mhurhangee/ep-ind-claims huggingface dataset:
A locking system for fall protection, the locking system comprising: a housing, wherein the housing defines a guide path through which the housing is slideably attachable to a guide member; a braking lever having a braking surface and an attachment end, wherein the braking lever is configured to rotate so as to allow the braking surface to engage the guide member; and a locking lever that is rotatably coupled to the braking lever, wherein in an instance in which the braking surface of the braking lever is disengaged with the guide member, the locking lever is rotatable such that it rotates from an unlocked position to a locked position, and wherein in the unlocked position an activation end of the locking lever is positioned in a first location that is proximate to the attachment end and in the locked position the activation end is positioned in a second position distant to the attachment end, and characterized in that the braking lever further comprises a protrusion and the locking lever further comprises a locking ball connected to a locking lever spring, wherein the protrusion is in contact with the locking ball so as to restrict rotation of the locking lever from the unlocked position to the locked position. a housing, wherein the housing defines a guide path through which the housing is slideably attachable to a guide member; a braking lever having a braking surface and an attachment end, wherein the braking lever is configured to rotate so as to allow the braking surface to engage the guide member; and a locking lever that is rotatably coupled to the braking lever, wherein in an instance in which the braking surface of the braking lever is disengaged with the guide member, the locking lever is rotatable such that it rotates from an unlocked position to a locked position, and wherein in the unlocked position an activation end of the locking lever is positioned in a first location that is proximate to the attachment end and in the locked position the activation end is positioned in a second position distant to the attachment end, and characterized in that the braking lever further comprises a protrusion and the locking lever further comprises a locking ball connected to a locking lever spring, wherein the protrusion is in contact with the locking ball so as to restrict rotation of the locking lever from the unlocked position to the locked position.
A support device of at least one communication module, the support device including: • means for holding (201, 61), which are removable, to said support device, said communication module, intended to communicate with a communication terminal; • fixing means (202, 62), which are repositionable, from the said support device to the said communication terminal and characterised in that said support device is composed of at least two hinged parts (21, 22), at least one of said hinged parts having said fixing means, enabling said support device to take at least the following positions: • a fixing position, wherein the two hinged parts are able to fix said support device to said communication terminal; • a position of non-use, wherein the two hinged parts are folded one on the other; • a presentation position of said communication module, wherein the two hinged parts form an acute angle. • means for holding (201, 61), which are removable, to said support device, said communication module, intended to communicate with a communication terminal; • fixing means (202, 62), which are repositionable, from the said support device to the said communication terminal • a fixing position, wherein the two hinged parts are able to fix said support device to said communication terminal; • a position of non-use, wherein the two hinged parts are folded one on the other; • a presentation position of said communication module, wherein the two hinged parts form an acute angle.
A wind turbine, the wind turbine comprising: a rotor having a plurality of blades; and a controller, wherein the controller is arranged to control independently one or more components of each blade in order to increase a driving moment of each blade independently of other of the blades when the speed of wind acting on the wind turbine is below a rated wind speed (Vr) of the wind turbine wherein the driving moment provided by each blade is varied by varying the effective shape of the blade facing the wind acting on the blade; and wherein the effective shape of each blade is varied by at least one moveable aerodynamic device. a rotor having a plurality of blades; and a controller, wherein the controller is arranged to control independently one or more components of each blade in order to increase a driving moment of each blade independently of other of the blades when the speed of wind acting on the wind turbine is below a rated wind speed (Vr) of the wind turbine wherein the driving moment provided by each blade is varied by varying the effective shape of the blade facing the wind acting on the blade; and wherein the effective shape of each blade is varied by at least one moveable aerodynamic device.
