mhurhangee/ep-ind-claims huggingface dataset:
Device, comprising: - a mould container with at least one mould cavity; - at least one ejector per mould cavity, comprising: - a bottom of the mould cavity which is movable in the mould cavity for the purpose of ejecting a green brick formed in the mould cavity; - an ejector shaft extending from the bottom of the mould cavity through a bottom of the mould container and having a support extending radially outward from the ejector shaft; - a spring which is tensioned between the support of the ejector shaft and the bottom of the mould container; characterized in that - an inner diameter of the spring has a larger dimension than the support; and - an adapter is provided which is arranged between the support and the spring, wherein the adapter is provided with a radial passage with which the adapter can be arranged round the ejector shaft in a lateral direction. - a mould container with at least one mould cavity; - at least one ejector per mould cavity, comprising: - a bottom of the mould cavity which is movable in the mould cavity for the purpose of ejecting a green brick formed in the mould cavity; - an ejector shaft extending from the bottom of the mould cavity through a bottom of the mould container and having a support extending radially outward from the ejector shaft; - a spring which is tensioned between the support of the ejector shaft and the bottom of the mould container; characterized in that - a bottom of the mould cavity which is movable in the mould cavity for the purpose of ejecting a green brick formed in the mould cavity; - an ejector shaft extending from the bottom of the mould cavity through a bottom of the mould container and having a support extending radially outward from the ejector shaft; - a spring which is tensioned between the support of the ejector shaft and the bottom of the mould container; - an inner diameter of the spring has a larger dimension than the support; and - an adapter is provided which is arranged between the support and the spring, wherein the adapter is provided with a radial passage with which the adapter can be arranged round the ejector shaft in a lateral direction.
Frame element for a tensioning frame for stretching a planar material, the frame element having a tensioning cavity for tensioning the planar material and a fixing device for fixing the planar material to the frame element, it being possible to clamp the planar material between a fixing end of a spring and the fixing device by means of the fixing end, and the fixing end cooperating with the fixing device such that the fixed planar material can be pretensioned into the tensioning cavity by means of a tensioning end of the spring that is opposite the fixing end, characterised in that the fixing device is arranged in the tensioning cavity and the tensioning cavity is dimensioned such that the spring, together with the fixing end and the tensioning end thereof, can be completely received in the tensioning cavity.
A mono coating film type waterborne coating composition comprising halogen free polyolefin resin, acryl polyol, acryl emulsion, a curing agent, and a solvent.
A process for treating an LCD display to remove hazardous substances from the LCD display comprising a frame, fluorescent tubes and a front panel, characterised in that the process comprises the steps of: making incisions in the front of the display at incision lines which extend around the front panel, excising a portion of the front of the display including the front panel to expose the fluorescent tubes, and crushing (60, 71, 81) the fluorescent tubes in situ and using an extraction system for removing by suction particles and gases arising from the tube crushing. making incisions in the front of the display at incision lines which extend around the front panel, excising a portion of the front of the display including the front panel to expose the fluorescent tubes, and crushing (60, 71, 81) the fluorescent tubes in situ and using an extraction system for removing by suction particles and gases arising from the tube crushing.
A method for liberating nitric oxide gas from nitric oxide present as iron nitrosyls and as nitrosothiols in a blood sample, comprising the steps of: (a) introducing the blood sample into a sample containing zone having a front side which is electromagnetic radiation transparent and a rear side which is porous to the extent of permitting nitric oxide gas to pass therethrough while preventing protein from passing therethrough; (b) directing electromagnetic radiation of less than 100 milliwatts at said front side to cause liberation of nitric oxide gas from iron nitrosyls and nitrosothiols and passage of the liberated nitric oxide gas from said rear side; (c) providing a solvent containing zone to dissolve the liberated nitric oxide gas that has passed through said rear side where the solvent is one that dissolves nitric oxide gas; (d) electrochemically detecting the amount of dissolved nitric oxide gas in the solvent which corresponds to the total amount of nitric oxide present as iron nitrosyls and as nitrosothiols in the sample. (a) introducing the blood sample into a sample containing zone having a front side which is electromagnetic radiation transparent and a rear side which is porous to the extent of permitting nitric oxide gas to pass therethrough while preventing protein from passing therethrough; (b) directing electromagnetic radiation of less than 100 milliwatts at said front side to cause liberation of nitric oxide gas from iron nitrosyls and nitrosothiols and passage of the liberated nitric oxide gas from said rear side; (c) providing a solvent containing zone to dissolve the liberated nitric oxide gas that has passed through said rear side where the solvent is one that dissolves nitric oxide gas; (d) electrochemically detecting the amount of dissolved nitric oxide gas in the solvent which corresponds to the total amount of nitric oxide present as iron nitrosyls and as nitrosothiols in the sample.
