mhurhangee/ep-ind-claims huggingface dataset:
Engineering system for planning an automation entity, wherein the engineering system is designed - to store and display first objects (4, 5) for at least one automation device and second objects (7a, 7b) for at least one operator system in a structured manner in accordance with a technological hierarchy, and - to generate from the first objects (4, 5) first runtime data for loading into the automation device and from the second objects (7a, 7b) second runtime data for loading into the operator system, wherein components of the first runtime data are operatively connected to components of the second runtime data, characterised in that the engineering system is designed - to generate, from the objects (7a, 7b) that are displayed in the technological hierarchy and selected by a user, a table or overview display containing the selected objects (7a, 7b) and showing the user which components of the first runtime data are operatively connected to which components of the second runtime data, and - of the components selected by the user in the table or the overview display, to load - components of the first runtime data into the automation device and/or - components of the second runtime data into the operator system. - to store and display first objects (4, 5) for at least one automation device and second objects (7a, 7b) for at least one operator system in a structured manner in accordance with a technological hierarchy, and - to generate from the first objects (4, 5) first runtime data for loading into the automation device and from the second objects (7a, 7b) second runtime data for loading into the operator system, wherein components of the first runtime data are operatively connected to components of the second runtime data, - to generate, from the objects (7a, 7b) that are displayed in the technological hierarchy and selected by a user, a table or overview display containing the selected objects (7a, 7b) and showing the user which components of the first runtime data are operatively connected to which components of the second runtime data, and - of the components selected by the user in the table or the overview display, to load - components of the first runtime data into the automation device and/or - components of the second runtime data into the operator system. - components of the first runtime data into the automation device and/or - components of the second runtime data into the operator system.
Hydraulic stop, comprising a stroke limiter member mounted on the reciprocating rod of a shock absorber, with the purpose to control the flow of a viscous fluid by means of mechanical interaction between the stroke limiter member and the cylindrical inner wall of the shell of the shock absorber, wherein the stroke limiter member comprises a retaining ring, a locking ring and a sealing ring, the retaining ring partially enclosing the locking ring and defining, together with the locking ring, a groove able to receiving the one sealing ring, characterized in that the retaining ring comprises an annular body having a lower annular projection and an upper annular projection, the projections (71, 72) being diametrically opposed to one another, and wherein the lower annular projection is elastic and shaped to enter into the recess of the reciprocating rod when the retaining ring is in its assembled condition, and wherein the upper annular projection is located far from the cylindrical surface of the reciprocating rod, thereby defining an annular pocket between the upper annular projection of the retaining ring and the cylindrical surface of the reciprocating rod.
A method for monitoring a polyphase electricity network, implemented at least partially in a processing unit of an item of electrical equipment connected to the polyphase electricity network, and comprising the steps, repeated regularly, of: - acquiring voltage measurements taken by voltage sensors (R 1A, R 1B, R 2A, R 2B, R 3A, R 3B) of the item of electrical equipment that are connected to the polyphase electricity network; - producing current values of electrical parameters from the voltage measurements; - accessing a reference table that comprises a list of connection configurations each associated with a distinct combination of reference values of said electrical parameters, the list of connection configurations comprising first connection configurations each corresponding to a distinct combination of connection or disconnection states for each phase (P1, P2, P3) and for the neutral; - implementing an exploratory algorithm intended to explore the reference table to identify the connection configuration associated with the current values of the electrical parameters. - acquiring voltage measurements taken by voltage sensors (R 1A, R 1B, R 2A, R 2B, R 3A, R 3B) of the item of electrical equipment that are connected to the polyphase electricity network; - producing current values of electrical parameters from the voltage measurements; - accessing a reference table that comprises a list of connection configurations each associated with a distinct combination of reference values of said electrical parameters, the list of connection configurations comprising first connection configurations each corresponding to a distinct combination of connection or disconnection states for each phase (P1, P2, P3) and for the neutral; - implementing an exploratory algorithm intended to explore the reference table to identify the connection configuration associated with the current values of the electrical parameters.
An introducer device for a medical implant comprising a plurality of components for performing a sequence of steps to introduce the medical implant into a desired location and deploying it there wherein first and second of said components are interconnected by a locking arrangement whereby, when the first component (104, 106) has reached a first desired location relative to the second component, the locking arrangement automatically engages to resist withdrawal of the first component from its first desired location, and when the first component has reached a second desired location relative to the second component, the locking arrangement automatically engages to resist withdrawal of the first component from its second desired location, characterised in that the first desired location is a temporary location and the second desired location is a final location, and in that the locking arrangement engages in a stronger manner at the final location than at the temporary location.
