mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a composite ring comprising the steps of: (a) providing band-shaped means of reinforcement fibres (5, 5') impregnated with a high temperature thermoplastic material, being thermoplastic materials with a melting temperature of above 150°C or even higher, and (b) wrapping the band-shaped means around a mandrel to form the ring in such a way that a first group of the embedded reinforcement fibres extends substantially continuously along a first direction with respect to the circumferential direction of the ring, characterised in that the band-shaped means is wrapped in such a way that a second group of the embedded reinforcement fibres extends substantially continuously along a second direction different from the first direction with respect to the circumferential direction of the ring; further characterized in that the band-shaped means comprises the first and the second group of fibres and in that the first and second group (5, 5') of fibres respectively extend substantially continuously along a third and fourth direction (6, 7), the fourth direction being different from the third direction, with respect to the longitudinal direction of the band-shaped means. (a) providing band-shaped means of reinforcement fibres (5, 5') impregnated with a high temperature thermoplastic material, being thermoplastic materials with a melting temperature of above 150°C or even higher, and (b) wrapping the band-shaped means around a mandrel to form the ring in such a way that a first group of the embedded reinforcement fibres extends substantially continuously along a first direction with respect to the circumferential direction of the ring,
A carrying device for items of luggage comprising a carrying strap having a shoulder pad and at least one strap retractor, wherein the strap retractor comprises a housing and a winding shaft for retracting a carrying strap, wherein the winding shaft is rotatably mounted relative to the housing, wherein the housing has a first strap inlet and a second strap inlet, and wherein the winding shaft comprises a strap accommodating gap which extends through the winding shaft, wherein a spring element acts on the winding shaft with a turning moment, wherein the spring element is tensed when the winding shaft is turned in the deployment direction and is relaxed when the winding shaft is turned in the retracting direction, wherein a gap dimension of the strap accommodating gap is adjusted to the thickness of the carrying strap such that in a condition of the strap retractor in which the carrying strap is completely deployed by the winding shaft, the strap retractor is freely displaceable on the carrying strap for convenient use, in order to be displaced in the longitudinal direction of the carrying strap, and the spring element is configured such that in the condition of the strap retractor, in which the carrying strap is completely deployed by the winding shaft, said spring element acts on the winding shaft with a turning moment which is sufficiently large to prevent the strap retractor slipping due to its own weight.
A method for fabricating a three-dimensional memory device, comprising: a) depositing a cover layer over a substrate; depositing a layer stack over the cover layer, the layer stack including a plurality of first stack layers and a plurality of second stack layers alternately stacked; or b) depositing a layer stack over a substrate, the layer stack including a plurality of first stack layers and a plurality of second stack layers alternately stacked; and comprising with respect to step a) or step b): performing a first epitaxial growth to deposit a first epitaxial layer on a side portion of a channel layer that extends through the layer stack; then removing the or a cover layer to expose a portion of the substrate; performing a second epitaxial growth to deposit a second epitaxial layer on the portion of the substrate; and performing a third epitaxial growth to deposit a third epitaxial layer on the second epitaxial layer, wherein the second epitaxial layer and third epitaxial layer are doped with different types of dopants, and the second and third epitaxial layers are configured to provide separate electrical current paths for an erase operation and a read operation of the 3D memory device, respectively, wherein the second epitaxial layer is adjacent and parallel to the top surface of the substrate, wherein the second epitaxial layer is doped with p-type dopants and the third epitaxial layer is doped with n-type dopants. a) depositing a cover layer over a substrate; depositing a layer stack over the cover layer, the layer stack including a plurality of first stack layers and a plurality of second stack layers alternately stacked; or b) depositing a layer stack over a substrate, the layer stack including a plurality of first stack layers and a plurality of second stack layers alternately stacked; performing a first epitaxial growth to deposit a first epitaxial layer on a side portion of a channel layer that extends through the layer stack; then removing the or a cover layer to expose a portion of the substrate; performing a second epitaxial growth to deposit a second epitaxial layer on the portion of the substrate; and performing a third epitaxial growth to deposit a third epitaxial layer on the second epitaxial layer, wherein the second epitaxial layer and third epitaxial layer are doped with different types of dopants, and the second and third epitaxial layers are configured to provide separate electrical current paths for an erase operation and a read operation of the 3D memory device, respectively, wherein the second epitaxial layer is adjacent and parallel to the top surface of the substrate, wherein the second epitaxial layer is doped with p-type dopants and the third epitaxial layer is doped with n-type dopants.
