mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a controller (1605; 1705) configured to: detect a sensor measurement indicative of a potentially unsafe condition at a power generation installation, the power generation installation comprising at least two power sources (1601a,b; 1701a,b) and at least one switching element, wherein each at least one switching element is connected in parallel to a respective single one of the power sources of the at least two power sources and is connected to a power device (1600, 1700); control the at least one switching element to create a short-circuit across the respective single one of the power sources (1601a; 1701a); receive a sensor measurement indicating that the potentially unsafe condition is no longer present; and control the at least one switching element to eliminate the short circuit across the respective single one of the power sources (1601a; 1701a), wherein the at least two power sources (1601a,b; 1701a,b) comprise two power sources connected to one another at a midpoint, each of the two power sources further comprising a connection to the power device. detect a sensor measurement indicative of a potentially unsafe condition at a power generation installation, the power generation installation comprising at least two power sources (1601a,b; 1701a,b) and at least one switching element, wherein each at least one switching element is connected in parallel to a respective single one of the power sources of the at least two power sources and is connected to a power device (1600, 1700); control the at least one switching element to create a short-circuit across the respective single one of the power sources (1601a; 1701a); receive a sensor measurement indicating that the potentially unsafe condition is no longer present; and control the at least one switching element to eliminate the short circuit across the respective single one of the power sources (1601a; 1701a), wherein the at least two power sources (1601a,b; 1701a,b) comprise two power sources connected to one another at a midpoint, each of the two power sources further comprising a connection to the power device.
A unit for grinding and polishing a glass sheet, the unit comprising: a guide in a rectilinear direction; a slide coupled to said guide to move in said rectilinear direction; and a wheel-carrier head, which is mounted on, or is carried by, said slide and carries a grinding wheel or a polishing wheel; characterized by further comprising an electro-pneumatic assembly, which can be configured for movement of said slide in said rectilinear direction; the electro-pneumatic assembly comprising: an electric motor, a pneumatic actuator, and configuration means comprising a variable-volume air chamber that can be pressurised/depressurized by pressurisation means (56,16) for connecting said slide to said electric motor, when the wheel-carrier head carries said grinding wheel, and to said pneumatic actuator, when said wheel carrier head carries said polishing wheel.
Method for producing a structured wear protection film, comprising the process steps: a. providing a wear protection base film; b. applying a moldable lacquer-containing top layer onto at least a partial area of the wear protection base film; c. at least partially structuring the lacquer-containing top layer by use of a digital printing process to create a structure of the lacquer-containing top layer; and d. at least partially curing the lacquer-containing top layer. a. providing a wear protection base film; b. applying a moldable lacquer-containing top layer onto at least a partial area of the wear protection base film; c. at least partially structuring the lacquer-containing top layer by use of a digital printing process to create a structure of the lacquer-containing top layer; and d. at least partially curing the lacquer-containing top layer.
Device for automatically opening and closing a door or French window closure, said closure comprising a frame and at least one opening panel which is rotatable in relation to the frame only along a vertical axis of rotation (R v), characterized in that it comprises an electric door opener, which is fixed to said frame and comprises an electric motor, a transmission system to make it possible for said opening panel to be electrically opened in both directions in relation to the axis of rotation (R v), and an electromagnetic engagement system to make it possible for said motor to be disengaged in relation to the axis of rotation (R v), and it comprises a double-action hydraulic damping door closer, which is fixed to said frame and has an output shaft which is oriented along said axis of rotation (R v) to make it possible for said opening panel to be closed in each direction.
A tubular implantable device comprising a multi-layer composite wall defining a longitudinal passageway, wherein the multi-layer composite wall includes an inner layer and a microporous sheath layer having a corrugated outer surface, and wherein the microporous sheath layer is formed of a biocompatible elastomeric biomaterial having an open-pore network of interconnected pores extending from the corrugated outer surface to an interface between the inner layer and the microporous sheath layer, wherein the microporous sheath layer includes a base portion and a plurality of ridges extending from the base portion, each two adjacent ridges defining a groove, and wherein the ridges and grooves alternate to provide the corrugated outer surface, and wherein the grooves and ridges are oriented circumferentially or spirally around the tubular implantable device; and wherein the base portion has a thickness that is 0.8-3 times of a mean height of the ridges, and wherein the base portion has a thickness between 0.1-2 millimeters, and the ridges have a mean height of between 0.1 and 2 millimeters. wherein the microporous sheath layer includes a base portion and a plurality of ridges extending from the base portion, each two adjacent ridges defining a groove, and wherein the ridges and grooves alternate to provide the corrugated outer surface, and wherein the grooves and ridges are oriented circumferentially or spirally around the tubular implantable device; and wherein the base portion has a thickness that is 0.8-3 times of a mean height of the ridges, and wherein the base portion has a thickness between 0.1-2 millimeters, and the ridges have a mean height of between 0.1 and 2 millimeters.