The use of: glycopyrrolate; and a compound of formula I in free or salt or solvate form, wherein W is a group of formula R 8, R 9 and R 10 are each H, R 1 is OH, R 2 and R 3 are each H and R x and R y are both -CH 2 -, and R 4 and R 7 are each H and R 5 and R 6 are each CH 3 CH 2 -; in the preparation of a medicament for combination therapy by simultaneous administration of and in the treatment of an inflammatory or obstructive airways disease, wherein the administration is by inhalation, and wherein and are present in admixture in inhalable form as a dry powder comprising finely divided and optionally together with the least one particulate pharmaceutically acceptable carrier. glycopyrrolate; and a compound of formula I in free or salt or solvate form, wherein W is a group of formula R 8, R 9 and R 10 are each H, R 1 is OH, R 2 and R 3 are each H and R x and R y are both -CH 2 -, and R 4 and R 7 are each H and R 5 and R 6 are each CH 3 CH 2 -; in free or salt or solvate form, wherein W is a group of formula R 8, R 9 and R 10 are each H, R 1 is OH, R 2 and R 3 are each H and R x and R y are both -CH 2 -, and R 4 and R 7 are each H and R 5 and R 6 are each CH 3 CH 2 -; in the preparation of a medicament for combination therapy by simultaneous administration of and in the treatment of an inflammatory or obstructive airways disease, wherein the administration is by inhalation, and wherein and are present in admixture in inhalable form as a dry powder comprising finely divided and optionally together with the least one particulate pharmaceutically acceptable carrier.
Compounds of the formula in which A 1 represents nitrogen, A 2 represents -N(R 5)-, A 3 represents oxygen, R 1 represents ethyl, R 2 represents hydrogen, methyl or trifluoromethyl, R 3 represents trifluoromethyl, pentafluoroethyl, trifluoromethylthio, trifluoromethylsulfinyl or trifluoromethylsulfonyl, R 5 represents methyl, R 6 represents hydrogen, R 7 represents hydrogen or methyl, R 8 represents amino, methylamino, dimethylamino, ethylamino, isopropylamino, cyclopropylamino, methoxyethylamino, cyanoethylamino, methylthioethylamino, methylsulfinylethylamino or methylsulfonylethylamino, or R 8 furthermore represents pyrrolidinyl which is attached via a nitrogen atom or represents pyrazolyl which is attached via a nitrogen atom and is optionally monosubstituted by bromine, n represents 0, 1 or 2. A 1 represents nitrogen, A 2 represents -N(R 5)-, A 3 represents oxygen, R 1 represents ethyl, R 2 represents hydrogen, methyl or trifluoromethyl, R 3 represents trifluoromethyl, pentafluoroethyl, trifluoromethylthio, trifluoromethylsulfinyl or trifluoromethylsulfonyl, R 5 represents methyl, R 6 represents hydrogen, R 7 represents hydrogen or methyl, R 8 represents amino, methylamino, dimethylamino, ethylamino, isopropylamino, cyclopropylamino, methoxyethylamino, cyanoethylamino, methylthioethylamino, methylsulfinylethylamino or methylsulfonylethylamino, or R 8 furthermore represents pyrrolidinyl which is attached via a nitrogen atom or represents pyrazolyl which is attached via a nitrogen atom and is optionally monosubstituted by bromine, n represents 0, 1 or 2.
Hydrodynamic support device predisposed to be used in particular in a centrifugal pump between a fixed member and a rotary member of the same pump, comprising a tubular core having a longitudinal axis and having an inner tubular surface and an outer tubular surface, said core being obtained in the shape of a helical spring, by winding a wire material around said longitudinal axis, whereby said helical spring tubular core has a plurality of turns arranged on each other in a package-like fashion in a compact configuration, said helical spring tubular core being obtained with a pitch substantially equal to the transversal dimension, along said longitudinal axis, of said wound wire material, and it comprises at least one covering layer (14, 15) applied on at least one of said tubular surfaces (12, 13) of said helical spring tubular core, so as to lock said helical spring winding in said compact configuration, said at least one covering layer being cylindrical-shaped and covering said inner tubular surface of said core, being intended to be faced on said rotary member.
