mhurhangee/ep-ind-claims huggingface dataset:
A steering system that is telescopically extendable and retractable using a motor driving force, the steering system comprising: a motor; a telescopic steering shaft; a supporting member that supports the steering shaft such that the steering shaft is rotatable, the supporting member being movable with telescopic movement of the steering shaft; an energy absorbing member connected to the supporting member; and a movable member connected to the energy absorbing member and configured to move the supporting member by being moved by a driving force of the motor, wherein the energy absorbing member has a stiffness that moves the supporting member by transmitting the driving force of the motor from the movable member to the supporting member, and the energy absorbing member is deformable to absorb impact energy when an impact force is applied to the energy absorbing member through the steering shaft and the supporting member during a secondary collision, characterized in that the steering system further comprises a limiter member that limits deformation of the energy absorbing member, wherein the limiter element is breakable by the impact force during the secondary collision to allow the deformation of the energy absorbing member. a motor; a telescopic steering shaft; a supporting member that supports the steering shaft such that the steering shaft is rotatable, the supporting member being movable with telescopic movement of the steering shaft; an energy absorbing member connected to the supporting member; and a movable member connected to the energy absorbing member and configured to move the supporting member by being moved by a driving force of the motor, wherein the energy absorbing member has a stiffness that moves the supporting member by transmitting the driving force of the motor from the movable member to the supporting member, and the energy absorbing member is deformable to absorb impact energy when an impact force is applied to the energy absorbing member through the steering shaft and the supporting member during a secondary collision, characterized in that the steering system further comprises a limiter member that limits deformation of the energy absorbing member, wherein the limiter element is breakable by the impact force during the secondary collision to allow the deformation of the energy absorbing member.
A portable processing device, comprising: a base portion including guides (240, 240') and a magnet; and a main portion configured to be operable when separated from the base portion, the main portion including a magnetic area, the base portion and the main portion being configured to be held together by a magnetic force between the magnetic area and the magnet, and the main portion being configured to be slideably movable with respect to the base portion in a sliding direction defined by the guides (240, 240'). a base portion including guides (240, 240') and a magnet; and a main portion configured to be operable when separated from the base portion, the main portion including a magnetic area, the base portion and the main portion being configured to be held together by a magnetic force between the magnetic area and the magnet, and the main portion being configured to be slideably movable with respect to the base portion in a sliding direction defined by the guides (240, 240').
An enzyme blend composition for hydrolyzing a mixture of cellulosic and hemicellulosic materials, comprising: (a) a first enzyme composition comprising a whole cellulase, (b) a second enzyme composition comprising at least one xylanase selected from a GH10 or GH11 xylanase, and (c) a third enzyme composition comprising at least one additional hemicellulase, wherein the at least one additional hemicellulase is a combination of a β-xylosidase and an arabinofuranosidase, wherein the β-xylosidase is BXL1 from Trichoderma reesei and the arabinofuranosidase is α-arabinofuranosidase I, α-arabinofuranosidase II, or α-arabinofuranosidase III from Trichoderma reesei, wherein the amount of hemicellulase is in the range of 1 % to 50% of the total protein and the whole cellulase is in the range of less than 99% to 50% of total protein, and. wherein the enzyme blend composition provides at least one of (i) enhanced glucan conversion or (ii) enhanced xylan conversion compared to an equivalent enzyme blend composition lacking the at least one additional hemicellulase. (a) a first enzyme composition comprising a whole cellulase, (b) a second enzyme composition comprising at least one xylanase selected from a GH10 or GH11 xylanase, and (c) a third enzyme composition comprising at least one additional hemicellulase, wherein the at least one additional hemicellulase is a combination of a β-xylosidase and an arabinofuranosidase,
A method for die casting a hybrid component, said hybrid component being a structural part for a gas turbine engine, comprising the steps of: inserting a spar into a cavity defined in a die; injecting molten metal into the die; solidifying the molten metal within the cavity to form the component, wherein the spar establishes an internal structure of the hybrid component, and wherein the spar includes a material that defines a first melting temperature greater than a second melting temperature of the molten metal. inserting a spar into a cavity defined in a die; injecting molten metal into the die; solidifying the molten metal within the cavity to form the component, wherein the spar establishes an internal structure of the hybrid component, and wherein the spar includes a material that defines a first melting temperature greater than a second melting temperature of the molten metal.
