mhurhangee/ep-ind-claims huggingface dataset:
A buckstay system for a wall of a steam generator having plural wall sections which meet adjacent wall sections at an angle comprising a plurality of horizontal buckstay assemblies each comprising: a buckstay extending generally horizontally across each wall section such as to form a connected pair with an adjacent buckstay at the said corner; an elongate tie bar formation (46, 47) extending across each wall section such as to form a fixedly mounted pair with an adjacent tie bar formation (42, 43) at the corner; an anchor assembly (44; 48) associated with each buckstay and providing engagement means by which each buckstay engages with a respective tie bar; and further comprising a plurality of vertical buckstays connected to support and space said plural horizontal buckstay assemblies vertically up the steam generator; wherein each said horizontal buckstay is split to comprise at least two rigid elongate buckstay elements mounted together to be relatively slideable in a buckstay longitudinal direction; vertical buckstays are provided in the vicinity of some or all of the points where buckstay elements of a horizontal buckstay are slidingly engaged; and at a sliding engagement point between two horizontal buckstay elements a vertical support is provided having a fixed engagement with one said element, and having a sliding engagement with the other said element whereby said element may slide horizontally relative to the vertical support and therefore relative to the other element. a buckstay extending generally horizontally across each wall section such as to form a connected pair with an adjacent buckstay at the said corner; an elongate tie bar formation (46, 47) extending across each wall section such as to form a fixedly mounted pair with an adjacent tie bar formation (42, 43) at the corner; an anchor assembly (44; 48) associated with each buckstay and providing engagement means by which each buckstay engages with a respective tie bar; and further comprising a plurality of vertical buckstays connected to support and space said plural horizontal buckstay assemblies vertically up the steam generator; an anchor assembly (44; 48) associated with each buckstay and providing engagement means by which each buckstay engages with a respective tie bar; and further comprising a plurality of vertical buckstays connected to support and space said plural horizontal buckstay assemblies vertically up the steam generator; wherein each said horizontal buckstay is split to comprise at least two rigid elongate buckstay elements mounted together to be relatively slideable in a buckstay longitudinal direction; vertical buckstays are provided in the vicinity of some or all of the points where buckstay elements of a horizontal buckstay are slidingly engaged; and at a sliding engagement point between two horizontal buckstay elements a vertical support is provided having a fixed engagement with one said element, and having a sliding engagement with the other said element whereby said element may slide horizontally relative to the vertical support and therefore relative to the other element.
A system for propagating a model mesh based on a first mean model mesh and on a second mean model mesh, the system comprising: - a registration unit for computing a registration transformation for registering the model mesh with the first mean model mesh; - a forward transformation unit for transforming the model mesh into a registered model mesh using the registration transformation; - a computation unit for computing a propagation field for propagating the registered model mesh, the propagation field comprising vectors of displacements of vertices of the second mean model mesh relative to respective vertices of the first mean model mesh; - a propagation unit for transforming the registered model mesh into the propagated registered model mesh based on applying the vertex displacement vectors comprised in the propagation field to respective vertices of the registered model mesh; and - an inverse transformation unit for transforming the propagated registered model mesh into the propagated model mesh using the inverse of the registration transformation, thereby propagating the model mesh. - a registration unit for computing a registration transformation for registering the model mesh with the first mean model mesh; - a forward transformation unit for transforming the model mesh into a registered model mesh using the registration transformation; - a computation unit for computing a propagation field for propagating the registered model mesh, the propagation field comprising vectors of displacements of vertices of the second mean model mesh relative to respective vertices of the first mean model mesh; - a propagation unit for transforming the registered model mesh into the propagated registered model mesh based on applying the vertex displacement vectors comprised in the propagation field to respective vertices of the registered model mesh; and - an inverse transformation unit for transforming the propagated registered model mesh into the propagated model mesh using the inverse of the registration transformation, thereby propagating the model mesh.
A cooling system for an electric vehicle, in particular an electric public transport land vehicle, said system comprising at least two cooling circuits (202, 204) in parallel, each dedicated to cooling a group of functional element(s) (210-214, 230-232) comprising at least one functional element of a drive train of said vehicle, each cooling circuit (202, 204) comprising an individual heat exchanger (216, 234), carrying out a heat exchange in order to cool the coolant with an airflow; characterized in that the heat exchangers (216, 234) of two cooling circuits (202, 204) are at least partially superimposed, such that the same airflow passes through them.
