mhurhangee/ep-ind-claims huggingface dataset:
A wind turbine blade installation device for use when installing a wind turbine blade on a wind turbine hub, the wind turbine blade installation device comprising: a winch mechanism supported by a structural frame and an electronically controlled switch to control the winch mechanism, wherein the winch mechanism comprises a guide wire and a drum, wherein the winch mechanism is configured so that the guide wire can be wound onto and off the drum in response to a control input from said switch; and a mounting device, wherein the mounting device is configured to releasably attach the structural frame to the wind turbine hub so that, in use, one end of the guide wire can be passed through a bolt hole located in a pitch bearing of the wind turbine hub from an innermost side of the pitch bearing to an outermost side of the pitch bearing, wherein the structural frame comprises a first portion and a second portion, wherein the first portion of the structural frame is configured to support the drum of the winch assembly, and wherein the second portion of the structural frame is configured to be located adjacent to the pitch bearing in use, wherein the mounting device is configured to releasably attach the second portion of the structural frame to the pitch bearing. a winch mechanism supported by a structural frame and an electronically controlled switch to control the winch mechanism, wherein the winch mechanism comprises a guide wire and a drum, wherein the winch mechanism is configured so that the guide wire can be wound onto and off the drum in response to a control input from said switch; and a mounting device, wherein the mounting device is configured to releasably attach the structural frame to the wind turbine hub so that, in use, one end of the guide wire can be passed through a bolt hole located in a pitch bearing of the wind turbine hub from an innermost side of the pitch bearing to an outermost side of the pitch bearing, wherein the structural frame comprises a first portion and a second portion, wherein the first portion of the structural frame is configured to support the drum of the winch assembly, and wherein the second portion of the structural frame is configured to be located adjacent to the pitch bearing in use, wherein the mounting device is configured to releasably attach the second portion of the structural frame to the pitch bearing.
A thermoplastic molding composition comprising a) from 30 to 92.5% by weight of at least one thermoplastic polyamide as component A, b) from 1 to 15% by weight of melamine cyanurate as component B, c) from 1 to 50% by weight of glass microspheres with an arithmetic mean sphere diameter d 50 in the range from 10 to 100 μm, as component C, d) from 5 to 20% by weight of short glass fibers with an arithmetic mean fiber length d 50 of from 100 to 900 μm, as component D, e) from 0.5 to 10% by weight of other additional substances and processing aids as component E, where the sum of the percentages by weight of components A to E is 100% by weight and the thermoplastic molding composition contains less than 0.1 wt%, based on the total weight of the molding composition, of organic phosphorous compounds which contain 9,10-dihydro-9-oxa-10-phosphaphenanthrene-10-oxide (DOPO) structures in their skeletal structure. a) from 30 to 92.5% by weight of at least one thermoplastic polyamide as component A, b) from 1 to 15% by weight of melamine cyanurate as component B, c) from 1 to 50% by weight of glass microspheres with an arithmetic mean sphere diameter d 50 in the range from 10 to 100 μm, as component C, d) from 5 to 20% by weight of short glass fibers with an arithmetic mean fiber length d 50 of from 100 to 900 μm, as component D, e) from 0.5 to 10% by weight of other additional substances and processing aids as component E,
An absorbent article comprising: a liquid pervious topsheet, said topsheet having an inner surface oriented toward the interior of said absorbent article and an outer surface oriented toward the skin of the wearer when said absorbent article is being worn; a backsheet joined to said topsheet, said backsheet having an inner surface oriented toward the interior of said absorbent article and an outer surface oriented toward the garment of the wearer when said absorbent article is being worn; an absorbent core disposed between said topsheet and said backsheet, said absorbent core having an inner surface oriented toward the skin of the wearer when said absorbent article is being worn and an outer surface oriented toward the garment of the wearer when said absorbent article is being worn; and a lotion composition applied to at least a portion of said outer surface of said topsheet; characterized in that the lotion composition comprises: a) from 1% to 50%, by weight, of a microcrystalline wax; b) from 1% to 20%, by weight, ofPOE-4 monolaurate; c) from 1% to 30%, by weight, of POE-8 monostearate; and d) a carrier. a liquid pervious topsheet, said topsheet having an inner surface oriented toward the interior of said absorbent article and an outer surface oriented toward the skin of the wearer when said absorbent article is being worn; a backsheet joined to said topsheet, said backsheet having an inner surface oriented toward the interior of said absorbent article and an outer surface oriented toward the garment of the wearer when said absorbent article is being worn; an absorbent core disposed between said topsheet and said backsheet, said absorbent core having an inner surface oriented toward the skin of the wearer when said absorbent article is being worn and an outer surface oriented toward the garment of the wearer when said absorbent article is being worn; and a lotion composition applied to at least a portion of said outer surface of said topsheet; characterized in that the lotion composition comprises: a) from 1% to 50%, by weight, of a microcrystalline wax; b) from 1% to 20%, by weight, ofPOE-4 monolaurate; c) from 1% to 30%, by weight, of POE-8 monostearate; and d) a carrier. a) from 1% to 50%, by weight, of a microcrystalline wax; b) from 1% to 20%, by weight, ofPOE-4 monolaurate; c) from 1% to 30%, by weight, of POE-8 monostearate; and d) a carrier.
