mhurhangee/ep-ind-claims huggingface dataset:
A gas turbine engine component, comprising: a structure formed of a composite material, the structure including: a flowpath surface operable in a hot gas flowpath of a gas turbine engine; a cavity spaced apart from the flowpath surface by a thickness of the composite material; and characterized in further comprising a cooling hole operative to discharge cooling air into the hot gas flowpath, wherein the cooling hole extends between the flowpath surface and the cavity, the cooling hole includes a plurality of ultrasonically formed geometric shapes (22, 26) extending from the flowpath surface through at least part of the composite material toward the cavity of the composite gas turbine engine component; and wherein the composite gas turbine engine component is disposed at least partially in the flowpath and/or bounds the flowpath; and wherein the composite material is a ceramic matrix composite, a metal matrix composite and/or a carbon-carbon composite. a structure formed of a composite material, the structure including: a flowpath surface operable in a hot gas flowpath of a gas turbine engine; a cavity spaced apart from the flowpath surface by a thickness of the composite material; and characterized in further comprising a cooling hole operative to discharge cooling air into the hot gas flowpath, wherein the cooling hole extends between the flowpath surface and the cavity, the cooling hole includes a plurality of ultrasonically formed geometric shapes (22, 26) extending from the flowpath surface through at least part of the composite material toward the cavity of the composite gas turbine engine component; and wherein the composite gas turbine engine component is disposed at least partially in the flowpath and/or bounds the flowpath; and wherein the composite material is a ceramic matrix composite, a metal matrix composite and/or a carbon-carbon composite.
Method of inspecting images on printed products in a machine for processing printing materials by means of a computer (3, 6) wherein the produced printed products are recorded and digitized in the course of the image inspection process by an image recording system using at least one image sensor, the recorded digital printed images created in this way are compared to a digital reference image by the computer (3, 6), the computer (3, 6) previously subjects the recorded digital printed images to a digital process of eliminating distortions, and wherein in a case in which deviations occur between the distortion-free recorded digital printed images and the digital reference image, the printed products that have been identified as defective are removed, characterized in that for the process of digitally eliminating distortions, the computer (3, 6) subdivides the printed and reference images (21, 22) into image parts (12, 13) and shifts the printed image parts pixel by pixel in terms of their position in the printed image (21, 24) until a minimum difference is achieved between the printed image parts and the respective reference image part.
A negative electrode which comprises a negative electrode active material layer comprising a negative electrode active material and a conductive agent, wherein the negative electrode active material comprises a first active material and a second active material, wherein the first active material comprises SiO x particles (0<x<2), and the second active material comprises SiO y particles (0<y<2), wherein the SiO x particles have a D 50 measured by laser diffraction of 0.1 μm to 0.6 μm, the SiO y particles have a D 50 measured by laser diffraction of 3 μm to 8 μm, a weight ratio of the SiO x particles to the SiO y particles is in a range of 1:2 to 1:100, and the conductive agent comprises single-walled carbon nanotubes. wherein the negative electrode active material comprises a first active material and a second active material, wherein the first active material comprises SiO x particles (0<x<2), and the second active material comprises SiO y particles (0<y<2), wherein the SiO x particles have a D 50 measured by laser diffraction of 0.1 μm to 0.6 μm, the SiO y particles have a D 50 measured by laser diffraction of 3 μm to 8 μm, a weight ratio of the SiO x particles to the SiO y particles is in a range of 1:2 to 1:100, and the conductive agent comprises single-walled carbon nanotubes.