A method for computation, with special number detection, in a computational device having a core with a multiple-pipeline architecture, the method comprising: running, in parallel, a first and second pipeline of data from a memory, wherein the first pipeline is configured to receive a first operand from the memory and the second pipeline is configured to receive a second operand from the memory, wherein the first operand and the second operand are input operands for performing a computational operation and wherein the first pipeline operates at least one cycle ahead of the second pipeline; generating a memory address in the memory for the first operand; reading, on the first pipeline, the first operand from the generated memory address; and detecting whether the first operand is a special number, wherein a special number is a numerical value that yields a predictable operation result of the computational operation; and storing (723, 730) a result of the computational operation in the memory based on the detection of whether the first operand is the special number. running, in parallel, a first and second pipeline of data from a memory, wherein the first pipeline is configured to receive a first operand from the memory and the second pipeline is configured to receive a second operand from the memory, wherein the first operand and the second operand are input operands for performing a computational operation and wherein the first pipeline operates at least one cycle ahead of the second pipeline; generating a memory address in the memory for the first operand; reading, on the first pipeline, the first operand from the generated memory address; and detecting whether the first operand is a special number, wherein a special number is a numerical value that yields a predictable operation result of the computational operation; and storing (723, 730) a result of the computational operation in the memory based on the detection of whether the first operand is the special number.
A reflective mask blank which is a material for a reflective mask used in EUV lithography using EUV light as exposure light, comprising a substrate, a multilayer reflection film that is formed on one main surface of the substrate and reflects the exposure light, a protection film formed in contact with the multilayer reflection film, and an absorber film that is formed on the protection film and absorbs the exposure light, wherein the multilayer reflection film has a periodically laminated structure in which low-refractive index layers composed of a material comprising molybdenum (Mo) and high-refractive index layers are alternately laminated, the low-refractive index layer consists of one or more of first low-refractive index sublayers, and one or more of second low-refractive index sublayers that have a different composition from a composition of the first low-refractive index sublayer, the first low-refractive index sublayer comprises molybdenum (Mo), and one or more elements selected from the group consisting of nitrogen, carbon, hydrogen and boron, the second low-refractive index sublayer comprises either of both of molybdenum (Mo) and carbon, and is free of nitrogen, hydrogen and boron, the second low-refractive index sublayer has a thickness of not less than 0.1 nm and not more than 0.5 nm, and in the low-refractive index layer, either or both of the low-refractive index sublayers that are in contact with the high-refractive index layer are the second low-refractive index sublayer, characterized in that the second low-refractive index sublayer has a higher compression stress compared with a compression stress of the first low-refractive index sublayer. the multilayer reflection film has a periodically laminated structure in which low-refractive index layers composed of a material comprising molybdenum (Mo) and high-refractive index layers are alternately laminated, the low-refractive index layer consists of one or more of first low-refractive index sublayers, and one or more of second low-refractive index sublayers that have a different composition from a composition of the first low-refractive index sublayer, the first low-refractive index sublayer comprises molybdenum (Mo), and one or more elements selected from the group consisting of nitrogen, carbon, hydrogen and boron, the second low-refractive index sublayer comprises either of both of molybdenum (Mo) and carbon, and is free of nitrogen, hydrogen and boron, the second low-refractive index sublayer has a thickness of not less than 0.1 nm and not more than 0.5 nm, and in the low-refractive index layer, either or both of the low-refractive index sublayers that are in contact with the high-refractive index layer are the second low-refractive index sublayer, characterized in that the second low-refractive index sublayer has a higher compression stress compared with a compression stress of the first low-refractive index sublayer.
An optical inspection device of elements being produced in a production line comprising: - at least one projector for illuminating the elements to be controlled; - at least one image capturing device intended for the illuminated elements; - at least one support group of two or more elements to be controlled comprising at least one workpiece-holding element capable of retaining at least one element to be controlled according to at least a predetermined axis with respect to the optical axis of said image capturing device; - at least one motorized device configured to have the workpiece-holding element rotating - at high speed around said axis so as to perform the centrifugal cleaning of the element to be controlled; - movement means intended for imposing a relative motion between the workpiece-holding elements and said image capturing device; - detection means of each of said workpiece-holding elements configured to jointly operate at least said image-capturing device. - at least one projector for illuminating the elements to be controlled; - at least one image capturing device intended for the illuminated elements; - at least one support group of two or more elements to be controlled comprising at least one workpiece-holding element capable of retaining at least one element to be controlled according to at least a predetermined axis with respect to the optical axis of said image capturing device; - at least one motorized device configured to have the workpiece-holding element rotating - at high speed around said axis so as to perform the centrifugal cleaning of the element to be controlled; - movement means intended for imposing a relative motion between the workpiece-holding elements and said image capturing device; - detection means of each of said workpiece-holding elements configured to jointly operate at least said image-capturing device.
