consisting of a high-boiling organic solvent; - a colouring component soluble in said medium; - a medium consisting of a low-boiling organic solvent; - an auxiliary solvent consisting of a high-boiling organic solvent; - a colouring component soluble in said medium; - said support is provided with a heating system for heating said card during operation of said printing station.
A cured tread having in a width direction thereof a plurality of grooves (M1, M2) extending in a length direction thereof, characterised in that tread thickness (H1-H6) in a width cross section gradually decreases from an equator to an equator-side edge of an outermost groove located at an outermost position in the width direction and gradually increases from an outer edge of the outermost groove outward in the width direction.
An integrated circuit, IC, comprising: a bus interface comprising: a clock pin configured to couple to a clock line on an associated bus; an input pin configured to couple to an input line on the associated bus; and an output pin configured to couple to an output line on the associated bus; an internal clock coupled to a control circuit; and the control circuit configured to detect a start command by being configured to: detect a change on the clock pin by detecting a transition from a logical low to a logical high on the clock pin that lasts a predetermined number of clock cycles of the internal clock; in response, send a first start acknowledgment, ACK, on the output pin that the change was detected; after sending the first start ACK, detect a subsequent change on the clock pin; and in response, send a second start ACK on the output pin. a bus interface comprising: a clock pin configured to couple to a clock line on an associated bus; an input pin configured to couple to an input line on the associated bus; and an output pin configured to couple to an output line on the associated bus; a clock pin configured to couple to a clock line on an associated bus; an input pin configured to couple to an input line on the associated bus; and an output pin configured to couple to an output line on the associated bus; an internal clock coupled to a control circuit; and the control circuit configured to detect a start command by being configured to: detect a change on the clock pin by detecting a transition from a logical low to a logical high on the clock pin that lasts a predetermined number of clock cycles of the internal clock; in response, send a first start acknowledgment, ACK, on the output pin that the change was detected; after sending the first start ACK, detect a subsequent change on the clock pin; and in response, send a second start ACK on the output pin. detect a change on the clock pin by detecting a transition from a logical low to a logical high on the clock pin that lasts a predetermined number of clock cycles of the internal clock; in response, send a first start acknowledgment, ACK, on the output pin that the change was detected; after sending the first start ACK, detect a subsequent change on the clock pin; and in response, send a second start ACK on the output pin.
Furnace heating device, in particular for industrial furnaces for heat treatment of goods in a furnace chamber, with at least one radiant tube serving for heating the furnace chamber and heatable by means of a burner which can be operated in a first operating mode with flame and in a second operating mode with flameless oxidation, with at least one control device, by means of which the burner of the radiant tube can be switched on and off and switched between operating modes (F, NF), wherein the temperature of the furnace chamber is set by means of the control device to a nominal temperature (Ts) which lies below a minimum critical temperature (Tk) required in a combustion chamber for flameless oxidation of the fuel used, but which lies above a lower temperature (Tu) at which the burner of the radiant tube can be operated flamelessly, wherein the control device is configured to operate the burner in the second operating mode at a temperature of the furnace chamber which lies below the critical temperature (Tk), characterised in that the control device is configured, on start-up at a temperature of the furnace chamber which lies below the critical temperature (Tk) but above the lower temperature (Tu), firstly to ignite the burner in the first operating mode and operate it therein for a time period (Δt), and thereafter to operate it in the second operating mode.