A detection sensor comprising: a vibratable film constituted by a piezoelectric film, the vibratable film being configured to be irradiated with infrared rays and thereby generate first electric signals through a pyroelectric effect, and configured to be vibrated by sound waves and thereby generate second electric signals through a piezoelectric effect; a case accommodating the vibratable film and including a transmissive part, the transmissive part being configured to transmit at least infrared rays and disposed on one side in a first direction (Z-Z') relative to the vibratable film to face the vibratable film, the first direction (Z-Z') being a thickness direction of the vibratable film; and a circuit board being fixed to the case and disposed on the other side (Z') in the first direction (Z-Z') relative to the vibratable film, the circuit board having a sound hole to input therethrough sound waves. a vibratable film constituted by a piezoelectric film, the vibratable film being configured to be irradiated with infrared rays and thereby generate first electric signals through a pyroelectric effect, and configured to be vibrated by sound waves and thereby generate second electric signals through a piezoelectric effect; a case accommodating the vibratable film and including a transmissive part, the transmissive part being configured to transmit at least infrared rays and disposed on one side in a first direction (Z-Z') relative to the vibratable film to face the vibratable film, the first direction (Z-Z') being a thickness direction of the vibratable film; and a circuit board being fixed to the case and disposed on the other side (Z') in the first direction (Z-Z') relative to the vibratable film, the circuit board having a sound hole to input therethrough sound waves.
A method to monitor a network comprising: constructing, by a controller device that manages a plurality of network devices, a deployed graph model comprising a plurality of models representative of services operating on the network devices within the network, the plurality of models including: a device model representing the network devices and resources of the network devices, a network model representing services and service endpoints, and a diagnosis model representing cause-and-effect relationships between resources and resource events, wherein at least one of the plurality of models includes dependencies between the network devices, resources of the network devices, services operating on the network devices, and multi-layer services; receiving an alert, by the controller device, that a service operating on one of the network devices is experiencing a failure; traversing, by the controller device, modeled dependencies within the deployed graph model to perform root cause analysis of the service that is experiencing the failure to determine a resource-level event causing the failure; and based on the traversing, providing, by the controller device, a report indicating the root cause of the failure. constructing, by a controller device that manages a plurality of network devices, a deployed graph model comprising a plurality of models representative of services operating on the network devices within the network, the plurality of models including: a device model representing the network devices and resources of the network devices, a network model representing services and service endpoints, and a diagnosis model representing cause-and-effect relationships between resources and resource events, wherein at least one of the plurality of models includes dependencies between the network devices, resources of the network devices, services operating on the network devices, and multi-layer services; receiving an alert, by the controller device, that a service operating on one of the network devices is experiencing a failure; traversing, by the controller device, modeled dependencies within the deployed graph model to perform root cause analysis of the service that is experiencing the failure to determine a resource-level event causing the failure; and based on the traversing, providing, by the controller device, a report indicating the root cause of the failure.
