mhurhangee/ep-ind-claims huggingface dataset:
A wireless communication device comprising: a computer platform having firmware; and a firmware verification module operable to execute a verification configuration to collect firmware information, wherein the firmware information is indicative of an integrity of the firmware, wherein the verification configuration is received from another computer device across a wireless network, and wherein the verification configuration further comprises a predetermined verification result selected for the wireless device, wherein the verification configuration further comprises a verification scheme, and wherein the firmware verification module is further operable to execute the verification scheme on the firmware to generate a verification test result, wherein the verification test result is indicative of the integrity of the firmware, and wherein the firmware verification module is operable to compare the predetermined verification result to the generated verification test result to determine the integrity of the firmware, wherein the firmware verification module is operable to control the wireless device in case where incorrect or altered firmware is discovered by shutting down ability of the wireless device to communicate with the wireless network. a computer platform having firmware; and a firmware verification module operable to execute a verification configuration to collect firmware information, wherein the firmware information is indicative of an integrity of the firmware, wherein the verification configuration is received from another computer device across a wireless network, and wherein the verification configuration further comprises a predetermined verification result selected for the wireless device, wherein the verification configuration further comprises a verification scheme, and wherein the firmware verification module is further operable to execute the verification scheme on the firmware to generate a verification test result, wherein the verification test result is indicative of the integrity of the firmware, and wherein the firmware verification module is operable to compare the predetermined verification result to the generated verification test result to determine the integrity of the firmware, wherein the firmware verification module is operable to control the wireless device in case where incorrect or altered firmware is discovered by shutting down ability of the wireless device to communicate with the wireless network.
A biphasic process for the preparation of the compound of Formula A comprising the steps of: a) creating a first mixture by combining together a 2-phase water-organic solvent system, an ammonia source, a cyanide source and a furan-2-aldehyde of Formula B b) separating a second mixture from the first mixture which includes the compound of Formula C as a solution in the organic solvent; c) adding an aqueous solution of a mineral acid to the second mixture to form a third mixture; d) separating a fourth mixture from the third mixture which is an aqueous mixture that includes the compound of formula D; wherein X is Br, HSO 4, NO 3 or H 2 PO 4; e) adding a brominating agent to the fourth mixture to form a fifth mixture; and f) isolating the compound of Formula A from the fifth mixture. a) creating a first mixture by combining together a 2-phase water-organic solvent system, an ammonia source, a cyanide source and a furan-2-aldehyde of Formula B b) separating a second mixture from the first mixture which includes the compound of Formula C as a solution in the organic solvent; c) adding an aqueous solution of a mineral acid to the second mixture to form a third mixture; d) separating a fourth mixture from the third mixture which is an aqueous mixture that includes the compound of formula D; wherein X is Br, HSO 4, NO 3 or H 2 PO 4; e) adding a brominating agent to the fourth mixture to form a fifth mixture; and f) isolating the compound of Formula A from the fifth mixture.
Top-cover for a controlled environmental system, wherein the top-cover enables introducing a probe to a sample placed on a sample holder wherein the top-cover comprises a cavity which is forming a chamber around the sample on the sample holder, when placed on the sample holder and wherein the top-cover comprises a lid (7, 13) with an aperture for a probe holder to go through, wherein the lid (7, 13) is in connection with the top-cover by a non-positive connection, such that the lid (7, 13) allows sliding according to the relative movement of the probe with respect to the sample holder holding a culture dish without compromising the sealing.
A biocidal composition comprising: tributyl tetradecyl phosphonium chloride and tetrakis(hydroxymethyl)phosphonium sulfate at a weight ratio of the tributyl tetradecyl phosphonium chloride to the tetrakis(hydroxymethyl)phosphonium sulfate of 2:1 to 1:10.
Use of a plated steel sheet as a heat absorbing/radiating steel sheet, the plated steel sheet comprising a steel sheet and a hot-dip plating layer disposed on a surface of the steel sheet, wherein the plated steel sheet has an emissivity of 0.4 or more, the hot-dip plating layer contains zinc, 1.0 to 22.0 mass% of aluminum, 1.3 to 10.0 mass% of magnesium, and both oxides and hydroxides of all of zinc, aluminum and magnesium, the oxides and the hydroxides having a lattice defect and being distributed in a lamellar form, an area of a portion of the oxides and the hydroxides in a field of view with 20 mm length in a cross section of the plated steel sheet is 0.01 mm 2 or more, and a ratio of an area of a portion of the oxides and the hydroxides to an area of the hot-dip plating layer in the cross section is 95% or less.