A dispenser for dispensing a fluid said dispenser comprising: a reservoir for holding a fluid; a pump in communication with the reservoir, the pump comprising an inlet, an outlet and a recovery means, wherein the pump has an idle stage, a discharging stage in which a shot of the fluid is expelled from the pump through the outlet; a charging stage in which a shot of the fluid is drawn from the reservoir through the inlet into the pump and the recovery means returns the pump to the idle stage from the discharging stage and through the charging stage; a suck back mechanism which is separate from the pump, said suck back mechanism comprising a resilient member, a first opening and a second opening wherein the first opening of the suck back mechanism is connected to the outlet of the pump wherein the suck back mechanism further comprises a body comprising the first opening, the second opening, a primary fluid pathway between the first and second opening (162, 163), the primary pathway connecting the first and second openings (162,163) to one another; and a dispensing end for dispensing the fluid from the dispenser, the dispensing end being connected to the second opening of the suck back mechanism, characterised in that said resilient member is capable of storing fluids; and in that, at the end of the discharging stage of the pump, undispensed fluid remains between the dispensing end and the second opening of the suck back mechanism and during the charging stage a portion of the undispensed fluid is drawn into the resilient member; and in that the body of the suck back mechanism further comprises at least one secondary pathway having a first end and a second end, the resilient member being located at the second end of the secondary pathway and the first end of the secondary pathway being located along primary fluid pathway. a reservoir for holding a fluid; a pump in communication with the reservoir, the pump comprising an inlet, an outlet and a recovery means, wherein the pump has an idle stage, a discharging stage in which a shot of the fluid is expelled from the pump through the outlet; a charging stage in which a shot of the fluid is drawn from the reservoir through the inlet into the pump and the recovery means returns the pump to the idle stage from the discharging stage and through the charging stage; a suck back mechanism which is separate from the pump, said suck back mechanism comprising a resilient member, a first opening and a second opening wherein the first opening of the suck back mechanism is connected to the outlet of the pump wherein the suck back mechanism further comprises a body comprising the first opening, the second opening, a primary fluid pathway between the first and second opening (162, 163), the primary pathway connecting the first and second openings (162,163) to one another; and a dispensing end for dispensing the fluid from the dispenser, the dispensing end being connected to the second opening of the suck back mechanism,
A method for preparing citalopram diol represented by formula IV, comprising the following steps: performing Grignard addition reactions of 5-cyanophthalide successively with p-fluorophenyl magnesium halide and N,N-dimethylaminopropyl magnesium halide in an organic solvent; after the reaction, hydrolyzing and separating to obtain free base of citalopram diol represented by formula IV; optionally, further converting the compound of formula IV into its acid salt; characterized in that the Grignard reaction is carried out in the presence of an auxiliary reagent of metal salt M A X B, wherein M is selected from the group consisting of Mn, Cu, Zn, Li, or Cs, X is selected from the group consisting of Cl, Br, or I, A is 1, and B is 1 or 2.
A work vehicle comprising: a vehicle body to which front tires are mounted; a working implement movably coupled to the vehicle body and at least a part of which is arranged anterior to the front tires; a camera that is arranged at a front portion of the vehicle body and shoots an image of an anterior area outside the vehicle body as a shooting area; and a display control unit that causes a display device to display a shot image shot by the camera characterized in that the display control unit causes the display device to display a first guide image that indicates a first projection position obtained by projecting a first site of the working implement on a plane including ground-contacting surfaces of the front tires in a superimposed manner. a vehicle body to which front tires are mounted; a working implement movably coupled to the vehicle body and at least a part of which is arranged anterior to the front tires; a camera that is arranged at a front portion of the vehicle body and shoots an image of an anterior area outside the vehicle body as a shooting area; and a display control unit that causes a display device to display a shot image shot by the camera characterized in that the display control unit causes the display device to display a first guide image that indicates a first projection position obtained by projecting a first site of the working implement on a plane including ground-contacting surfaces of the front tires in a superimposed manner.
A method for supporting key management in a distributed computing environment, the method comprising: providing a binary radix tree comprising a plurality of nodes which store a plurality of binary keys, wherein each binary key is used for retrieving a corresponding object, value or datum; serializing the binary radix tree to a buffer; providing an interface to the buffer, wherein the interface is configured to provide a plurality of references, wherein each reference of the plurality of references is a reference to the position in the buffer of a leaf node of the serialized binary radix tree corresponding to a binary key of the plurality of binary keys; and providing said plurality of references to a plurality of referrers that use the binary radix tree to retrieve values corresponding to binary keys by maintaining references to nodes in the binary radix tree, whereby the plurality of referrers are enabled to realize the plurality of binary keys, by locating the values corresponding to the keys, using the plurality of references. providing a binary radix tree comprising a plurality of nodes which store a plurality of binary keys, wherein each binary key is used for retrieving a corresponding object, value or datum; serializing the binary radix tree to a buffer; providing an interface to the buffer, wherein the interface is configured to provide a plurality of references, wherein each reference of the plurality of references is a reference to the position in the buffer of a leaf node of the serialized binary radix tree corresponding to a binary key of the plurality of binary keys; and providing said plurality of references to a plurality of referrers that use the binary radix tree to retrieve values corresponding to binary keys by maintaining references to nodes in the binary radix tree, whereby the plurality of referrers are enabled to realize the plurality of binary keys, by locating the values corresponding to the keys, using the plurality of references.