mhurhangee/ep-ind-claims huggingface dataset:
A power injector comprising: a syringe plunger driver comprising a motorized drive source; a syringe comprising a syringe plunger, wherein said syringe plunger driver interacts with said syringe plunger to move said syringe plunger within said syringe in at least in a first direction; power injector control logic comprising an injection protocol, the injection protocol configured to control the plunger driver to provide an exponentially decaying flow rate injection having a flow rate decay constant; said power injector control logic being further configured to execute a test injection by execution of a test injection protocol; wherein said power injector control logic further comprises flow rate decay constant determination logic, which is configured to monitor the test injection to acquire data from execution of the test injection and to derive or calculate said flow rate decay constant from said data; and wherein said control logic is further configured to execute said injection protocol, using said derived or calculated flow rate decay constant, to facilitate acquisition of a patient image. a syringe plunger driver comprising a motorized drive source; a syringe comprising a syringe plunger, wherein said syringe plunger driver interacts with said syringe plunger to move said syringe plunger within said syringe in at least in a first direction; power injector control logic comprising an injection protocol, the injection protocol configured to control the plunger driver to provide an exponentially decaying flow rate injection having a flow rate decay constant; said power injector control logic being further configured to execute a test injection by execution of a test injection protocol; wherein said power injector control logic further comprises flow rate decay constant determination logic, which is configured to monitor the test injection to acquire data from execution of the test injection and to derive or calculate said flow rate decay constant from said data; and wherein said control logic is further configured to execute said injection protocol, using said derived or calculated flow rate decay constant, to facilitate acquisition of a patient image.
An attenuated Histophilus somni (H. somni) strain, which is capable of providing a safe and effective immune response in a bovine animal against H. somni, or diseases caused by H. somni; wherein the attenuated strain has, in its genomic sequence: (a) at least the following virulence factor-encoding genes mutated, including completely deleted, to eliminate the ability of the gene to express its cognate wild type gene product: HSM_0270, HSM_0338, HSM_0377, HSM_0598, HSM_0708, HSM_0749, HSM_0953, HSM_1160, HSM_1191, HSM_1257, HSM_1426, HSM_1616, HSM_1624, HSM_1714, HSM_1728, HSM_1730, HSM_1734, HSM_1736, HSM_1737, HSM_1741, HSM_1793 and HSM_1889, relative to a reference virulent H. somni strain; or (b) at least the following genes mutated, including completely deleted, to eliminate the ability of the gene to express its cognate gene product: HSM_0268, HSM_0270, HSM_0274, HSM_0598, HSM_0708, HSM_0749, HSM_0938, HSM_1022, HSM_1160, HSM_1191, HSM_1212, HSM_1257, HSM_1542, HSM_1571, HSM_1667, HSM_1728, HSM_1730, HSM_1736, HSM_1737, HSM_1741, HSM_1793 and HSM_1889, relative to a reference virulent H. somni strain; and wherein this relative deficiency of virulence factor-encoding genes renders the attenuated strain incapable of causing infection in the bovine animal. (a) at least the following virulence factor-encoding genes mutated, including completely deleted, to eliminate the ability of the gene to express its cognate wild type gene product: HSM_0270, HSM_0338, HSM_0377, HSM_0598, HSM_0708, HSM_0749, HSM_0953, HSM_1160, HSM_1191, HSM_1257, HSM_1426, HSM_1616, HSM_1624, HSM_1714, HSM_1728, HSM_1730, HSM_1734, HSM_1736, HSM_1737, HSM_1741, HSM_1793 and HSM_1889, relative to a reference virulent H. somni strain; or (b) at least the following genes mutated, including completely deleted, to eliminate the ability of the gene to express its cognate gene product: HSM_0268, HSM_0270, HSM_0274, HSM_0598, HSM_0708, HSM_0749, HSM_0938, HSM_1022, HSM_1160, HSM_1191, HSM_1212, HSM_1257, HSM_1542, HSM_1571, HSM_1667, HSM_1728, HSM_1730, HSM_1736, HSM_1737, HSM_1741, HSM_1793 and HSM_1889, relative to a reference virulent H. somni strain;