Device for twisting elongated dough strips, comprising: - a first conveyor for supplying dough strips; - at least one pair of grippers (1,2), each arranged for gripping and respectively releasing one short side of a dough strip; - means for mutually rotating the grippers around an axis of rotation; - a transporter, for transporting the grippers along a track that comprises at least: o a grip area, wherein the grippers are arranged on opposite sides of the first conveyor, at such distance that they can grip protruding short sides of a dough strip on the first conveyor without gripping the first conveyor; o a twist area, wherein the grippers are arranged at least such a distance from the first conveyor, that a dough strip does not contact the first conveyor when being twisted by mutually rotating the grippers; o a release area, wherein the twisted dough strip is put on: - a second conveyor for carrying off the twisted dough strips after mutual rotation of the grippers from the pair of grippers. - a first conveyor for supplying dough strips; - at least one pair of grippers (1,2), each arranged for gripping and respectively releasing one short side of a dough strip; - means for mutually rotating the grippers around an axis of rotation; - a transporter, for transporting the grippers along a track that comprises at least: o a grip area, wherein the grippers are arranged on opposite sides of the first conveyor, at such distance that they can grip protruding short sides of a dough strip on the first conveyor without gripping the first conveyor; o a twist area, wherein the grippers are arranged at least such a distance from the first conveyor, that a dough strip does not contact the first conveyor when being twisted by mutually rotating the grippers; o a release area, wherein the twisted dough strip is put on: o a grip area, wherein the grippers are arranged on opposite sides of the first conveyor, at such distance that they can grip protruding short sides of a dough strip on the first conveyor without gripping the first conveyor; o a twist area, wherein the grippers are arranged at least such a distance from the first conveyor, that a dough strip does not contact the first conveyor when being twisted by mutually rotating the grippers; o a release area, wherein the twisted dough strip is put on: - a second conveyor for carrying off the twisted dough strips after mutual rotation of the grippers from the pair of grippers.
A system for reducing eye-to-eye and surgeon-to-surgeon variability in performing procedures to create cuts in a capsule of a lens of an eye, the system comprising: a. a laser for producing a laser beam; b. an optical path for directing the laser beam from the laser to a lens of an eye; characterised by: c. a control system comprising a computer, a controller and/or software hardware combination that controls firing of said laser and x-y-z scanning parameters of said optical path, wherein the control system as least directs the laser beam in a predetermined jigsaw capsulotomy pattern comprising a plurality of laser shots positioned in x, y, and z directions as they are directed toward the lens of the eye, wherein the jigsaw pattern is formed by directing the plurality of shots along a planar pattern contained in an x-y plane, and performing, for each x-y portion of the planar pattern, a series of tightly spaced sweeps in the z-direction, such that the laser beam is moving up and down rapidly in the Z-direction compared to the X-Y positioning to create the cut shape. a. a laser for producing a laser beam; b. an optical path for directing the laser beam from the laser to a lens of an eye; characterised by: c. a control system comprising a computer, a controller and/or software hardware combination that controls firing of said laser and x-y-z scanning parameters of said optical path, wherein the control system as least directs the laser beam in a predetermined jigsaw capsulotomy pattern comprising a plurality of laser shots positioned in x, y, and z directions as they are directed toward the lens of the eye, wherein the jigsaw pattern is formed by directing the plurality of shots along a planar pattern contained in an x-y plane, and performing, for each x-y portion of the planar pattern, a series of tightly spaced sweeps in the z-direction, such that the laser beam is moving up and down rapidly in the Z-direction compared to the X-Y positioning to create the cut shape.