A turbine blade comprising: a blade platform; a blade airfoil that extends from the blade platform toward a blade tip, the blade airfoil having a pressure side wall and a suction side wall joined at a blade leading edge and a blade trailing edge; a tip cap surface defined at an end of the blade airfoil facing the blade tip; a squealer tip wall that extends along a portion of the pressure side wall and a portion of the suction side wall from the tip cap surface to the blade tip and from the blade leading edge toward the blade trailing edge; and a chamfered surface formed as a part of the squealer tip wall at a region that is adjacent to the blade trailing edge, characterized in that a thermal barrier coating is applied to the chamfered surface and/or in that the turbine blade comprises an offset surface that is offset a non-zero distance from the tip cap surface toward the blade platform. a blade platform; a blade airfoil that extends from the blade platform toward a blade tip, the blade airfoil having a pressure side wall and a suction side wall joined at a blade leading edge and a blade trailing edge; a tip cap surface defined at an end of the blade airfoil facing the blade tip; a squealer tip wall that extends along a portion of the pressure side wall and a portion of the suction side wall from the tip cap surface to the blade tip and from the blade leading edge toward the blade trailing edge; and a chamfered surface formed as a part of the squealer tip wall at a region that is adjacent to the blade trailing edge, characterized in that a thermal barrier coating is applied to the chamfered surface and/or in that the turbine blade comprises an offset surface that is offset a non-zero distance from the tip cap surface toward the blade platform.
An optical film prepared from a resin composition comprising a copolymer formed by polymerizing an alkyl methacrylate-based monomer, a styrene-based monomer, a phenylmaleimide-based monomer and an alkyl acrylate-based monomer, and polycarbonate.
A method of performing static analysis on source code having a low level language source code (P low) embedded in a high level language source code (P high), wherein the high level language source code (P high) is represented in a high level representation that the static analysis can be performed on, the method comprising the steps of: transforming the embedded low level language source code (P low) to the high level representation that the static analysis can be performed on, by identifying a set of instructions in the low level language source code that represents a single high level statement in the high level representation, and transforming the set of instructions to represent the single high level statement in the high level representation; and performing static analysis on the combined high level representation of both the high level language source code (P high) and of the low level source code (P low). transforming the embedded low level language source code (P low) to the high level representation that the static analysis can be performed on, by identifying a set of instructions in the low level language source code that represents a single high level statement in the high level representation, and transforming the set of instructions to represent the single high level statement in the high level representation; and performing static analysis on the combined high level representation of both the high level language source code (P high) and of the low level source code (P low).
A thermally insulating stretchable down feather sheet comprising a mixture of down feathers and a binder exhibiting elastic properties, the mixture of down feathers and the binder being mixed together in predetermined proportions to form a stretchable down feather core, characterised by at least one stretchable elastomeric sheet having multi-directional stretchability bound to an upper or lower surface of said down feather core, and the binder beingconstituted by heat fusible elastomeric binding strands mixed with said down feathers in said predetermined proportions.
Device for moving hinged door leaves opening completely, the device comprising a wardrobe and at least one door leaf hinged to the fixed structure of the wardrobe and suited to rotate from a configuration in which the compartment defined inside the wardrobe is closed to a configuration in which it is open, and at least a top that is a part of the fixed structure of the wardrobe, characterized in that it comprises: • at least one first rod hinged between the external side of the top of the wardrobe and the upper edge of said first door leaf, in such a way that it rotates on a plane which is parallel and close to the top itself and above it, comprising at least two half rods (D11, D12) that slide with respect to each other in such a way as to increase/decrease the distance between the hinge point on the top of the wardrobe and the hinge point on the door leaf, and wherein said first rod is equipped with shock absorbing devices or braking and damping devices operated through magnetic attraction and integral with the rod itself, which counteract the opening movement and brake the closing movement of the first door leaf. • at least one first rod hinged between the external side of the top of the wardrobe and the upper edge of said first door leaf, in such a way that it rotates on a plane which is parallel and close to the top itself and above it, comprising at least two half rods (D11, D12) that slide with respect to each other in such a way as to increase/decrease the distance between the hinge point on the top of the wardrobe and the hinge point on the door leaf, and wherein said first rod is equipped with shock absorbing devices or braking and damping devices operated through magnetic attraction and integral with the rod itself, which counteract the opening movement and brake the closing movement of the first door leaf.
An encrypted text conversion device comprising: an acquisition unit to acquire data C, the data C being a type that cannot be processed by homomorphic computation, the data C including an encrypted text D and a detection element E used to detect a change in the encrypted text D, wherein a plain text M is encrypted into the encrypted text D, and wherein the encrypted text D is a type that can be processed by homomorphic computation; a storage unit to store a conversion key rk used for conversion into a converted encrypted-text RC that is an encrypted text different from the encrypted text D, converted encrypted text RC being an encrypted text that can be processed by homomorphic computation; a change detection unit to generate a reference value that is a reference used to determine whether or not the encrypted text D has been changed on the basis of the detection element E included in the data C, to generate a collation value to be collated with the reference value on the basis of the encrypted text D included in the data C, to collate the reference value with the collation value, and to detect a change in the data C; a conversion unit to convert the encrypted text D into the converted encrypted-text RC by using the conversion key rk in a case where a change in the encrypted text D is not detected as a result of collation using the change detection unit; and an output unit to output the converted encrypted-text RC. an acquisition unit to acquire data C, the data C being a type that cannot be processed by homomorphic computation, the data C including an encrypted text D and a detection element E used to detect a change in the encrypted text D, wherein a plain text M is encrypted into the encrypted text D, and wherein the encrypted text D is a type that can be processed by homomorphic computation; a storage unit to store a conversion key rk used for conversion into a converted encrypted-text RC that is an encrypted text different from the encrypted text D, converted encrypted text RC being an encrypted text that can be processed by homomorphic computation; a change detection unit to generate a reference value that is a reference used to determine whether or not the encrypted text D has been changed on the basis of the detection element E included in the data C, to generate a collation value to be collated with the reference value on the basis of the encrypted text D included in the data C, to collate the reference value with the collation value, and to detect a change in the data C; a conversion unit to convert the encrypted text D into the converted encrypted-text RC by using the conversion key rk in a case where a change in the encrypted text D is not detected as a result of collation using the change detection unit; and an output unit to output the converted encrypted-text RC.
