mhurhangee/ep-ind-claims huggingface dataset:
A method for automatic denial of service protection in a media gateway, the method comprising: a. receiving packets at a network processor of a network interface of the media gateway, the packets being addressed to a network address of the network interface; b. at the network processor, forwarding the packets addressed to the network interface of the media gateway to a control manager in the media gateway; c. at the control manager, determining whether the packets violate a rate-based policing policy of the media gateway; and d. at the control manager, in response to determining that the packets violate the rate-based policing policy, adding source identifying information associated with the packets to an access control list in the media gateway; and e. at the network processor, preventing at least some of the packets matching criteria in the access control list from being forwarded to the control manager in the media gateway; and characterized by f. at the network processor, forwarding a sampling of the packets matching criteria in the access control list to the control manager of a the media gateway said control manager determining whether to remove an entry from the access control list based on the sampled packets. a. receiving packets at a network processor of a network interface of the media gateway, the packets being addressed to a network address of the network interface; b. at the network processor, forwarding the packets addressed to the network interface of the media gateway to a control manager in the media gateway; c. at the control manager, determining whether the packets violate a rate-based policing policy of the media gateway; and d. at the control manager, in response to determining that the packets violate the rate-based policing policy, adding source identifying information associated with the packets to an access control list in the media gateway; and e. at the network processor, preventing at least some of the packets matching criteria in the access control list from being forwarded to the control manager in the media gateway; and characterized by f. at the network processor, forwarding a sampling of the packets matching criteria in the access control list to the control manager of a the media gateway said control manager determining whether to remove an entry from the access control list based on the sampled packets.
Container with a container wall, a container opening, a lid, a membrane and a support structure, wherein (a) the lid closes the container opening; (b) a portion of a diaphragm collar of the diaphragm is attached to a portion of an inner side of the container wall so as to form an attachment area; (c) the support structure comprises a support portion and a bearing portion, the support portion being associated with the membrane and the bearing portion being associated with the cover; characterized in that (d) the supporting portion comprises a supporting member which is rod-shaped (23, 23', 23") and a gap (s) is provided between the supporting portion and the diaphragm collar of the diaphragm. (a) the lid closes the container opening; (b) a portion of a diaphragm collar of the diaphragm is attached to a portion of an inner side of the container wall so as to form an attachment area; (c) the support structure comprises a support portion and a bearing portion, the support portion being associated with the membrane and the bearing portion being associated with the cover; characterized in that (d) the supporting portion comprises a supporting member which is rod-shaped (23, 23', 23") and a gap (s) is provided between the supporting portion and the diaphragm collar of the diaphragm.
Transmitting device for a wireless communication system, the transmitting device comprising: a processor, and a transmitter; wherein the processor is configured to generate a fractional Orthogonal Frequency Division Multiplexing, OFDM, symbol based on an adjacent OFDM symbol, wherein the fractional OFDM symbol is a cyclic extension of the adjacent OFDM symbol; and length of the fractional OFDM symbol depends on a clear channel assessment CCA process; wherein the transmitter is configured to transmit a signal comprising the fractional OFDM symbol and the adjacent OFDM symbol once it measures the channel as clear, by the CCA process. a processor, and a transmitter; wherein the processor is configured to generate a fractional Orthogonal Frequency Division Multiplexing, OFDM, symbol based on an adjacent OFDM symbol, wherein the fractional OFDM symbol is a cyclic extension of the adjacent OFDM symbol; and length of the fractional OFDM symbol depends on a clear channel assessment CCA process; wherein the transmitter is configured to transmit a signal comprising the fractional OFDM symbol and the adjacent OFDM symbol once it measures the channel as clear, by the CCA process.