A turbofan engine comprising a compartment containing at least one temperature sensitive target within the turbofan engine and comprising a fluid duct system for thermal management and/or ventilation in the compartment, said fluid duct system comprising a fluid duct device, said turbofan engine comprising a first spatial area at least partially lying in a bypass duct of the turbofan engine through which a fluid flows during operation of the turbofan engine, characterized in that the fluid duct device of the fluid duct system has at least two ends and at least one opening arranged within the compartment between the at least two ends, and the fluid duct device connects the first spatial area of the bypass duct at the first end of the fluid duct device with a second spatial area at the second end of the fluid duct device, the second spatial area lying in a freestream zone of the turbofan engine and having a lower pressure than the first spatial area during operation of the turbo engine, so that a pressure gradient is present in the fluid duct device and a flow of fluid from the first spatial area towards the second spatial area is generated resulting in a pressure gradient in the compartment and in a suction in order to suck a fluid surrounding the at least one opening into the fluid duct device through the at least one opening thereby generating a flow of fluid in the compartment for thermal management and/or ventilation of the compartment.
A light unit comprising: a bottom cover (110; 210; 310); a light source unit (120; 220; 320) disposed in the bottom cover for generating light; an optical sheet unit (140; 240; 340) disposed on the bottom cover; and a reflective support member (130; 230; 340) disposed in the bottom cover for reflecting light and supporting the optical sheet unit, wherein the reflective support member comprises: a reflection plate (131; 231; 331) reflecting light; and a guide pin (132; 232; 332) supporting the optical sheet unit, characterized in that the reflection plate and the guide pin are integrally formed. a bottom cover (110; 210; 310); a light source unit (120; 220; 320) disposed in the bottom cover for generating light; an optical sheet unit (140; 240; 340) disposed on the bottom cover; and a reflective support member (130; 230; 340) disposed in the bottom cover for reflecting light and supporting the optical sheet unit, wherein the reflective support member comprises: a reflection plate (131; 231; 331) reflecting light; and a guide pin (132; 232; 332) supporting the optical sheet unit, characterized in that the reflection plate and the guide pin are integrally formed. a reflection plate (131; 231; 331) reflecting light; and a guide pin (132; 232; 332) supporting the optical sheet unit, characterized in that the reflection plate and the guide pin are integrally formed.
A method of operating a building security system comprising a building alarm system and an emergency communications system of an elevator installation, wherein the emergency communications system includes a communications interface to couple the emergency communications system to a remote elevator service central, and an emergency call panel arranged in an elevator car to allow a passenger to communicate with the remote elevator service central via the communications interface while in the elevator car during the emergency situation, and wherein the building alarm system includes a plurality of sensor units (26, 36) arranged at predetermined locations of the building and selected to detect predetermined building events, comprising: communicating a building event from the building alarm system via the communications interface of the emergency communications system to the remote elevator service central, wherein communicating the building event comprises: receiving, by the emergency communications system of the elevator installation, an event signal from the building alarm system, the event signal representing a predetermined value if a sensor unit (26, 36) detects a building event; establishing, by the emergency communications system, a communications link between the emergency communications system and the elevator service central; and transmitting, by the emergency communications system, the event signal to the elevator service central, and/or communicating an action request from the remote elevator service central via the communications interface of the emergency communications system to the building alarm system. communicating a building event from the building alarm system via the communications interface of the emergency communications system to the remote elevator service central, wherein communicating the building event comprises: receiving, by the emergency communications system of the elevator installation, an event signal from the building alarm system, the event signal representing a predetermined value if a sensor unit (26, 36) detects a building event; establishing, by the emergency communications system, a communications link between the emergency communications system and the elevator service central; and transmitting, by the emergency communications system, the event signal to the elevator service central, and/or communicating an action request from the remote elevator service central via the communications interface of the emergency communications system to the building alarm system.
A method of manufacturing stab-resistant fabric using water punching, comprising: interlacing an aramid nonwoven fabric in a high strength fabric formed of aramid yarn through water punching characterized in that the density of the fabric is 30 x 30 ply (wrap threads x weft threads) to 85 x 85 ply (wrap threads x weft threads)/5 cm, a basic weight is 100 to 200 gsm, and air permeability is 5cm 3 /cm 2 /s or greater; the nonwoven fabric is formed of aramid fiber having fineness of 3 to 6 denier, and has a basic weight of 40 to 70 gsm and air permeability of 100cm 3 /cm 2 /s or greater; and the water punching is performed with water pressure of 50 to 250 bar. interlacing an aramid nonwoven fabric in a high strength fabric formed of aramid yarn through water punching characterized in that the density of the fabric is 30 x 30 ply (wrap threads x weft threads) to 85 x 85 ply (wrap threads x weft threads)/5 cm, a basic weight is 100 to 200 gsm, and air permeability is 5cm 3 /cm 2 /s or greater; the nonwoven fabric is formed of aramid fiber having fineness of 3 to 6 denier, and has a basic weight of 40 to 70 gsm and air permeability of 100cm 3 /cm 2 /s or greater; and the water punching is performed with water pressure of 50 to 250 bar.