A lighting device comprising: a printed circuit board mounted with a light source; a frame portion (H, T) being formed at the peripheral the area where the light source is arranged; and an inserting portion into which a diffusing plate and an optical plate are inserted, which is provided on the inside of the frame portion, said optical plate comprising a micro-lens array, the diffusing plate is positioned between the light source and the optical plate and an air gap is formed between the diffusing plate and the optical plate, the refractive index of the optical plate being higher than 1, characterized in that the the optical plate being provided with a plurality of micro-lens patterns formed on a base plate wherein the ratio Lens Height: Lens Diameter of the micro-lens patterns has a range of 0.1∼0.25 and wherein the ratio of the area occupied by the micro-lens patterns per the area of unit base plate has a range of 0.5-0.82, and wherein a size of a unit lens pattern of the micro-lens pattern has a range of 20 μ m∼80 μ m. a printed circuit board mounted with a light source; a frame portion (H, T) being formed at the peripheral the area where the light source is arranged; and an inserting portion into which a diffusing plate and an optical plate are inserted, which is provided on the inside of the frame portion, said optical plate comprising a micro-lens array, the diffusing plate is positioned between the light source and the optical plate and an air gap is formed between the diffusing plate and the optical plate, the refractive index of the optical plate being higher than 1, characterized in that the the optical plate being provided with a plurality of micro-lens patterns formed on a base plate wherein the ratio Lens Height: Lens Diameter of the micro-lens patterns has a range of 0.1∼0.25 and wherein the ratio of the area occupied by the micro-lens patterns per the area of unit base plate has a range of 0.5-0.82, and wherein a size of a unit lens pattern of the micro-lens pattern has a range of 20 μ m∼80 μ m.
A service device for vehicle air conditioning systems comprising an emptying device to suck off the refrigerant/compressor oil mixture from the refrigerant circulation system of a vehicle air conditioning system and a refrigerant gas analyzer characterized in that a gas analysis port is provided on or in at least one of the connection pipes between the service device and the vehicle air conditioning system that is in fluid connection with the gas analyzer for refrigerant via an oil separator that can be evacuated and is at least temporarily connected to an evacuation device.
An automated method for recovering a data center to a recovery site, comprising: receiving configuration data for infrastructure elements located in the data center; and receiving information representing available resources available at the recovery site; receiving information representing a scope for the recovery procedure; discovering configurable items within the data center that are within the scope; programmatically generating a master workflow with multiple phases, the master workflow generated from the configuration data for the configurable items within the scope, and where phases of the master workflow specify for a configurable item: a phase type; a configuration detection process; an automation component detection process; wherein the automation component detection process executes at least one automation component including at least one subflow for executing the phase; and executing the master workflow using an orchestration engine to perform the recovery. receiving configuration data for infrastructure elements located in the data center; and receiving information representing available resources available at the recovery site; receiving information representing a scope for the recovery procedure; discovering configurable items within the data center that are within the scope; programmatically generating a master workflow with multiple phases, the master workflow generated from the configuration data for the configurable items within the scope, and where phases of the master workflow specify for a configurable item: a phase type; a configuration detection process; an automation component detection process; wherein the automation component detection process executes at least one automation component including at least one subflow for executing the phase; and executing the master workflow using an orchestration engine to perform the recovery. a phase type; a configuration detection process; an automation component detection process; wherein the automation component detection process executes at least one automation component including at least one subflow for executing the phase; and executing the master workflow using an orchestration engine to perform the recovery.
A method of processing an audio signal by a device, the method comprising: comparing a volume level to a threshold, the volume level associated with output of a first audio signal by the device; activating a microphone communicatively coupled to the device when the volume level meets or exceeds the threshold; and when the microphone is activated: receiving, through the microphone, a second audio signal when the device is outputting the first audio signal; converting a first portion of the second audio signal into a text pattern; determining that the converted text pattern corresponds to a predetermined value; and providing an alert to a user of the device based on the determination that the converted text pattern corresponds to the predetermined value. comparing a volume level to a threshold, the volume level associated with output of a first audio signal by the device; activating a microphone communicatively coupled to the device when the volume level meets or exceeds the threshold; and when the microphone is activated: receiving, through the microphone, a second audio signal when the device is outputting the first audio signal; converting a first portion of the second audio signal into a text pattern; determining that the converted text pattern corresponds to a predetermined value; and providing an alert to a user of the device based on the determination that the converted text pattern corresponds to the predetermined value. receiving, through the microphone, a second audio signal when the device is outputting the first audio signal; converting a first portion of the second audio signal into a text pattern; determining that the converted text pattern corresponds to a predetermined value; and providing an alert to a user of the device based on the determination that the converted text pattern corresponds to the predetermined value.