A magnetic alloy having a composition represented by the general formula: Fe 100-x- y -z Cu x B y X z (atomic %), wherein X is at least one of the elements Si, S, C, P, Al, Ge, Ga and Be, a part of Fe is optionally substituted by Ni and/or Co in a proportion of 10 atomic % or less based on Fe, and a part of Fe is optionally substituted by at least one of the elements Ti, Zr, Hf, V, Nb, Ta, Cr, Mo, W, Mn, Re, platinum-group elements, Au, Ag, Zn, In, Sn, As, Sb, Bi, Y, N, O and rare earth elements in a proportion of 5 atomic % or less based on Fe, characterized in that 1.2≤x≤ 1.6, 12≤y≤ 15, 0≤z≤10, and 12≤ y+z≤ 24, and said magnetic alloy has a structure containing crystal grains having an average diameter of 60 nm or less which are dispersed in an amorphous matrix in a proportion of 30% or more by volume, and a saturation magnetic flux density of 1.7 T or more. X is at least one of the elements Si, S, C, P, Al, Ge, Ga and Be, a part of Fe is optionally substituted by Ni and/or Co in a proportion of 10 atomic % or less based on Fe, and a part of Fe is optionally substituted by at least one of the elements Ti, Zr, Hf, V, Nb, Ta, Cr, Mo, W, Mn, Re, platinum-group elements, Au, Ag, Zn, In, Sn, As, Sb, Bi, Y, N, O and rare earth elements in a proportion of 5 atomic % or less based on Fe,
Method for cooling a liquid-injected compressor element, whereby a liquid is injected in the compression chamber of this compressor element via a first injection valve, and a second injection valve, wherein the method comprises the step of controlling the quantity of liquid which is to be injected in the compression chamber of said compressor element as a function of a specific controlling parameter, irrespective of any other possible regulations, characterised in that the quantity of liquid which is injected is adjusted by means of the second injection valve which is adjustable in a continuous manner to provide a continuously variable flow-through opening, wherein the above-mentioned adjustment is done on the basis of the temperature of the compressed gas flow leaving the compressor element and on the basis of the ambient temperature in that the method comprises the step of controlling the temperature at the compressed air outlet to a predetermined target value by controlling the quantity of liquid that is injected, wherein the above-mentioned target value for the temperature at the compressed air outlet is calculated on the basis of an algorithm which is a function of the ambient temperature.
A sensor device for measuring fluid and fluid conduit properties, the sensor device comprising: an outer capsule for providing fluid-tight containment to an interior compartment in a closed position, wherein the outer capsule comprises a first, proximal capsule portion and a second, distal capsule portion; an aperture located in the second capsule portion and fluidly connecting the inner compartment to an exterior of the outer capsule; a mounting bracket disposed within the inner compartment, the mounting bracket connecting the first capsule portion to the second capsule portion and providing structural integrity and pressure resistivity for the outer capsule; at least one pressure sensor; a power source mounted to the mounting bracket and configured to supply power to the sensor device; and a Hall Effect sensor for activating at least one sensor; Characterized in that the mounting bracket comprises a hollow annular member which securely holds the pressure sensor against the inner surface of the second capsule portion in alignment with the aperture of the second capsule portion whereby the pressure sensor can sense pressure applied by a fluid to the sensor device. an outer capsule for providing fluid-tight containment to an interior compartment in a closed position, wherein the outer capsule comprises a first, proximal capsule portion and a second, distal capsule portion; an aperture located in the second capsule portion and fluidly connecting the inner compartment to an exterior of the outer capsule; a mounting bracket disposed within the inner compartment, the mounting bracket connecting the first capsule portion to the second capsule portion and providing structural integrity and pressure resistivity for the outer capsule; at least one pressure sensor; a power source mounted to the mounting bracket and configured to supply power to the sensor device; and a Hall Effect sensor for activating at least one sensor; Characterized in that the mounting bracket comprises a hollow annular member which securely holds the pressure sensor against the inner surface of the second capsule portion in alignment with the aperture of the second capsule portion whereby the pressure sensor can sense pressure applied by a fluid to the sensor device.
A mobile logistics base of the type comprising a wheeled transport bed to be loaded with a vehicle, such as a truck, trailer, semi-trailer, straight truck or other bed type, and a vehicle, called light vehicle, able to be positioned on said vehicle transport bed, said light vehicle comprising a rolling chassis equipped with a transport platform and a control station, the transport bed comprising two support surfaces, called upper surface and lower surface, adjacent in the longitudinal direction and positioned at different levels, in that the lower surface of the transport bed forming the surface for receiving the light vehicle, characterized in that, in the state with the light vehicle positioned on the lower surface of the transport bed, the transport bed is equipped with means for bringing the platform for transporting a light vehicle to a so-called transfer position in which the platform for transporting a light vehicle and the upper surface of the transport bed are substantially coplanar in order to transfer loads from the platform to the upper surface or the reverse, and in that the transport bed is equipped with means for keeping said platform for transporting the light vehicle in the transfer position.
A content client (112, 114) configured to receive a content item from a content server, characterized in that the content client is configured to: - receive a marked session description, the marked session description comprising at least one media description relating to a respective content item (310, 320) and a bandwidth recommendation, the at least one media description comprising connection information and a bandwidth requirement to enable the content client to receive over the network the respective content item; - parse the marked session description; - detect the bandwidth recommendation; and - use one of the at least one media description to receive the respective content item over the network based on the bandwidth requirement of said one of the at least one media description and the bandwidth recommendation. - receive a marked session description, the marked session description comprising at least one media description relating to a respective content item (310, 320) and a bandwidth recommendation, the at least one media description comprising connection information and a bandwidth requirement to enable the content client to receive over the network the respective content item; - parse the marked session description; - detect the bandwidth recommendation; and - use one of the at least one media description to receive the respective content item over the network based on the bandwidth requirement of said one of the at least one media description and the bandwidth recommendation.