A method of controlling the course of lifting functions of a beating-up mechanism and a shedding mechanism of a weaving machine, in which each of the mechanisms is provided with an individual drive, whereby each of the drives comprises a servomotor (4, 5) with a controllably variable angular speed during one revolution of the servomotor (4,5), characterized in that the angular speed of the servomotor of the beating-up mechanism and the angular speed of the servomotor of the shedding mechanism varies during one revolution of the servomotor (4, 5) according to the selected unevenness of operation (A%) as defined in the description depending on the operating frequency (n) of the weaving machine to maximize the insertion angle and the time to implement weft insertion, whereby the value of a dynamic parameter selected from a group of dynamic parameters consisting of the quadratic mean of the course of the driving torque, the quadratic mean of the performance, the maximum value of the performance, the mean value of the driving torque, the mean value of the performance, the loading of the members of the transformation mechanisms, or the service life of the bearings loaded by reaction forces, and calculated for the interval of one revolution of the main virtual shaft is maintained for all the operating frequencies of the machine at the same selected level.
A process for the production of polymerizable monomers corresponding to formula: in which • the substituent R 1 is hydrogen or a C 1-4 alkyl group, • the substituents R 2 to R 4 independently of one another represent hydrogen or an aliphatic, cycloaliphatic or aromatic radical, • the substituent X is a group -(CH 2) n - and n is the number 0 or 1, • the substituent Y is a group (CHR 5) m - and m is the number 0, 1 or 2 and the substituent R 5 is hydrogen or an OH group comprising the steps of hydrolyzing a compound corresponding to formula: in which the substituents R 1, R 2 to R 4, X and Y are as defined above and the substituents R 6 and R 7 independently of one another represent hydrogen or an aliphatic group, in aqueous medium and in the presence of an acid dissolved in said aqueous medium, the hydrolysis being accompanied by elimination of a compound: in which the substituents R 6 and R 7 are as defined above, and contacting the mixture obtained with a weak base to neutralize the acid present in the mixture, the base having a pK b value above 3.0 and being present in heterogeneous form. • the substituent R 1 is hydrogen or a C 1-4 alkyl group, • the substituents R 2 to R 4 independently of one another represent hydrogen or an aliphatic, cycloaliphatic or aromatic radical, • the substituent X is a group -(CH 2) n - and n is the number 0 or 1, • the substituent Y is a group (CHR 5) m - and m is the number 0, 1 or 2 and the substituent R 5 is hydrogen or an OH group
An active ingredient which is an antagonist of Oscar protein, and wherein the antagonist of the Oscar protein is a soluble receptor of the Oscar protein which is capable of inhibiting activation of Oscar protein, wherein, the soluble receptor of the Oscar protein comprises a peptide comprising the amino acid sequence set forth in SEQ ID NO: 2, or a peptide having the same amino acid sequence as the amino acid sequence of the peptide set forth in SEQ ID NO: 2, except that one to three amino acids are substituted, deleted, or inserted, the soluble receptor of the Oscar protein being capable of inhibiting activation of human Oscar protein for use in preventing or treating kidney disease.
A computer server liquid cooling module, comprising an external case integrating components, characterised in that: ➢ the external case has a length, a width and a thickness (e) such that, the length is smaller than twice the width and the thickness (e) is smaller than half the width, ➢ the external case has four side walls, two so-called long ones (131, 132) lengthwise and two so-called short ones (133, 134) widthwise, a bottom and a cap, and in that the module comprises, among the integrated components: ➢ a pump oriented along the length of the external case and located along a long side wall, ➢ a fan, ➢ a heat exchanger oriented in the direction of the length of the external case and located along the other long side wall, ➢ at least two ventilation grids (105, 106, 107) respectively located in the two short side walls (133, 134), ➢ a clear central longitudinal space disposed between the pump and the exchanger so as to facilitate an airflow from a grid of one short side wall to a grid (106, 107) of the other short side wall, this air flow being driven by the fan, ➢ a portion of a secondary hydraulic circuit, for the circulation of a heat-transfer fluid towards said computer server, located in the liquid cooling module, comprising no branch that would enable the pump to operate in closed-circuit and which might obstruct this clear longitudinal space, ➢ an electronic control board disposed in the longitudinal extension of this clear central longitudinal space so as to be directly swept by this air flow. ➢ the external case has a length, a width and a thickness (e) such that, the length is smaller than twice the width and the thickness (e) is smaller than half the width, ➢ the external case has four side walls, two so-called long ones (131, 132) lengthwise and two so-called short ones (133, 134) widthwise, a bottom and a cap, ➢ a pump oriented along the length of the external case and located along a long side wall, ➢ a fan, ➢ a heat exchanger oriented in the direction of the length of the external case and located along the other long side wall, ➢ at least two ventilation grids (105, 106, 107) respectively located in the two short side walls (133, 134), ➢ a clear central longitudinal space disposed between the pump and the exchanger so as to facilitate an airflow from a grid of one short side wall to a grid (106, 107) of the other short side wall, this air flow being driven by the fan, ➢ a portion of a secondary hydraulic circuit, for the circulation of a heat-transfer fluid towards said computer server, located in the liquid cooling module, comprising no branch that would enable the pump to operate in closed-circuit and which might obstruct this clear longitudinal space, ➢ an electronic control board disposed in the longitudinal extension of this clear central longitudinal space so as to be directly swept by this air flow.