The composition in the form of liquid containing colloidal solution, with surface-modified titanium dioxide nanoparticles smaller than 100 nm as a dispersed phase, and the solution of hydrogen peroxide as the dispersing medium, wherein said titanium dioxide nanoparticles are surface-modified with an organic compound, characterized in that it exhibits stability in aqueous solution with a pH of 7, and the organic compound is a compound selected from the group consisting of: disodium salt of 4,5-dihydroxybenzene-1,3-disulfonic acid, rutin or ascorbic acid.
A helmet (10,100) comprising: (i) an outer shell; (ii) an inner pad configured to deform resiliently to cushion the head of a user; and (iii) a solid open-cell phenolic resin foam wherein the outer shell is spaced apart from the inner pad by the solid open-cell phenolic resin foam and wherein the solid open-cell phenolic resin foam is arranged to deform irreversibly in the event of an impact which applies a pressure greater than a selected threshold pressure to absorb the energy of the impact. (i) an outer shell; (ii) an inner pad configured to deform resiliently to cushion the head of a user; and (iii) a solid open-cell phenolic resin foam
A method of detecting particulate radiation using a semiconductor based pixelated detector, the detector pixels having a detector pixel size, the detector sensitive to the particulate radiation, each particle of the particulate radiation causing a multitude of electron/hole pairs in the semiconductor material of the detector, the multitude of electron/hole pairs having a centroid and a centroid extent, the extent of the centroid extent larger than the detector pixel size, the method comprising: • A step of intercepting a particle of the particulate radiation, • A step of estimating the number of electron/hole pairs for a number of adjacent detector pixels, • A step of estimating the position of the centroid of the number of electron/hole pairs using the estimates of electron/hole pairs in adjacent detector pixels, • A step of estimating the impact position of the particle using said estimated position of the centroid, • A step of forming a pixelated image using the estimated position of a multitude of estimated impact positions, the pixelated image consisting of image pixels having an intensity, wherein, • When estimating the impact position said estimate has a position dependent bias depending on the position within the detector pixel, and • The contribution of each estimated impact position to corresponding image pixels is adjusted to counter the effect of said position dependent bias, characterized in that, the adjustment of the contribution of each estimated impact position to corresponding image pixels comprises directly adding intensity to several image pixels, thereby spreading out the contribution of each estimated impact position to said several image pixels. • A step of intercepting a particle of the particulate radiation, • A step of estimating the number of electron/hole pairs for a number of adjacent detector pixels, • A step of estimating the position of the centroid of the number of electron/hole pairs using the estimates of electron/hole pairs in adjacent detector pixels, • A step of estimating the impact position of the particle using said estimated position of the centroid, • A step of forming a pixelated image using the estimated position of a multitude of estimated impact positions, the pixelated image consisting of image pixels having an intensity, wherein, • When estimating the impact position said estimate has a position dependent bias depending on the position within the detector pixel, and • The contribution of each estimated impact position to corresponding image pixels is adjusted to counter the effect of said position dependent bias, characterized in that, the adjustment of the contribution of each estimated impact position to corresponding image pixels comprises directly adding intensity to several image pixels, thereby spreading out the contribution of each estimated impact position to said several image pixels.
A near-field communication device, the device being configured to transmit a message to another device, the device comprising: a counter configured to increment each time said other device accesses the message to be transmitted and to supply data in ASCII; a memory configured to store, in ASCII, the message to be transmitted including said data constituting a dynamic portion of the message and further including a static portion of the message in ASCII; and a block configured to acquire the massage in ASCII stored in the memory and to transmit the message in ASCII in near field. a counter configured to increment each time said other device accesses the message to be transmitted and to supply data in ASCII; a memory configured to store, in ASCII, the message to be transmitted including said data constituting a dynamic portion of the message and further including a static portion of the message in ASCII; and a block configured to acquire the massage in ASCII stored in the memory and to transmit the message in ASCII in near field.
