mhurhangee/ep-ind-claims huggingface dataset:
Computer program for implementing a method for tracking and monitoring, in real time, the pathological state of a brain-damaged patient, comprising obtaining data of a plurality of measurement devices suitable for acquiring a plurality of cerebral and systemic parameters of said patient and for periodically calculating a scalable severity score, which is representative of the state of the patient, on the basis of said cerebral and systemic parameters, for controlling a means for displaying said scalable severity score which is representative of the state of the patient and displayed on at least one monitor and wherein said cerebral parameters comprise intracranial pressure and cerebral perfusion pressure, and wherein the systemic parameters comprise the temperature of the patient, osmolarity and CO 2 arterial partial pressure, and said method also comprising a step of acquiring at least one clinical parameter comprising sedation, said systemic and clinical parameters characterizing the therapeutic intensity used and wherein the method comprises steps of sampling and segmenting said cerebral, systemic and clinical parameters on the basis of the measured values belonging to predetermined intervals, the number of intervals being less than ten, the intervals being determined, for each of said parameters, to cover all of the values between a situation corresponding to physiological equilibrium and an extremely serious situation, each of said intervals being associated with a numerical value, said computer program further comprising instructions for controlling the display in addition to said scalable score on the same monitor or on different monitors of a two-dimensional graphical representation which is representative of the pathological state of said patient, comprising, in a first portion of the display screen, the display of a set of points (Xi, Yi), where i denotes one of the parameters, Y denotes the numerical value of the interval and X denotes the position of the interval in said graphical representation, and, in a complementary portion of the display screen, the display of a point (X p, Y p), where P corresponds to cerebral perfusion pressure.
A method for producing a unit dose capsule including at least one solid or semi-solid component, comprising: forming a first film into the shape of a first cavity; providing a first component under a first condition that makes it fluid and/or flowable; dispensing the first component onto the first film or into the first cavity under a second condition such that the first component transforms to a solid or semi-solid state and forms a layer of component one adhered to and/or in contact with the first film after dispensing; forming a second film into the shape of a second cavity; filling the second cavity with a second component; and sealing the first and second films to form a sealed chamber comprising at least one chamber containing the first and the second component. forming a first film into the shape of a first cavity; providing a first component under a first condition that makes it fluid and/or flowable; dispensing the first component onto the first film or into the first cavity under a second condition such that the first component transforms to a solid or semi-solid state and forms a layer of component one adhered to and/or in contact with the first film after dispensing; forming a second film into the shape of a second cavity; filling the second cavity with a second component; and sealing the first and second films to form a sealed chamber comprising at least one chamber containing the first and the second component.
A construction machine comprised of an automotive vehicular lower structure, and an upper revolving structure rotatably mounted on said vehicular lower structure and having a cab built on a frame and covering lower side of said cab with a side cover; said cab being constituted by a hollow cab box having five vertically extending pillars (15 to 19) including a left front pillar, a right front pillar, a left center pillar, a left rear pillar and a right rear pillar, and five side sections (14A to 14E) between said pillars including a front side section, a left front side section, a left rear side section, right side section and a rear side section, and a door openably or closeably fitted between said left front pillar and said left center pillar, characterized in that said door is a folding type door pivotally supported on said left center pillar of said cab box and constituted by a couple of flexibly connected door panels (27, 29); said folding type door being located substantially in the same vertical plane as said side cover; said folding type door being provided with a couple of holder members (32, 33) for retaining said folding type door in an open door position when said folding type door is opened; and said folding type door being provided with a couple of catch members (34, 35) to be attachably or detachably engaged with said holder members (32, 33) on said left rear side section of said cab box when said folding type door is in an open door position.
A method of investigating intrusions on a system or network, the method comprising: receiving forensic facts from a set of forensic events on the system or network, wherein receiving the forensic facts includes extracting action-based forensic events from a digital artefact of the system or network having the set of forensic events, and normalizing properties of the action-based forensic events to a schema to include a record as a forensic fact having a set of properties, wherein the record for a particular forensic fact includes a field indicating a confidence of a correlation to another forensic fact based on an amount of properties that have changed with respect to the another forensic fact and a weight of such properties; identifying a suspicious forensic fact from the forensic facts; and identifying a related forensic fact from the forensic facts based on the set of properties of the suspicious fact. receiving forensic facts from a set of forensic events on the system or network, wherein receiving the forensic facts includes extracting action-based forensic events from a digital artefact of the system or network having the set of forensic events, and normalizing properties of the action-based forensic events to a schema to include a record as a forensic fact having a set of properties, wherein the record for a particular forensic fact includes a field indicating a confidence of a correlation to another forensic fact based on an amount of properties that have changed with respect to the another forensic fact and a weight of such properties; identifying a suspicious forensic fact from the forensic facts; and identifying a related forensic fact from the forensic facts based on the set of properties of the suspicious fact.