A composition comprising the following: A) a first polymer selected from the following: i) an ethylene/α-olefin interpolymer; or ii) an ethylene/α-olefin multi-block interpolymer; B) a second polymer selected from the following: iii) an ethylene/α-olefin interpolymer; iv) an ethylene/α-olefin/non-conjugated diene interpolymer; or v) an ethylene/α-olefin multi-block interpolymer; and wherein the first polymer has a density from 0.880 to 0.910 g/cc, and the second polymer has a density less than, or equal to, 0.867 g/cc, and wherein the weight ratio of the first polymer to the second polymer is from 0.5 to 9. A) a first polymer selected from the following: i) an ethylene/α-olefin interpolymer; or ii) an ethylene/α-olefin multi-block interpolymer; i) an ethylene/α-olefin interpolymer; or ii) an ethylene/α-olefin multi-block interpolymer; B) a second polymer selected from the following: iii) an ethylene/α-olefin interpolymer; iv) an ethylene/α-olefin/non-conjugated diene interpolymer; or v) an ethylene/α-olefin multi-block interpolymer; and iii) an ethylene/α-olefin interpolymer; iv) an ethylene/α-olefin/non-conjugated diene interpolymer; or v) an ethylene/α-olefin multi-block interpolymer; and
A control system comprising: at least one control panel in signal communication with at least one data control loop; and at least one connected device in signal communication with the at least one control panel via the at least one data control loop, the at least one connected device including a memory unit having a free memory area that stores first data and an active memory area that stores second data different from the first data, wherein, in response to operating the least one connected device according to the second data, the at least one connected device receives updated data delivered by the at least one of the control panel over the data control loop, and replaces the first data stored in the free memory area with the updated data, wherein the connected device transitions the free memory area into an active memory area, and operates according to data stored in the transitioned active memory area, and transitions the active memory area into a free memory area and replaces the data in the transitioned free area with updated data, wherein the connected device actively operates according to the data stored in the transitioned active memory area 312 while also, simultaneously updating the data stored in the transitioned free memory area 310 at least one control panel in signal communication with at least one data control loop; and at least one connected device in signal communication with the at least one control panel via the at least one data control loop, the at least one connected device including a memory unit having a free memory area that stores first data and an active memory area that stores second data different from the first data, wherein, in response to operating the least one connected device according to the second data, the at least one connected device receives updated data delivered by the at least one of the control panel over the data control loop, and replaces the first data stored in the free memory area with the updated data, wherein the connected device transitions the free memory area into an active memory area, and operates according to data stored in the transitioned active memory area, and transitions the active memory area into a free memory area and replaces the data in the transitioned free area with updated data,
A method of differentiating between a strain of the pelvic floor muscles, PFM, of a subject and a contraction of the PFM of the subject, the method comprising: receiving data generated by an orientation sensor provided within a vaginal probe device that is located within the vaginal canal of the subject, the vaginal probe device comprising a housing containing the orientation sensor; utilizing a processor to process data generated by the orientation sensor to determine a direction of rotation of the vaginal probe device during a measurement period, when the processor determines that the vaginal probe device has rotated in the cranial-ventral direction relative to the subject, generating an output indicating that there has been a contraction of the PFM during the measurement period; and when the processor determines that the vaginal probe device has rotated in the caudal-dorsal direction relative to the subject, generating an output indicating that there has been a strain of the PFM during the measurement period. receiving data generated by an orientation sensor provided within a vaginal probe device that is located within the vaginal canal of the subject, the vaginal probe device comprising a housing containing the orientation sensor; utilizing a processor to process data generated by the orientation sensor to determine a direction of rotation of the vaginal probe device during a measurement period, when the processor determines that the vaginal probe device has rotated in the cranial-ventral direction relative to the subject, generating an output indicating that there has been a contraction of the PFM during the measurement period; and when the processor determines that the vaginal probe device has rotated in the caudal-dorsal direction relative to the subject, generating an output indicating that there has been a strain of the PFM during the measurement period.
1-[2-(2,4-dimethyl-phenylsulfanyl)phenyl]piperazine and pharmaceutically acceptable salts thereof for use in the treatment of depression or anxiety in a patient who has previously received medication for the treatment of said disease which medication was ceased due to weight related adverse events.
A beverage brewing apparatus comprising a cup and a water preparation device where the cup has at least - an outer vessel, - a cold water tank in which water is placed for brewing the beverage; - a lid of the outer vessel that covers the outer vessel, contains substances for brewing the beverage, - a container of food substances, and the water preparation device has at least - a housing, - a moving connection with the cup for transferring the water between the cup and the device, - a power circuit with power storage means to power electrical receivers of the device, - a liquid heating component to warm water to the temperature suitable for brewing, - a liquid pump for increasing the pressure of water and directing it to a container of food substances, characterized in that - the connection between the water preparation device and the cup is designed in such a way that the water can flow through the connection without penetrating to the outside at a pressure of at least 3.5 bar; - the container of food substances in the cup is made of high-strength plastic that can withstand its shape and integrity when an inner pressure is at least 3.5 bar; - a direct current with voltage of 12 V is required to power the device; - the power circuit of the device comprises power storage means that accumulate the power during non-use of the device and delivers power when the device brews the beverage, thus reducing the peak power loads in the power supply system of the vehicle. - an outer vessel, - a cold water tank in which water is placed for brewing the beverage; - a lid of the outer vessel that covers the outer vessel, contains substances for brewing the beverage, - a container of food substances, and the water preparation device has at least - a housing, - a moving connection with the cup for transferring the water between the cup and the device, - a power circuit with power storage means to power electrical receivers of the device, - a liquid heating component to warm water to the temperature suitable for brewing, - a liquid pump for increasing the pressure of water and directing it to a container of food substances, characterized in that - the connection between the water preparation device and the cup is designed in such a way that the water can flow through the connection without penetrating to the outside at a pressure of at least 3.5 bar; - the container of food substances in the cup is made of high-strength plastic that can withstand its shape and integrity when an inner pressure is at least 3.5 bar; - a direct current with voltage of 12 V is required to power the device; - the power circuit of the device comprises power storage means that accumulate the power during non-use of the device and delivers power when the device brews the beverage, thus reducing the peak power loads in the power supply system of the vehicle.