A data processing method, comprising: - shifting a challenge word through flip-flops of scan chain logic in a chip; - controlling reading of power-up values by combinatorial logic as the power-up values are shifted through the flip-flops of the scan chain logic, the power-up values shifted through the scan chain logic as the challenge word is shifted into the scan chain logic; and - obtaining responses output from the combinatorial logic based on the power-up values and the challenge word, wherein the power-up values correspond to a first physically unclonable function of the chip and the responses correspond to a second physically unclonable function of the chip generated based on the challenge word and the power-up values corresponding to the first physically unclonable function. - shifting a challenge word through flip-flops of scan chain logic in a chip; - controlling reading of power-up values by combinatorial logic as the power-up values are shifted through the flip-flops of the scan chain logic, the power-up values shifted through the scan chain logic as the challenge word is shifted into the scan chain logic; and - obtaining responses output from the combinatorial logic based on the power-up values and the challenge word, wherein the power-up values correspond to a first physically unclonable function of the chip and the responses correspond to a second physically unclonable function of the chip generated based on the challenge word and the power-up values corresponding to the first physically unclonable function.
A guidewire torquer for manually controlling a guidewire and imparting motion to a guidewire, the guidewire torquer (1, 31, 41, 51) comprising: a handling body (2, 32, 42) for handling of the guidewire torquer (1, 31, 41, 51), and guidewire holding surfaces (7, 8) oriented for engaging the guidewire from mutually opposite sides of the guidewire and holding the guidewire in an elastically tensioned, bent guidewire shape providing frictional fixation of the guidewire relative to the handling body (2, 32, 42) in a position extending along a guidewire trajectory along and touching the guidewire holding surfaces (7, 8), wherein the guidewire holding surfaces (7, 8) project from at least one abutment surface connected with the guidewire holding surfaces via angular transitions (27, 28), wherein the guidewire trajectory is accessible from a direction in which the at least one abutment surface is facing, characterised in that, at least two of the guidewire holding surfaces (7, 8) lean over obliquely towards the abutment surface at an angle of more than 25°, and wherein the guidewire holding surfaces (7, 8) are part of a single, rigid body portion (2, 32, 42), at least the handling body (2, 32, 42) being of a material having a modulus of elasticity of at least 0.5 GPa. a handling body (2, 32, 42) for handling of the guidewire torquer (1, 31, 41, 51), and guidewire holding surfaces (7, 8) oriented for engaging the guidewire from mutually opposite sides of the guidewire and holding the guidewire in an elastically tensioned, bent guidewire shape providing frictional fixation of the guidewire relative to the handling body (2, 32, 42) in a position extending along a guidewire trajectory along and touching the guidewire holding surfaces (7, 8), wherein the guidewire holding surfaces (7, 8) project from at least one abutment surface connected with the guidewire holding surfaces via angular transitions (27, 28), wherein the guidewire trajectory is accessible from a direction in which the at least one abutment surface is facing, characterised in that, at least two of the guidewire holding surfaces (7, 8) lean over obliquely towards the abutment surface at an angle of more than 25°, and wherein the guidewire holding surfaces (7, 8) are part of a single, rigid body portion (2, 32, 42), at least the handling body (2, 32, 42) being of a material having a modulus of elasticity of at least 0.5 GPa.
A bolt for holding together housing parts in a rock drill, the bolt comprising an elongated body with a central axis, which elongated body in a first end is provided with a first thread and in a second end is provided with a second thread, wherein an intermediate part between the first end and the second end of the elongated body is provided with a collar, wherein the collar is provided with at least one first flat surface, which first flat surface extends substantially in parallel with the central axis, and wherein the elongated body along the central axis from the first end consecutively is provided with the first thread, a first cylindrical support surface and a first elongated part, which first elongated part has a diameter less than the first cylindrical support surface, and wherein the elongated body along the central axis from the second end consecutively is provided with the second thread, a second cylindrical support surface and a second elongated part, which second elongated part has a diameter less than the second cylindrical support surface.