A device, comprising: a valve body; a printing substance transfer aperture through the valve body; a hood, fixed to the valve body, encompassing the printing substance transfer aperture within a cavity between an external face of the valve body and the hood; a printing substance dispensing nozzle moveable between a first position with an orifice of the printing substance dispensing nozzle facing an internal face of the valve body and a second position with the orifice of the printing substance dispensing nozzle facing the printing substance transfer aperture; a dispensing-side gasket material slide-able through the printing substance transfer aperture when moving the printing substance dispensing nozzle between the first position and the second position; a lock mechanism to lock the printing substance dispensing nozzle in the first position characterised in that the lock mechanism is actuatable to unlock the printing substance dispensing nozzle from the first position responsive to insertion of a receiving-side mating interface, with a complementary geometry to a geometry of the cavity, within the cavity, wherein the hood includes a first wall opposing the external face of the valve body and a plurality of sidewalls connecting the first wall to the valve body and the walls of the hood include geometric features that serve as mechanical keying mechanisms permitting full insertion only of compatible receiving-side mating interfaces within their confines. a valve body; a printing substance transfer aperture through the valve body; a hood, fixed to the valve body, encompassing the printing substance transfer aperture within a cavity between an external face of the valve body and the hood; a printing substance dispensing nozzle moveable between a first position with an orifice of the printing substance dispensing nozzle facing an internal face of the valve body and a second position with the orifice of the printing substance dispensing nozzle facing the printing substance transfer aperture; a dispensing-side gasket material slide-able through the printing substance transfer aperture when moving the printing substance dispensing nozzle between the first position and the second position; a lock mechanism to lock the printing substance dispensing nozzle in the first position characterised in that the lock mechanism is actuatable to unlock the printing substance dispensing nozzle from the first position responsive to insertion of a receiving-side mating interface, with a complementary geometry to a geometry of the cavity, within the cavity, wherein the hood includes a first wall opposing the external face of the valve body and a plurality of sidewalls connecting the first wall to the valve body and the walls of the hood include geometric features that serve as mechanical keying mechanisms permitting full insertion only of compatible receiving-side mating interfaces within their confines.
Measuring device, in particular a distance measuring device for contact and/or contactless distance measurement, having an indicating unit in which an electro-optical display unit is combined with an electronics unit in a circuit arrangement, the display unit being designed for the readout display of a measurement result and the electronics unit being designed to control the display of the measurement result, the display unit being applied to a thin-sheet support to form a flexible layer arrangement, characterized in that the electronics unit is designed to generate a scale for the measurement result, in particular having scale portions and/or numerical values for representing a segment of a measuring distance, and the display unit in the form of a digital ruler is designed for reproducing the scale.
An information embedding device, comprising: a detection section that, from an image, detects, as an embedding target pixel block, a pixel block having an embedding target pixel with a pixel value P that, after being changed by a specific value W corresponding to information to be embedded into the image, will be within a first specific range from an average value of pixel values of surrounding pixels Ave within the pixel block, wherein the target pixel included in the target pixel block has a pixel value whose difference, P-Ave, from an average value of pixel values of surrounding pixels has a sign that is opposite to the sign of the specific value W; and an embedding section that changes the pixel value P of the embedding target pixel within the embedding target pixel block detected by the detection section by the specific value W. a detection section that, from an image, detects, as an embedding target pixel block, a pixel block having an embedding target pixel with a pixel value P that, after being changed by a specific value W corresponding to information to be embedded into the image, will be within a first specific range from an average value of pixel values of surrounding pixels Ave within the pixel block, wherein the target pixel included in the target pixel block has a pixel value whose difference, P-Ave, from an average value of pixel values of surrounding pixels has a sign that is opposite to the sign of the specific value W; and an embedding section that changes the pixel value P of the embedding target pixel within the embedding target pixel block detected by the detection section by the specific value W.