An Ethernet automatic protection method, wherein there are several physical rings tangent in a control domain, the control domain is firstly decomposed as a hierarchical structure, characterized in that one of the physical rings is indicated as a master ring of a highest level and other physical rings are degraded to be leveled link segments without shared links connected with the master ring or the link segment of their upper level, and one master node and several transmission nodes are configured for both the master ring and each link segment, meanwhile, nodes connecting the master ring and the link segment or connecting link segments of different levels are configured as border nodes; the method comprises: cooperating, by the master node and transmission nodes of the master ring, with each other to detect states of links in the master ring and perform service switching when the master ring breaks down or recovers from a breakdown, wherein a MAC address updating message is forwarded from the master node to transmission nodes of the master ring; cooperating, by the master node and the transmission nodes of each link segment, with each other to detect state of the link segment and perform service switching when the link segment at present level breaks down or recovers from a breakdown, wherein a MAC address updating message is forwarded from the master node to transmission nodes of the link segment; assisting, by the border nodes, the master node of the link segment in detecting the state of the link segment and forward the MAC address updating message of this link segment to the nodes of the master ring or those of the link segment at the upper level; updating, by the related nodes of the master ring or those of the link segment the MAC address table and implement service protection switching according to the updated address table. cooperating, by the master node and transmission nodes of the master ring, with each other to detect states of links in the master ring and perform service switching when the master ring breaks down or recovers from a breakdown, wherein a MAC address updating message is forwarded from the master node to transmission nodes of the master ring; cooperating, by the master node and the transmission nodes of each link segment, with each other to detect state of the link segment and perform service switching when the link segment at present level breaks down or recovers from a breakdown, wherein a MAC address updating message is forwarded from the master node to transmission nodes of the link segment; assisting, by the border nodes, the master node of the link segment in detecting the state of the link segment and forward the MAC address updating message of this link segment to the nodes of the master ring or those of the link segment at the upper level; updating, by the related nodes of the master ring or those of the link segment the MAC address table and implement service protection switching according to the updated address table.
A Coriolis mass flow meter comprising: a measurement tube that allows passage of fluid to be measured in one direction; a vibration exciter unit configured to vibrate the measurement tube; a displacement detecting unit that detects displacement of the measurement tube at two positions on an outbound tube and an inbound tube of the measurement tube; and a magnetism retaining portion that retains predetermined positions of the measurement tube with a space apart therefrom, wherein the magnetism retaining portion provides a magnetic attraction force to a magnetomotive body to retain the measurement tube with a space apart therefrom; characterized in that: the magnetism retaining portion includes a permanent magnet and the magnetomotive body is a permanent magnet or a ferromagnetic body and the magnetomotive body is attached to the measurement tube or the measurement tube itself formed of a ferromagnetic body; or: the magnetism retaining portion includes a ferromagnetic body and the magnetomotive body is a permanent magnet and the magnetomotive body is attached to the measurement tube. a measurement tube that allows passage of fluid to be measured in one direction; a vibration exciter unit configured to vibrate the measurement tube; a displacement detecting unit that detects displacement of the measurement tube at two positions on an outbound tube and an inbound tube of the measurement tube; and a magnetism retaining portion that retains predetermined positions of the measurement tube with a space apart therefrom, wherein the magnetism retaining portion provides a magnetic attraction force to a magnetomotive body to retain the measurement tube with a space apart therefrom; characterized in that: the magnetism retaining portion includes a permanent magnet and the magnetomotive body is a permanent magnet or a ferromagnetic body and the magnetomotive body is attached to the measurement tube or the measurement tube itself formed of a ferromagnetic body; or: the magnetism retaining portion includes a ferromagnetic body and the magnetomotive body is a permanent magnet and the magnetomotive body is attached to the measurement tube.