Apparatus for treating blood outside the human body comprising a dialysis chamber comprising a semi-permeable membrane carrying out an exchange of solutes, referred to as dialysis, and of liquid, referred to as ultrafiltration, with the blood, said apparatus comprising: - means of determination of a value, said instantaneous value, of an ultrafiltration coefficient corresponding to the ratio of an ultrafiltration flow rate to a difference in pressure, said transmembrane pressure, on either side of said semi-permeable membrane, - means of variation of the ultrafiltration flow rate; characterised in that it also comprises means for controlling said means of variation of the ultrafiltration flow rate, as a function of a comparison of said instantaneous value to a value, said maximum value, so as to reach a maximum ultrafiltration coefficient. - means of determination of a value, said instantaneous value, of an ultrafiltration coefficient corresponding to the ratio of an ultrafiltration flow rate to a difference in pressure, said transmembrane pressure, on either side of said semi-permeable membrane, - means of variation of the ultrafiltration flow rate;
A process for preparing a 5-(2-amino-pyrimidin-4-yl)-2-aryl-1H-pyrrole-3-carboxamide of the formula: wherein R1 and R2 independently represent hydrogen, halogen, C 1 -C 6 alkyl, (C 1 -C 6) alkoxy, cycloalkyl, aryl or nitro group, which process comprises: a) coupling an acetal of formula: wherein R3 is C 1 -C 6 alkyl and both R4 are independently C 1 -C 6 alkyl or taken together are an alkylene chain having 2 or 3 carbon atoms and forming a cyclic acetal, with a beta-ketoester or a salt thereof of formula: wherein R1 and R2 are as defined above and R5 is C 1 -C 6 alkyl, first under acidic conditions and then under nucleophilic conditions; b) acetylating the resultant compound of the formula: wherein R1, R2 and R5 are as defined above, with an acetyl halide or acetic anhydride in the presence of a Lewis acid; c) reacting the resultant compound of formula: wherein R1, R2 and R5 are as defined above, with a C 1 -C 6 dialkyl acetal of N,N-dimethyl formamide; d) reacting the resultant enaminone of formula: wherein R1, R2 and R5 are as defined above, with guanidine or a salt thereof; e) hydrolyzing the carboxylic ester group of the resultant compound of formula: wherein R1, R2 and R5 are as defined above; f) condensing the carboxylic acid group of the resultant compound of formula (VIII): wherein R1 and R2 are as defined above, with a form of ammonia, to give the carboxamide of formula as defined above; and, if desired, converting it into a pharmaceutically acceptable salt. a) coupling an acetal of formula: wherein R3 is C 1 -C 6 alkyl and both R4 are independently C 1 -C 6 alkyl or taken together are an alkylene chain having 2 or 3 carbon atoms and forming a cyclic acetal, with a beta-ketoester or a salt thereof of formula: wherein R1 and R2 are as defined above and R5 is C 1 -C 6 alkyl, first under acidic conditions and then under nucleophilic conditions; b) acetylating the resultant compound of the formula: wherein R1, R2 and R5 are as defined above, with an acetyl halide or acetic anhydride in the presence of a Lewis acid; c) reacting the resultant compound of formula: wherein R1, R2 and R5 are as defined above, with a C 1 -C 6 dialkyl acetal of N,N-dimethyl formamide; d) reacting the resultant enaminone of formula: wherein R1, R2 and R5 are as defined above, with guanidine or a salt thereof; e) hydrolyzing the carboxylic ester group of the resultant compound of formula: wherein R1, R2 and R5 are as defined above; f) condensing the carboxylic acid group of the resultant compound of formula (VIII): wherein R1 and R2 are as defined above, with a form of ammonia, to give the carboxamide of formula as defined above; and, if desired, converting it into a pharmaceutically acceptable salt.