A mounting jig for a vehicle door, the jig comprising at least: · a first support, known as stationary support, having means for adjustably fastening it to a vehicle body in the vicinity of the door opening; · a second support having fastening means for fastening the vehicle door; · connection arms (4, 5) for interconnecting the first and second supports (1, 7), which arms are hinged to each of said supports, and their trace, in a plane perpendicular to the plane of the door opening, cooperates with the trace, in the same plane, of said supports, to form a deformable quadrilateral; said mounting jig being characterized in that the jig further comprises: · a weight arm, mounted to move at least in translation along a vertical axis in guide means (21a, 21b) carried by the stationary support, between a low first position and at least one second position that is higher than said low position; · at least one operating member for operating an indexing member for indexing the position of the second support relative to the first support, the operating member being connected to the weight shaft; and · a raising lever, for acting against the effect of gravity, to raise the weight shaft from the first position towards the second position. · a first support, known as stationary support, having means for adjustably fastening it to a vehicle body in the vicinity of the door opening; · a second support having fastening means for fastening the vehicle door; · connection arms (4, 5) for interconnecting the first and second supports (1, 7), which arms are hinged to each of said supports, and their trace, in a plane perpendicular to the plane of the door opening, cooperates with the trace, in the same plane, of said supports, to form a deformable quadrilateral; · a weight arm, mounted to move at least in translation along a vertical axis in guide means (21a, 21b) carried by the stationary support, between a low first position and at least one second position that is higher than said low position; · at least one operating member for operating an indexing member for indexing the position of the second support relative to the first support, the operating member being connected to the weight shaft; and · a raising lever, for acting against the effect of gravity, to raise the weight shaft from the first position towards the second position.
A method of operating a toilet seat and lid assembly (2, 3) which is constructed such that the toilet seat and the toilet lid can only be raised together from the closed position, wherein in a first phase the toilet seat and the toilet lid are brought together manually into the open position, and thereafter in a first case, in which the toilet is to be used while standing, both remain in this open position, and in a second case, in which the toilet is to be used while sitting, only the toilet seat is manually lowered again and held in this position by the seated person, while the toilet lid remains in its open position. characterised in that in the first case, the toilet seat and the toilet lid are automatically lowered again together into the closed position after a predetermined time has elapsed, and in that in the second case, after the seated toilet use has ended, the toilet seat is automatically raised again into the open position, whereupon the toilet seat and the toilet lid are automatically lowered together into the closed position.
An inorganic filler, comprising: a surface-treated hexagonal boron nitride, wherein the surface of the hexagonal boron nitride is modified using a polycyclic aromatic hydrocarbon having a functional group, wherein the functional group is selected from the group consisting of -OH, -NH 2,-COOH, -HSO 3, -NH 2 CO, Cl, Br, F, C 1 to C 3 alkyls, C 2 to C 3 alkenes, and C 2 to C 3 alkynes. a surface-treated hexagonal boron nitride, wherein the surface of the hexagonal boron nitride is modified using a polycyclic aromatic hydrocarbon having a functional group, wherein the functional group is selected from the group consisting of -OH, -NH 2,-COOH, -HSO 3, -NH 2 CO, Cl, Br, F, C 1 to C 3 alkyls, C 2 to C 3 alkenes, and C 2 to C 3 alkynes.
A cork-treating apparatus for the removal of contaminants from cork, comprising: • a washing device provided with an inlet for introducing the cork to be decontaminated, further provided with nozzles for spraying a decontamination liquid and at least one discharge outlet for delivering the decontamination liquid; • a collector pipe for collecting the decontamination liquid from said washing device; • a cyclone separator for purifying by gravitation the decontamination liquid coming from the washing device through the collector pipe, said cyclone separator comprising: ∘ an inlet for receiving a sodium bicarbonate solution, ∘ a discharge for contaminants, and ∘ a discharge for recirculating the purified decontamination liquid; • a heater for heating the purified decontamination liquid; • a recirculation pipe for recirculating the purified decontamination liquid from the heater to the washing device; • a pump for recirculating the purified decontamination liquid from the cyclone separator to the washing device through the heater; and • a delivery pipe for delivering a sodium bicarbonate solution to the cyclone separator. • a washing device provided with an inlet for introducing the cork to be decontaminated, further provided with nozzles for spraying a decontamination liquid and at least one discharge outlet for delivering the decontamination liquid; • a collector pipe for collecting the decontamination liquid from said washing device; • a cyclone separator for purifying by gravitation the decontamination liquid coming from the washing device through the collector pipe, said cyclone separator comprising: ∘ an inlet for receiving a sodium bicarbonate solution, ∘ a discharge for contaminants, and ∘ a discharge for recirculating the purified decontamination liquid; ∘ an inlet for receiving a sodium bicarbonate solution, ∘ a discharge for contaminants, and ∘ a discharge for recirculating the purified decontamination liquid; • a heater for heating the purified decontamination liquid; • a recirculation pipe for recirculating the purified decontamination liquid from the heater to the washing device; • a pump for recirculating the purified decontamination liquid from the cyclone separator to the washing device through the heater; and • a delivery pipe for delivering a sodium bicarbonate solution to the cyclone separator.