An apparatus for the removal of an ice and / or compacted snow sheet from the outer surface of a vehicle by the spray of a working liquid at high pressure apt to fractionate the sheet into a plurality of parts, the apparatus comprising: - at least one processing area susceptible to be occupied by the vehicle to be worked; - at least one first portal structure overlying said at least one processing area; - a plurality of high pressure nozzles mounted on said at least one portal structure to spray the working liquid towards said at least one processing area; - at least one feed line of said working liquid to said high pressure nozzles; characterized in that said at least one feed line including a high pressure pump susceptible to feed the working liquid to said nozzles at a working pressure of at least 150 bar; and in that said nozzles are mounted movable on said at least one first portal structure so as the nozzles thereof move with respect to the latter. - at least one processing area susceptible to be occupied by the vehicle to be worked; - at least one first portal structure overlying said at least one processing area; - a plurality of high pressure nozzles mounted on said at least one portal structure to spray the working liquid towards said at least one processing area; - at least one feed line of said working liquid to said high pressure nozzles;
A redox flow battery cell comprising a positive electrode, a negative electrode, and a membrane interposed between the positive electrode and the negative electrode, wherein the positive electrode and the negative electrode have an overlapping region where the positive electrode and the negative electrode overlap each other with the membrane therebetween, and at least one of the positive electrode and the negative electrode has a non-overlapping region where the positive electrode and the negative electrode do not overlap each other with the membrane therebetween, wherein the total area of the non-overlapping region is 0.1% to 20% of the area of the overlapping region, characterized in that each of the positive electrode and the negative electrode has the non-overlapping region. wherein the positive electrode and the negative electrode have an overlapping region where the positive electrode and the negative electrode overlap each other with the membrane therebetween, and at least one of the positive electrode and the negative electrode has a non-overlapping region where the positive electrode and the negative electrode do not overlap each other with the membrane therebetween, wherein the total area of the non-overlapping region is 0.1% to 20% of the area of the overlapping region, characterized in that each of the positive electrode and the negative electrode has the non-overlapping region.
Method for coating, specifically completely rubberizing, a tension member, comprising at least the following method steps: - briefly compressing the tension member in a reversible manner during the coating procedure, said tension member being configured in a cable construction, wherein the brief reversible compressing is performed by generating a negative pressure, and wherein the brief reversible compressing is performed within 2 seconds to 5 minutes, and wherein the cable is a steel cable or a steel hybrid cable; and thereafter - infiltrating the coating compound into the opened cable construction, wherein the cable is completely penetrated. - briefly compressing the tension member in a reversible manner during the coating procedure, said tension member being configured in a cable construction, wherein the brief reversible compressing is performed by generating a negative pressure, and wherein the brief reversible compressing is performed within 2 seconds to 5 minutes, and wherein the cable is a steel cable or a steel hybrid cable; and thereafter - infiltrating the coating compound into the opened cable construction, wherein the cable is completely penetrated.
A peptide selected from the group consisting of: DNAJB8: AFMEAFSSF (SEQ ID No: 71); DNAJB8: AYRKLALRW (SEQ ID No: 68); and DNAJB8: IFREFFGGL (SEQ ID No: 70). DNAJB8: AFMEAFSSF (SEQ ID No: 71); DNAJB8: AYRKLALRW (SEQ ID No: 68); and DNAJB8: IFREFFGGL (SEQ ID No: 70).
Portable device for testing a mechanical watch, configured so as to be held in the hand and kept in physical contact with the case of a mechanical watch, the device comprising: - a contact microphone comprising a contact piece and a piezoelectric element, for detecting the noises of the impulses generated by the movement of the watch, when the contact piece is held in physical contact with the case of the watch, - a microprocessor configured so as to calculate, based on the signal generated by the microphone, the values of one or more parameters characterising the operation of the movement of the watch, in addition to a memory for recording said values, - a screen configured so as to display at least said values, - an electrical power source for powering at least the microprocessor, the memory and the screen, characterised in that said device includes an outer casing, a frame inside the outer casing, and wherein the contact piece has a curved external surface configured so as to be placed in contact with the watch case, the contact piece being attached to the frame, such that the curved surface projects at least partially from the outer casing when the device is not in use, the curvature of the contact surface and the hardness of the material of the surface being such that the contact zone between the surface and the case is essentially limited to a point, measured relative to the average dimensions of the watch. - a contact microphone comprising a contact piece and a piezoelectric element, for detecting the noises of the impulses generated by the movement of the watch, when the contact piece is held in physical contact with the case of the watch, - a microprocessor configured so as to calculate, based on the signal generated by the microphone, the values of one or more parameters characterising the operation of the movement of the watch, in addition to a memory for recording said values, - a screen configured so as to display at least said values, - an electrical power source for powering at least the microprocessor, the memory and the screen,
A device to approximate multiple tissue edges, comprising one or more clips and a catheter, wherein the one or more clips are releasably provided on a push-rod so as to be deliverable to an access site through the catheter, wherein each of the clips has first and second jaws (42a, 42b) constrained to be in a closed configuration while inside the catheter, each of the clips being configured to expand or be forced to an open configuration when emerging from the catheter, the push-rod being configured to be arranged between the first and second jaws (42a, 42b) so that the push-rod and the first and second jaws (42a, 42b) present tissue gripping areas on opposite sides of the push-rod, wherein the jaws (42a, 42b) of the clip(s) are forced to the closed configuration by walls of the catheter when the push-rod is pulled proximally.