A method for operating a cache memory in a secure element, said secure element being comprised in a data processing system having, in addition to the secure element, a rich execution environment, REE, the method comprising: providing an interpreter in the secure element; determining that data to be executed by the interpreter is not located in the cache memory; generating a cache miss in the secure element; retrieving a block of encrypted data from memory coupled to the REE corresponding to the cache miss; retrieving from the memory in one access operation all blocks (54, 48, 36, 30) of a hash tree path from the block corresponding to the encrypted data to a root of the hash tree; storing all of the blocks (54, 48, 36, 30) of the hash tree path in the secure element; decrypting the encrypted data using the interpreter; verifying, by the interpreter, an integrity of the decrypted data using the hash tree; storing, by the interpreter, the verified decrypted data in the cache memory of the secure element. providing an interpreter in the secure element; determining that data to be executed by the interpreter is not located in the cache memory; generating a cache miss in the secure element; retrieving a block of encrypted data from memory coupled to the REE corresponding to the cache miss; retrieving from the memory in one access operation all blocks (54, 48, 36, 30) of a hash tree path from the block corresponding to the encrypted data to a root of the hash tree; storing all of the blocks (54, 48, 36, 30) of the hash tree path in the secure element; decrypting the encrypted data using the interpreter; verifying, by the interpreter, an integrity of the decrypted data using the hash tree; storing, by the interpreter, the verified decrypted data in the cache memory of the secure element.
An apparatus for use as an amplifier comprising: a radio frequency or microwave transistor for providing signal amplification; at least one circuit board to provide input signals to and/or receive signals from the transistor; and a thermal interface device configured to facilitate mechanical and thermal connection between the transistor and a heat pipe heat sink or circulating fluid heat sink, characterised in that: in use the interface device is indirectly coupled to the transistor to provide at least three thermal junctions between the transistor and the heat sink. a radio frequency or microwave transistor for providing signal amplification; at least one circuit board to provide input signals to and/or receive signals from the transistor; and a thermal interface device configured to facilitate mechanical and thermal connection between the transistor and a heat pipe heat sink or circulating fluid heat sink, characterised in that: in use the interface device is indirectly coupled to the transistor to provide at least three thermal junctions between the transistor and the heat sink.
Tyre comprising a rubber composition based on at least one diene elastomer, a reinforcing filler, a polyfunctional acrylate derivative of formula (Ia) or (Ib): in which R 1, R 2 and R 3 independently represent a hydrogen atom or a C 1 -C 7 hydrocarbon group selected from the group consisting of linear, branched or cyclic alkyls, aralkyl groups, alkylaryl groups and aryl groups and optionally interrupted by one or more heteroatoms, it being possible for R 2 and R 3 to together form a nonaromatic ring, n represents an integer having the value 1, 2 or 3 and, in the case of a polyfunctional acrylate derivative of formula (Ia), R 4 represents a radical selected from the group consisting of a hydrogen atom, a methyl group, an ethyl group, a propyl group or an isopropyl group, said composition additionally comprising silica as predominant reinforcing filler, a guanidine derivative and a peroxide, the contents of polyfunctional acrylate derivative and of peroxide being such that the ratio of the content of polyfunctional acrylate derivative to the content of peroxide is greater than or equal to 6.