Aircraft engine having at least one electrical machine, that can be driven by a drive shaft for generating electric energy, where a hydrodynamic torque converter with guide vanes adjustable by means of a device is provided between the drive shaft and the electrical machine, and where a turbine wheel of the torque converter is in operative connection with a shaft of the electrical machine, characterized in that a coupling device is provided between the drive shaft and the shaft of the electrical machine, using which coupling device a drive torque generated by the motor-operatable electrical machine can be guided in the direction of the drive shaft.
A semiconductor device comprising: a semiconductor chip; a die pad having a chip mount surface for mounting the semiconductor chip; first lead having an end part electrically connected to the semiconductor chip; a thermosetting resin part for securing the end part of the first lead to the die pad; and a thermoplastic resin part for sealing the semiconductor chip, the die pad, and the thermosetting resin part, characterized in that the thermosetting resin part overlaps a part of a region on the first lead side of at least one of the chip mount surface and side faces (12b, 12d, 12e) of the die pad. a semiconductor chip; a die pad having a chip mount surface for mounting the semiconductor chip; first lead having an end part electrically connected to the semiconductor chip; a thermosetting resin part for securing the end part of the first lead to the die pad; and a thermoplastic resin part for sealing the semiconductor chip, the die pad, and the thermosetting resin part, characterized in that the thermosetting resin part overlaps a part of a region on the first lead side of at least one of the chip mount surface and side faces (12b, 12d, 12e) of the die pad.
An image pickup apparatus, adapted to be used with a remote control apparatus external to the image pickup apparatus, the image pickup apparatus comprising: image pickup means for performing photoelectric conversion to sequentially generate an image signal representing the image; communication means operable to send the generated image signal to the remote control apparatus, operable to receive from the remote control apparatus position information of an object on an image displayed by display means of the remote control apparatus when the object is specified on the image, and operable to receive time information which is attached to the image signal corresponding to the image displayed when the object is specified; storing means operable to store image signals generated by the image pickup means during a predetermined period; selecting means operable to select an image signal corresponding to the image displayed by the display means of the remote control apparatus when the object is specified among the image signals stored by the storing means based on the received time information; and specifying means operable to specify a first object region based on the selected image signal and the position information received from the remote control apparatus, operable to generate a first image for tracking based on the first object region and a second image for tracking based on an image signal which is generated after the selected image signal based on the first tracking image and specify a second object region based on a difference between features of the first tracking image and the second tracking image. image pickup means for performing photoelectric conversion to sequentially generate an image signal representing the image; communication means operable to send the generated image signal to the remote control apparatus, operable to receive from the remote control apparatus position information of an object on an image displayed by display means of the remote control apparatus when the object is specified on the image, and operable to receive time information which is attached to the image signal corresponding to the image displayed when the object is specified; storing means operable to store image signals generated by the image pickup means during a predetermined period; selecting means operable to select an image signal corresponding to the image displayed by the display means of the remote control apparatus when the object is specified among the image signals stored by the storing means based on the received time information; and specifying means operable to specify a first object region based on the selected image signal and the position information received from the remote control apparatus, operable to generate a first image for tracking based on the first object region and a second image for tracking based on an image signal which is generated after the selected image signal based on the first tracking image and specify a second object region based on a difference between features of the first tracking image and the second tracking image.