A method of operating a refrigeration system for refrigerating a product, the refrigeration system having a condenser, an evaporator downstream of the condenser, a first valve disposed between the condenser and the evaporator, an accumulator/heat exchanger being in thermal communication with a first conduit between the condenser and the first valve, a second conduit fluidly connecting the evaporator with the accumulator/heat exchanger and a third conduit connecting the accumulator/heat exchanger with a compressor downstream of the evaporator, and a refrigerant flowing through the refrigeration system, the method comprising: obtaining, from a first transducer coupled to the refrigeration system, a first temperature of the refrigerant downstream of the condenser and upstream of the evaporator; obtaining, from a second transducer coupled to the refrigeration system, a first pressure of the refrigerant downstream of the condenser and upstream of the evaporator; obtaining, from a third transducer (212, 216) coupled to the refrigeration system, a second pressure of the refrigerant downstream of the evaporator and upstream of the compressor or a temperature of the product being refrigerated; and controlling, via a processor communicatively coupled to the refrigeration system, a degree of opening of the first valve of the refrigeration system, based on the first temperature and the first pressure, to maintain a pre-determined cooling set-point for the refrigeration system, such that the refrigerant leaves the evaporator in a mixed liquid and vapor state, and a degree of opening of a second valve of the refrigeration system coupled to the compressor, based on the second pressure or the temperature of the product, to optimize a capacity of the compressor. obtaining, from a first transducer coupled to the refrigeration system, a first temperature of the refrigerant downstream of the condenser and upstream of the evaporator; obtaining, from a second transducer coupled to the refrigeration system, a first pressure of the refrigerant downstream of the condenser and upstream of the evaporator; obtaining, from a third transducer (212, 216) coupled to the refrigeration system, a second pressure of the refrigerant downstream of the evaporator and upstream of the compressor or a temperature of the product being refrigerated; and controlling, via a processor communicatively coupled to the refrigeration system, a degree of opening of the first valve of the refrigeration system, based on the first temperature and the first pressure, to maintain a pre-determined cooling set-point for the refrigeration system, such that the refrigerant leaves the evaporator in a mixed liquid and vapor state, and a degree of opening of a second valve of the refrigeration system coupled to the compressor, based on the second pressure or the temperature of the product, to optimize a capacity of the compressor.
A robotic lawnmower system comprising a robotic lawnmower configured to operate in a work area, and a beacon marker, said robotic lawnmower comprising a beacon sensor configured to sense a signal being transmitted by the beacon marker, wherein the robotic lawnmower system is characterized in that said beacon marker marks an area around a temporary obstacle in the work area in which said robotic lawnmower is arranged to operate, wherein said robotic lawnmower is configured to: determine a proximity to the beacon marker and to adapt its operation accordingly, wherein the robotic lawnmower is configured to determine the proximity to the beacon marker by sending a signal to the beacon marker and measuring a two-way response time. determine a proximity to the beacon marker and to adapt its operation accordingly, wherein the robotic lawnmower is configured to determine the proximity to the beacon marker by sending a signal to the beacon marker and measuring a two-way response time.
Dosage-dispensing instrument for the dispensing of powderous and of pasteous substances, comprising at least one dispensing unit which has a vertically movable shutter bolt with a shutter element as well as a discharge orifice which can be closed by the shutter element, characterized in that the dosage-dispensing instrument comprises a control unit that is configured as a grip handle with an elongated body and further comprises a holder device, and that the at least one dispensing unit can be installed in the holder device as well as removed from the latter, and that the control unit comprises at least one actuator whose action is directed at an installed dispensing unit, with a motor and a transmission, a manually operable actuator element, as well as a drive shaft which in the operating position of the instrument has an essentially vertical orientation and which can be driven by the motor by way of the transmission, wherein the drive shaft has a first end facing towards the actuator element and a second end facing towards the shutter bolt of the installed dispensing unit, wherein through manually controlled movement of the actuator element the drive shaft can be moved in an axial direction from a home position into an engaged position where the second end is mechanically engaged with the shutter bolt, and wherein through further manually controlled movement of the actuator element past the point of engagement the shutter bolt can be brought into an opening range where the shutter element opens up the discharge orifice to a variable, position-dependent extent, wherein the drive shaft and the actuator element are arranged, in relation to the operating position of the dosage-dispensing instrument, in a laterally projecting part of the body, and that the body contains a hollow space in which at least major portions of the motor and the transmission are enclosed.