Seat belt cutting device comprising: - a body through which a belt slides, provided with two flaps that form guides for the sliding of the belt and a hole for the insertion of safety means; - a cover provided with a flap that functions as a peripheral guide and engages with the flaps of the body, said cover being rotat able on body, and provided with a hole for the passage of safety means; wherein the seat belt cutting device - further comprises a double-edged blade embedded in the cover so as to project from the lower part of the cover; - the body is provided with a recess/guide for the blade in such a way that, when the said cover is rotated, the blade moves peripherally cutting of the belt; - the safety means are constituted by a strap that has spheres along its length and by a circular part with a hole; - said strap being insertable in the hole of the body, in the hole of the said cover and in the hole of the circular part and said strap being pulled out of the circular part when the cover is rotated on the body cutting of the belt. - a body through which a belt slides, provided with two flaps that form guides for the sliding of the belt and a hole for the insertion of safety means; - a cover provided with a flap that functions as a peripheral guide and engages with the flaps of the body, said cover being rotat able on body, and provided with a hole for the passage of safety means; - further comprises a double-edged blade embedded in the cover so as to project from the lower part of the cover; - the body is provided with a recess/guide for the blade in such a way that, when the said cover is rotated, the blade moves peripherally cutting of the belt; - the safety means are constituted by a strap that has spheres along its length and by a circular part with a hole; - said strap being insertable in the hole of the body, in the hole of the said cover and in the hole of the circular part and said strap being pulled out of the circular part when the cover is rotated on the body cutting of the belt.
A toner comprising: a layered inorganic mineral comprising: a surface treated with a fluorine-containing compound, wherein the fluorine-containing compound comprises a fluoroalkyl group. a layered inorganic mineral comprising: a surface treated with a fluorine-containing compound, wherein the fluorine-containing compound comprises a fluoroalkyl group.
A system for sampling a sample material, comprising: a probe comprising an outer probe housing having an inner wall and an open end for communicating with a sample space; a liquid supply conduit within the housing and having an outlet positioned to deliver liquid to the open end of the housing; an exhaust conduit within the housing for removing liquid from the open end of the housing; the liquid supply conduit being connectable to a liquid supply for delivering liquid at a first volumetric flow rate to the open end of the housing; a liquid exhaust system in fluid connection with the liquid exhaust conduit for removing liquid from the liquid exhaust conduit at a second volumetric flow rate, whereby gas containing sample from the sample space will be withdrawn with liquid flowing into and through the liquid exhaust conduit; and, a device for directing sample into the open end of the probe communicating with the sample space, characterized in that: the second volumetric flow rate exceeds the first volumetric flow rate, and in that the system further comprises a gas guide (232, 238, 280, 290, 320) between the open end of the probe and the sample configured to focus the flow of gas into the liquid exhaust conduit. a probe comprising an outer probe housing having an inner wall and an open end for communicating with a sample space; a liquid supply conduit within the housing and having an outlet positioned to deliver liquid to the open end of the housing; an exhaust conduit within the housing for removing liquid from the open end of the housing; the liquid supply conduit being connectable to a liquid supply for delivering liquid at a first volumetric flow rate to the open end of the housing; a liquid exhaust system in fluid connection with the liquid exhaust conduit for removing liquid from the liquid exhaust conduit at a second volumetric flow rate, whereby gas containing sample from the sample space will be withdrawn with liquid flowing into and through the liquid exhaust conduit; and, a device for directing sample into the open end of the probe communicating with the sample space, characterized in that: the second volumetric flow rate exceeds the first volumetric flow rate, and in that the system further comprises a gas guide (232, 238, 280, 290, 320) between the open end of the probe and the sample configured to focus the flow of gas into the liquid exhaust conduit.