Draining device for draining washing liquid from a tub interior of a washing tub of a washing machine, a) the draining device comprising a draining sump with a sump outlet for exhausting washing liquid from sump, a draining conduit and a draining pump and a filter element arranged or to be arranged within the draining conduit, b) the draining pump having at least one pump wheel arranged within a pump wheel housing which is formed in the filter element and a pump drive for driving the pump wheel in a rotational movement about a central axis as rotational axis, c) wherein the filter element has a filtering section for filtering out objects, which have dimensions and/or size (L') greater than specified dimensions and/or size (L'>L) and which, thus, are potentially harmful for the pump wheel, from the drained washing liquid, d) wherein the filtering section is divided into a first filter chamber and a second filter chamber by an obstructing wall, e) wherein the first filter chamber is in direct fluid communication with the sump through the sump outlet, f) wherein the second filter chamber is in fluid communication with the pump wheel and arranged downstream to the first filter chamber with regard to the stream of drained washing liquid and g) wherein, in a mounted state of the draining device, the obstructing wall is arranged below and downstream to the sump outlet and oriented practically parallel to the main flow direction of the washing liquid and the objects (110, 111) contained therein which flow through the outlet periphery of the sump outlet. a) the draining device comprising a draining sump with a sump outlet for exhausting washing liquid from sump, a draining conduit and a draining pump and a filter element arranged or to be arranged within the draining conduit, b) the draining pump having at least one pump wheel arranged within a pump wheel housing which is formed in the filter element and a pump drive for driving the pump wheel in a rotational movement about a central axis as rotational axis, c) wherein the filter element has a filtering section for filtering out objects, which have dimensions and/or size (L') greater than specified dimensions and/or size (L'>L) and which, thus, are potentially harmful for the pump wheel, from the drained washing liquid, d) wherein the filtering section is divided into a first filter chamber and a second filter chamber by an obstructing wall, e) wherein the first filter chamber is in direct fluid communication with the sump through the sump outlet, f) wherein the second filter chamber is in fluid communication with the pump wheel and arranged downstream to the first filter chamber with regard to the stream of drained washing liquid and g) wherein, in a mounted state of the draining device, the obstructing wall is arranged below and downstream to the sump outlet and oriented practically parallel to the main flow direction of the washing liquid and the objects (110, 111) contained therein which flow through the outlet periphery of the sump outlet.
Apparatus, comprising: an insertion tube having a distal end configured for insertion into proximity with tissue in a body of a patient and containing a lumen comprising an electrical conductor for conveying electrical energy to the tissue; a conductive cap attached to the distal end of the insertion tube and coupled electrically to the electrical conductor, wherein the conductive cap has an outer surface; and a multiplicity of optical fibers (118, 128) contained within the insertion tube, each fiber terminating in proximity to the outer surface of the cap, characterised in that each fiber is configured to convey optical radiation to and from the tissue while the electrical energy is being conveyed to the tissue, and in that the apparatus further comprises: an optical module configured to determine a wall thickness of the tissue in response to measuring a first level of the optical radiation conveyed via a first optical fiber (118, 128) to the tissue and a second level of the optical radiation conveyed via a second optical fiber (118, 128) from the tissue. an insertion tube having a distal end configured for insertion into proximity with tissue in a body of a patient and containing a lumen comprising an electrical conductor for conveying electrical energy to the tissue; a conductive cap attached to the distal end of the insertion tube and coupled electrically to the electrical conductor, wherein the conductive cap has an outer surface; and a multiplicity of optical fibers (118, 128) contained within the insertion tube, each fiber terminating in proximity to the outer surface of the cap, characterised in that each fiber is configured to convey optical radiation to and from the tissue while the electrical energy is being conveyed to the tissue, and in that the apparatus further comprises: an optical module configured to determine a wall thickness of the tissue in response to measuring a first level of the optical radiation conveyed via a first optical fiber (118, 128) to the tissue and a second level of the optical radiation conveyed via a second optical fiber (118, 128) from the tissue.