A process for the production of a lactose-free or a low-lactose milk product, the process comprising a) hydrolyzing the lactose in a milk raw material to provide a hydrolyzed milk raw material, b) ultrafiltrating the hydrolyzed milk raw material to concentrate proteins into an UF retentate and to obtain an UF permeate containing sugars, c) nanofiltrating the UF permeate to separate sugars into a NF retentate and minerals into a NF permeate, d) composing the lactose-free or low-lactose milk product having the desired composition and sweetness from the UF retentate obtained in step b) and the nanofiltration permeate obtained in step c), substantially without adding water and without adding a lactase enzyme to the composed milk product to hydrolyze any residual lactose in the product, e) if desired, concentrating the product obtained in step d) into a concentrate or a powder. a) hydrolyzing the lactose in a milk raw material to provide a hydrolyzed milk raw material, b) ultrafiltrating the hydrolyzed milk raw material to concentrate proteins into an UF retentate and to obtain an UF permeate containing sugars, c) nanofiltrating the UF permeate to separate sugars into a NF retentate and minerals into a NF permeate, d) composing the lactose-free or low-lactose milk product having the desired composition and sweetness from the UF retentate obtained in step b) and the nanofiltration permeate obtained in step c), substantially without adding water and without adding a lactase enzyme to the composed milk product to hydrolyze any residual lactose in the product, e) if desired, concentrating the product obtained in step d) into a concentrate or a powder.
A screen support for a flat screen of the plasma, LCD or similar type constituted of at least one base comprising at least two ground backings and a column, whose upper end comprises on its front face, extending perpendicular to the base, fastening means for the flat screen, characterized in that the base is constituted of a metal plate with a circular arcuate shape and two non-slip pads positioned under said metal plate at the free ends thereof, in that the column extends from the convex edge of said base in its middle portion, and in that the column is constituted of a rectangular metal plate curved in its lower part and folded rearward at its upper end to form a flat parallel to the column, the rear face of said flat receiving an adherent pad adapted to bear on a vertical wall.
Egg carrier for holding an egg in an egg handling system, wherein the egg carrier comprises; - an egg accommodation, - an egg clamping system to secure an egg in the egg accommodation, wherein the egg clamping system is moveable between an egg securing position and an egg release position, - an operating system coupled with the egg clamping system to move the egg clamping system between the egg securing position and the egg release position wherein the operating system comprises an operating member (6a, 6b, 6c, 6d) that is operable externally from the egg carrier, - characterised by at least two mutually movable coupled housing members (7, 8) that extend around a central axis of the egg carrier and the egg accommodation, wherein the operating system comprises a number of cooperating transmission members (12, 13), each transmission member (12, 13) coupled with one of the at least two housing members (7, 8). - an egg accommodation, - an egg clamping system to secure an egg in the egg accommodation, wherein the egg clamping system is moveable between an egg securing position and an egg release position, - an operating system coupled with the egg clamping system to move the egg clamping system between the egg securing position and the egg release position - an operating system coupled with the egg clamping system to move the egg clamping system between the egg securing position and the egg release position wherein the operating system comprises an operating member (6a, 6b, 6c, 6d) that is operable externally from the egg carrier, - characterised by at least two mutually movable coupled housing members (7, 8) that extend around a central axis of the egg carrier and the egg accommodation, - characterised by at least two mutually movable coupled housing members (7, 8) that extend around a central axis of the egg carrier and the egg accommodation, wherein the operating system comprises a number of cooperating transmission members (12, 13), each transmission member (12, 13) coupled with one of the at least two housing members (7, 8).
A method of controlling allocation of a radio resource for a radio resource allocation request in a base station which allocates, to a terminal, in response to the radio resource allocation request received from the terminal, a radio resource for transmitting retention data in a transmission buffer of the terminal to the base station, and which transmits to the terminal a radio resource allocation notification indicating a result of the allocation, the method comprising: receiving an amount of retention data in the transmission buffer from the terminal; cyclically allocating the terminal a radio resource for the radio resource allocation request if the amount of retention data is zero; characterised by: determining a transmission cycle that is suited to the amount of retention data as a transmission cycle of the notification of radio resource allocation for transmitting the retention data in the transmission buffer if the amount of retention data is not zero, and stopping the allocation of a radio resource for the radio resource allocation request during cyclic transmission of the radio resource allocation notification. receiving an amount of retention data in the transmission buffer from the terminal; cyclically allocating the terminal a radio resource for the radio resource allocation request if the amount of retention data is zero; characterised by: determining a transmission cycle that is suited to the amount of retention data as a transmission cycle of the notification of radio resource allocation for transmitting the retention data in the transmission buffer if the amount of retention data is not zero, and stopping the allocation of a radio resource for the radio resource allocation request during cyclic transmission of the radio resource allocation notification.