Agricultural machine tool for tillage of the type comprising a wheel body which includes a hub, a rim and at least two arms which each connect the hub and the rim to each other, at least one aperture provided between the two arms and the rim, and having a closed contour, characterised in that it further comprises: - a component which forms an accessory having a profiled portion having a shape which generally corresponds to said closed contour, and a generally superficial portion which terminates the profiled portion, and - a set of fixing members, and in that the profiled portion introduces at one side of the wheel body into the aperture, closing the aperture by means of form-fitting cooperation, as far as a final position in which the superficial portion moves into a flush state with the arms, at least in the region of the contour, whilst the set of fixing members ensures the retention of the component in that final position. - a component which forms an accessory having a profiled portion having a shape which generally corresponds to said closed contour, and a generally superficial portion which terminates the profiled portion, and - a set of fixing members, and in that the profiled portion introduces at one side of the wheel body into the aperture, closing the aperture by means of form-fitting cooperation, as far as a final position in which the superficial portion moves into a flush state with the arms, at least in the region of the contour, whilst the set of fixing members ensures the retention of the component in that final position.
A steering wheel actuation device, for steering a vehicle in testing, for example in ADAS testing, the actuation device comprising: a steering wheel actuator; wherein the steering wheel actuator is selectively moveable during testing between an engaged configuration for imparting an actuation force to a vehicle steering wheel and a disengaged configuration CHARACTERISED IN THAT the steering wheel actuator is conformable to the shape of a steering wheel that it is in contact with so that the steering wheel actuation device can be used with steering wheels of different shapes. a steering wheel actuator; wherein the steering wheel actuator is selectively moveable during testing between an engaged configuration for imparting an actuation force to a vehicle steering wheel and a disengaged configuration CHARACTERISED IN THAT the steering wheel actuator is conformable to the shape of a steering wheel that it is in contact with so that the steering wheel actuation device can be used with steering wheels of different shapes.
A lens comprising: a surface having a modulated relief comprising a plurality of regions including a first region and a second region, wherein the first region is a phase-adjusting region configured to extend a depth of field of the lens, characterized in that the first region has a depth relative to the second region of approximately 1.0 micrometer to approximately 1.5 micrometer; and a plurality of nanostructures is formed in the first region; wherein a spacing between adjacent nanostructures of the plurality of nanostructures is made smaller than the shortest wavelength in the visible spectrum such that the first region does not substantially diffract visible light. a surface having a modulated relief comprising a plurality of regions including a first region and a second region, wherein the first region is a phase-adjusting region configured to extend a depth of field of the lens, characterized in that the first region has a depth relative to the second region of approximately 1.0 micrometer to approximately 1.5 micrometer; and a plurality of nanostructures is formed in the first region; wherein a spacing between adjacent nanostructures of the plurality of nanostructures is made smaller than the shortest wavelength in the visible spectrum such that the first region does not substantially diffract visible light.
A method of operating a CPRI link having the steps of: forming CPRI frames using a CPRI layer of a protocol stack at one endpoint of the CPRI link, the protocol stack having the CPRI layer and an emulation layer to emulate a point to point link, to enable the CPRI link to operate over a packet switched network having more than two nodes, selecting a number of CPRI frames to encapsulate in a packet of the emulation layer by: determining a CPRI line rate associated with the CPRI link; determining, based on the determined CPRI line rate associated with the CPRI link, a length of the CPRI frames; and selecting, based on the determined length of the CPRI frames, the number of CPRI frames to ensure the CPRI link stays within CPRI delay limits; using the emulation layer at the one endpoint to encapsulate the selected number of the CPRI frames in a packet with overhead suitable for indicating faults, and sending the packet over the packet switched network to a corresponding protocol stack for receiving at the other endpoint of the link. forming CPRI frames using a CPRI layer of a protocol stack at one endpoint of the CPRI link, the protocol stack having the CPRI layer and an emulation layer to emulate a point to point link, to enable the CPRI link to operate over a packet switched network having more than two nodes, selecting a number of CPRI frames to encapsulate in a packet of the emulation layer by: determining a CPRI line rate associated with the CPRI link; determining, based on the determined CPRI line rate associated with the CPRI link, a length of the CPRI frames; and selecting, based on the determined length of the CPRI frames, the number of CPRI frames to ensure the CPRI link stays within CPRI delay limits; using the emulation layer at the one endpoint to encapsulate the selected number of the CPRI frames in a packet with overhead suitable for indicating faults, and sending the packet over the packet switched network to a corresponding protocol stack for receiving at the other endpoint of the link. determining a CPRI line rate associated with the CPRI link; determining, based on the determined CPRI line rate associated with the CPRI link, a length of the CPRI frames; and selecting, based on the determined length of the CPRI frames, the number of CPRI frames to ensure the CPRI link stays within CPRI delay limits; using the emulation layer at the one endpoint to encapsulate the selected number of the CPRI frames in a packet with overhead suitable for indicating faults, and sending the packet over the packet switched network to a corresponding protocol stack for receiving at the other endpoint of the link.