A method for discovering services in a self-managed mobile communications network which does not have a centralized management entity, comprising: joining a self-managed mobile communications network by a service announcer, wherein the service announcer is a mobile device; receiving, by the service announcer, a request from a service advertiser, wherein the service advertiser is a peer communications device, to announce a service provided by the service advertiser, wherein the service is available in accordance with a first schedule of the service advertiser; and announcing, by the service announcer, the service on behalf of the service advertiser, wherein the service is provided by the service advertiser in accordance with a third schedule, and wherein the third schedule is negotiated by the service advertiser with one or more service subscribers; characterized in that the service is announced in accordance with a second schedule; and wherein the first schedule comprises location information of the service advertiser and ranging information of the service provided by the service advertiser, and wherein the first schedule comprises time information of when the service advertiser is available to provide the service. joining a self-managed mobile communications network by a service announcer, wherein the service announcer is a mobile device; receiving, by the service announcer, a request from a service advertiser, wherein the service advertiser is a peer communications device, to announce a service provided by the service advertiser, wherein the service is available in accordance with a first schedule of the service advertiser; and announcing, by the service announcer, the service on behalf of the service advertiser, wherein the service is provided by the service advertiser in accordance with a third schedule, and wherein the third schedule is negotiated by the service advertiser with one or more service subscribers; characterized in that the service is announced in accordance with a second schedule; and wherein the first schedule comprises location information of the service advertiser and ranging information of the service provided by the service advertiser, and wherein the first schedule comprises time information of when the service advertiser is available to provide the service.
Method for a deconvolution of a digital input image ( I ( x i)) having a plurality of input voxels ( x i), in particular a digital input image obtained from a medical observation device, such as a microscope or endoscope and/or using fluorescence, the method computing a deconvolved output image ( f ( x i)) from the plurality of input voxels ( x i) and characterized by comprising the steps of computing a local signal-to-noise ratio (SNR( x i)) within an input region ( R ( x i)) of the digital input image, the input region consisting of a subset of the plurality of input voxels of the digital input image and surrounding the current input voxel, computing a noise component ( β) from the local signal-to-noise ratio, the noise component representing image noise ( ([ h ∗ f] ( x i), n ( x i)) in the deconvolution, wherein the noise component is limited to a predetermined minimum noise value ( β min) for a local signal-to-noise ratio above a predetermined upper SNR threshold value (SNR max) and is limited to a predetermined maximum noise value ( β max) for a local signal-to-noise ratio below a predetermined lower SNR threshold value (SNR min). computing a local signal-to-noise ratio (SNR( x i)) within an input region ( R ( x i)) of the digital input image, the input region consisting of a subset of the plurality of input voxels of the digital input image and surrounding the current input voxel, computing a noise component ( β) from the local signal-to-noise ratio, the noise component representing image noise ( ([ h ∗ f] ( x i), n ( x i)) in the deconvolution, wherein the noise component is limited to a predetermined minimum noise value ( β min) for a local signal-to-noise ratio above a predetermined upper SNR threshold value (SNR max) and is limited to a predetermined maximum noise value ( β max) for a local signal-to-noise ratio below a predetermined lower SNR threshold value (SNR min).
A tire surface printing method for mounting a vulcanized tire on a rim, applying an internal pressure to the tire mounted on the rim; positioning the tire horizontally so that a rotation shaft traversing a center of the tire is perpendicular, and performing desired multicolor printing with an inkjet type, an air spray type or an airless spray type printer head that ejects and applies coating material onto a sidewall of the tire, the sidewall being provided with raised/recessed characters, the tire surface printing method comprising the steps of: rotating the tire at a constant velocity by driving the rotation shaft with a rotation driving device so that the tire rotates along with the rotation shaft; performing desired multicolor printing by the printer head ejecting and applying the coating material onto the sidewall of the rotating tire; and drying and hardening the coating material ejected by the printer head with a means for drying and hardening. rotating the tire at a constant velocity by driving the rotation shaft with a rotation driving device so that the tire rotates along with the rotation shaft; performing desired multicolor printing by the printer head ejecting and applying the coating material onto the sidewall of the rotating tire; and drying and hardening the coating material ejected by the printer head with a means for drying and hardening.