A compound, or salt thereof, of formula: n is 0, 1, 2, 3 or 4; R 1 is v is 3 or 4; R and R' are each, independently C 1-8 alkyl; and R 2 is selected from C 6-20 alkyl and C 15-19 alkenyl; R 3 is selected from: C 4-22 alkyl, C 12-22 alkenyl, n is 0, 1, 2, 3 or 4; R 1 is v is 3 or 4; R and R' are each, independently C 1-8 alkyl; and R 2 is selected from C 6-20 alkyl and C 15-19 alkenyl; R 3 is selected from: C 4-22 alkyl, C 12-22 alkenyl,
A system for audio sharing comprising: at least one of a plurality of headphones (12, 402) adapted to be paired to a mobile device, and the at least one of the plurality of headphones (12, 402) configured to create a network for wirelessly connecting the plurality of wireless headphones (12, 402) amongst one another to stream music and to talk to other headphone users over the network by a communication protocol for allowing users to share music amongst the plurality of wireless headphones (12, 402) while using a single audio source; wherein audio from the mobile device can be shared between the headphones (12, 402) connected to the network, wherein voice data is sendable from each of the wireless headphones (12, 402) to all other wireless headphones (12, 402) in the network, in particular by sending a voice data block. at least one of a plurality of headphones (12, 402) adapted to be paired to a mobile device, and the at least one of the plurality of headphones (12, 402) configured to create a network for wirelessly connecting the plurality of wireless headphones (12, 402) amongst one another to stream music and to talk to other headphone users over the network by a communication protocol for allowing users to share music amongst the plurality of wireless headphones (12, 402) while using a single audio source; wherein audio from the mobile device can be shared between the headphones (12, 402) connected to the network, wherein voice data is sendable from each of the wireless headphones (12, 402) to all other wireless headphones (12, 402) in the network, in particular by sending a voice data block.
An urging roller for urging a cleaning web to a rotatable member of an electrophotographic image forming apparatus, said urging roller comprising: a shaft; a sponge layer provided on a peripheral surface of said shaft; and a wire wound on a peripheral surface of said sponge layer, by which a pressure to be applied by the cleaning web to the rotatable member is locally increased; wherein said wire spirally extends on the peripheral surface of said sponge layer, characterized in that said urging roller further comprises a toner parting layer covering both, a peripheral surface of said sponge layer and said wire winding on the peripheral surface of said sponge layer. a shaft; a sponge layer provided on a peripheral surface of said shaft; and a wire wound on a peripheral surface of said sponge layer, by which a pressure to be applied by the cleaning web to the rotatable member is locally increased; wherein said wire spirally extends on the peripheral surface of said sponge layer, characterized in that said urging roller further comprises a toner parting layer covering both, a peripheral surface of said sponge layer and said wire winding on the peripheral surface of said sponge layer.
A system of correlating any one or more of a plurality of blast holes in a drill pattern with a corresponding detonator, the system comprising: a) a plurality of individually identifiable first identifiers capable of relaying identification data pertaining to the respective first identifier; b) a plurality of GPS devices capable of relaying information related to a location of the respective GPS device; c) a plurality of blast holes configured in a drill pattern, each blast hole being provided with one of said first identifiers and one of said GPS devices; d) a plurality of individually identifiable second identifiers capable of relaying identification data pertaining to the respective second identifier; e) a plurality of detonators, each detonator being provided with one of said respective second identifiers, wherein each detonator is located in a respective blast hole in the drill pattern; and, f) a data reception system for receiving identification data and location information from said first and second identifiers and GPS devices for each blast hole and corresponding detonator. a) a plurality of individually identifiable first identifiers capable of relaying identification data pertaining to the respective first identifier; b) a plurality of GPS devices capable of relaying information related to a location of the respective GPS device; c) a plurality of blast holes configured in a drill pattern, each blast hole being provided with one of said first identifiers and one of said GPS devices; d) a plurality of individually identifiable second identifiers capable of relaying identification data pertaining to the respective second identifier; e) a plurality of detonators, each detonator being provided with one of said respective second identifiers, wherein each detonator is located in a respective blast hole in the drill pattern; and, f) a data reception system for receiving identification data and location information from said first and second identifiers and GPS devices for each blast hole and corresponding detonator.