A method for identifying a concentration of an electrolyte in an electrochemical sensor, the method comprising: scanning a diagnostic electrode of the electrochemical sensor using scanning voltammetry, wherein the diagnostic electrode is a micro-electrode with a smaller surface area than a working electrode or a counter electrode, is immersed in the electrolyte and comprises platinum; generating a set of readings from the scanning voltammetry; identifying positions of at least two peaks in the set of readings, wherein one peak is a reference peak corresponding to the adsorption or desorption of hydrogen and the other peak is due to the platinum oxide formation or reduction; and determining the electrolyte concentration of the electrolyte of the electrochemical sensor by applying a predetermined correlation to a voltage difference between the identified positions of the at least two peaks. scanning a diagnostic electrode of the electrochemical sensor using scanning voltammetry, wherein the diagnostic electrode is a micro-electrode with a smaller surface area than a working electrode or a counter electrode, is immersed in the electrolyte and comprises platinum; generating a set of readings from the scanning voltammetry; identifying positions of at least two peaks in the set of readings, wherein one peak is a reference peak corresponding to the adsorption or desorption of hydrogen and the other peak is due to the platinum oxide formation or reduction; and determining the electrolyte concentration of the electrolyte of the electrochemical sensor by applying a predetermined correlation to a voltage difference between the identified positions of the at least two peaks.
A compound of having the formula: or a pharmaceutically acceptable salt thereof wherein: A is N or CH; each of Y 1 and Y 2 is independently -CH 2 -, -CF 2 - or -CHF-; Z is -OCH 2 -, -OCH 2 CH 2 -, -O-CH=, -CH 2 CH 2 -, -CH 2 CH 2 CH 2 -, -CH=CH- or-CH=N-, such that when Z is -O-CH=, then A is carbon; each occurrence of R a is independently C 1 -C 6 alkyl, C 6 -C 10 aryl or C 3 -C 7 cycloalkyl; and each occurrence of R b is independently C 1 -C 6 alkyl. A is N or CH; each of Y 1 and Y 2 is independently -CH 2 -, -CF 2 - or -CHF-; Z is -OCH 2 -, -OCH 2 CH 2 -, -O-CH=, -CH 2 CH 2 -, -CH 2 CH 2 CH 2 -, -CH=CH- or-CH=N-, such that when Z is -O-CH=, then A is carbon; each occurrence of R a is independently C 1 -C 6 alkyl, C 6 -C 10 aryl or C 3 -C 7 cycloalkyl; and each occurrence of R b is independently C 1 -C 6 alkyl.
- A pharmaceutical composition for topical application in the form of a tablet with stick, that comprises hyaluronic acid and/or one of the pharmaceutically acceptable derivatives thereof, and a zinc compound as active ingredients, characterized in that the zinc compound is dihydrated zinc lactate.
A fire collar including: a mounting defining an opening adapted to receive a conduit therethrough; a layer of intumescent material supported adjacent said opening by said mounting such that the intumescent material extends substantially about said opening; a layer of protective material extending about said layer of intumescent material; actuating means operatively connected to said mounting for movement from a non-operating mode proximal to said layer of intumescent material to an operating mode in which it moves in a longitudinal plane through said opening relative to the conduit in the direction of a central longitudinal axis of the opening, in engagement with said layer of protective material so as to force at least a portion of said layer of intumescent material to engage the conduit within the opening so as to at least partially obstruct said opening in response to the temperature reaching a predetermined level, characterized in that said protective material is stainless steel gauze or fibreglass cloth. a mounting defining an opening adapted to receive a conduit therethrough; a layer of intumescent material supported adjacent said opening by said mounting such that the intumescent material extends substantially about said opening; a layer of protective material extending about said layer of intumescent material; actuating means operatively connected to said mounting for movement from a non-operating mode proximal to said layer of intumescent material to an operating mode in which it moves in a longitudinal plane through said opening relative to the conduit in the direction of a central longitudinal axis of the opening, in engagement with said layer of protective material so as to force at least a portion of said layer of intumescent material to engage the conduit within the opening so as to at least partially obstruct said opening in response to the temperature reaching a predetermined level, characterized in that said protective material is stainless steel gauze or fibreglass cloth.