An electronic vaping device comprising: a cartomizer; a communications interface (714, 802) configured to communicate with a mobile device (702, 1602); and a controller (602, 720, 1102) coupled to the communications interface (714, 802), the electronic vaping device being operational in response to a pressure difference resulting from airflow through the electronic vaping device; said electronic vaping device being characterised in that the mobile device (702, 1602) is configured to identify a location of the mobile device (702, 1602) in response to the electronic vaping device being operational, and to provide targeted marketing communications, the targeted marketing communications based on the location of the mobile device (702, 1602) when the electronic vaping device is operational and whether the cartomizer is added to the electronic vaping device or removed from the electronic vaping device. a cartomizer; a communications interface (714, 802) configured to communicate with a mobile device (702, 1602); and a controller (602, 720, 1102) coupled to the communications interface (714, 802), the electronic vaping device being operational in response to a pressure difference resulting from airflow through the electronic vaping device; said electronic vaping device being characterised in that the mobile device (702, 1602) is configured to identify a location of the mobile device (702, 1602) in response to the electronic vaping device being operational, and to provide targeted marketing communications, the targeted marketing communications based on the location of the mobile device (702, 1602) when the electronic vaping device is operational and whether the cartomizer is added to the electronic vaping device or removed from the electronic vaping device.
An apparatus comprising: an audio annunciator of a security system that protects a secured geographic area; a first wireless interface of the annunciator that wirelessly exchanges synchronization and channel maintenance messages with a control panel of the security system under a TDMA format; and a second wireless interface of the annunciator that wirelessly exchanges alarm messages with the control panel of the security system through a second wireless interface under a CSMA/CA format, the second wireless interface being maintained in a deactivated state until an alarm message is detected from the control panel through the first wireless interface, the second interface being activated in response to the alarm message and wherein audio information is thereafter streamed from the control panel to the annunciator through the second wireless interface. an audio annunciator of a security system that protects a secured geographic area; a first wireless interface of the annunciator that wirelessly exchanges synchronization and channel maintenance messages with a control panel of the security system under a TDMA format; and a second wireless interface of the annunciator that wirelessly exchanges alarm messages with the control panel of the security system through a second wireless interface under a CSMA/CA format, the second wireless interface being maintained in a deactivated state until an alarm message is detected from the control panel through the first wireless interface, the second interface being activated in response to the alarm message and wherein audio information is thereafter streamed from the control panel to the annunciator through the second wireless interface.