Soil tilling module comprising a supporting structure, a tilling device mounted on the supporting structure and at least one deflecting device, said at least one deflecting device being mounted on the supporting structure in such a way as to be displaceable in relation to the tilling device, an adjusting means (12, 12A) being provided to adjust said at least one deflecting device, in translation in a transverse axis and in rotation about a vertical axis, the soil tilling module being characterised in that the adjusting means (12, 12A) also makes it possible to adjust said at least one deflecting device in translation in a longitudinal axis, and in that the adjusting means (12., 12A) comprises a single member (27, 29; 27A, 29A) which makes it possible to lock and respectively unlock the translations in the longitudinal axis and the transverse axis or the rotation in the vertical axis of said at least one deflecting device.
A process for anionic chain transfer polymerization comprising feeding a vinyl aromatic and/or conjugated diene monomer under an atmosphere comprising molecular hydrogen to a reactor vessel containing a reaction mixture of an inert ethereal solvent and an alkali metal or alkali metal alloy, wherein the molar ratio amount of alkali metal or alkali metal alloy to styrenic and/or conjugated diene monomer ranges of 1:10 to 1:100.
Method for monitoring a process temperature of a biochemical or biological process which takes place within a reactor, the process comprising at least a first component having a first emissivity (C, ε1) and a second component having a second emissivity (F, ε2), the first emissivity (B; ε1) and the second emissivity (F; ε2) being different, the proportion ratio of the two components changing during the process, the method comprising a first measurement of thermal radiation (J, 9a, 9b) emitted from the process, the measurement being non-invasive with respect to the process, specifically by means of a temperature sensor arranged outside the reactor, characterized in that, by means of at least one second non-invasive measurement, specifically by means of a sensor arranged outside the reactor, at least one second process parameter (A, 10) is determined which correlates with a total emissivity of the process, in that the first measurement and the second measurement are carried out multiple times during the process, in that a proportion ratio of the first and the second component with respect to one another is determined on the basis of the at least one second process parameter, and in that the process temperature is determined on the basis of the measured thermal radiation (J, 9a, 9b) and on the basis of the proportion ratio taking into account the respective emissivities (C, ε1; F, ε1) of the components.
A dewatering device for an air-conditioning system of a plane, comprising: a mixing cavity; and one or more filter plates disposed within the mixing cavity, for filtering liquid-state water in mixed air in the mixing cavity, characterised in that the filter plates are configured to be inclinable relative to an axis of the mixing cavity, and an inclination angle thereof is adjustable so as to change a filtering amount of the mixed air. a mixing cavity; and one or more filter plates disposed within the mixing cavity, for filtering liquid-state water in mixed air in the mixing cavity, characterised in that the filter plates are configured to be inclinable relative to an axis of the mixing cavity, and an inclination angle thereof is adjustable so as to change a filtering amount of the mixed air.
An axle assembly comprising: a housing having an arm portion; characterised by a reservoir module that is disposed in the arm portion and configured to hold a volume of a lubricant, the reservoir module having a first end plate, a second end plate, and a tube portion that extends from the first end plate to the second end plate; and an axle that is disposed in the arm portion such that the axle extends through and is spaced apart from the tube portion; wherein a reservoir cavity of the reservoir module that stores the lubricant is at least partially defined by the tube portion, the first and second end plates (80, 82) and a set of side plates of the reservoir module. a housing having an arm portion; characterised by a reservoir module that is disposed in the arm portion and configured to hold a volume of a lubricant, the reservoir module having a first end plate, a second end plate, and a tube portion that extends from the first end plate to the second end plate; and an axle that is disposed in the arm portion such that the axle extends through and is spaced apart from the tube portion; wherein a reservoir cavity of the reservoir module that stores the lubricant is at least partially defined by the tube portion, the first and second end plates (80, 82) and a set of side plates of the reservoir module.
A device for the non-destructive measurement of the layer thickness (Δ1) of a plastic foam layer on a material having a plastic foam layer that is provided, at least in sections, on a skin layer that is accessible from at least one side, comprising - a housing, - a foam contacting unit that can be traversed within the housing, which foam contacting unit has an abutment surface for the plastic foam, - a skin contacting unit that can be traversed within the housing, which skin contacting unit has a needle for piercing and penetrating the plastic foam layer provided on the skin layer up to the skin layer, and - a sensor for determining a path difference between the path travelled during the traversing of the foam contacting unit and the path travelled during the traversing of the skin contacting unit. - a housing, - a foam contacting unit that can be traversed within the housing, which foam contacting unit has an abutment surface for the plastic foam, - a skin contacting unit that can be traversed within the housing, which skin contacting unit has a needle for piercing and penetrating the plastic foam layer provided on the skin layer up to the skin layer, and - a sensor for determining a path difference between the path travelled during the traversing of the foam contacting unit and the path travelled during the traversing of the skin contacting unit.