An adaptor for attachment to an image acquisition device, the image acquisition device being a smartphone or tablet computer and having one or more camera apertures for enabling capture of one or more images entering the image acquisition device via the one or more camera apertures, the adaptor comprising a housing defining a passage, the housing configured to permit light waves to enter one or more camera apertures of the image acquisition device from the adaptor exterior via the passage and to permit light waves to exit the passage to the adaptor exterior, an objective lens arrangement within the passage having an optical axis, a front focal point, and a back focal point, a secondary lens arrangement within the passage having an optical axis, a front focal point, and a back focal point, the secondary lens arrangement positioned in the passage such that, when the adaptor is attached to an image acquisition device, the secondary lens arrangement is along a possible light pathway between the objective lens arrangement and one or more camera apertures of the image acquisition device, wherein the objective lens arrangement and the secondary lens arrangement are together configured to magnify an image of a pupil of the eye in proximity to a plane of one or more camera apertures of the image acquisition device when the eye is not in contact with the adaptor and the pupil of the eye is positioned so that the pupil plane substantially coincides with the front focal point of the objective lens, the magnified image of the pupil having a diameter which is dependent on the respective focal lengths and relative spacing of the objective and secondary lenses, at least one of the one or more camera apertures positioned within the diameter of the magnified image when the adaptor is attached to an image acquisition device, characterised in that: the diameter of the secondary lens arrangement is greater than or equal to the diameter of the objective lens arrangement, and the objective lens arrangement and the secondary lens arrangement are together configured to focus light waves from a light source directed into the passage toward the secondary lens from a position in proximity to one or more camera apertures, offset from the optical axis of the secondary lens and within the diameter of the magnified image of the pupil, said light waves focussed at a point external of the adaptor and offset from the optical axis of the objective lens. the diameter of the secondary lens arrangement is greater than or equal to the diameter of the objective lens arrangement, and the objective lens arrangement and the secondary lens arrangement are together configured to focus light waves from a light source directed into the passage toward the secondary lens from a position in proximity to one or more camera apertures, offset from the optical axis of the secondary lens and within the diameter of the magnified image of the pupil, said light waves focussed at a point external of the adaptor and offset from the optical axis of the objective lens.
An isolated nucleic acid molecule suitable for use in the expression of a recombinant protein in Pseudomonas fluorescens, wherein the isolated nucleic acid molecule comprises a secretion signal coding sequence of secretion polypeptide Flgl, wherein said secretion signal coding sequence is selected from the group consisting of: a) a nucleic acid molecule comprising the nucleotide sequence of SEQ ID NO: 17; b) a nucleic acid molecule comprising a nucleotide sequence having at least 90% sequence identity to the nucleotide sequence of SEQ ID NO: 17, wherein said nucleotide sequence encodes a secretion signal; c) a nucleic acid molecule comprising a nucleotide sequence which encodes a polypeptide comprising the amino acid sequence of SEQ ID NO: 18; and d) a nucleic acid molecule comprising a nucleotide sequence encoding a polypeptide having at least 90% amino acid sequence identity to the amino acid sequence of SEQ ID NO: 18, wherein said polypeptide encodes a secretion signal. a) a nucleic acid molecule comprising the nucleotide sequence of SEQ ID NO: 17; b) a nucleic acid molecule comprising a nucleotide sequence having at least 90% sequence identity to the nucleotide sequence of SEQ ID NO: 17, wherein said nucleotide sequence encodes a secretion signal; c) a nucleic acid molecule comprising a nucleotide sequence which encodes a polypeptide comprising the amino acid sequence of SEQ ID NO: 18; and d) a nucleic acid molecule comprising a nucleotide sequence encoding a polypeptide having at least 90% amino acid sequence identity to the amino acid sequence of SEQ ID NO: 18, wherein said polypeptide encodes a secretion signal.