A method of drawing a yarn spun out from a spinning apparatus, using a spun yarn drawing apparatus comprising: at least one first roller; three or more second rollers located downstream of the first roller in a yarn running direction, each of which second rollers functions as a heating roller and has a yarn feeding speed higher than that of the first roller; a speed controller configured to control the yarn feeding speeds of the three or more second rollers; and a temperature controller configured to control temperatures of the three or more second rollers, wherein: the speed controller controls the yarn feeding speeds of the three or more second rollers so that between every two second rollers which are adjacent to each other in the yarn running direction, the yarn feeding speed of the second roller located downstream in the yarn running direction is lower than the yarn feeding speed of the second roller located upstream in the yarn running direction; and the temperature controller controls the temperatures of the three or more second rollers so that the temperature of the second roller located most downstream in the yarn running direction is higher than or equal to the temperature of each of the remaining second rollers. at least one first roller; three or more second rollers located downstream of the first roller in a yarn running direction, each of which second rollers functions as a heating roller and has a yarn feeding speed higher than that of the first roller; a speed controller configured to control the yarn feeding speeds of the three or more second rollers; and a temperature controller configured to control temperatures of the three or more second rollers, wherein: the speed controller controls the yarn feeding speeds of the three or more second rollers so that between every two second rollers which are adjacent to each other in the yarn running direction, the yarn feeding speed of the second roller located downstream in the yarn running direction is lower than the yarn feeding speed of the second roller located upstream in the yarn running direction; and the temperature controller controls the temperatures of the three or more second rollers so that the temperature of the second roller located most downstream in the yarn running direction is higher than or equal to the temperature of each of the remaining second rollers. the speed controller controls the yarn feeding speeds of the three or more second rollers so that between every two second rollers which are adjacent to each other in the yarn running direction, the yarn feeding speed of the second roller located downstream in the yarn running direction is lower than the yarn feeding speed of the second roller located upstream in the yarn running direction; and the temperature controller controls the temperatures of the three or more second rollers so that the temperature of the second roller located most downstream in the yarn running direction is higher than or equal to the temperature of each of the remaining second rollers.
A refrigerator appliance comprising: a cabinet having a temperature-controlled compartment defined therein; a shelf ladder disposed in the temperature-controlled compartment and providing a plurality of shelf mounting positions; one or more electrical connectors corresponding to each of the plurality of shelf mounting positions; and an adjustable shelf removably mountable in one of the plurality of shelf mounting positions; each of the electrical connectors comprises an actuator movable from a first position to a second position, an electrical contact configured to automatically move from a disengaged position to an engaged position in response to the actuator moving from the first position to the second position, and a resilient member that biases the actuator toward the first position; wherein the actuator of the corresponding electrical connector is held in the second position by the weight of the adjustable shelf, the resilient member being deformable by the weight of the adjustable shelf, the refrigerator being characterised in that the electrical contact of the corresponding electrical connector engages the adjustable shelf, and in that the adjustable shelf comprises a mounting bracket configured to be cantilevered on the shelf ladder, the mounting bracket including a tab carrying one or more conductors, said tab being configured to extend through a slot formed in the shelf ladder to engage the corresponding electrical connector, said tab having a first surface configured to engage the actuator and a second surface configured to interface with the electrical contact. a cabinet having a temperature-controlled compartment defined therein; a shelf ladder disposed in the temperature-controlled compartment and providing a plurality of shelf mounting positions; one or more electrical connectors corresponding to each of the plurality of shelf mounting positions; and an adjustable shelf removably mountable in one of the plurality of shelf mounting positions; each of the electrical connectors comprises an actuator movable from a first position to a second position, an electrical contact configured to automatically move from a disengaged position to an engaged position in response to the actuator moving from the first position to the second position, and a resilient member that biases the actuator toward the first position; wherein the actuator of the corresponding electrical connector is held in the second position by the weight of the adjustable shelf, the resilient member being deformable by the weight of the adjustable shelf, the refrigerator being characterised in that the electrical contact of the corresponding electrical connector engages the adjustable shelf, and in that the adjustable shelf comprises a mounting bracket configured to be cantilevered on the shelf ladder, the mounting bracket including a tab carrying one or more conductors, said tab being configured to extend through a slot formed in the shelf ladder to engage the corresponding electrical connector, said tab having a first surface configured to engage the actuator and a second surface configured to interface with the electrical contact.