An LED lighting device for connection to an AC voltage source, comprising: at least a first and a second LED group, at least one light emitting diode, LED, (102, 104, 106, 106a, 106b, 106c) assigned to the first LED group and at least one second LED (202, 204, 206, 206a, 206b, 206c), assigned to the second LED group, wherein the first and the second LED group are arranged electrically in series, a connection device for connecting the LED lighting device to the AC voltage source, a group activating device with a voltmeter for measuring a currently present voltage amplitude of the AC voltage source, a signal generator for generating an activation instruction in in response to the currently present voltage amplitude, a current regulator (108, 208, 308, 408, 508, 608, 708, 808) for regulating the current flowing through the at least first and second LED group, wherein the activation instruction is transferred to the current regulator, characterised in that the group activation device adapts the activation instruction in response to the gradient of the phase increase of the AC voltage source. at least a first and a second LED group, at least one light emitting diode, LED, (102, 104, 106, 106a, 106b, 106c) assigned to the first LED group and at least one second LED (202, 204, 206, 206a, 206b, 206c), assigned to the second LED group, wherein the first and the second LED group are arranged electrically in series, a connection device for connecting the LED lighting device to the AC voltage source, a group activating device with a voltmeter for measuring a currently present voltage amplitude of the AC voltage source, a signal generator for generating an activation instruction in in response to the currently present voltage amplitude, a current regulator (108, 208, 308, 408, 508, 608, 708, 808) for regulating the current flowing through the at least first and second LED group, wherein the activation instruction is transferred to the current regulator, characterised in that the group activation device adapts the activation instruction in response to the gradient of the phase increase of the AC voltage source.
The dual microbial preparation for use in medical treatment of human or animal symptoms of opportunistic microbial infections, in particular symptoms caused by dysbiosis, preferably in the oral cavity, in the skin, and in the vagina, said preparation comprises two basic microbial components in mutual synergic action, i.e. the microscopic oomycete Pythium oligandrum and a microbiome component, whereby the microbiome component is a component of a physiological microbiome of human or animal origin.
A method, comprising: determining, by a host (102, 442), that a charge level of an energy source coupled to the host (102, 442) has reached or exceeded a threshold value; transmitting, from the host (102, 442) to a memory device (104, 444) coupled to the host (102, 442), signaling indicative of an energy mode for the memory device (104, 444), wherein the signaling is transmitted based at least in part on determining that the charge level of the energy source has reached or exceeded the threshold and transmitting the signaling includes transmitting a write descriptor and data that indicates the energy mode for the memory device (104, 444); receiving, from the host (102, 442) by a controller of the memory device (104, 444) coupled to the host (102, 442), the signaling, wherein the controller is coupled to a memory (110, 310) of the memory device (104, 444) and receiving the signaling includes receiving the write descriptor and data that indicates the energy mode for the memory device (104, 444); and determining, by the memory device (104, 444), whether to perform one or more background operations based at least in part on the signaling from the host (102, 442). determining, by a host (102, 442), that a charge level of an energy source coupled to the host (102, 442) has reached or exceeded a threshold value; transmitting, from the host (102, 442) to a memory device (104, 444) coupled to the host (102, 442), signaling indicative of an energy mode for the memory device (104, 444), wherein the signaling is transmitted based at least in part on determining that the charge level of the energy source has reached or exceeded the threshold and transmitting the signaling includes transmitting a write descriptor and data that indicates the energy mode for the memory device (104, 444); receiving, from the host (102, 442) by a controller of the memory device (104, 444) coupled to the host (102, 442), the signaling, wherein the controller is coupled to a memory (110, 310) of the memory device (104, 444) and receiving the signaling includes receiving the write descriptor and data that indicates the energy mode for the memory device (104, 444); and determining, by the memory device (104, 444), whether to perform one or more background operations based at least in part on the signaling from the host (102, 442).
A semiconductor illumination device comprising: a substrate sheet with a front and a back and defining a plurality of apertures, each aperture extending between the front and the back; a plurality of semiconductors supported on the front of the substrate sheet; and thermally conductive elements (1,10) that are in good thermal communication with the semiconductors and with the peripheries of the apertures; characterised in that at least some of said thermally conductive elements are thermally conductive conduits that are disposed inside the apertures and protrude beyond the front of the substrate sheet and define open passages that extend through the apertures between the front and the back of the substrate sheet without obstruction. a substrate sheet with a front and a back and defining a plurality of apertures, each aperture extending between the front and the back; a plurality of semiconductors supported on the front of the substrate sheet; and thermally conductive elements (1,10) that are in good thermal communication with the semiconductors and with the peripheries of the apertures; characterised in that at least some of said thermally conductive elements are thermally conductive conduits that are disposed inside the apertures and protrude beyond the front of the substrate sheet and define open passages that extend through the apertures between the front and the back of the substrate sheet without obstruction.