Shaping press comprising a lower tool, which is supported at a lower beam, and an upper tool, which is supported at an upper beam, in the form of a bending rail elongate in the direction of a longitudinal axis of the shaping press, wherein the bending rail is mounted to be pivotable about the longitudinal axis, characterised in that by means of a support element a settable variable support force opposing the pivotation is exerted on the bending rail so that a guide is provided which can be switched as required to be firm or soft so as to allow a behaviour of the bending rail which is optimised with respect to different reshaping processes.
A computer-implemented method for masking an operation in modular exponentiation in a manner that resists Simple Power Analysis attacks, the method to be performed by a system comprising at least one processor and at least one memory (901, 903), the method comprising: receiving one or more inputs, wherein the inputs comprise one or more operands; defining a mask value and a fix value, wherein the mask value and the fix value are stored in a first location of the at least one memory (901, 903); defining a left-hand-side parameter and a right-hand side parameter to be each equal to the one or more inputs; calculating a plurality of temporary values using the LHS and RHS parameters and the mask value; and generating an output based on one of the plurality of temporary values and the fix value, wherein the modular exponentiation comprises a plurality of squaring operations and multiplication operations, characterized in that the operations take masked inputs and produce masked outputs and are chained together to produce an exponentiation that is masked from beginning to end; and by comprising the following steps: determining whether two consecutive operations comprise a multiplication operation followed by a square operation; and if the two consecutive operations comprise a multiplication operation followed by a square operation: inserting a first mask between the multiplication operation and the square operation, determining whether two consecutive operations comprise two square operations; and if the two consecutive operations comprise two square operations: inserting a second mask between the square operations.
A mattress comprising: a foam or fibre layer; and a pressure control layer below said foam or fibre layer, said pressure control layer comprising: - (i) a plurality of interconnected fabric pockets; (ii) a plurality of helical spring members, each said fabric pocket enclosing at least one helical spring member, characterised in that at least one said fabric pocket is made from elastic material. a foam or fibre layer; and a pressure control layer below said foam or fibre layer, said pressure control layer comprising: - (i) a plurality of interconnected fabric pockets; (ii) a plurality of helical spring members, each said fabric pocket enclosing at least one helical spring member, (i) a plurality of interconnected fabric pockets; (ii) a plurality of helical spring members, each said fabric pocket enclosing at least one helical spring member, characterised in that at least one said fabric pocket is made from elastic material.
A sensor assembly for sensing a crossing of the critical point by a working fluid in a transcritical cycle (108; 608), the sensor assembly comprising: a component through which the working fluid flows, and, within a predetermined region of which the crossing of the critical point of the working fluid is desired to occur; a first conduit upstream of the component for conveying the working fluid to the component; a second conduit downstream of the component for conveying the working fluid away from the component; a first broadband acoustic sensor upstream of the component and a second broadband acoustic sensor downstream of the component, each of which are arranged to detect high-frequency sounds and low-frequency sounds caused by the crossing of the critical point; and a flow regulation device configured to regulate flow of the working fluid through the component in response to the output of one or more of the first broadband acoustic sensor and the second broadband acoustic sensor, thereby adjusting the location of the crossing of the critical point. a component through which the working fluid flows, and, within a predetermined region of which the crossing of the critical point of the working fluid is desired to occur; a first conduit upstream of the component for conveying the working fluid to the component; a second conduit downstream of the component for conveying the working fluid away from the component; a first broadband acoustic sensor upstream of the component and a second broadband acoustic sensor downstream of the component, each of which are arranged to detect high-frequency sounds and low-frequency sounds caused by the crossing of the critical point; and a flow regulation device configured to regulate flow of the working fluid through the component in response to the output of one or more of the first broadband acoustic sensor and the second broadband acoustic sensor, thereby adjusting the location of the crossing of the critical point.