A portable flashlight, comprising: a proximal base section, a distal head section and an intermediate section disposed therebetween; the base section configured to hold a battery therein; the head section having a light source, the light source configured to selectively receive power from the battery; the intermediate section being bendable and having a length that is variable; wherein the flashlight is variable between a collapsed configuration and an expanded configuration by varying the length of the intermediate section, wherein a distance along the flashlight between the head section and the base section is larger in the expanded configuration than in the collapsed configuration; a movable clamp jaw body permanently and moveably connected to the base section and disposed opposite the head section relative to the base section; the clamp jaw body selectively deployable toward and away from the base section so as to form a variably sized clamp therewith; wherein the flashlight is configured to be repeatedly varied between the collapsed configuration and the expanded configuration, with the intermediate section configured to self-retain a shape and length when bent, extended, or collapsed by a user, characterised by a hook mounted to the clamp jaw body and disposed opposite the base section relative to the clamp jaw body, the hook movable between a retracted configuration where the hook is received substantially in the clamp jaw body and a deployed configuration where the hook extends proximally away from the clamp jaw body. a proximal base section, a distal head section and an intermediate section disposed therebetween; the base section configured to hold a battery therein; the head section having a light source, the light source configured to selectively receive power from the battery; the intermediate section being bendable and having a length that is variable; wherein the flashlight is variable between a collapsed configuration and an expanded configuration by varying the length of the intermediate section, wherein a distance along the flashlight between the head section and the base section is larger in the expanded configuration than in the collapsed configuration; a movable clamp jaw body permanently and moveably connected to the base section and disposed opposite the head section relative to the base section; the clamp jaw body selectively deployable toward and away from the base section so as to form a variably sized clamp therewith; wherein the flashlight is configured to be repeatedly varied between the collapsed configuration and the expanded configuration, with the intermediate section configured to self-retain a shape and length when bent, extended, or collapsed by a user, characterised by a hook mounted to the clamp jaw body and disposed opposite the base section relative to the clamp jaw body, the hook movable between a retracted configuration where the hook is received substantially in the clamp jaw body and a deployed configuration where the hook extends proximally away from the clamp jaw body.
A method for fractionating polycyclic aromatic hydrocarbons using a test solution in which a sample containing polycyclic aromatic hydrocarbons is dissolved in a solvent, a plurality of eluents to be a mobile phase for the test solution, said plurality of eluents being unlike the solvent and different in polarity from each other; and a column packed with a packing for normal phase chromatography, said method being characterized by comprising: (a) feeding said test solution to said packed column; (b) supplying to the column a first eluent lowest in polarity among said plurality of eluents; (c) mixing gradually a second eluent which is higher in polarity than the first eluent while reducing flow of the first eluent; (d) controlling an eluent ratio of the first and second eluents in a gradient mixer and distribution in a fraction collector by a controller; (e) controlling the fraction collector to fractionate eluted solution by the controller, when the said eluent ratio in the gradient mixer is in a predetermined ratio; thereby obtaining separated polycyclic aromatic hydrocarbons. (a) feeding said test solution to said packed column; (b) supplying to the column a first eluent lowest in polarity among said plurality of eluents; (c) mixing gradually a second eluent which is higher in polarity than the first eluent while reducing flow of the first eluent; (d) controlling an eluent ratio of the first and second eluents in a gradient mixer and distribution in a fraction collector by a controller; (e) controlling the fraction collector to fractionate eluted solution by the controller, when the said eluent ratio in the gradient mixer is in a predetermined ratio; thereby obtaining separated polycyclic aromatic hydrocarbons.
A hermetic centrifugal separator for centrifuging components, contained in a liquid mixture and having different density, comprising a rotating centrifuge rotor, which is arranged to rotate around a centre axis and comprises a casing which defines an inner separation space, a set of separation discs which are provided in the inner separation space of the centrifuge rotor, at least two channels, which connect to the separation space and comprise at least one inlet channel adapted for supplying the liquid mixture of components to be separated to the separation space and at least one outlet channel adapted for discharging of a component separated during operation from the separation space, a torque transmitting part, which is rotatable around the centre axis and fixedly connected to the centrifuge rotor adapted to be driven in such a way that the centrifuge rotor is brought to rotate, outlet sealing means arranged to seal between the outlet channel and the rotating centrifuge rotor preventing entrainment of unwanted substances, characterized in that between said separation space and said outlet sealing means is a pumping means arranged to provide pressure to feed the separated liquid through said outlet channel and that said torque transmitting part is designed as a hollow spindle in which the inlet channel is arranged.