System for observing and/or controlling an installation, having a telecontrol arrangement which is set up to communicate with field devices (lla-i) of the installation and with a control center arrangement; characterized in that - the telecontrol arrangement is formed in a data processing cloud, wherein - the telecontrol arrangement is designed to interchange field-device-specific messages with the field devices (lla-i) and to interchange control-center-specific messages with the control center arrangement; and - the telecontrol arrangement is designed to convert field-device-specific messages received from the field devices (lla-i) into control-center-specific messages and to transmit them to the control center arrangement and to convert control-center-specific messages received from the control center arrangement into field-device-specific messages and to transmit them to the field devices (11a-i). - the telecontrol arrangement is formed in a data processing cloud, wherein - the telecontrol arrangement is designed to interchange field-device-specific messages with the field devices (lla-i) and to interchange control-center-specific messages with the control center arrangement; and - the telecontrol arrangement is designed to convert field-device-specific messages received from the field devices (lla-i) into control-center-specific messages and to transmit them to the control center arrangement and to convert control-center-specific messages received from the control center arrangement into field-device-specific messages and to transmit them to the field devices (11a-i).
Process for preparing a catalyst for the deperoxidation of an alkyl hydroperoxide comprising chromium in the 6+ oxidation state as the main catalytic element, characterized in that it comprises the following steps: • dissolving chromic anhydride in water, • adding to the aqueous solution of chromic anhydride, a tertiary alcohol comprising at least 4 carbon atoms and a hydrocarbon solvent, • reacting the alcohol and the chromic anhydride by putting the medium under reduced pressure in order to distil the water, at a temperature between 20 and 40°C, • recovering the catalyst in the form of a chromic acid ester in solution in the hydrocarbon solvent. • dissolving chromic anhydride in water, • adding to the aqueous solution of chromic anhydride, a tertiary alcohol comprising at least 4 carbon atoms and a hydrocarbon solvent, • reacting the alcohol and the chromic anhydride by putting the medium under reduced pressure in order to distil the water, at a temperature between 20 and 40°C, • recovering the catalyst in the form of a chromic acid ester in solution in the hydrocarbon solvent.
A device for treating ballast water comprising - a housing with - a ballast water inlet axially arranged on the upper side thereof and - a ballast water outlet arranged on the underside thereof, - a hydrocyclone connected to the ballast water inlet with - a particle outlet discharging particles from the device and arranged on the underside of the housing and - an outlet conducting particle-reduced ballast water, - a filter surrounding the hydrocyclone separating the device into an intermediate space arranged between hydrocyclone and filter and an outer space arranged between filter and housing wherein the intermediate space is connected in a communicating manner to the outlet of the hydrocyclone conducting particle-reduced ballast water, and - means for generating ultrasound acting on the outer space and/or the filter, - means for generating UV-light acting on the outer space and/or the filter, and - means for introducing a gas into the outer space of the device. - a housing with - a ballast water inlet axially arranged on the upper side thereof and - a ballast water outlet arranged on the underside thereof, - a ballast water inlet axially arranged on the upper side thereof and - a ballast water outlet arranged on the underside thereof, - a hydrocyclone connected to the ballast water inlet with - a particle outlet discharging particles from the device and arranged on the underside of the housing and - an outlet conducting particle-reduced ballast water, - a particle outlet discharging particles from the device and arranged on the underside of the housing and - an outlet conducting particle-reduced ballast water, - a filter surrounding the hydrocyclone separating the device into an intermediate space arranged between hydrocyclone and filter and an outer space arranged between filter and housing wherein the intermediate space is connected in a communicating manner to the outlet of the hydrocyclone conducting particle-reduced ballast water, and - means for generating ultrasound acting on the outer space and/or the filter, - means for generating UV-light acting on the outer space and/or the filter, and - means for introducing a gas into the outer space of the device.