Process for preparing a porous material, comprising the steps of: a) providing a mixture comprising (i) a water soluble polysaccharide, (ii) at least one compound suitable to react as cross-linker for the polysaccharide or to release a cross-linker for the polysaccharide, (iii) water, b) preparing a gel comprising steps b1) and b2) b1) exposing mixture to carbon dioxide at a pressure in the range of from 20 to 100 bar for a time sufficient to form a gel, and b2) depressurizing the gel, c) exposing the gel obtained in step b) to a water miscible solvent to obtain a gel, d) drying of the gel obtained in step c). a) providing a mixture comprising (i) a water soluble polysaccharide, (ii) at least one compound suitable to react as cross-linker for the polysaccharide or to release a cross-linker for the polysaccharide, (iii) water, (i) a water soluble polysaccharide, (ii) at least one compound suitable to react as cross-linker for the polysaccharide or to release a cross-linker for the polysaccharide, (iii) water, b) preparing a gel comprising steps b1) and b2) b1) exposing mixture to carbon dioxide at a pressure in the range of from 20 to 100 bar for a time sufficient to form a gel, and b2) depressurizing the gel, b1) exposing mixture to carbon dioxide at a pressure in the range of from 20 to 100 bar for a time sufficient to form a gel, and b2) depressurizing the gel, c) exposing the gel obtained in step b) to a water miscible solvent to obtain a gel, d) drying of the gel obtained in step c).
A resin comprising both a structural unit derived from a monomer having a carbon-carbon double bond at a terminal thereof, and a structural unit derived from a polyrotaxane compound in which, when the total number of H atoms in OH groups contained in the polyrotaxane is defined as 100%, 4-10% of the H atoms in the OH groups are substituted with a (meth)acryloyl group or a group containing a (meth)acryloyl group; wherein the polyrotaxane comprises: (i) cyclodextrin which is optionally substituted; (ii) a linear molecule clathrated in the cyclodextrin (i) in a skewer shape and having a weight average molecular weight of 21,000-500,000; and (iii) a capping group for preventing the cyclodextrin (i) from leaving, the capping group being located at a terminal of the linear molecule (ii). a structural unit derived from a monomer having a carbon-carbon double bond at a terminal thereof, and a structural unit derived from a polyrotaxane compound in which, when the total number of H atoms in OH groups contained in the polyrotaxane is defined as 100%, 4-10% of the H atoms in the OH groups are substituted with a (meth)acryloyl group or a group containing a (meth)acryloyl group; wherein the polyrotaxane comprises: (i) cyclodextrin which is optionally substituted; (ii) a linear molecule clathrated in the cyclodextrin (i) in a skewer shape and having a weight average molecular weight of 21,000-500,000; and (iii) a capping group for preventing the cyclodextrin (i) from leaving, the capping group being located at a terminal of the linear molecule (ii). (i) cyclodextrin which is optionally substituted; (ii) a linear molecule clathrated in the cyclodextrin (i) in a skewer shape and having a weight average molecular weight of 21,000-500,000; and (iii) a capping group for preventing the cyclodextrin (i) from leaving, the capping group being located at a terminal of the linear molecule (ii).
A rotorcraft pedal retention system (216a, 216b) for selectively attaching or detaching at least part of a pedal assembly (160a, 160b) of a rotorcraft, the system comprising: an insertion member configured to be insertable through a side of a removable first part of a pedal assembly (160a, 160b) to releasably connect the first part to a second part of the pedal assembly (160a, 160b), the insertion member including a spring compressible against the side of the first part of the pedal assembly (160a, 160b) in response to the insertion member being inserted through the side; and an axial retention member to receive and retain the insertion member on an opposing side of the first part of the pedal assembly (160a, 160b); wherein an end of the insertion member on the opposing side of the first part of the pedal assembly (160a, 160b) includes an insertion member tab having a non-circular cross-section, and wherein the axial retention member defines a passage to receive the insertion member tab and defines a pocket to retain the insertion member tab when the insertion member is rotated on the axis of the insertion member. an insertion member configured to be insertable through a side of a removable first part of a pedal assembly (160a, 160b) to releasably connect the first part to a second part of the pedal assembly (160a, 160b), the insertion member including a spring compressible against the side of the first part of the pedal assembly (160a, 160b) in response to the insertion member being inserted through the side; and an axial retention member to receive and retain the insertion member on an opposing side of the first part of the pedal assembly (160a, 160b); wherein an end of the insertion member on the opposing side of the first part of the pedal assembly (160a, 160b) includes an insertion member tab having a non-circular cross-section, and wherein the axial retention member defines a passage to receive the insertion member tab and defines a pocket to retain the insertion member tab when the insertion member is rotated on the axis of the insertion member.