An information processing apparatus comprising: a terrain data processing unit configured to perform a terrain data process of calculating a terrain coordinate group based on terrain data, wherein in the terrain data positions and shapes of boundaries between various objects are represented by nodes, with optional links connecting adjacent nodes expressing continuity of these boundaries, and wherein the terrain coordinate group reflects a portion of an object in terms of a plurality of nodes that are describable as defining a unicursal route; and a selection processing unit configured to select nodes adjacent or close to each other on the unicursal route, and to select a node suitable to calculate a width of the object from other nodes based on a positional relationship between the selected nodes and the other nodes, wherein: the selection processing unit is further configured to select nodes suitable as an origin of a perpendicular drawn to a link connecting the selected nodes adjacent or close to each other and select a node suitable to calculate the width from the selected nodes suitable as an origin of the perpendicular; and the information processing apparatus is further configured to comprise a width calculation unit which calculates an intersection between the link and the perpendicular, and calculate a width of the object based on a positional relationship between the intersection and the node suitable to calculate the width or a distance of the perpendicular connecting the intersection and the node suitable to calculate the width. a terrain data processing unit configured to perform a terrain data process of calculating a terrain coordinate group based on terrain data, wherein in the terrain data positions and shapes of boundaries between various objects are represented by nodes, with optional links connecting adjacent nodes expressing continuity of these boundaries, and wherein the terrain coordinate group reflects a portion of an object in terms of a plurality of nodes that are describable as defining a unicursal route; and a selection processing unit configured to select nodes adjacent or close to each other on the unicursal route, and to select a node suitable to calculate a width of the object from other nodes based on a positional relationship between the selected nodes and the other nodes, the selection processing unit is further configured to select nodes suitable as an origin of a perpendicular drawn to a link connecting the selected nodes adjacent or close to each other and select a node suitable to calculate the width from the selected nodes suitable as an origin of the perpendicular; and the information processing apparatus is further configured to comprise a width calculation unit which calculates an intersection between the link and the perpendicular, and calculate a width of the object based on a positional relationship between the intersection and the node suitable to calculate the width or a distance of the perpendicular connecting the intersection and the node suitable to calculate the width.
A method for mapping the structure of an automation system on a computer, the automation system comprising at least one communication network and a plurality of devices (21 - 24) connectable thereto, comprising the steps of: generating structural information containing system-specific data and communication information, wherein the system-specific data contain information about the structure of the system, and/or the configuration and location of the system, and/or the division of the system into functional units, and/or the connected devices and their location, and/or the network used, and/or the device drivers used and/or storage locations thereof, and/or the user interface and/or storage location thereof; storing the structural information in the automation system (10, 24); connecting at least one computer to the automation system; transferring predeterminable structural information from the automation system to the computer; and in response to the structural information received, loading into the computer the data for mapping the structure of the automation system; and using the computer for addressing and parameterizing and/or configuring at least one device (21, 22, 23). generating structural information containing system-specific data and communication information, wherein the system-specific data contain information about the structure of the system, and/or the configuration and location of the system, and/or the division of the system into functional units, and/or the connected devices and their location, and/or the network used, and/or the device drivers used and/or storage locations thereof, and/or the user interface and/or storage location thereof; storing the structural information in the automation system (10, 24); connecting at least one computer to the automation system; transferring predeterminable structural information from the automation system to the computer; and in response to the structural information received, loading into the computer the data for mapping the structure of the automation system; and using the computer for addressing and parameterizing and/or configuring at least one device (21, 22, 23).
A fiber-reinforced resin structure having a hole (2a, 2b, 13) into which a connector that connects to another member can be inserted, wherein a bearing strength at a part of an inside surface of said hole (2a, 2b, 13) on which a load from said connector acts, represented by a stress at which displacement of said part of said inside surface of said hole (2a, 2b, 13) starts increasing even without said load acting on said part of said inside surface of said hole (2a, 2b, 13) from said connector increasing, is less than a breaking strength of a fiber-reinforced resin constituting that part of said structure, wherein reinforcing fibers of said fiber-reinforced resin at said part of said inside surface of said hole (2a, 2b, 13) of said structure acted with said load from said connector are arranged more than those at another part, and wherein the reinforcing fibers at the part of the inside surface of the hole are arranged so as to be extended in a direction along the inner circumferential direction of the hole.
A continuous cutting apparatus for cutting a material, in particular a paper material, which is fed in form of sheet or roll; said apparatus comprising a support frame and an alternate cutting assembly for cutting the sheet or roll being fed; wherein said alternate cutting assembly comprises a guillotine cutting device of the swinging type, which accompanies the paper material to be cut along a tract of its path with a speed that is equal to the feeding speed of the sheet or roll during its movement through the cutting apparatus itself; and wherein a carriage assembly slides on said support frame and supports, in turn, a counter-blade, of the guillotine cutting device, said carriage assembly being pushed/pulled by a moving mechanism; said apparatus being characterised in that said moving mechanism comprises a rocker arm, which in use causes said carriage assembly to oscillate along a tract of the path of the paper material.