A grille shutter apparatus, comprising: a shutter mechanism arranged in an grille opening portion positioned at a front portion of a vehicle body of a vehicle to control a flow rate of air flowing from the grille opening portion to an internal portion of the vehicle body; and a frame supporting the shutter mechanism in the grille opening portion, the frame including a fixing portion at one end to be fixed in the grille opening portion, characterized in that the frame includes a protruding portion making contact with a front grille and generating a rotational moment at the frame in a case where the front grille arranged at an opening end of the grille opening portion moves rearward due to an occurrence of a collision of the vehicle, the rotational moment acting about the fixing portion, wherein the protruding portion includes a curved surface configured so that a contact portion of the protruding portion with the front grille shifts on the curved surface depending on a position to which the front grille is moved rearward. a shutter mechanism arranged in an grille opening portion positioned at a front portion of a vehicle body of a vehicle to control a flow rate of air flowing from the grille opening portion to an internal portion of the vehicle body; and a frame supporting the shutter mechanism in the grille opening portion, the frame including a fixing portion at one end to be fixed in the grille opening portion, characterized in that the frame includes a protruding portion making contact with a front grille and generating a rotational moment at the frame in a case where the front grille arranged at an opening end of the grille opening portion moves rearward due to an occurrence of a collision of the vehicle, the rotational moment acting about the fixing portion, wherein the protruding portion includes a curved surface configured so that a contact portion of the protruding portion with the front grille shifts on the curved surface depending on a position to which the front grille is moved rearward.
A cloud computing system, the system comprising: an information processing system configured to run virtual machine instances, the information processing system including a hypervisor program for managing the virtual machine instances; customer virtual machine instances (802a-n) run by the hypervisor program on the information processing system; and grid virtual machine instances (804a-n) run by the hypervisor program on the information processing system, wherein the grid virtual machine instances (804 a-n) are configured to process computational, storage and network tasks during periods of time where there are excess resources of the information processing system that are not being used by the customer virtual machine instances (802 a-n) such that the grid virtual machine instances (804 a-n) are configured to run only when a resource of the information processing system is not being utilized by the customer virtual machine instances (802 a-n); and wherein the customer virtual machine instances (802 a-n) include prioritization logic configured to denote tasks that do not necessarily need to be completed in real time and to yield resources of the information processing system to the grid virtual machine instances (804 a-n) in the event a processing task was not time-sensitive. an information processing system configured to run virtual machine instances, the information processing system including a hypervisor program for managing the virtual machine instances; customer virtual machine instances (802a-n) run by the hypervisor program on the information processing system; and grid virtual machine instances (804a-n) run by the hypervisor program on the information processing system, wherein the grid virtual machine instances (804 a-n) are configured to process computational, storage and network tasks during periods of time where there are excess resources of the information processing system that are not being used by the customer virtual machine instances (802 a-n) such that the grid virtual machine instances (804 a-n) are configured to run only when a resource of the information processing system is not being utilized by the customer virtual machine instances (802 a-n); and wherein the customer virtual machine instances (802 a-n) include prioritization logic configured to denote tasks that do not necessarily need to be completed in real time and to yield resources of the information processing system to the grid virtual machine instances (804 a-n) in the event a processing task was not time-sensitive.