Method for actuating a valve device as a function of a characteristic curve (v_kk, v_kkD) by means of which a respective target value (i_EDS) corresponding to an actuating variable of the valve device can be determined, which target value respectively correlates with an initial value, corresponding to a demanded operating state of the valve device, of the characteristic curve (v_kk, v_kkD), wherein the characteristic curve (v_kk, v_kkD) comprises at least three characteristic map ranges (v_kk1 to v_kk5) and a gradient of a third characteristic curve range (v_kk2 or v_kk4) arranged between a first characteristic curve range (v_kk1 or v_kk3) and a second characteristic curve range (v_kk3 or v_kk5) is respectively greater than the gradients of the first characteristic curve range (v_kk1 or v_kk3) and of the second characteristic curve range (v_kk3 or v_kk5), characterized in that the valve device is actuated with dither which is superposed on the target value (i_EDS) and which has such a frequency that the operating state of the valve device follows the actuation in accordance with the characteristic curve (v_kk) in a defined manner and, by means of the characteristic curve (v_kk), in each case those initial values ("1", x) which correlate with the target values (i_EDS) respectively present at the reversal points of the harmonic oscillation imparted to the valve device by means of the dither are determined, on the basis of which initial values respective further initial values are ascertained, as a function of which the operation of the valve device is performed, wherein the amplitude of the dither is predefined such that one of the reversal points, in the case of an actuation of the valve device close to the transition range (i_EDS1, i_EDS2, i_EDS3 or i_EDS4) between the first characteristic curve range (v_kk1 or v_kk3) and the third characteristic curve range (v_kk2) or between the second characteristic curve range (v_kk3 or v_kk5) and the third characteristic curve range (v_kk4), lies in the first characteristic curve range (v_kk1 or v_kk3) or the second characteristic curve range (v_kk3 or v_kk5), and the respective other reversal point lies in the third characteristic curve range (v_kk2 or v_kk4).
Method for electrical stunning an animal, comprising the steps of: - arranging the animal's head in a head box, wherein said head box comprises electrodes (3, 8), touching the animal's head; - administering an electric pulse or electric pulse sequence to the electrodes; - releasing the animal's head from the head box; wherein the electric pulse is a direct and/or alternating current pulse or the electric pulse sequence comprises two or more direct and/or alternating current pulses, wherein each of said pulses may be positive or negative with respect to zero volts, and characterised in that the amplitude of said pulses is from 2000 to 22000 V, and wherein electrical insulation is placed between the electrodes (3, 8) and the head box itself. - arranging the animal's head in a head box, wherein said head box comprises electrodes (3, 8), touching the animal's head; - administering an electric pulse or electric pulse sequence to the electrodes; - releasing the animal's head from the head box;
A needle assembly (1;1a;1b;1c) for introducing an indwelling catheter into a blood vessel of a patient, the needle assembly comprising: - a handle (3,5) including an outer sleeve, an inner sleeve coaxially fixed to the outer sleeve, - a hollow needle configured to pierce the patient to guide the catheter into the blood vessel, - a needle hub (11;61) fixed to the needle and movably fit in the inner sleeve of the handle (3,5), the needle hub (11;61) being temporarily retained at a first position where the needle is exposed out of the handle (3,5) and biased to move toward a second position where the needle retracts in the handle (3,5), - a gap left vacant between the outer sleeve and the inner sleeve, - a release (19; 63) configured to releasably retain the needle hub (11; 61) at the first position, characterized in comprising: - a passageway (15,21,23) including a first through hole penetrating the inner sleeve and a second through hole penetrating the needle hub (11;61), the first through hole and the second through hole being so formed as to align with each other and come in close contact with each other to allow flashback of blood from the needle to the gap of the handle (3,5) without a mediating member between the first through hole and the second through hole only if the needle hub (11;61) is at the first position. - a handle (3,5) including an outer sleeve, an inner sleeve coaxially fixed to the outer sleeve, - a hollow needle configured to pierce the patient to guide the catheter into the blood vessel, - a needle hub (11;61) fixed to the needle and movably fit in the inner sleeve of the handle (3,5), the needle hub (11;61) being temporarily retained at a first position where the needle is exposed out of the handle (3,5) and biased to move toward a second position where the needle retracts in the handle (3,5), - a gap left vacant between the outer sleeve and the inner sleeve, - a release (19; 63) configured to releasably retain the needle hub (11; 61) at the first position, characterized in comprising: - a passageway (15,21,23) including a first through hole penetrating the inner sleeve and a second through hole penetrating the needle hub (11;61), the first through hole and the second through hole being so formed as to align with each other and come in close contact with each other to allow flashback of blood from the needle to the gap of the handle (3,5) without a mediating member between the first through hole and the second through hole only if the needle hub (11;61) is at the first position.
A system comprising: a ground plane; and an antenna structure, comprising: a three-dimensional dipole antenna having a first arm and a second arm; and at least two three-dimensional monopole antennas (312, 322), each having a monopole element (340, 342) and an adjacent stub element (344, 346), wherein the first arm, the second arm, the monopole elements and the adjacent stub elements are suspended above the ground plane and are coplanar in accordance with a first plane. a ground plane; and an antenna structure, comprising: a three-dimensional dipole antenna having a first arm and a second arm; and at least two three-dimensional monopole antennas (312, 322), each having a monopole element (340, 342) and an adjacent stub element (344, 346), wherein a three-dimensional dipole antenna having a first arm and a second arm; and at least two three-dimensional monopole antennas (312, 322), each having a monopole element (340, 342) and an adjacent stub element (344, 346), wherein the first arm, the second arm, the monopole elements and the adjacent stub elements are suspended above the ground plane and are coplanar in accordance with a first plane.