An electrically powered wheel assembly with a rim, central axle, and spokes, comprising: a motor; a battery system within said wheel assembly that is configured to deliver power to said motor; a sensor system attached to said wheel assembly that provides analog data related to velocity and angle of orientation of said wheel assembly; and a control system within said wheel assembly configured to receive the data related to the velocity and the angle of orientation for said wheel assembly from said sensor system, said control system having at least one processor with an algorithm configured to calculate an output voltage based on the data related to velocity and angle of orientation, said control system generating an output and providing it to said battery system to alter a power delivered to said motor by the battery system to maintain sufficient motion in view of at least one of said velocity and said angle of orientation, characterized in that: the motor is attached to the axle within said wheel assembly and is mounted around the axle to drive the wheel assembly, and the sensor system comprises an accelerometer arranged to rotate with the wheel assembly. a motor; a battery system within said wheel assembly that is configured to deliver power to said motor; a sensor system attached to said wheel assembly that provides analog data related to velocity and angle of orientation of said wheel assembly; and a control system within said wheel assembly configured to receive the data related to the velocity and the angle of orientation for said wheel assembly from said sensor system, said control system having at least one processor with an algorithm configured to calculate an output voltage based on the data related to velocity and angle of orientation, said control system generating an output and providing it to said battery system to alter a power delivered to said motor by the battery system to maintain sufficient motion in view of at least one of said velocity and said angle of orientation, characterized in that: the motor is attached to the axle within said wheel assembly and is mounted around the axle to drive the wheel assembly, and the sensor system comprises an accelerometer arranged to rotate with the wheel assembly. the motor is attached to the axle within said wheel assembly and is mounted around the axle to drive the wheel assembly, and the sensor system comprises an accelerometer arranged to rotate with the wheel assembly.
Process for separating mercury out of flue gases from high-temperature plants, especially from power plants and waste incineration plants, in which bromine and/or bromine compounds and/or alkali metal sulfides or other sulfur compounds are added as reactants to the flue gas beyond the firing operation in flow direction, and then the flue gas is subjected to at least one dry cleaning operation to remove the mercury and any excess reactants, characterized in that the reactants and carbonaceous adsorbents, preferably in the form of activated carbons and/or activated cokes, are introduced into the flue gas stream by separate metered addition, and in that the reactants are metered into the flue gas stream as a function of a preferably constantly measured mercury concentration in the flue gas.
A system for identifying electromagnetic radiation, EMR, exposure risks in a given locale, comprising: user interface operably connected with map data for determining a possible travel route through the given locale; a communication device configured to obtain an estimated irradiation value associated with EMR exposure at one or more locations along the possible travel route; and processing means operably linked with the communication device and configured for establishing whether the estimated irradiation value exceeds a threshold level associated with target person in the event of such target person actually proceeding via the possible travel route. user interface operably connected with map data for determining a possible travel route through the given locale; a communication device configured to obtain an estimated irradiation value associated with EMR exposure at one or more locations along the possible travel route; and processing means operably linked with the communication device and configured for establishing whether the estimated irradiation value exceeds a threshold level associated with target person in the event of such target person actually proceeding via the possible travel route.
A salt of the general formula: Mg 2+ x (PF 6 -) 2 (i) wherein x represent a number between 1 and 6; and each L represents a ligand selected from one of the following compounds: a halomethane, a cyclic crown ether; or a nitrile of the general formula R-C=N. wherein x represent a number between 1 and 6; and each L represents a ligand selected from one of the following compounds: a halomethane, a cyclic crown ether; or a nitrile of the general formula R-C=N. a halomethane, a cyclic crown ether; or a nitrile of the general formula R-C=N.
A method for connecting at least one low voltage electric power transport cable (K1, K2) by means of an accessory (2, 3, 4) including a connector including a conducting cylinder (2A, 3A) provided at least at one of its ends with elements for connecting the conductor (C1, C2) of an electric power transport cable (K1, K2) and also including a cold retractable sleeve (2D, 3D) directly positioned on said cylinder and at least one of the ends of which is folded or rolled, characterized in that the conductor (C1, C2) of this cable (K1, K2) stripped of its insulating sheath is connected to a said end connecting element of the accessory and said cold retractable sleeve (2D, 3D) of the accessory is unfolded or unrolled directly on said connecting elements, on said conductor and on a portion of said insulating sheath of the cable (K1, K2).